WO2019128319A1 - Method for manufacturing inner door structure of door bodies of series dishwashers, and inner door structure - Google Patents

Abstract

A method for manufacturing series dishwashers, and a dishwasher. The dishwasher comprises a body part and an accessory part; the body part comprises a first vertical extending structure; the first vertical extending structure is vertically divided into a characterizing portion and a non-characterizing portion. The first vertical extending structures of dishwashers of different sizes and specifications in series dishwashers have the same characterizing portion, but different heights of non-characterizing portions. The manufacturing method comprises: adjusting the height of the non-characterizing portion of the first vertical extending structure to obtain dishwashers of different sizes and specifications in series dishwashers. During the production of dishwashers of different sizes and specifications, by merely adjusting the height of the non-characterizing portion, various products of different models, different configurations, and different sizes can be derived on a same platform by using the same equipment, technology, tool, and production line, such that the difficulty of redesigning structures of different parts can be reduced and the expense for redesigning production equipment is avoided, the costs are lowered, and the product competiveness is enhanced.

Description

Manufacturing method and inner door structure of inner door structure of series dishwasher door Technical field

The invention relates to the technical field of dishwashers, in particular to a method for manufacturing an inner door structure of a series of dishwasher door bodies and an inner door structure.

Background technique

There are many parts involved in the dishwasher, and in order to meet the needs of many different spaces, a series of dishwashers often include many different models. The same parts on different models of dishwashers are often just the size. The difference is basically the same.

However, in the dishwasher industry, due to the limited structure of the product, many structural parts are only suitable for one type of dishwasher, so that the structural parts of different types of dishwashers are not universal, and different types of structural parts cannot pass the same Production is carried out on one production line, which reduces the utilization rate of the production line and increases the cost of the product.

Summary of the invention

In view of the above, an object of the present invention is to provide a method for manufacturing an inner door structure of a series of dishwasher door bodies which improves production efficiency and reduces production cost, and an inner door structure.

In a first aspect, a method of making an inner door structure for a series of dishwasher door bodies is provided.

A method of manufacturing an inner door structure of a series of dishwasher door bodies, the door body comprising an outer door assembly, the inner door structure being disposed inside the outer door assembly, the inner door structure including features in a vertical direction a partial and non-feature portion, the feature portion being provided with a structure cooperating with the outer door assembly, the non-feature portion not being provided with a structure cooperating with the outer door assembly, different washings in the series of dishwashers The feature portion of the inner door structure on the bowl machine has the same structure, and the height of the non-feature portion is different, and the manufacturing method is characterized in that the height of the non-feature portion is adjusted to obtain the series of dishwashing The internal door structure on different dishwashers in the machine.

Preferably, the inner door structure includes at least two of the feature portions, and the non-feature portion is disposed between two adjacent ones of the feature portions, and is adjusted and adjacent in the manufacturing process of the inner door structure The distance between the toolings corresponding to the two feature portions adjusts the height of the non-feature portion.

In a second aspect, an inner door structure of a dishwasher door body is provided.

An inner door structure of a dishwasher door body is manufactured by the manufacturing method as described above.

Preferably, the outer door assembly comprises a distributor and an exhausting module, the inner door structure comprises a shell-shaped body with an opening facing outward, the shell-shaped body comprising an inner bottom plate and a side wall plate disposed around the inner bottom plate, a recessed portion is disposed on an inner surface of the inner bottom plate, and a mounting hole for mounting the dispenser is disposed on an inner bottom surface of the recessed portion, and an air outlet is disposed on the inner bottom plate, and the air outlet is located at the inner bottom plate Above the recess.

Preferably, a horizontal plane of a top edge of the inner bottom surface of the recess is a first dividing surface, and a horizontal plane of the top edge of the mounting hole is a second dividing surface, and the first dividing surface and the second dividing surface are The inner door structure is divided into three regions, a portion located in the middle portion constitutes the non-feature portion, and a portion located in the upper portion and the lower portion constitutes the feature portion.

Preferably, the recess includes upper and lower portions, the upper portion has a depth smaller than a lower portion, and the mounting hole is disposed on the upper portion.

Preferably, the side surface of the recess and the inner bottom surface are formed at an obtuse angle.

Preferably, the inner door structure further comprises a mounting flange disposed at the edge of the opening;

The outer door assembly includes an outer door frame, and the mounting flange is provided with a first mounting hole, and the mounting flange is fixedly connected to the outer door frame through the first mounting hole; and/or

The outer door assembly includes a control panel assembly, and the mounting flange is provided with a second mounting hole, and the mounting flange is fixedly connected to the control panel assembly through the second mounting hole.

Preferably, the distance between the left and right side edges of the recess and the left and right side edges of the inner bottom plate is 5 to 40 mm.

Preferably, the inner surface of the inner bottom plate is provided with a groove, and the air discharge opening is disposed on the groove bottom of the groove.

Preferably, the edge of the mounting hole is provided with a mounting structure for mating with the dispenser, the mounting structure extending in the direction of the outer door assembly.

In a third aspect, a method of manufacturing an exhaust duct structure of a series of dishwashers for providing a flow in the dishwasher and providing air to the outside of the dishwasher The air passage structure includes at least a feature portion and a non-feature portion, the feature portion is provided with a structure that cooperates with the dishwasher, and the non-feature portion is not provided with a structure that cooperates with the dishwasher. The characteristic portions of the air passage structure on different dishwashers in the series dishwasher are the same, the non-characteristic portions are different in length in the airflow direction, and the manufacturing method is characterized in that The length of the feature portion is adjusted to obtain the air duct structure applied to different dishwashers in the series of dishwashers.

Preferably, the feature portion is provided with at least two, the non-feature portion being formed between two adjacent feature portions, by adjusting a distance between tooling corresponding to the feature portion during manufacturing To adjust the length of the non-feature portion.

In a fourth aspect, a duct structure is provided, which is manufactured by the above-described manufacturing method.

Preferably, the air duct structure comprises a duct structure body, an inlet connection structure and an outlet connection structure, the inlet connection structure being connected to the first end of the air duct structure body, the outlet connection structure being connected to the The second end of the main body of the duct structure.

Preferably, an air duct is formed inside the air duct structure main body, and the air duct penetrates along an extending direction of the air duct structure main body.

Preferably, the opening size of the first end of the air duct structure body is smaller than the opening size of the second end.

Preferably, the inlet connection structure and the outlet connection structure are integrally formed with the air duct structure body.

Preferably, the inlet connection structure comprises a connection structure formed on a side wall at the first end of the air duct structure body, and/or

The outlet connection structure includes a connection structure and/or a guide structure formed on a sidewall of the second end of the air duct structure body.

Preferably, the air passage structure main body includes a variable cross-sectional portion and an equal cross-sectional portion, the variable cross-sectional portion having a variable cross-sectional structure along the air flow direction, and the equal-sectional portion having an equal-sectional structure along the air flow direction.

Preferably, the inlet connection structure is formed at an end of the variable section portion; and/or

The outlet connection structure is formed at an end of the equal section portion.

Preferably, the variable cross-section portion is provided with a first mounting structure, and/or

The equal section portion is provided with a second mounting structure.

Preferably, the air duct structure comprises a first part, a second part and a third part,

The first portion includes the variable cross-section portion and the inlet connection structure,

The third portion includes a portion on which the second mounting structure is disposed on the equal section portion, and the outlet connection structure,

The second portion is located between the first portion and the third portion.

Preferably, the first portion and the third portion constitute the feature portion; and/or,

The second portion constitutes the non-feature portion.

In a fifth aspect, a method of manufacturing a reinforcing frame structure for a series of dishwashers for reinforcing a liner strength at an opening of a dishwasher liner, the reinforcing frame structure including at least a top frame And a side frame connected to the two ends of the top frame, the top frame is divided into a feature portion and a non-feature portion along an extending direction thereof, the feature portion is provided with a structure that cooperates with the inner casing, and the non-characteristic portion a structure that cooperates with the inner casing is not provided, and the characteristic portions of the reinforcing frame structure on different dishwashers in the series of dishwashers have the same structure, and the lengths of the non-feature portions are different, the manufacturing method It is characterized in that a reinforcing frame structure applied to different dishwashers in the series of dishwashers is obtained by adjusting the length of the non-characteristic portions.

Preferably, the top frame includes at least two of the feature portions, and the non-feature portion is located between two adjacent feature portions, during the manufacturing process, by adjusting between the tooling corresponding to the feature portion The distance is adjusted to adjust the length of the non-feature portion.

In a sixth aspect, the present invention adopts the following technical solutions:

A reinforcing frame structure is produced by the manufacturing method described above.

Preferably, the top frame includes a first plate and a second plate, and the second plate is oppositely disposed at two, and the two second plates are respectively connected to the first plate along the extending direction of the first plate The opposite sides of the first plate, the first plate and the two of the second plates form a channel structure.

Preferably, the feature portion includes a first portion located at both ends of the top frame, a third portion, and a second portion between the first portion and the third portion, and a fourth portion is disposed between the first portion and the second portion And a fifth portion is disposed between the second portion and the third portion, and the fourth portion and/or the fifth portion constitute the non-feature portion.

Preferably, the first portion and/or the third portion are provided with a connection structure for connection with the side frame.

Preferably, the first portion and/or the third portion are provided with a first fixing structure for fixed connection with the inner casing.

Preferably, the second portion is provided with a evasive structure for evading the door lock assembly of the dishwasher.

Preferably, the avoidance structure comprises an escape groove disposed on the first plate.

Preferably, a second fixing structure for fixing the dishwasher is further provided on the first portion and/or the third portion.

In a seventh aspect, a method of manufacturing an outer door structure of a series of dishwasher door bodies is provided, the outer door including a first portion and a second portion in a vertical direction, the different dishwashers in the series of dishwashers The first part has the same structure, and the height of the second part is different. During the processing of the outer door structure, the corresponding tooling of the first part is unchanged, and the tooling corresponding to the second part is obtained by applying the tooling of the second part. The outer door structure on different dishwashers in the bowl.

Preferably, the door body comprises an inner door structure, the outer door structure is disposed outside the inner door structure, the first portion includes a first feature portion, and the second portion includes a first non-feature portion The first feature portion is provided with a structure that cooperates with the inner door structure, and the first non-feature portion is not provided with a structure that cooperates with the inner door structure, and the outer door structure is processed by adjusting The height of the first non-feature portion is obtained for the outer door structure applied to different dishwashers in the series of dishwashers.

Preferably, the outer door structure comprises at least two first feature portions, and the first non-feature portion is disposed between two adjacent first feature portions, in the manufacturing process of the outer door structure Adjusting the height of the first non-feature portion by adjusting a distance between the toolings corresponding to the two adjacent first feature portions.

Preferably, the door body comprises an inner door structure, the outer door structure is disposed outside the inner door structure, and a control panel assembly is disposed above the outer door structure, the first portion includes a first feature portion and a second feature portion, the second portion includes a second non-feature portion, the first feature portion is provided with a structure that cooperates with the inner door structure, and the second feature portion is provided with the control a structure in which the panel assembly is mated, and the second non-feature portion is not provided with a structure that cooperates with the inner door structure and the control panel assembly, and is obtained by adjusting a height of the second non-feature portion The exterior door structure on different dishwashers in the range of dishwashers.

Preferably, the second non-feature portion is located between the first feature portion and the second feature portion, in the manufacturing process of the outer door structure, by adjusting the first feature portion and the first The distance between the toolings corresponding to the two feature portions adjusts the height of the second non-feature portion.

In an eighth aspect, an outer door structure of a dishwasher door body is provided, which is manufactured by the manufacturing method as described above.

Preferably, the outer door structure is provided with a first mounting hole, and the outer door structure is connected to the inner door structure through the first mounting hole.

Preferably, the first mounting holes are provided in a plurality of vertical directions, and in a vertical direction, a region between two adjacent first mounting holes constitutes the first non-characteristic portion.

Preferably, the top of the outer door structure is provided with a connection structure, and the outer door structure is connected to the control panel assembly through the connection structure, and the outer door structure is manufactured by the manufacturing method as described above, in the vertical direction The area where the connection structure is located constitutes the second feature portion, and the area between the second feature portion and the first mounting hole adjacent thereto constitutes the second non-feature portion.

Preferably, the connecting structure comprises a card foot and/or a second mounting hole.

Preferably, the top of the outer door structure is provided with an upwardly extending mounting lug, and the second mounting hole is disposed on the mounting lug.

Preferably, the outer door structure comprises a frame-shaped body, the left and right sides of the frame-shaped body are provided with side plates extending inwardly, and the inner side of the side plates is provided with a folded edge structure, the first A mounting hole is provided on the hemming structure.

In a ninth aspect, a method of manufacturing a series of dishwashers is provided, the dishwasher including a main body portion and an attachment portion, the main body portion including a first vertical extending structure, the first vertical extending structure being vertically Divided into a feature part and a non-feature part, wherein the feature parts of the first vertical extension structure on the different size specifications dishwasher in the series dishwasher are the same, and the non-feature part height is different, the manufacturing method comprises: passing Adjusting the height of the non-featured portions of the first vertically extending structure results in different sized dishwashers in a range of dishwashers.

Preferably, the main body portion includes a base, a casing, a door body, and a liner and a reinforcing frame structure disposed in a space surrounded by the base, the outer casing and the door body, the reinforcing frame structure being disposed in the dishwasher liner The opening is configured to reinforce the strength of the bladder, and at least a portion of the outer casing, the door body, the inner casing and/or the reinforcing frame structure constitutes a portion of the first vertically extending structure.

Preferably, the inner liner comprises a side panel, a top panel and a bottom panel which are separately arranged, the first vertical extension structure comprises the side panel, the side panel is vertically divided into a first feature portion and a first non-feature portion, the first feature portion is provided with a mounting structure and/or a reinforcing structure, and the first non-feature portion is not provided with a mounting structure and a reinforcing structure, and the series of dishwashers are washed in different sizes. The first feature portion of the side panel on the bowl machine has the same structure, the height of the first non-feature portion is different, and the difference in height of the non-feature portion is obtained to be applied to the series of dishwashers. Size specifications for the side panels on the dishwasher.

Preferably, the first vertical extending structure includes an inner door structure and an outer door structure of the door body, and the inner door structure is disposed at an inner side of the outer door structure;

The inner door structure includes a second feature portion and a second feature portion in a vertical direction, the second feature portion is provided with a structure that cooperates with the outer door structure, and the non-feature portion is not disposed with the outer door a structurally matched structure in which the second feature portions of the inner door structure on different size gauge dishwashers are identical in structure, the second non-feature portions have different heights, and the inner door structure An internal door structure applied to different size gauge dishwashers in the series of dishwashers by adjusting the height of the second non-feature portion; and/or

The outer door structure includes a third feature portion and a third non-feature portion in a vertical direction, the third feature portion is provided with a structure that cooperates with the inner door structure, and the third non-feature portion is not provided with a structure in which the inner door structure is matched, wherein the third feature portion of the outer door structure on the different size specifications dishwasher of the series dishwasher has the same structure, and the height of the third non-feature portion is different. During the machining of the door structure, an outer door structure applied to different size gauge dishwashers in the series of dishwashers is obtained by adjusting the height of the third non-feature portion.

Preferably, the reinforcing frame structure comprises at least a top frame and a side frame connected to both ends of the top frame, the first vertical extending structure includes the side frame, and the side frame is divided into the first direction along the extending direction thereof a fourth feature portion and a fourth non-feature portion, the fourth feature portion is provided with a structure that cooperates with the inner casing, and the fourth non-feature portion is not provided with a structure that cooperates with the inner casing, the series of dishes The fourth characteristic portion of the reinforcing frame structure on the different size specifications dishwasher in the machine has the same structure, and the height of the fourth non-feature portion is different, during the processing of the reinforcing frame structure, by adjusting the The height of the fourth non-feature portion is obtained for a stiffening frame structure applied to different size gauge dishwashers in the series of dishwashers.

Preferably, the first vertical extending structure includes a side panel structure of the outer casing, and the side panel structure is vertically divided into a fifth characteristic portion and a fifth non-characteristic portion, and the fifth characteristic portion is provided with a first mating structure, the first mating structure is not disposed on the fifth non-feature portion, and the fifth feature portion of the side panel structure on the different size specifications dishwasher in the series dishwasher has the same structure The height of the fifth non-feature portion is different, and during the processing of the side panel structure, the different size specifications of the dishwasher are obtained by adjusting the height of the fifth non-feature portion. The side panel structure on the machine.

Preferably, the accessory portion includes a second vertically extending structure, the second vertically extending structure including a feature portion and a non-feature portion, the second vertical on the dishwasher of different sizes in the series of dishwashers The feature portion of the extension structure is identical in structure, and the non-feature portion is different in height, and the manufacturing method further comprises: obtaining different size specifications in the series dishwasher by adjusting the height of the non-feature portion of the second vertical extension structure Dish machine.

Preferably, the accessory portion includes a duct system and a waterway system, at least a portion of the structure of the duct system and/or the waterway system forming part of the second vertically extending structure.

Preferably, the second vertical structure comprises an exhaust air duct of the air duct system, the exhaust air duct comprises a sixth characteristic portion and a sixth non-characteristic portion, and the sixth characteristic portion is provided with a second The sixth non-characteristic portion is not provided with the second mating structure, and the sixth characteristic portion of the exhaust duct on the different-size dishwashers of the series dishwasher has the same structure, The sixth non-characteristic portion is different in length along the airflow direction, and is applied to the series of dishwashers by adjusting the length of the sixth non-characteristic portion during processing of the exhaust air duct The exhaust duct on the dishwasher of different sizes.

Preferably, the waterway system includes an inner water tube structure disposed within the interior of the dishwasher and supplying water to the spray structure of the dishwasher, at least a portion of the structure of the inner water tube structure forming part of the second vertical structure The inner water pipe structure includes a seventh feature portion and a seventh non-feature portion, the seventh feature portion is provided with a structure that cooperates with the shower structure and/or the inner casing, and the seventh non-characteristic portion a structure that cooperates with the spray structure and the inner casing is not provided, and the seventh characteristic portion of the inner water pipe structure of the dishwasher of different sizes in the series dishwasher has the same structure, the The length of the seven non-feature portions is different during the processing of the inner water tube structure by adjusting the length of the seventh non-feature portion to obtain the different size gauge dishwashers used in the series of dishwashers Internal water pipe structure.

Preferably, the dishwashers of different sizes in the series of dishwashers have a height in the range of 745 to 875 mm.

Preferably, the series of dishwashers include a first specification dishwasher, a second specification dishwasher, and a third specification dishwasher, the first specification dishwasher having a height ranging from 745 to 765 mm. The height of the second specification dishwasher is in the range of 805 to 825 mm, and the height of the third specification dishwasher is in the range of 850 to 875 mm.

In a tenth aspect, the present invention adopts the following technical solutions:

A dishwasher manufactured by the manufacturing method as described above.

In an eleventh aspect, a method for manufacturing an inner water pipe structure of a series of dishwashers is provided, wherein the inner water pipe structure is disposed in a dishwasher inner tank to supply water to a spray structure of a dishwasher, and the inner water pipe structure includes features Regional and non-characteristic areas,

The feature area is provided with a structure that cooperates with the spray structure and/or the inner tank, and the non-feature area is not provided with a structure that cooperates with the spray structure and the inner tank, and the series of dishes are washed. The feature area of the inner water pipe structure of different dishwashers in the machine has the same structure, and the length of the non-feature area is different, and the manufacturing method is characterized in that the length of the non-feature area is adjusted to obtain the application. The inner water tube structure on different dishwashers in the series of dishwashers.

Preferably, the feature area is provided with at least two, the non-feature area is formed between two adjacent feature areas, and the distance between the tooling corresponding to the feature area is adjusted during the manufacturing process. To adjust the length of the non-feature area.

Preferably, the length of the non-feature region is adjusted to be 0-175 mm.

According to a twelfth aspect, there is provided an inner water tube structure manufactured by the above manufacturing method.

Preferably, the inner water tube structure includes a first portion, a second portion and a third portion, the second portion and the third portion being respectively connected to two ends of the first portion, the first portion and the inner portion The inner side wall contacts, the second portion is in contact with the top wall of the inner liner, and the third portion is in contact with the bottom wall of the inner liner.

Preferably, the second portion is provided with a second water outlet portion, and the second water outlet portion is in communication with the second spray structure of the dishwasher.

Preferably, the third portion is provided with a water inlet portion, and the water inlet portion is in communication with the water supply line.

Preferably, the connection between the second portion and the third portion and the first portion forms a rounded structure.

Preferably, the first portion includes a first area, a second area, and a third area, the first area is located near a position where the first part is connected to the second part, and the third area is located near the first a portion at a position connected to the third portion, the second region being located between the first region and the third region, wherein the second region is provided with a structure that cooperates with the shower structure and/or the inner liner ;

The first area and the third area constitute the non-feature area, and the second area and the area where the second part and the third part are located constitute the feature area.

Preferably, a first water outlet portion is disposed in the second region, the first water outlet portion is in communication with the first spray structure of the dishwasher, and/or

The second region is also provided with a structure that is connected to the inner wall of the inner casing.

In a thirteenth aspect, a method of manufacturing a liner of a series of dishwashers is provided.

A method of manufacturing a liner of a series of dishwashers, the liner comprising a side panel, a top panel and a bottom panel disposed separately, the side panel comprising a panel body and a vertical extension disposed on the panel body a structural and non-vertically extending structure, the side panel being vertically divided into a first portion and a second portion, the non-vertical extending structures being located on the first portion, at least a portion of the vertically extending structure being located at In the second part, the first part of the inner tank of the dishwasher of different sizes in the series dishwasher has the same structure, and the height of the second part is different, and the manufacturing method is characterized by Adjusting the height of the second portion results in a side panel applied to different size sized dishwashers in the series of dishwashers.

In a fourteenth aspect, a liner for a dishwasher is provided.

A liner for a dishwasher is manufactured using the manufacturing method described above.

Preferably, the side panel is provided with a reinforcing structure, the reinforcing structure comprising a vertically extending portion and a non-vertically extending portion, the vertically extending portion constituting at least a part of the vertically extending structure, the non- The vertically extending portion constitutes at least a portion of the non-vertically extending structure.

Preferably, the vertically extending portion comprises vertical ribs; and/or,

The non-vertically extending portion includes lateral ribs.

Preferably, the vertical rib includes a first vertical rib, the horizontal rib includes a first horizontal rib, and the first vertical rib and the first horizontal rib are enclosed to form a square frame structure.

Preferably, the vertical rib further includes at least one second vertical rib connecting two of the first lateral ribs in the square frame structure; and/or

The transverse rib further includes at least one second lateral rib connecting the two first vertical ribs in the square frame structure.

Preferably, the transverse ribs and/or the vertical ribs are formed by bending a side panel.

Preferably, the non-vertical extension structure further includes a vent provided on the side panel.

Preferably, the convex structure is formed by bending the side wall, and the vent is disposed on the outer convex structure.

Preferably, a recess formed by an inner surface of the convex structure and a recess formed by an inner surface of one of the first vertical ribs of the square frame structure and adjacent to the first vertical rib The recesses formed by the inner surfaces of one of the second vertical ribs are all connected.

Preferably, the side panel is in the square frame structure at a portion above the bottom edge of the upper first lateral rib and a portion below the top edge of the convex structure constitutes the first portion, the side A portion of the panel between the two first portions constitutes the second portion.

Preferably, the plate body comprises a rear plate, a left side plate and a right side plate, and the left side plate and the right side plate are respectively provided with the square frame structure, and the square plate disposed on the left side plate The frame structure and the square frame structure disposed on the right side plate have the same structure and corresponding positions.

In a fifteenth aspect, a method of manufacturing a reinforcing frame structure for a series of dishwashers for reinforcing a liner strength at an opening of a dishwasher liner, the reinforcing frame structure including at least a top a frame and a side frame connected to the two ends of the top frame, the side frame being divided into a feature portion and a non-feature portion along an extending direction thereof, the feature portion being provided with a structure that cooperates with the inner casing, the non-feature A portion is not provided with a structure that cooperates with the inner casing, and the characteristic portions of the reinforcing frame structure on different dishwashers in the series of dishwashers have the same structure, the length of the non-characteristic portions is different, and the manufacturing The method is characterized in that a reinforcing frame structure applied to different dishwashers in the series of dishwashers is obtained by adjusting the length of the non-featured portions.

Preferably, the feature portion is provided with at least two, the non-feature portion being formed between two adjacent feature portions, by adjusting a distance between tooling corresponding to the feature portion during manufacturing To adjust the length of the non-feature portion.

According to a sixteenth aspect, a reinforcing frame structure manufactured by the manufacturing method of the above reinforcing frame structure is provided, wherein the side frame includes a first plate and a second plate, and the second plate is oppositely provided with two and two The second plates are respectively connected to opposite side edges of the first plate along the extending direction of the first plate, and the first plate and the two second plates form a channel structure.

Preferably, the feature portion includes a first portion and a third portion at both ends of the side frame, the non-feature portion including a second portion between the first portion and the third portion.

Preferably, the first portion includes a first connection structure for connection with the top frame.

Preferably, the first connecting structure comprises two bent portions formed at two end portions of the second plate, and the two bent portions are connected to the top frame.

Preferably, the first portion includes a relief structure, the relief structure including a groove on the first plate for escaping a raised structure on the inner liner.

Preferably, the first portion includes a fixed structure for fixed connection with the inner liner, the fixed structure being provided with at least one.

Preferably, the first portion includes a through hole formed in the first plate for the passage of a connector on the inner casing.

Preferably, the third portion includes a wire hole formed in the first plate, the wire hole being passed through a power cord in the inner casing.

Preferably, the third portion includes a fixing structure for connection with the inner casing, the fixing structure being provided with at least one.

In a seventeenth aspect, a method of manufacturing a liner of a series of dishwashers is provided.

A method for manufacturing a liner of a series of dishwashers, the liner comprising a side panel, a top panel and a bottom panel arranged separately, wherein the top and bottom panels of different dishwashers in the series of dishwashers are the same The height of the side panels is different, and the manufacturing method is characterized in that a liner applied to different dishwashers in the series of dishwashers is obtained by adjusting the height of the side panels.

Preferably, the side panel is vertically divided into a feature portion and a non-feature portion, and the feature portion is provided with a mounting structure and/or a reinforcing structure, and the non-characteristic portion is not provided with a mounting structure and a reinforcing structure. The feature portions of the side panels on different dishwashers in the series dishwasher are identical in structure, and the heights of the non-feature portions are different, and the washing is applied to the series by adjusting the height of the non-feature portions. Side panels on different dishwashers in the machine.

In a eighteenth aspect, a liner for a dishwasher is provided.

A liner for a dishwasher is manufactured using the manufacturing method described above.

Preferably, the side panel is vertically divided into a feature portion and a non-feature portion, and the feature portion is provided with a mounting structure and/or a reinforcing structure, and the non-feature portion is not provided with a mounting structure and a reinforcing structure.

Preferably, the non-featured portion is located above and/or below the feature portion; and/or

The side panel includes a plurality of the feature portions, the non-feature portions being located between adjacent feature portions.

Preferably, a shape of a top end face of the feature portion is identical to a shape of a bottom end face of the non-feature portion located above the feature portion; and/or,

The shape of the bottom end surface of the feature portion coincides with the shape of the top end surface of the non-feature portion located below the feature portion.

Preferably, the non-featured portions have uniform cross-sectional shapes at any position.

Preferably, the reinforcing structure comprises reinforcing ribs.

Preferably, the reinforcing ribs form a closed structure on the side wall.

Preferably, the reinforcing rib comprises a top lateral rib portion at the side panel, and a portion of the side panel above the top edge of the lateral rib portion constitutes the non-characteristic portion. The portion of the side panel below the top edge of the lateral rib portion constitutes the feature portion.

Preferably, the inner surface of the side panel is recessed, and the outer surface is convex to form the reinforcing rib.

Preferably, the mounting structure includes a mounting hole disposed on the side panel.

Preferably, the side panel comprises a rear panel, a left side panel and a right side panel, and the reinforcing rib comprises an annular rib structure respectively disposed on the left side panel and the right side panel, and is disposed at the The annular rib structure on the left side plate and the annular rib structure disposed on the right side plate have the same structure and corresponding positions.

In a nineteenth aspect, a method of manufacturing a series of dishwasher side panel structures is provided.

A method of manufacturing a side panel structure of a series of dishwashers, the side panel structure constituting a part of the dishwasher casing, the side panel structure being divided into a feature portion and a non-feature portion in a vertical or horizontal direction, a first mating structure is disposed on the feature portion, the first mating structure is configured to cooperate with a second mating structure on the dishwasher, and the non-feature portion is not disposed to cooperate with the second mating structure a structure in which the feature portions of the side panel structures on different dishwashers are identical in structure, and the non-feature portions are different in height or width, and the manufacturing method is characterized in that the The height or width of the non-featured portion results in a side panel structure applied to different dishwashers in the series of dishwashers.

Preferably, the side panel structure includes at least two of the feature portions, and the non-feature portion is disposed between two adjacent feature portions, and is adjusted and adjacent in the manufacturing process of the side panel structure The distance between the molds corresponding to the two feature portions adjusts the size of the non-feature portion.

Preferably, the distance between the dies is adjusted by replacing the insert between the dies corresponding to the feature portions.

In a twentieth aspect, a side panel structure of a dishwasher is provided.

A side panel structure of a dishwasher manufactured by the manufacturing method as described above.

Preferably, the side panel structure comprises a side panel, the top edge of the side panel is provided with a first flange; and/or the two sides of the side panel adjacent to the top edge thereof are respectively provided with a first side Two folds and a third fold.

Preferably, the side panel structure includes a first portion, a third portion, and a second portion between the first portion and the third portion in a vertical direction, the first flange being located on the first portion, The first portion and the third portion constitute the feature portion, and the second portion constitutes the non-feature portion.

Preferably, the first mating structure comprises a first connecting structure disposed on the first bead, the second mating structure comprising being disposed on the dishwasher reinforcing frame and connected to the first a second joint structure of structural fit; and/or,

The first mating structure includes a first securing structure disposed on the second flange of the first portion, the second mating structure including being disposed on the dishwasher liner and associated with a second fixed structure in which the first fixed structure is mated; and/or

The first mating structure includes a third fixing structure disposed on the third flange of the first portion, the second mating structure including a rear seat of the dishwasher, and the first a fourth fixed structure in which three fixed structures are mated; and/or

The first mating structure includes a third connecting structure disposed on the third flange of the first portion, the second mating structure including a rear rail disposed on the dishwasher, and the first A fourth connection structure in which the three connection structures are mated.

Preferably, a handle structure is provided on the side panel of the first portion.

Preferably, a concave structure is formed on an outer side surface of the side plate, and the concave structure constitutes the handle structure; or

The side plate is provided with a through hole structure, and the through hole structure constitutes the handle structure; or

The side plate is provided with a mounting through hole, and the handle structure is installed in the mounting through hole.

Preferably, the edge of the through hole structure is provided with a flange structure.

Preferably, the angle between the flange structure and the side plate is less than 90°;

Preferably, the first mating structure comprises a fifth fixing structure disposed on the second hemming and/or the third hemming of the third portion, the second mating structure comprising a sixth fixed structure on the base of the dishwasher and cooperating with the fifth fixed structure; and/or

The first mating structure includes a fifth connection structure disposed on the second flange and/or the third flange of the third portion, the second mating structure including a dishwasher disposed in the dishwasher a sixth connecting structure on the base and engaging with the fifth connecting structure.

Preferably, the side panel structure located on the third portion is provided with a space avoiding structure.

Preferably, the escaping structure comprises a notch disposed on the side panel structure.

1. The method for manufacturing an inner door structure of a series of dishwasher door bodies provided by the present invention divides the inner door structure into a characteristic part and a non-feature part, and the characteristic parts of the inner door structure of the dishwashers of different specifications are the same, The height of the non-featured parts is different. The inner door structure of various specifications can be only required to have the distance of the tooling corresponding to the characteristic part during production, thereby reducing the difficulty of redesigning the inner door structure and avoiding the cost of redesigning the tooling for manufacturing the inner door structure, and reducing the cost. Cost increases product competitiveness.

2. The method for manufacturing an exhaust duct structure of a series of dishwashers provided by the present invention, the air duct structure is divided into a characteristic part and a non-feature part, the characteristic part is arranged to cooperate with the dishwasher, and the non-characteristic part is not set and washed. The matching structure of the bowl machine allows the air duct structure of different specifications to be obtained by adjusting only the distance between the tool pieces corresponding to the characteristic parts during manufacture, so as to be applicable to dishwashers of various specifications. The type and number of tooling required to manufacture different sizes of air duct structures are reduced, making manufacturing more convenient.

3. In the manufacturing method and the reinforcing frame structure of the reinforcing frame structure of the series dishwasher provided by the present invention, the top frame of the reinforcing frame structure is divided into a characteristic part and a non-feature part, and the structural parts of different specifications are identical in structure, and the non-characteristic part is Different lengths. The reinforcing frame structure of various specifications can only adjust the distance of the tooling corresponding to the characteristic part during production, thereby reducing the difficulty of redesigning the reinforcing frame and avoiding the cost of redesigning and manufacturing the reinforcing frame tooling, and reducing the cost. Enhance product competitiveness.

4. The method for manufacturing the outer door structure of the series of dishwasher door bodies provided by the present invention divides the outer door structure into a two-part structure, and a part of the outer door structure of the different specifications of the dishwasher has the same structure, and the height of the other part is the same Different, so that the outer door structure of various specifications can only adjust the height of another part during production, so that the same equipment, process, tooling and production line can be used to derive many different models, different configurations and different sizes on the same platform. A variety of products can reduce the difficulty of redesigning the outer door structure and avoid the cost of redesigning the manufacturing equipment for the outer door structure, reducing costs and enhancing product competitiveness.

5. The method for manufacturing a series of dishwashers provided by the present invention divides the vertically extending structure into a characteristic part and a non-feature part, and the characteristic parts of the different size specifications of the dishwasher have the same structure, and the heights of the non-feature parts are different, so When producing different sizes of dishwashers, it is only necessary to adjust the height of the non-featured parts, so that the same equipment, process, tooling and production line can be used to derive a variety of products of different models, different configurations and different sizes on the same platform. It can reduce the difficulty of redesigning various parts of the structure and avoid the cost of redesigning production equipment, reduce costs and enhance product competitiveness.

6. The method for manufacturing the inner water pipe structure of the series dishwasher provided by the present invention divides the inner water pipe structure into a characteristic area and a non-feature area, and the characteristic areas of the inner water pipes of different specifications have the same structure, and the lengths of the non-feature areas are different. The inner water pipe structure of various specifications can be adjusted only in the production process, and the tooling interval corresponding to the characteristic area can be adjusted, the adjustment of the tooling structure is not required, the difficulty of redesigning the inner water pipe is reduced, and the redesign and manufacture of the inner pipe tooling is avoided. Cost, reduce costs, and enhance product competitiveness.

7. The method for manufacturing a liner of a series of dishwashers provided by the present invention divides a side panel of a liner into a first portion and a second portion, wherein a non-vertical extension structure on the panel body is disposed on the first portion The vertical extension structure can be arranged on the second part, and the first part of the inner tank of the different specifications of the dishwasher has the same structure, and the height of the second part is different. The liner of various specifications is only required to adjust the height of the second part during production, and the structure of the first part is unchanged, the equipment versatility in the production process is improved, the cost is reduced, and the product competitiveness is enhanced.

8. The manufacturing method of the reinforcing frame structure of the series dishwasher provided by the present invention divides the side frame of the reinforcing frame structure into a feature part and a non-feature part, the structure parts of different specifications are the same, and the length of the non-feature part is different. The reinforcing frame structure of various specifications can only adjust the distance of the tooling corresponding to the characteristic part during production, thereby reducing the difficulty of redesigning the reinforcing frame and avoiding the cost of redesigning and manufacturing the reinforcing frame tooling, reducing the cost and enhancing Product competitiveness.

9. The method for manufacturing the inner liner of the series dishwasher provided by the present invention divides the inner tank into a side wall, a top plate and a bottom plate. The top plate and the bottom plate of the liner of different specifications have the same structure, and the height of the side plate different. The production of various specifications of the liner only needs to adjust the height of the side panel, while the structure of the top and the bottom plate is unchanged, the equipment versatility in the production process is improved, the cost is reduced, and the product competitiveness is enhanced.

10. The method for manufacturing a series of dishwasher side panel structures provided by the present invention divides the side panel structure into a characteristic portion and a non-feature portion, and the characteristic portions of the inner door structure of the different specifications of the dishwasher have the same structure, and the non-characteristic portion The height is different. It can make the side plate structure of various specifications only need to adjust the length of the non-feature part during production, so that the same equipment, process, tooling and production line can be used to derive many different models, different configurations and different sizes on the same platform. The product can reduce the difficulty of redesigning the sidewall structure and avoid the cost of redesigning the manufacturing equipment for manufacturing the side panel structure, reducing the cost and enhancing the competitiveness of the product.

DRAWINGS

The above and other objects, features and advantages of the present invention will become more apparent from

1 is a schematic structural view of an inner door structure according to Embodiment 1 of the present invention;

Figure 2 is a view showing an exploded view of a door body according to Embodiment 1 of the present invention;

Figure 3 is a view showing the comparison of the internal door structure of the dishwasher of different specifications of Embodiment 1;

4 is a schematic structural view of a duct of Embodiment 2 of the present invention;

FIG. 5 is a schematic structural view showing an air duct structure of different specifications of Embodiment 2; FIG.

Figure 6 is a view showing an exploded view of a reinforcing frame structure according to Embodiment 3 of the present invention;

7 is a schematic structural view of a top frame in Embodiment 3 of the present invention;

8 is a schematic cross-sectional view showing the outer door structure of the same series of dishwashers of different specifications in the fourth embodiment of the present application;

9 is a second schematic view showing the comparison of the outer door structure of the same series of dishwashers of different specifications in the fourth embodiment of the present application;

Figure 10 is a schematic view showing the division of the outer door structure of the dishwasher of the fourth embodiment of the present application;

Figure 11 is a schematic view showing the comparison of the outer door structure of the same series of dishwashers of different specifications in Figure 10;

Figure 12 is a schematic view showing the structure of the outer door of the dishwasher of the fourth embodiment of the present application;

Figure 13 is a partial cross-sectional structural view showing the dishwasher provided in Embodiment 5 of the present invention;

14 is a schematic structural view showing a dishwasher liner and a waterway system for removing a top plate according to Embodiment 5 of the present invention;

Figure 15 is a partial cross-sectional structural view showing the door of the dishwasher provided in Embodiment 5 of the present invention;

Figure 16 is a schematic view showing the cooperation structure of the dishwasher liner and the reinforcing frame structure and the slide rail provided in Embodiment 5 of the present invention;

Figure 17 is a schematic view showing the structure of a dishwasher casing provided in Embodiment 5 of the present invention;

Figure 18 is a schematic view showing the structure of an inner water pipe structure and a shower structure according to a sixth embodiment of the present invention;

Figure 19 is a schematic view showing the structure of an inner water pipe structure according to Embodiment 6 of the present invention;

20 is a schematic structural view showing a first portion of a water pipe of different specifications according to Embodiment 6 of the present invention;

Figure 21 is a schematic view showing the structure of a liner provided in Embodiment 7 of the present invention;

Figure 22 is a perspective view showing a side panel of a liner provided in Embodiment 7 of the present invention;

Figure 23 is a view showing a comparison of the structure of the side panel of the dishwasher of different specifications of Example 7.

Figure 24 is a view showing the structure of the reinforcing frame structure of Embodiment 8;

25 is a schematic structural view of a side frame of different specifications of Embodiment 8;

Figure 26 is a schematic view showing the structure of a liner provided in Embodiment 9 of the present invention;

Figure 27 is a second schematic view showing the structure of the inner casing provided by the embodiment 9 of the present invention;

Figure 28 is a view showing a comparison of the liner structures of different specifications of Embodiment 9;

29 is a schematic structural diagram of a side panel structure according to Embodiment 10 of the present invention;

Figure 30 is a second schematic structural view of a side panel structure according to Embodiment 10 of the present invention;

Figure 31 is a third schematic structural view of a side panel structure according to Embodiment 10 of the present invention;

Figure 32 shows a cross-sectional view of Figure 31;

Figure 33 is a view showing a comparison of the side panel structures of the dishwashers of different specifications of Example 10;

Figure 34 is a schematic view showing the structure of the side plate structure and the reinforcing frame provided by the embodiment 10 of the present invention;

Figure 35 is a schematic view showing the structure of the side plate structure and the inner joint of the inner liner provided in the embodiment 10 of the present invention;

36 is a schematic structural view showing a mating portion of a side plate structure and a rear beam according to Embodiment 10 of the present invention;

FIG. 37 is a structural schematic view showing the cooperation between the side plate structure and the base provided in Embodiment 10 of the present invention.

In the figure, 1, the inner door structure; 11, the shell-shaped body; 111, the inner bottom plate; 112, the side wrapping plate; 113, the concave portion; 1131, the upper bottom surface; 1132, the lower bottom surface; 1133, the connecting bottom surface; 114, the mounting hole; 115, exhaust vent; 116, support plate; 117, groove; 12, installation flange; 121, first mounting hole; 122, second mounting hole; 2, outer door frame; 3, control panel assembly; Device

100, air duct structure; 110, air duct structure body; 111a, variable section portion; 112a, equal section portion; 113a, first mounting structure; 114a, second mounting structure; 120, inlet connecting structure; 130, outlet connecting structure ;

1b, top frame; 11b, feature portion; 111b, first portion; 1111b, connection structure; 112b, second portion; 113b, third portion; 1131b, first fixed structure; 1132b, depressed portion; 1133b, convex; , non-characteristic part; 121b, fourth part; 122b, fifth part; 13b, first board; 14b, second board; 15b, avoidance structure; 151 escape groove; 1511, concave structure; 16, second fixed structure; 2b, side frame; 21b, U-shaped structure; 211, riveting plate;

1c, outer door structure; 11c, frame-shaped body; 111c, side frame; 1111c, first side frame; 1112c, second side frame; 112c, top frame; 113c, bottom frame; 12c, side plate; 121c, flange Structure; 122c, first mounting hole; 1221, first hole; 1222, second hole; 13c, connecting structure; 131, mounting lug; 132, second mounting hole; 2c, control panel assembly;

1d, base; 2d, outer casing; 21d, side panel structure; 22d, roof structure; 3d, door body; 31d, inner door structure; 32d, outer door structure; 4d, liner; 41, side panel; 43, bottom plate; 5, reinforcing frame structure; 51, top frame; 52, side frame; 6, tableware basket; 7, slide rail; 8, hinge seat; 81, hinge shaft; 9, control panel; 101, pivot hole; 11d, waterway system; 111d, inner water pipe structure; 112d, spray structure; 113d, water tank;

100e, inner water pipe structure; 101e, water inlet portion; 102e, first water outlet portion; 103e, second water outlet portion; 110e, first portion; 120e, second portion; 130e, third portion; 200, adapter; First spray structure; 400, second spray structure;

1f, side panel; 11f, rear panel; 12f, right panel; 121f, square frame structure; 13f, left panel; 131f, square frame structure; 1311, first transverse rib; 1312, first vertical rib Strip; 132f, inner rib portion; 1321, second lateral rib; 1322, second vertical rib; 133, convex structure; 134, vent; 2f, top plate; 3f, bottom plate.

100g, side frame; 101g, first board; 1011, avoidance structure; 1012, fixed structure; 1013, through hole; 1014, through hole; 1015, positioning hole; 1016, reinforcing structure; 102g, second board; 110g, a first connecting portion; 111g, a bent portion; 120g, a second connecting portion; 200g, a top frame; 210g, a second connecting portion;

1h, side panel; 12h, left panel; 121h, annular rib structure; 1211h, transverse ribs; 1212, vertical ribs; 122h, inner ribs; 13h, right side; 131h, ring Rib structure; 1311h, horizontal ribs; 1312h, vertical ribs; 132h, inner ribs; 133h, installation structure; 134h, air inlet; 135h, circular ribs; 2h, roof; 3h, Bottom plate

1i, side plate; 11i, concave structure; 12i, through hole structure; 13i, flange structure; 14i, extension; 2i, first flange; 21i, first connection structure; 22i, positioning hole; 3i, Two-folded edge; 31i, first fixed structure; 32i, fifth fixed structure; 33i, fifth connecting structure; 4i, third folded edge; 41i, third fixed structure; 42i, third connecting structure; 5i, avoiding Structure; 6i, reinforcing frame; 7i, inner liner; 8i, rear beam; 9i, base.

Detailed ways

The invention is described below based on the examples, but the invention is not limited to only these examples. The drawings are provided for the purpose of illustration, and the drawings are not necessarily to scale.

Unless explicitly required by the context, the words "including", "comprising", and the like in the claims and the claims should be interpreted as meanings of meaning rather than exclusive or exhaustive meaning; that is, "including but not limited to" The meaning.

In the description of the present invention, it is to be understood that the terms "first", "second" and the like are used for descriptive purposes only and are not to be construed as indicating or implying relative importance. Further, in the description of the present invention, the meaning of "a plurality" is two or more unless otherwise specified.

The term "inner" and "outer" as used in the present application is relative to the dishwasher itself, the side near the inside is inside, and the side away from the inside is outside, "upper" and "lower" as described in the present application. "Top" and "bottom" are the orientations of the dishwasher when it is in normal operation. "Left", "Right", "Front" and "Rear" are the orientations of the user when facing the door of the dishwasher. The "height" described in this application is the absolute height of the structure itself, ie the size of the structure in the vertical direction.

Example 1

In view of the problem that the production equipment of the existing series of dishwashers cannot be used universally and the production cost is high, the present application provides a method for manufacturing the inner door structure of the series of dishwasher doors and an inner door structure. As shown in FIG. 2, the door body includes an outer door assembly and an inner door structure 1 disposed inside the outer door assembly. The outer door assembly includes an outer door frame 2 and a control panel assembly 3 disposed above the outer door frame 2, the outer door frame 2 and the control panel assembly The accommodating space is formed between the inner door structure 1 and the inner door structure 1. The accommodating space is provided with a distributor 4 and an air exhausting module (not shown) through which the moisture in the dishwasher can be discharged.

As shown in FIG. 1, the inner door structure 1 includes a shell-shaped body 11 having an opening facing outward. The shell-shaped body 11 includes an inner bottom plate 111 and a side wall 112 disposed around the inner bottom plate 111. The side wall plate 112 is outside the inner bottom plate 111. The edges extend to form a generally rectangular cylindrical structure. In order to satisfy the installation requirements of the distributor 4 and the exhaust module, the volume of the dishwasher is increased as much as possible, that is, a larger cavity is formed in the dishwasher after the door body is closed, preferably, the inner bottom plate 111 The inner surface is provided with a recess 113. The inner bottom surface of the recess 113 is provided with a mounting hole 114 for mounting the dispenser 4. The mounting hole 114 is preferably a rectangular hole shaped to fit the dispenser 4, and the dispenser 4 is mounted in a rectangular hole. in. Further preferably, a mounting structure for mating with the dispenser 4 is provided at the edge of the mounting hole 114, the mounting structure extending in the direction of the outer door assembly, thereby improving the mounting reliability of the dispenser 4, the mounting structure including, for example, being installed in the installation The support plate 116 at the edge of the hole 114 is preferably provided with a plurality of support plates 116. Further preferably, the support plate 116 is provided on each side of the rectangular hole.

Further, the inner bottom plate of the inner door structure 1 is provided with an air outlet 115, and the air outlet 115 preferably corresponds to the position of the air exhaust module, and the air exhaust module exhausts air to the outside of the dishwasher through the air outlet 115. The exhaust port 115 is disposed above the recess 113, that is, the exhaust port 115 is not disposed on the recess 113. In order to guide the exhaust air of the air outlet 115, the inner surface of the inner bottom plate 111 is provided with a groove 117, and the groove 117 is preferably in the shape of a truncated cone, and the air outlet 115 is disposed on the groove bottom of the groove 117 through the groove The side wall of the 117 guides the exhaust air to improve the exhaust efficiency.

Further preferably, the recess 113 includes upper and lower portions, and the depth of the upper portion is smaller than the depth of the lower portion, that is, the inner bottom surface of the recess 113 includes an upper bottom surface 1131 and a lower bottom surface 1132, and between the upper bottom surface 1131 and the lower bottom surface 1132. Connected to the bottom surface 1133, the lower bottom surface 1132 is disposed closer to the outer door assembly than the upper bottom surface 1131. The mounting hole 114 is provided on the upper portion to ensure the accommodation space of the dispenser 4, while the lower portion is deeper, so that the door body is closed to form a larger cavity in the dishwasher.

Further preferably, the distance between the left and right side edges of the recess 113 and the left and right side edges of the inner bottom plate 111 is 5 to 40 mm. Thereby further increasing the volume of the dishwasher.

In order to increase the structural strength of the inner door structure 1, the side surface of the recessed portion 113 and the inner bottom surface are formed at an obtuse angle.

Further, the inner door structure 1 further includes a mounting flange 12 disposed at an opening edge of the shell body 11. The mounting flange 12 is provided with a first mounting hole 121 through which the mounting flange 12 passes through the first mounting hole 121 and the outer door frame 2 Fixed connection, the mounting flange 12 is further provided with a second mounting hole 122, and the second mounting hole 122 is fixedly connected with the control panel assembly 3.

Since the above-mentioned structures such as the mounting hole 114, the exhaust vent 115, the first mounting hole 121, and the second mounting hole 122 need to be processed by a specific mold, the inner door structure 1 for realizing different specifications of the dishwasher can be the same The processing apparatus performs processing. Preferably, the inner door structure 1 is vertically divided into a characteristic portion and a non-feature portion, and a structure that cooperates with the outer door assembly (for example, the mounting hole 114, the air outlet 115, and the first mounting hole 121) The second mounting hole 122) is disposed on the feature portion, and the non-feature portion is not provided with a structure that cooperates with the outer door assembly. Thus, the inner door applied to the dishwasher of different specifications can be obtained by adjusting the height of the non-feature portion. The structure, that is, in a series of dishwashers, the characteristic portions of the inner door structure on the dishwashers of different specifications are identical in structure, and the heights of the non-feature portions are different. In this way, the height of the non-featured part can be adjusted by adjusting the distance between the processing tools. When processing the inner door structure of the same series of different specifications dishwashers, it is not necessary to change the mold, but only the distance between the toolings can be adjusted ( There is a specific introduction later).

As shown in FIG. 3, the inner door structure 1 is vertically divided into a plurality of portions, and the plurality of portions include at least a first portion A, a second portion B, and a third portion C which are disposed in order from top to bottom. The port and the second mounting hole are disposed on the first portion A, and the mounting hole and the first mounting hole are disposed on the third portion C. The dividing rule of the first part A, the second part B, and the third part C is that the horizontal plane of the top edge of the inner bottom surface of the recess 113 is the first dividing surface, and the horizontal plane of the top edge of the mounting hole 114 is the second dividing surface. The first dividing surface and the second dividing surface divide the inner door structure 1 into three regions, the portion located in the middle portion is the second portion B, and the portions located in the upper portion and the lower portion are the first portion A and Part III C. The first part A and the third part C constitute a feature part, and the second part B constitutes a non-feature part. The second portion B can be set to different heights depending on the different models of the dishwasher, preferably the height of the second portion B is greater than 0 less than or equal to 180 mm.

The manufacturing method of the reinforcing frame structure of the series dishwasher provided by the present invention comprises: the inner door structure of the dishwasher of different specifications in the series of dishwashers in the manufacturing process, and the first part A and the third part The tooling structure corresponding to the portion C is the same, and only the distance between the toolings corresponding to the first portion A and the third portion C needs to be adjusted to manufacture the inner door structure corresponding to the dishwasher of different specifications. Specifically, adjusting the distance between the toolings corresponding to the first portion A and the third portion C can be achieved by replacing the insert between the toolings without replacing the tooling.

The manufacturing method of the inner door structure of the series of dishwasher door bodies provided by the invention divides the inner door structure into a characteristic part and a non-feature part, and the characteristic parts of the inner door structure of the different specifications of the dishwasher have the same structure, the non-characteristics The height of the parts is different. The utility model can replace the inserts corresponding to the non-feature parts in the production of the inner door structure of various specifications, thereby reducing the difficulty of redesigning the inner door structure and avoiding the cost of redesigning the mold for manufacturing the inner door structure. Reduce costs and enhance product competitiveness. It will be readily understood by those skilled in the art that the above various preferred embodiments can be freely combined and superimposed without conflict.

Example 2

The exhaust duct structure of the series of dishwashers provided by the present invention is provided in a series of dishwashers for providing a flow path for the air in the dishwasher to be outside the dishwasher in the dishwasher. Moreover, the air duct structure provided by the present invention includes a plurality of different models and can be applied to different types of dishwashers in a series of dishwashers.

Specifically, as shown in FIG. 4, the air duct structure 100 provided by the present invention includes a duct structure main body 110, and an air duct penetrating in an extending direction thereof is formed inside the duct structure main body 110, and the duct structure main body 110 is formed. The two ends are respectively provided with an inlet connection structure 120 and an outlet connection structure 130, and the inlet connection structure 120 and the outlet connection structure 130 are sealingly connected with the air passage structure main body 110, or, in the embodiment, the inlet The connection structure 120, the outlet connection structure 130, and the air passage structure body 110 are integrally formed. Preferably, the air duct structure body 110 is a housing structure with two ends open, and the first end opening size is smaller than the second end opening size, and the inlet connection structure 120 is formed at the first of the air duct structure body 110. The outlet connection structure 130 is formed at a second end of the air duct structure body 110. In the embodiment, the inlet connection structure 120 is a structure formed on a sidewall of the first end of the air duct structure body 110 and connected to the air inlet structure, for example, in the air duct structure body 110. a structure such as a buckle formed on the side wall of the first end; the outlet connection structure 130 is a structure formed on the side wall of the second end of the air duct structure body 110 and connected to the air outlet structure, for example, may be set a connecting structure such as a buckle formed on a side wall of the second end and/or a guiding structure such as a chute.

Further, the air duct structure body 110 includes a variable section portion 111a and an equal section portion 112a, the inlet connection structure 120 is coupled to the variable section portion 111a, and the outlet connection structure 130 is coupled to the equal section portion On 112a. The variable cross-sectional portion 111a is continuously changed in size along the extending direction thereof, that is, in the direction of the air flow, the cross-sectional dimension perpendicular to the airflow direction gradually increases toward the direction of the equal-sectional portion 112a, preferably, the variable cross-section The size of the portion 111a is continuously changed so that the inner air passage and the outer wall have a smooth structure. Further, the variable cross-sectional portion 111a extends along a straight line or a curved line, on the one hand, the gas flows in the air passage, and on the other hand, the gas flows in the air passage. To adapt to the internal structure of the dishwasher, to avoid interference and affect the assembly. Preferably, the outer wall of the variable section portion 111a is further provided with a first mounting structure 113a for connecting with a related structure in the dishwasher, for example, the first mounting structure 113a can be used. For installing the dishwasher liner power supply or control circuit, and the like. The dimension of the equal-section portion 112a along the extending direction thereof is constant, that is, the cross-sectional dimension of the airflow direction is constant in the airflow direction. Preferably, the outer wall of the equal-section portion 112a is smooth and is not provided to cooperate with other devices. The structure of the outlet connection structure 130 is connected to the equal section portion 112a. Preferably, the outer wall of the equal section portion 112a is provided with a second mounting structure 114a. The second mounting structure 114a may be, for example, a lug structure. The lug structure is provided with a mounting hole, and the lug structure passes through the mounting hole. It is fixedly connected to the relevant structure in the dishwasher.

The air duct structure main body 100 may further be divided into a plurality of parts according to structural features of the respective parts thereof. For example, as shown in FIG. 4, the plurality of parts includes a first part A, a second part B, and a third part C. The inlet connecting structure 120 and the variable cross-sectional portion 111a constitute the first portion A, the portion of the equal-section portion 112a including the second mounting structure 114a and the outlet connecting structure 130 constitute the third portion C a portion between the first portion A and the third portion C is the second portion B, the second portion B belongs to the equal-section portion 112a, and the second portion B is not Providing a structure that cooperates with the dishwasher, preferably, the outer wall of the second portion B is a smooth surface, the first portion A and the third portion C constitute a feature portion, and the second portion B constitutes a non-feature In part, the non-feature portion is located between the two feature portions. Since the first portion A and the third portion C each include a related structure mated with the dishwasher, the second portion B is not provided with a structure that cooperates with the dishwasher, so When the air duct structure 100 is used, the variable section portion 111a and the inlet connection structure 120 share a set of tooling, that is, the first portion A corresponds to one set of tooling, and the third portion C corresponds to one set of tooling. Moreover, since the second portion B is not provided with a structure that cooperates with the dishwasher, the second portion B can be fitted with the insert, and it is not necessary to separately set the mold, and when the second portion B needs to be adjusted For the length, it is only necessary to adjust the distance between the tooling corresponding to the first portion A and the third portion C, that is, to adjust the distance between the molds of the first portion A and the third portion C, and then replace the same The insert corresponding to the second part B can be used, and it is not necessary to replace other parts. In this way, the local tool spacing of the air duct structure can be adjusted to manufacture a duct structure suitable for a plurality of dishwashers of different specifications, which facilitates the installation of the tooling and reduces the number of tooling. Moreover, since the structure of the inlet connection structure 120 and the outlet connection structure 130 are the same in the air channel structure 100 of different specifications, components that cooperate with the air channel structure 100 of different specifications can be used universally. , reducing the types of components.

The manufacturing method of the exhaust duct structure of the series dishwasher provided by the present invention comprises: the air duct structure of the dishwasher of different specifications in the series of dishwashers corresponds to the first part A during the manufacturing process One tooling is provided, one tooling corresponding to the third portion C is provided, and a plurality of inserts corresponding to the second portion B are provided, and the insert corresponding to the second portion B is replaced by adjusting The distance between the first part A and the third part C corresponding tooling can be adapted to meet the needs of the dishwasher of a plurality of different specifications.

The air duct structure provided by the present invention includes a plurality of regions, and the corresponding portions of the first portion A and the third portion C include a structure that cooperates with the dishwasher, and the corresponding portion of the second portion B does not have a structure that cooperates with the dishwasher. Therefore, it is possible to obtain only different specifications of the air duct structure by replacing only the insert corresponding to the second part B during manufacture, so as to be applicable to dishwashers of various specifications. Therefore, the air duct structure of various specifications only needs to adjust the length of the non-characteristic part during production, so that the same equipment, process, tooling and production line can be used to derive many different models, different configurations and different sizes on the same platform. The product can reduce the difficulty of redesigning the air duct structure and avoid the cost of redesigning the manufacturing equipment, reduce the cost and enhance the competitiveness of the product.

Example 3

The present application also provides a method of manufacturing a reinforcing frame structure of a series of dishwashers for manufacturing corresponding reinforcing frame structures of a series of dishwashers of different specifications and the same structure. The reinforcing frame structure is configured to be disposed at an opening of the dishwasher liner to enhance the strength of the liner, and the reinforcing frame structure includes at least a top bezel 1 and a side frame 2 connected to both ends of the top bezel 1.

Wherein, as shown in FIG. 2, the top bezel 1b is divided into a feature portion 11b and a non-feature portion 12b along the extending direction thereof, and the feature portion 11b is provided with a structure that cooperates with the inner casing, and the non-characteristic portion 12b is not Providing a structure that cooperates with the inner casing, wherein the characteristic portion 11b of the reinforcing frame structure on different dishwashers of the series dishwasher has the same structure, and the length of the non-characteristic portion 12b is different, by adjusting The length of the non-feature portion 12b is obtained for a reinforcing frame structure applied to different dishwashers in the series of dishwashers, such that different reinforcing frame structures can be used to prepare the feature portion 11b using the same tooling, The tooling includes a mold, a fixture, an insert and other related components. When preparing the top frame 1 of different specifications, it is only necessary to adjust the distance between the tooling for preparing the characteristic portion 11 to manufacture the washing with different specifications. The reinforcing frame structure corresponding to the bowl machine. The top frame 1b includes at least two of the feature portions 11b, and the non-feature portion 12b is located between two adjacent feature portions 11b. During the manufacturing process, the feature portion 11b is prepared by a corresponding tooling. Adjusting the distance between the toolings corresponding to the feature portion 11b to adjust the length of the non-feature portion 12b, a reinforcing frame structure of different lengths including the same feature portion 11b can be obtained, and preferably, the feature portion 11b is adjusted The distance between the tooling can be achieved by replacing the insert between the tooling without replacing the other parts of the tooling, especially without replacing the mold. Specifically, the inserts may include the same plurality, or may include different ones, and the distance between the toolings may be adjusted by replacing the inserts between the toolings corresponding to the feature portions 11b, specifically It is also possible to change the number of the same inserts, or to replace them with different inserts, and of course they can be combined with each other.

Referring to Figures 6-7, the reinforcing frame structure provided by the present invention can be manufactured by the above-described manufacturing method.

It can be understood that the feature portion 11b and the non-feature portion 12b on the top bezel 1b are only functional divisions of the top bezel 1b. In the actual product, the top bezel 1 is an integral part.

As shown in FIG. 6, the top frame 1b includes a first plate 13b and a second plate 14b, the second plate 14b is oppositely disposed, and two of the second plates 14b are along the first plate. The extending direction of 13b is respectively connected to opposite side edges of the first plate 13b, and the first plate 13b and the two second plates 14b form a groove-shaped structure, when the top frame 1b is installed therein When the bladder is on, the first plate 13b abuts against the inner liner, and the second plate 14b is located above the outer side of the inner liner.

As shown in FIG. 7, the feature portion 11b includes a first portion 111b, a third portion 113b at both ends of the top bezel 1b, and a second portion 112b between the first portion 111b and the third portion 113b, the first portion 111b includes one end portion of the first plate 13b and one end portion of the second plate 14b, the third portion 113b including the other end portion of the first plate 13b and the other end portion of the second plate 14b The second portion 112b includes a middle portion of the first plate 13b and an intermediate portion of the second plate 14b, and a fourth portion 121b is disposed between the first portion 111b and the second portion 112b, and the second portion 112b is A fifth portion 122b is disposed between the third portions 113b, the fourth portion 121b and the fifth portion 122b including a portion on the first plate 13b and the second plate 14b, respectively, the fourth portion 121b and/or the The fifth portion 122b constitutes the non-feature portion 12b, that is, the top frame 1b of different lengths can be obtained by adjusting the fourth portion 121b and/or the fifth portion 122b.

As shown in FIG. 6, wherein the first portion 111b and the third portion 113b are provided with a connection structure 1111b for connection with the side frame 2b, and the connection structure 1111b is disposed on the second plate 14b, the side A specific embodiment of the frame 2b is that the side frame 2b is a U-shaped structure 21b, the bottom of the U-shaped structure 21b abuts the inner liner, and one end of the two side plates of the U-shaped structure 21b A riveting plate 211 is formed on the bottom portion, and the top frame 1b and the side frame 2b are formed by the TOX riveting through the connecting structure 1111b and the riveting plate 211, and the riveting strength is reliable.

As shown in FIG. 7, the first portion 111b and the third portion 113b are provided with a first fixing structure 1131b for fixed connection with the inner casing, the first fixing structure 1131b includes a recess portion 1132b and is disposed at the a protrusion 1133b at the bottom of the recess 1132b, the opening of the recess 1132b facing the inner casing, preferably, the second portion 112b is also provided with a first fixing structure 1131b fixedly connected to the inner casing, The first fixing structure 1131b on the first portion 111b, the first fixing structure 1131b on the second portion 112b, and the first fixing structure 1131b on the third portion 113b are all disposed at On the first plate 13b, through the first fixing structure 1131b, the top frame 1b forms a TOX riveting with the inner casing, and the connection strength is increased.

The first portion 111b and the third portion 113b of the top frame 1b are further provided with a second fixing structure 16 for fixing the dishwasher, and the second fixing structure 16 is a protrusion facing away from the inner casing, the convex portion A through hole is provided in the upright, and the dishwasher is fixed in the cabinet by a fastener passing through the through hole.

The second portion 112b is provided with a escaping structure 15b disposed between the two first fixing structures 1131b of the second portion 11b2 for escaping the door lock assembly of the dishwasher. The relief structure 15b includes a relief groove 151 disposed on the first plate 13b. Preferably, the relief groove 151 includes a concave structure 1511 having an opening facing the inner liner of the dishwasher.

Example 4

The outer door structure of the series of dishwasher door bodies provided by the invention is arranged on the outer side of the inner door structure for cooperation with the inner door structure of the dishwasher to form the door body structure of the dishwasher, and the dishwasher provided by the invention The exterior door structure of the door body consists of several different models and can be used in different sizes of dishwashers in the range of dishwashers.

As shown in FIG. 12, the outer door structure 1c includes a side frame 111c, a top frame 112c, and a bottom frame 113c. The side frame 11c1 includes a first side frame 1111c and a second side frame 1112c, and the first side frame 1111c and the second side frame 1112c. The lengths of the top frame 112c and the bottom frame 113c are parallel to each other, and the two ends of the top frame 112c and the bottom frame 113c are perpendicularly connected to the first side frame 1111c and the second side frame 1112c, respectively. The first side frame 1111c and the top are respectively arranged. The frame 112c, the second side frame 1112c, and the bottom frame 113c are connected end to end to form a frame-shaped body 11c. The outer door structure further includes a panel (not shown) mounted on the frame-shaped body 11c, which is preferably a transparent panel made of transparent plastic or glass to enhance the aesthetic appearance of the dishwasher. A control panel assembly 2c is disposed above the frame-shaped body 11c. The control panel assembly 2c may be a touch panel or a common control panel on which a button is disposed, and the cleaning temperature and cleaning time of the dishwasher can be controlled through the control panel. Etc. It is convenient to operate the dishwasher. A handle (not shown) is also provided on the outer side of the outer door structure 1, and the dishwasher can be opened by pulling the handle.

The first side frame 1111c and the second side frame 1112c of the frame-shaped body 11c are provided with side plates 12c extending toward the inside of the dishwasher, and the inner side of the side plates 12c is provided with a folded edge structure 121c on the folded structure 121c. A first mounting hole 122c is provided, and the outer door structure 1c is connected to an inner door structure (not shown) of the dishwasher door body through the first mounting hole 122c.

In some sizes of dishwashers, the top of the outer door structure 1c is provided with a connecting structure 13c, which is connected to the control panel assembly 2c via a connecting structure 13c, preferably the connecting structure 13c comprises a foot and/or a second The mounting hole 132, more preferably, the top of the outer door structure 1c is provided with an upwardly extending mounting lug 131 on which the second mounting hole 132 is disposed.

In the existing series of dishwashers of different specifications, it is necessary to equip each type of dishwasher with a set of tooling, which consumes a large amount of human and financial resources and increases the production cost of the product. In view of the above problems, the outer door structure of the dishwasher door body of the present application includes a first portion and a second portion in a vertical direction, and the first portion of the series dishwasher is different in different dishwashers, and the height of the second portion is different. During the manufacturing process, the corresponding tooling of the first part is unchanged, and the outer door structure applied to different dishwashers in the series dishwasher is obtained by changing the corresponding tooling of the second part.

As shown in FIGS. 8 and 12, in a specific embodiment, the upper edge of the lowermost first mounting hole 122c is extended upward from 0 to 20 mm to the area between the bottom edges of the outer door structure 1c. As the first portion A1, a region in which the top edge of the outer door structure 1c is extended downward by 0 to 20 mm is taken as the first portion B1. The area between the first portion A1 and the first portion B1 is taken as the second portion C1. Among them, other structures may be disposed on the second portion C1, such as setting a plurality of mounting holes, or setting a handle or the like. At the time of manufacture, the tooling corresponding to the first part A1 and the first part B1 is not changed, and when the dishwashers of different specifications are produced, the height of the second part C1 is changed to obtain the outer door structure of the dishwasher of different specifications, and the production is reduced. The amount of tooling required in the manufacturing process greatly reduces production costs.

In a further preferred embodiment, the first portion includes a first feature portion and the second portion includes a first non-feature portion, the first feature portion being provided with a structure (such as a first mounting hole) that cooperates with the inner door structure, first The non-feature portion is not provided with a structure that cooperates with the inner door structure. The height of the first non-feature portion can be changed according to different specifications of the dishwasher, and the height of the first non-feature portion is changed without affecting the first feature portion. In addition, depending on the requirements of the dishwasher of different specifications, other structures such as handles and decorative parts may be provided on the first non-characteristic portion. In this way, the outer door structure applied to the dishwasher of different specifications can be obtained by adjusting the height of the first non-feature portion, that is, the first characteristic portion of the outer door structure on the dishwasher of different specifications in the series dishwasher. The structure is the same, and the height of the first non-feature portion is different. In this way, the height of the first non-feature portion can be adjusted by adjusting the size of the tooling corresponding to the first non-feature portion. When processing the outer door structure on the same series of different specifications dishwashers, it is not necessary to re-prepare the entire tooling, and the adjustment is directed to the The height of the tooling of a non-characteristic part is sufficient.

The outer door structure includes at least two first feature portions, and the first non-feature portion is disposed between the adjacent two first feature portions, and the tooling corresponding to the adjacent two first feature portions is adjusted during the manufacturing process of the outer door structure The distance between the two non-feature portions is adjusted.

As shown in FIG. 9 and FIG. 12, in another specific embodiment, in the vertical direction, the outer door structure 1c is provided with a plurality of first mounting holes 122c, which are a first hole 1221 and a second hole 1222, respectively. The upper edge of the first hole 1221 extends upward from 0 to 20 mm to the area between the bottom edges of the outer door structure 1c as the first portion of the first feature portion A2, and the lower edge of the second hole 1222 extends downward to 0. A region between the position of 20 mm and the top edge of the outer door structure 1c serves as the first feature region B2 of the first portion. The area between the first feature portion A2 and the first feature portion B2 is taken as the first non-feature region C2 of the second portion. Wherein, the first non-feature portion C2 may be provided with other structures, such as a plurality of mounting holes, or a handle or the like. At the time of manufacture, the tooling corresponding to the first feature portion A2 and the first feature portion B2 is not changed, and when the dishwashers of different specifications are produced, the height of the first non-feature portion C2 is changed to obtain a dishwasher of different specifications. Door structure.

For some door bodies provided with a control panel assembly above the outer door structure, a connection structure 13c is provided on the top of the outer door structure 1c, and is connected to the control panel assembly 2c through the connection structure 13c. In a specific embodiment, as shown in Figures 10, 11, and 12, the first portion includes a first feature portion D and a second feature portion E, and the second portion includes a second non-feature portion F. Specifically, the first feature portion D includes a first hole 1221 and a second hole 1222 which are vertically disposed, and an upper edge of the second hole 1222 extends upward from 0 to 20 mm to a region of a bottom edge of the outer door structure as a A feature portion D, the region where the connection structure 13 is located as the second feature portion E. The area between the first feature portion E and the second feature portion D is taken as the second non-feature portion F. The second non-feature portion F may be provided with other structures, such as a plurality of mounting holes, or a handle or the like. In a specific embodiment, a screw hole is disposed on the second non-feature portion F. At the time of manufacture, the tooling corresponding to the first feature portion E and the second feature portion D is not changed, and when the dishwashers of different specifications are produced, the height of the second non-feature portion F is changed to obtain a dishwasher of different specifications. Door structure.

The outer door structure of the present application is not provided with a structure matching with the related structure on the second portion, so that the height of the second portion can be set as needed, and only the tooling corresponding to the second portion is required for processing. Adjustments to obtain exterior door structures for use in different dishwashers in a range of dishwashers reduce the difficulty of redesigning the tooling and avoid the cost of redesigning the outer door structure tooling, reducing costs and enhancing product competitiveness.

Example 5

The present invention provides a method for manufacturing a series of dishwashers and a dishwasher manufactured by the same, which is not applicable to the production equipment of the existing series of dishwashers and has high production cost. As shown in FIG. 13 and FIG. 15, the dishwasher provided by the present application includes a main body portion and an attachment portion, wherein the main body portion includes a base 1d, a casing 2d, a door body 3d, and a base 1d, a casing 2d, and a door body 3d. a liner 4d in the resulting space and a reinforcing frame structure 5, the body portion forming a cavity for the operation of the dishwasher and forming a carrier for mounting the accessory portion, the accessory portion including a cutlery basket 6 for placing the cutlery, for A duct system (not shown) that introduces airflow into the dishwasher and draws air out of the dishwasher, and a waterway system 11d for supplying water into the dishwasher.

14 and 16, the inner casing 4d includes a side wall 41, a top plate 42 and a bottom plate 43 which are separately provided, and between the side wall 41 and the top plate 42 and between the side wall 41 and the bottom plate 43 are preferably Connected by the undercut process. The side panel 41 includes a rear panel, a left panel and a right panel. The rear panel, the left panel and the right panel are substantially U-shaped and formed as an integral structure, for example, formed by bending a sheet, the side panel 41, and the top panel The base plate 43 and the bottom plate 43 enclose a housing structure having a front side opening, and the material of the inner casing is preferably a stainless steel material, further preferably austenitic stainless steel, ferritic stainless steel or a combination of the two materials. Preferably, the left side plate and the rear plate are connected by a rounded structure between the right side plate and the rear plate, and the rounded structure is a part of the cylindrical structure, and the fillet radius of the rounded structure is preferably 25 to 40 mm. In this way, when producing the same series of dishwashers of different sizes, the structure of the top and bottom plates need not be changed, and only the height of the side panels 41 needs to be changed to obtain a series of dishwashers of different heights to match the user's The cabinets of height or different heights are used, that is, by adjusting the height of the side panels 41, the liner 4d on the different size dishwashers of the series dishwashers can be obtained.

The outer surface of the inner liner 4d is provided with a layer of damping material for reducing the noise of the dishwasher, and the damping material layer is preferably a layer of asphalt material. A slide rail 7 is mounted on the inner surface of the inner liner 4d for mating with the cutlery basket 6, and the cutlery basket 6 is slidably coupled to the slide rail 7. The cutlery basket 6 may be provided in plurality, for example, two of which may be shown in Fig. 13, and the upper cutlery basket 6 may be slidably fitted with the slide rail 7 mounted on the inner liner 4d, and the lower cutlery basket 6 may be The bottom plate 43 of the inner liner 4d is slidably fitted.

A first mating structure is disposed on the side panel 41 of the inner casing 4d, and the first mating structure includes, for example, a mounting structure for cooperating with other components of the dishwasher and a reinforcing structure for improving the structural strength of the inner casing 4d. The structure includes, for example, mounting holes for mounting components such as a respirator, a water tank, a hot air intake fan, an exhaust fan, a slide rail, and the like, and the reinforcing structure includes, for example, reinforcing ribs provided on the side panel 41.

As shown in FIG. 16, the reinforcing frame structure 5 is disposed at the opening of the dishwasher inner casing 4d to reinforce the inner strength of the inner casing 4d, and includes a top frame 51 and a side frame 52 connected to both ends of the top frame 51, the side frame 52 A structure that cooperates with the inner casing 4d is provided. For example, the side frame 52 is provided with a connection structure for connecting to the inner casing 4d and a relief structure for avoiding the projection on the inner casing 4d. The lower end of the side frame 52 is further provided with a hinge base 8 on which a hinge shaft 81 is disposed for engaging the door body 3d such that the door body 3d forms a hinge with the hinge base 8.

As shown in Fig. 15, the door body 3d includes an inner door structure 31d and an outer door structure 32d disposed outside the inner door structure 31d. The inner door structure 31d is provided with a structure that cooperates with the outer door structure 32d, and the outer door structure 32d is provided. A structure is provided which cooperates with the inner door structure 31d. For example, the inner door structure 31d and the outer door structure 32d are provided with mounting holes, and the inner door structure 31d and the outer door structure 32d are connected by the cooperation of the fastener and the mounting hole. In addition, in addition, the inner door structure 31d is further provided with a mounting hole (not shown) for mounting the dispenser and an air exhaust port (not shown) for exhausting air. Preferably, the size of the inner door structure 31d is set to be slightly smaller than the open size of the inner casing 4d, so that part of the structure of the inner door structure 31d protrudes into the inner casing 4d in the closed state of the door body 3d. The material of the inner door structure 31d may be a stainless steel material, such as an austenitic stainless steel material, and the outer door structure 32d is designed as needed. For example, in one embodiment, the outer door structure 32d includes a plastic frame and a glass panel, the plastic frame and the inner The door structure 1d is connected, and the glass panel is bonded and fixed to the plastic frame. In another embodiment, the outer door structure 32d is a galvanized iron plate, and the outer side of the galvanized iron plate is provided with a decorative plate. Of course, the outer door structure 32d may also be made of the same material as the inner door structure 31d.

Further, a manipulation panel 9 may be provided between the inner door structure 31d and the outer door structure 32d for the user to operate to perform various controls on the dishwasher.

Further, a hinge assembly 10 is disposed on both sides of the lower portion of the door body 3d, and the hinge assembly 10 is provided with a pivot hole 101 for engaging with the hinge shaft 81 on the reinforcing frame structure 5.

Further, as shown in FIG. 17, the outer casing 2d includes a side plate structure 21d corresponding to the side panel 41 of the inner liner 4d and a top plate structure 22d corresponding to the top plate 42 of the inner liner 4d, and the side plate structure 21d is provided with and washed. The structure of the other components of the bowl machine is provided with, for example, a connection structure for connecting with the reinforcing frame structure 5, the inner liner 4d, the back beam of the dishwasher, and a shelter structure for avoiding the space, and the side panel structure 21 can also be Set the handle structure for easy handling of the dishwasher.

Further, the base 1d of the dishwasher corresponds to the bottom plate 43 of the inner casing 4d, and the accommodating space is formed between the base 1d and the bottom plate 43 of the inner casing 4d for accommodating a part of the structure of the accessory part of the dishwasher, for example A part of the structure of the waterway system 11d is provided with a connection structure for cooperating with the inner casing 4d and a pipe connection with the pipeline of the water supply path system 11d. The base 1d is preferably made of a plastic material.

Further, as shown in FIG. 13, the waterway system 11d includes an inner water tube structure 111d, a shower structure 112d, a water pump (not shown), a water tank 113d, and the like, wherein the inner water tube structure 111d is disposed in the dishwasher liner 4d. The spray structure 112d is connected to the water tank 113d to supply water to the spray structure 112d through the inner water pipe structure 111d. The inner water pipe structure 111d is provided with a structure that cooperates with the spray structure 112d and the inner tank 4d, for example, and sprays. The pipe connection of the shower structure 112d and the liner 4d.

Further, the air duct system includes an exhaust air duct for discharging humid air in the dishwasher to the dishwasher to dry the dishes in the dishwasher. The exhaust air duct may be disposed on the door body 3d of the dishwasher, for example, between the inner door structure 31d and the outer door structure 32d, and may also be provided with the side panel structure of the side wall 41 and the outer casing 2d of the inner liner 4d. Between 21d. A second mating structure for mating with other portions of the dishwasher is provided on the exhaust duct, for example, a mounting structure for installing a dishwasher power supply/control line and for fixing the exhaust duct to the dishwashing Fixed structure inside the machine, etc.

In order to realize that different sizes of dishwashers in a series of dishwashers can be processed by the same platform, the vertically extending structure in the main body portion, that is, the first vertical extending structure is vertically divided into characteristic portions and non-characteristic portions. The characteristic part of the first vertical extension structure on the dishwasher of different sizes in the series dishwasher has the same structure, and the height of the non-feature part is different, so that the first vertical extension structure is adjusted during the production process of the dishwasher. The height of the non-featured parts is obtained in different sizes of dishwashers in the range of dishwashers. In the embodiment shown in Fig. 13, the side panel 41, the inner door structure 31d, the outer door structure 32d, the side frame 52 of the reinforcing frame structure 5, and the side panel structure 21d of the outer casing 2d constitute a first vertical extending structure.

Further preferably, the vertically extending structure in the attachment portion, that is, the second vertical extension structure is also vertically divided into the characteristic portion and the non-feature portion, and the second vertical direction on the dishwasher of different size specifications in the series of dishes The characteristic portions of the extension structure are identical in structure, and the non-feature portions are different in height. Thus, in the dishwasher production process, the series dishwasher is obtained by adjusting the heights of the first vertical extension structure and the non-feature portion of the second vertical extension structure. Dishwashers in different sizes. In the embodiment shown in Figure 13, the exhaust duct and at least a portion of the structure of the inner water tube structure 111d constitute a second vertically extending structure.

Specifically, the side panel 41 is vertically divided into a first feature portion and a first non-feature portion, and the mounting structure and/or the reinforcing structure are disposed on the first feature portion, and the first non-feature portion is not provided with a mounting structure and reinforcement Structure, the first feature part of the side panel 41 on the different size specifications of the dishwasher in the series dishwasher is the same, the height of the first non-feature part is different, and the height of the non-feature part is adjusted to be applied in the series dishwasher. The side panels 41 on the different sizes of the dishwasher.

The inner door structure 31d includes a second feature portion and a second feature portion in a vertical direction, and a structure that cooperates with the outer door structure 32d is disposed on the second feature portion, and the non-feature portion is not provided with a structure that cooperates with the outer door structure 32d. The second feature portion of the inner door structure 31d on the dishwasher of different sizes in the series dishwasher has the same structure, and the height of the second non-feature portion is different, and the second non-characteristic portion is adjusted during the processing of the inner door structure 31d. The height is obtained for the inner door structure 31d on a different size dishwasher of the series dishwasher.

The outer door structure 32d includes a third feature portion and a third non-feature portion in the vertical direction, a structure that cooperates with the inner door structure 31d is disposed on the third feature portion, and the third non-feature portion is not disposed to cooperate with the inner door structure 31d. The third feature portion of the outer door structure 32d on the different size specifications of the dishwasher in the series dishwasher has the same structure, and the height of the third non-feature portion is different. During the processing of the outer door structure 32d, the third non-adjustment is adjusted. The height of the feature portion is obtained for the outer door structure 32d on a different sized dishwasher in a series of dishwashers.

The side frame 52 is divided into a fourth feature portion and a fourth non-feature portion along the extending direction thereof. The structure that cooperates with the inner liner 4d is disposed on the fourth feature portion, and the fourth non-feature portion is not provided with the structure that cooperates with the inner liner 4d. The fourth characteristic portion of the reinforcing frame structure 5 on the dishwasher of different sizes in the dishwasher has the same structure, and the length of the fourth non-feature portion is different, and the fourth non-characteristic portion is adjusted during the processing of the reinforcing frame structure 5. The length is obtained for the reinforcing frame structure 5 on different size dishwashers in a series of dishwashers.

The side panel structure 21d is vertically divided into a fifth feature portion and a fifth non-feature portion, a connection structure with the reinforcing frame structure 5, the inner liner 4d, the back beam of the dishwasher, a shelter structure for avoiding the air, and a handle The structures are all disposed on the fifth feature portion, and the above structure is not disposed on the fifth non-feature portion. The fifth feature portion of the side plate structure 21d on the dishwasher of different sizes in the series dishwasher has the same structure, and the fifth non-characteristic portion The height is different, and during the processing of the side panel structure 21d, the side panel structure 21d applied to the different size dishwashers in the series dishwasher is obtained by adjusting the height of the fifth non-feature portion.

The exhaust air duct includes a sixth feature portion and a sixth non-feature portion, and a structure that cooperates with other portions of the dishwasher is disposed on the sixth feature portion, and the sixth non-feature portion is not provided with a structure that cooperates with the dishwasher, the series The sixth characteristic part of the exhaust duct on the dishwasher of different sizes in the dishwasher has the same structure, and the length of the sixth non-characteristic part is different along the airflow direction, and during the processing of the exhaust duct, the sixth is passed The length of the non-featured portion is adjusted to obtain an exhaust duct on a different size dishwasher in a range of dishwashers.

The inner water pipe structure 111d includes a seventh feature portion and a seventh non-feature portion, and a structure that cooperates with the spray structure 112d and/or the inner liner 4d is disposed on the seventh feature portion, and the seventh non-feature portion is not disposed with the spray structure 112d. The structure matched with the inner tank 4d, the seventh characteristic part of the inner water pipe structure 111d of the dishwasher of different sizes in the series dishwasher has the same structure, the length of the seventh non-characteristic part is different, and the processing of the inner water pipe structure 111d The inner water tube structure 111d applied to different size gauge dishwashers in the series dishwasher is obtained by adjusting the length of the seventh non-feature portion.

The height of the dishwasher of different sizes in the series of dishwashers in the present application is preferably in the range of 745 to 875 mm. For example, the dishwashers of the series include three sizes of dishwashers, respectively dishwasher D, washing dishes Machine II and Dishwasher III, wherein the height of the dishwasher I is in the range of 745 to 765 mm, the height of the dishwasher II is in the range of 805 to 825 mm, and the height of the dishwasher III is in the range of 850 to 875 mm.

The manufacturing method of the series dishwasher provided by the invention divides the vertical extension structure into a characteristic part and a non-feature part, and the characteristic parts of the different size specifications of the dishwasher have the same structure, and the heights of the non-feature parts are different, so different in production Dimensions and specifications of the dishwasher only need to adjust the height of the non-featured parts, so that the same equipment, process, tooling and production line can be used to derive a variety of products of different models, different configurations and different sizes on the same platform. The difficulty of redesigning the various parts of the structure and avoiding the cost of redesigning the production equipment, reducing costs and enhancing product competitiveness.

Example 6

The inner water pipe structure of the series dishwasher provided by the present invention includes a plurality of inner water pipe structures of different specifications, and the inner water pipe structure can be set to different models to accommodate installation of a plurality of different types of dishwasher liners.

As shown in FIG. 18, the inner water pipe structure 100e includes a water inlet portion 101e, a first water outlet portion 102, and a second water outlet portion 103e. The water inlet portion 101e is connected to the water inlet pipe for the dishwasher liner. Internal water supply. The first water outlet portion 102e is coupled to the first shower structure 300 by an adapter 200 that fixes the first shower structure 300 to the inner water tube structure 100e and The first shower structure 300 is in communication with the first water outlet portion 102e, and water in the inner water tube structure 100e can be sprayed through the first spray structure 300 to flush the tableware. The second water discharge portion 103e is connected to the second shower structure 400, and the second spray structure 400 is connected to the inner water pipe structure 100e and communicates with the second water discharge portion 103e, the inner water pipe structure Water within 100e can be ejected through the second spray structure 400 to rinse the dishes. Preferably, the second shower structure 400 is located above the first shower structure 300.

As shown in FIG. 19, the inner water tube structure 100e includes a first portion 110e, a second portion 120e, and a third portion 130e, and the second portion 120e and the third portion 130 are perpendicularly connected to the first portion 110e to the The two ends of the first portion 110e, and the second portion 120e and the third portion 130e are located on the same side of the first portion 110e, and the water supply pipe is disposed in the first portion 110e, the second portion 120e, and the third portion 130e The conduits in the second portion 120e and the third portion 130e are all in communication with the conduits in the first portion 110e. The inner water tube structure 100e is disposed in a liner of the dishwasher, and the inner water tube structure 100e is fixed to an inner wall of the inner casing, and the first portion 110e is preferably vertically disposed and connected to the inner tank The second portion 120e and the third portion 130e are respectively disposed on the top wall and the bottom wall of the inner casing, and the first portion 110e is provided for better fitting with the inner wall of the inner casing. The joints with the second portion 120e and the third portion 130e are each provided with rounded corners adapted to the shape of the inner wall of the inner casing.

The water inlet portion 101e is located on the third portion 130e and communicates with a pipeline in the third portion 130e, and the water inlet portion 101e is connected to the water supply conduit through the water inlet portion 101e Water is supplied into the inner water pipe structure 100e. Preferably, the first water outlet portion 102e is disposed on the first portion 110e, the second water outlet portion 103e is disposed on the second portion 120e, and the first water outlet portion 102e is away from the first portion A certain distance between the connection of 110e and the second portion 120e is such that there is a certain height difference between the first shower structure 300 and the second shower structure 400, so that the effect of rinsing the tableware at different heights is achieved.

Further, as shown in FIG. 20, the first portion 110e is divided into a plurality of regions in an extending direction thereof, and preferably, the plurality of regions includes a first region A adjacent to the second portion 120e, adjacent to the first portion A third region C of the three portions 130e and a second region B between the first region A and the third region C, the first water outlet portion 102e being located in the second region B. And, the second area B and the area corresponding to the second part 120e and the third part 130e constitute a feature area, that is, in the second area B, further included for the adapter 200 and the inner tank The structure of the inner wall connection, the first area A and the third area C constitute a non-feature area, that is, the first area A and the third area C do not include a connection with the inner wall of the inner tank or other structures. structure. Preferably, the inner water pipe structure 100e of different specifications may adjust the total of the first portion 110e by adjusting the length of the third region C or by adjusting the lengths of the third region C and the first region A. The length is such that it fits with the inner casing of different specifications, and/or the inner water pipe structure 100e of different specifications can adjust the first water discharge portion 102e and by adjusting the length of the first region A and The height difference between the second water discharge portions 103e is such that there is an optimum height difference between the first shower structure 300 and the second shower structure 400 to obtain an optimum cleaning effect. Preferably, the first region A and the third region C have an adjustable range of 0-175 mm.

The method for manufacturing the inner water pipe structure of the series dishwasher provided by the present invention includes: when the inner water pipe structure 100e of different specifications is required, only the distance between the tooling corresponding to the feature area needs to be adjusted. The tooling includes a mold, a fixture, an insert, and other related components, and adjusts a distance between the toolings corresponding to the feature area, that is, between the molds corresponding to the second portion 120e and the second region B. a distance, or a distance between the mold corresponding to the third portion 130e and the second region B, that is, an insert that adjusts a portion corresponding to the first region A and the third region C, and does not need to be The tooling corresponding to the second area B is changed to obtain an inner water pipe structure suitable for different dishwashers in the series of dishwashers, that is, the non-characteristic area can be changed by adjusting the distance between the toolboxes corresponding to the tooling areas. length. Thus, a set of tooling can correspondingly produce the inner water pipe structure 100e of a plurality of different specifications.

The inner product water pipe structure provided by the present invention includes non-characteristic regions (ie, first region A and third region C) and feature regions (ie, second region B and said first portion) on the first portion 110e of the inner water pipe structure 100. The area corresponding to the third part 130e of the two parts 120e) reduces the difference of the water pipes in the dishwasher of different specifications, so that the inner water pipe structure 100e of various specifications only needs to adjust the length of the non-feature part during production, thereby utilizing the same equipment. , process, tooling, production line, can produce a variety of different models, different configurations, different sizes of products on the same platform, which can reduce the difficulty of redesigning the inner water pipe structure 100e and avoid redesigning and manufacturing the inner water pipe structure 100e The cost of production equipment, reduce costs, and enhance product competitiveness.

Example 7

The present invention provides a method for manufacturing a liner of a series of dishwashers and a liner for the problems that the production equipment of the existing series of dishwashers is not universal and the production cost is high. As shown in Fig. 21, the inner casing includes a side panel 1f, a top panel 2f and a bottom panel 3f which are separately provided, and the side panel 1f includes a panel body and various structures disposed on the panel body, such as a vertically extending structure and a non-vertical The extension structure, wherein the plate body comprises a rear plate 11f, a left side plate 13f and a right side plate 12f, the rear plate 11f, the left side plate 13f and the right side plate 12f are substantially U-shaped and formed as an integral structure, for example, by a plate The bending is formed, and the side panel 1f, the top panel 2f, and the bottom panel 3f enclose a housing structure with a front side opening, preferably, a rounded corner between the left side panel 13f and the rear panel 11f and between the right side panel 12f and the rear panel The structural connection, the rounded structure is a part of the cylindrical structure, and the fillet radius of the rounded structure is preferably 25 to 40 mm. Thus, when producing the same series of different types of dishwashers, the structure of the top plate 2f and the bottom plate 3f need not be changed, and only a certain height of the side wall 1f can be changed to obtain a series of dishwashers of different heights to match the user. The height or height of the cabinet is used, that is, by adjusting the height of the side panels to obtain the liner for use in different dishwashers in the series of dishwashers.

Wherein the top plate 2f is preferably in a shell-shaped structure, including a top portion, a left side, a right side portion and a rear portion. Preferably, the corner positions of the shell-shaped structure are all transitioned by rounded corners, for example, between the top and the left and right sides, The rear portion is connected between the left and right side portions, and between the top portion and the rear portion through a curved plate such as a circular arc plate. Similarly, the bottom plate 3f is also preferably in the shape of a casing. The top edge of the side panel 1f is joined to the bottom edge of the top panel 2f, and the bottom edge of the side panel 1f is joined to the top edge of the bottom panel 3f.

Further preferably, the side panel 1f is provided with a reinforcing structure for improving the structural strength of the side panel 1f, the reinforcing structure includes a vertically extending portion and a non-vertical extending portion, and the vertically extending portion constitutes the vertically extending structure At least a portion of the non-vertically extending portion constitutes at least a portion of the non-vertically extending structure, the reinforcing structure may be, for example, a reinforcing rib, the vertically extending portion includes a vertical rib, and the non-vertical extending portion includes a lateral rib. Preferably, the reinforcing ribs are formed by bending the side panel 1f, for example, by the inner surface of the side panel 1f being recessed, and the outer surface is formed at a corresponding position, that is, the reinforcing rib is formed into a pressed structure.

In order to further increase the structural strength of the side panel 1f, the reinforcing rib forms a closed structure on the side panel 1f, that is, the structure in which the reinforcing rib is not broken on the side panel 1f, for example, the embodiment shown in FIG. The reinforcing rib on the left side plate 13f includes a square frame structure 131f, for example, a rectangular ring, and the rectangular ring includes two opposite first horizontal ribs 1311 and two opposite first vertical ribs. 1312, the first lateral rib 1311 and the first vertical rib 1312 are enclosed to form a square frame structure 131f.

Further, the reinforcing rib further includes a plurality of inner rib portions 132f located in the square frame structure 131f, and both ends of the inner rib portion 132f are connected to the square frame structure 131f. For example, the inner rib portion 132f includes at least one second vertical rib 1322 that connects the two opposing first lateral ribs 1311. The number of the second vertical ribs 1322 can be set according to specific needs, for example, in FIG. 22 In the illustrated embodiment, the second vertical ribs 1322 are provided with two, and the inner ribs 132f further include at least one second lateral rib 1321 connecting the two opposing first vertical ribs 1312, the second The number of the horizontal ribs 1321 may be set according to specific needs. For example, in the embodiment shown in Fig. 22, the second lateral ribs 1321 are provided with one piece and located at a lower position of the side siding 1f, and further preferably, the second lateral direction. The rib 1321 is coupled to the second vertical rib 1322. Thus, the first lateral rib 1311 and the second lateral rib 1321 constitute a lateral rib of the side panel 1f, and the first vertical rib 1312 and the second vertical rib 1322 constitute the vertical rib of the side panel 1f. .

Further, the non-vertical extension structure further includes a vent 134 disposed on the left side plate 13f for ventilating the inner lining, and the vent 134 is for installing an air inlet duct of the dishwasher. In order to further increase the structural strength, the side panel 1f is bent to form the convex structure 133. For example, the inner surface of the side panel 1f is recessed, the outer surface is convex to form the convex structure 133, and the vent 134 is disposed on the outer convex structure 133.

Further, as shown in FIG. 22, the recess formed by the inner surface of the convex structure 133 and the recess formed by the inner surface of one of the first vertical ribs 1312 of the square frame structure 131f and the first vertical rib The recesses formed by the inner surfaces of the adjacent ones of the second vertical ribs 1322 of the strips 1312 are all connected, and thus, the structural strength of the side panel 1f can be further improved.

Similarly, as shown in FIG. 22, the right side plate 12f is also provided with reinforcing ribs, and the right side plate 12f is not provided with a vent 134. To facilitate the design of the mold, it is further preferable to remove the left side plate 13f. In addition to the reinforcing ribs in the area of the vent 134, the structure and arrangement position of the reinforcing ribs of the other areas correspond to the reinforcing ribs on the right side plate 12f, specifically, the square frame structure 131f provided on the left side plate 13f and The square frame structure 121f disposed on the right side plate 12f has the same structure and corresponding position, and the second horizontal rib 1311 and the second vertical rib 1322 disposed in other areas of the left side plate 13f are removed except for the area of the vent 134. Corresponding to the structure and position of the reinforcing ribs on the right side plate 12f.

Since the above-mentioned reinforcing structure and vent 134 need to be processed by a specific mold, the side panel 1f of the dishwasher of different specifications can be processed by the same processing equipment, preferably, the side panel 1f is vertically Divided into a first part and a second part, the non-vertical extension structure such as the horizontal ribs and the vents 134 are all disposed on the first part, and the second part is not provided with the non-vertical extension structure, at least part of the vertical extension structure is located In the second part, by adjusting the height of the second part, the side panel 1f applied to the dishwasher of different specifications can be obtained, that is, in the series dishwasher, the side wall on the dishwasher of different specifications The first part of the plate 1f has the same structure and the height of the second part is different, thereby simplifying the processing equipment and the processing process.

In a preferred embodiment, as shown in Fig. 22, the side panel 1f includes the A portion, the B portion, and the C portion in the vertical direction, the A portion is located above the B portion, and the C portion is located below the B portion, and the left side panel 13f and the square frame structure of the right side plate 12f are located at the upper portion of the horizontal ribs in the A portion, and the left side plate 13f and the right side plate 12f have a rectangular rib, a convex structure 133, and a vent 134 at the lower portion of the square frame structure. And a portion of the vertical ribs are located at the C portion, and the B portion has only a portion of the first vertical ribs and the second vertical ribs. Preferably, the cross-sectional shape of the B portion at any position is uniform, and the cross-section herein refers to Is the face of the horizontal plane that is cut on the side panel 1f when the dishwasher is in the normal working position. Preferably, the A portion, the B portion and the C portion are divided by the bottom edge of the first lateral rib 1311 located at the upper portion in the square frame structure and the top edge of the convex structure 133f, and the first horizontal rib 1311 at the upper portion The portion above the horizontal plane of the bottom edge is the A portion, the portion below the horizontal plane of the top edge of the convex structure 133 is the C portion, and the portion between the A portion and the C portion is the B portion. Thus, the A portion and the C portion constitute the first portion. In part, the B portion constitutes the second portion, and the bottom end surface shape of the A portion coincides with the shape of the top end surface of the B portion, and the bottom end surface shape of the B portion coincides with the shape of the top end surface of the C portion. The B portion may be set to different heights according to different models of the dishwasher, and preferably, the height of the B portion is adjusted to be 5-120 mm.

In a specific embodiment, the series of dishwashers includes three sizes of dishwashers, namely dishwasher I, dishwasher II and dishwasher III, the heights of the three dishwashers are different, corresponding The height of the liner is also different, and the inner liners of different heights are obtained by changing the height of the side panels 1f of the inner liner. Further, the inner liners of different heights are obtained by changing the height of the partial portions B. As shown in Fig. 23, the height of the portion B of the dishwasher I is H, based on the portion B of the dishwasher I, the height of the portion B of the dishwasher II is higher than the height of the portion B of the dishwasher I. Up to 70 mm, the height of the portion B of the dishwasher III (not shown) is 100 to 120 mm higher than the height of the portion B of the dishwasher 1.

Of course, it can be understood that the manner of dividing the first portion and the second portion is not limited to the above manner, and only the vertically extending structure is required to be provided on the second portion to facilitate the processing of the side panel 1f.

The manufacturing method of the inner liner of the series dishwasher provided by the present invention divides the side panel 1f of the inner liner into a first portion and a second portion, wherein the non-vertical extension structures on the panel body are all disposed on the first portion, A vertically extending structure may be provided on the second portion, the first portions of the liners of the dishwashers of different specifications being identical in structure, and the heights of the second portions being different. The liner of various specifications is only required to adjust the height of the second part during production, and the structure of the first part is unchanged, the equipment versatility in the production process is improved, the cost is reduced, and the product competitiveness is enhanced.

Example 8

The reinforcing frame structure of the series dishwasher provided by the invention is arranged at the inner opening of the series dishwasher to increase the strength of the inner tank, and the reinforcing frame structure provided by the invention comprises a plurality of different models, which can be applied to the series. Different types of dishwashers in the dishwasher.

Specifically, as shown in FIG. 24, the reinforcing frame structure provided by the present invention includes at least a side frame 100g and a top frame 200g. The side frame 100g is provided with two, and the two side frames 100g have the same length. The side frames 100g are parallel to each other and are perpendicular to the top frame 200g, and are connected to the top frame 200g. The first ends of the two side frames 100g are connected to the two ends of the top frame 200g. The second end of the side frame 100g is a free end. Preferably, the reinforcing frame structure may further include a bottom frame (not shown), the bottom frame is disposed in parallel with the top frame 200g, and both ends of the bottom frame are connected to the two sides The second end of the frame 100g.

The side frame 100g includes a first plate 101g and a second plate 102g, the first plate is an elongated strip-shaped structure having a certain width, and the second plate 102g is provided with two, two of the second The plates 102g are parallel to each other and are all in the same direction as the first plate 101g, and the two second plates 102g are perpendicularly connected to the first plate 101g to the edge of the first plate 101g, further, two The second plate 102g is located on a first side of the first plate 101g, and the first plate 101g and the two second plates 102g form a channel structure, preferably, the side frame 100g and the top frame When 200g is connected, the first side of the first board 101g is located on a side facing away from the top frame 200g, and the second side of the first board 101g is located on a side close to the top frame 200g. Preferably, the two second plates 102g may be the same length as the first plate 101g, or the length of the second plate 102g may also be smaller than the length of the first plate 101g. Preferably, the second plate 102g and the first plate 101g are integrally formed by bending, and the arrangement of the second plate 102g can increase the strength of the bottom plate 101g.

The first end of the side frame 100g is formed with a first connecting portion 110g, the first connecting portion 110g is for connecting with the top frame 200g, and the second connecting portion 210g is disposed at both ends of the top frame 200g. The first connecting portion 110g is fixedly connected to the second connecting portion 210g, and the first connecting portion 110g and the second connecting portion 120g may be fixedly connected by various means such as welding, riveting or screwing, preferably TOX (spot welding) is connected in a way. Preferably, as shown in FIG. 25, the second plate 102g forms a bent portion 111g at a portion located at the first end of the side frame 100g, and the bent portion 111g is located in the same plane as the second plate 102g. And, the bent portion 111g and the second plate 102g are at an angle of 90°. The bent portions 111g on the two second plates 102g are oppositely disposed. Preferably, the bent portions 111g on the two second plates 102g are not disposed toward the first plate 101g. The second side of the second plate 102g extends.

As shown in FIG. 25, the side frame 100g is divided into a plurality of portions along an extending direction thereof, the plurality of portions including at least a first portion A, a second portion B, and a third portion C, the first portion A and the third portion C constitutes a feature portion, the second portion B constitutes a non-feature portion, the first portion A and the second portion C are respectively located near portions of the first end and the second end of the side frame 100g, and the first portion A and third portion C include a structure that mates with the inner liner, such as a structure that is coupled to the inner bladder, or a structure that mates with other structures on the inner bladder, the second portion B being located at the Between a portion A and a third portion C, and the second portion B is not provided with any portion that cooperates with the inner casing, that is, there is no connection relationship between the second portion B and the inner casing, and There is no coordination relationship with other structures on the inner liner.

Preferably, the first portion A includes the first connecting portion 110g, and a avoiding structure 1011 is disposed at a position close to the first connecting portion 110g, and the avoiding structure 1011 is used for the side frame 100g and the dishwasher When the bile is assembled, the raised structure on the inner casing is avoided, and the connecting edge of the side plate and the top plate of the dishwasher inner liner is preferably avoided. Preferably, the relief structure 1011 is formed in the A groove on the first plate 101g is formed on the first plate 101g and the dishwasher liner contact surface. Preferably, the first portion A is further provided with a fixing structure 1012 for the side frame 100g to be connected with the dishwasher inner tank. Preferably, the fixing structure 1012 is in a TOX manner and the The bladder is connected. Further, the first portion A further includes a through hole 1013 at an end connected to the second portion B, the through hole 1013 being used for the dishwasher liner and other structures The connections between the cabinets (such as cabinets) are avoided.

The third portion C is disposed on the first hole 10110 of the wire passing hole 1014, and the wire hole 1014 is located at the end of the third portion C connected to the second portion B, The wire hole 1014 is for escaping a power cord or other circuit connected to the power consuming component in the dishwasher, and the third portion C is further provided with the fixing structure 1012, preferably The fixing structure 1012 may be provided with one or more, and further, one of the fixing structures 1012 is disposed at a position close to the second end of the side frame 100g. The third portion C is further provided with a positioning hole 1015 for positioning the side frame 100g and the installation of the dishwasher liner, the cabinet, or other structures. Preferably, the third portion C further includes a reinforcing structure 1016 which is a protrusion on the first plate 101g, the protrusion being capable of increasing the strength of the first plate 101g, further The reinforcing structure 1016 is further provided with a through hole, and the through hole can be matched with a connecting member or other structures for fixing the side frame 100g.

The second portion B is disposed between the first portion A and the third portion C. Preferably, the second portion B may be set to different lengths according to different models of the dishwasher liner, preferably The second portion B has a length of 80-255 mm. Preferably, the first plate 101g and the second plate 102g located in the second portion B are both smooth, that is, the first plate 101g and the second plate 102g in the second portion B are not disposed. a mating structure of the dishwasher liner or the cabinet such that the side frame 100g mated with different dishwasher cabinets or cabinets only needs to change the length of the second portion B, the first portion A And the length and structure of the third part C are the same. Since the second portion B is not provided with a structure that cooperates with the dishwasher liner or the cabinet, the adjustment of the second portion is not required to affect the cooperation of the side frame 100g with the corresponding structure. The structure, the length adjustment of the second portion B does not affect the assembly of the side frame 100g, and also makes the adjustment of the second portion B simpler.

The manufacturing method of the reinforcing frame structure of the series dishwasher provided by the present invention comprises: the reinforcing frame structure of the dishwasher of different specifications in the series of dishwashers in the manufacturing process, and the first part A and the third part The tooling corresponding to the portion C is the same, and the tooling includes a mold, a fixture, an insert, and other related components, and only needs to adjust the distance between the tooling corresponding to the first portion A and the third portion C to be manufactured. The reinforcing frame structure corresponding to dishwashers of different specifications. Specifically, adjusting the distance between the toolings corresponding to the first portion A and the third portion C can be achieved by replacing the insert between the toolings without replacing other components of the tooling, in particular, no need for The mold is replaced.

The side frame 100g of the reinforcing frame structure provided by the present invention is divided into a plurality of parts, and the structure matching with the related structure is not disposed in the second part B, so that the length of the second part B can be set as needed, and only the processing is performed. It is necessary to adjust the inserts corresponding to the portions of the second portion B so that the reinforcing frame structures of different specifications can be produced by the tooling combination. The multi-standard side frame 100g only needs to adjust the length of the non-feature part during production, so that the same equipment, process, tooling and production line can be used to derive a plurality of different models, different configurations and different sizes on the same platform. The product can reduce the difficulty of redesigning the side frame 100g and avoid the cost of redesigning the manufacturing equipment for manufacturing the side frame 100g, reducing the cost and enhancing the competitiveness of the product.

Example 9

The present invention provides a method for manufacturing a liner of a series of dishwashers and a liner for the problems that the production equipment of the existing series of dishwashers is not universal and the production cost is high. As shown in Fig. 26, the inner casing includes a side panel 1h, a top plate 2h and a bottom plate 3h which are separately provided, and the side panel 1h includes a rear plate (not shown), a left side plate 12h and a right side plate 13h, and rear. The plate, the left side plate 12h and the right side plate 13h are substantially U-shaped and formed as an integral structure, for example, formed by bending a plate material, and the side wall plate 1h, the top plate 2h, and the bottom plate 3h are surrounded by a front side opening, preferably Ground, the left side plate 12h and the rear plate and the right side plate 13h and the rear plate are connected by a rounded structure, the rounded structure is a part of the cylindrical structure, and the rounded corner radius of the rounded structure is preferably 25 to 40 mm. . In this way, when producing the same series of different types of dishwashers, the structure of the top plate 2h and the bottom plate 3h need not be changed, and only the height of the side panel 1 needs to be changed to obtain a series of dishwashers of different heights to match the user. The height or height of the cabinet is used, that is, by adjusting the height of the side panels to obtain the liner for use in different dishwashers in the series of dishwashers.

Wherein the top plate 2h is preferably in a shell-shaped structure, including a top portion, a left side, a right side portion and a rear portion. Preferably, the corner positions of the shell-shaped structure are all transitioned by rounded corners, for example, between the top and the left and right sides, The rear portion is connected between the left and right side portions, and between the top portion and the rear portion through a curved plate such as a circular arc plate. Similarly, the bottom plate 3h is also preferably in the form of a casing. The top edge of the side panel 1h is joined to the bottom edge of the top panel 2h, and the bottom edge of the side panel 1 is joined to the top edge of the bottom panel 3h.

Further preferably, the side panel 1h is provided with a mounting structure 133h for mounting components such as a respirator, a water tank, a hot air inlet fan, an exhaust fan, and the like, and a reinforcing structure for improving the structural strength of the side panel 1h, for example, the mounting structure 133h Including the mounting holes as shown in Fig. 26, the reinforcing structure may be, for example, a reinforcing rib. Preferably, the reinforcing rib is recessed by the inner surface of the side panel 1h, and the outer surface is convexly formed at a corresponding position, that is, the reinforcing rib is formed into a pressed structure. In order to further increase the structural strength of the side panel 1h, the reinforcing ribs form a closed structure on the side panel 1h, that is, the structure in which the reinforcing ribs are not broken on the side panel 1h, for example, in the embodiment shown in FIG. The reinforcing rib on the right side plate 13h includes an annular rib structure 131h, the annular rib structure 131h is a rectangular ring, and the rectangular ring includes two opposite lateral rib portions 1311h and two opposite vertical rib portions 1312h. The reinforcing rib further includes a plurality of inner rib portions 132h located in the annular rib structure 131h, and both ends of the inner rib portion 132h are connected to the annular rib structure 131h. Similarly, as shown in FIG. 27, the reinforcing rib on the left side plate 12h includes an annular rib structure 121h, the annular rib structure 121h is a rectangular ring, and the rectangular ring includes opposite two lateral rib portions 1211h and opposite The two vertical rib portions 1212h further include a plurality of inner rib portions 122h located in the annular rib structure 121h, and both ends of the inner rib portion 122h are connected to the annular rib structure 121h. In order to facilitate the design of the mold, it is further preferred that the annular rib structure 121h disposed on the left side plate 12h and the annular rib structure 131h disposed on the right side plate 13h have the same structure and corresponding positions.

In order to increase the structural strength, as shown in Fig. 26, the middle portion of the right side plate 13h is further provided with a circular rib 135h.

Further, the mounting structure 133h further includes an air inlet 134h for ventilating the inner casing on the right side plate 13h, and the air inlet 134h is for installing an air inlet duct of the dishwasher.

Since the above-mentioned reinforcing structure and mounting structure 133h need to be processed by a specific mold, the side panel 1h of the dishwasher of different specifications can be processed by the same processing equipment, preferably, the side panel 1h is vertically Divided into a feature part and a non-feature part, the mounting structure 133h and the reinforcing structure are disposed on the feature part, and the non-feature part is not provided with the mounting structure and the reinforcing structure, so that the height of the non-feature part can be adjusted to be applied to different The side panels on the specification dishwasher, that is, in the series dishwashers, the characteristic parts of the side panels 1 on different sizes of dishwashers have the same structure, and the heights of the non-feature parts are different, thereby simplifying the processing equipment and the processing technology. process.

In a preferred embodiment, as shown in Fig. 27, the side panel 1h includes a first portion A and a second portion B in the vertical direction, the first portion A is located above the second portion B, and the mounting structure 133h and the reinforcing structure are both disposed. On the second portion B, the first portion A is not provided with any mounting structure and reinforcing structure. Preferably, the cross-sectional shape of the first portion A is uniform at any position, and the cross-section herein refers to when the dishwasher is in a normal state. The face of the horizontal plane that is cut on the first part A when in the working position. Preferably, the first portion A and the second portion B of the side panel 1h are horizontally divided by the top edge of the lateral rib portion 1311 located at the uppermost side of the side frame 1h, and the portion above the horizontal plane of the top edge is non-featured. In part, the portion below the horizontal plane of the top edge is a characteristic portion, such that the first portion A constitutes a non-feature portion and the second portion B constitutes a feature portion, and the shape of the bottom end surface of the first portion A coincides with the shape of the top end surface of the second portion B. The first portion A can be set to different heights according to different models of the dishwasher. Preferably, the height of the first portion A is adjusted to be 5-140 mm.

In a specific embodiment, the series of dishwashers includes three sizes of dishwashers, namely dishwasher I, dishwasher II and dishwasher III, the heights of the three dishwashers are different, corresponding The height of the liner is also different, and the inner liners of different heights are obtained by changing the height of the side panels 1h of the inner liner. Further, the inner liners of different heights are obtained by changing the height of the first portion A. As shown in Fig. 27, the height of the first portion A of the dishwasher 1 is 5 to 20 mm, based on the first portion A of the dishwasher 1, the height of the first portion A of the dishwasher II is higher than that of the dishwasher I. The height of a portion A is 50 to 70 mm high, and the height of the first portion A of the dishwasher III (not shown) is 100 to 120 mm higher than the height of the first portion A of the dishwasher 1.

Of course, it can be understood that the non-feature portion can also be disposed under the feature portion, for example, the area is divided by the horizontally facing side panel at the bottom edge of the lowermost lateral rib portion of the side frame, and the top edge is The portion above the horizontal plane is a characteristic portion, and the mounting structure 133 and the reinforcing structure are both disposed on the feature portion, and the portion below the horizontal plane of the top edge is a non-feature portion, and the shape of the bottom end surface of the feature portion and the shape of the top end surface of the non-feature portion are identical. In addition, it is also possible to provide a plurality of feature portions according to a specific structure of the inner liner, and to arrange the non-feature portions between adjacent feature portions.

In the method for manufacturing the inner liner of the series dishwasher provided by the present invention, the inner tank is divided into a side panel 1h, a top panel 2h and a bottom panel 3h, and the top plate 2h and the bottom plate 3h of the inner liner of different specifications of the dishwasher have the same structure. The height of the side panel 1h is different. The production of various specifications of the liner only needs to adjust the height of the side panel 1h, and the structure of the top panel 2h and the bottom panel 3h is unchanged, thereby improving the versatility of the equipment in the production process, reducing the cost and enhancing the competitiveness of the product.

Further, the side panel 1h is vertically divided into a characteristic part and a non-feature part, and the characteristic parts of the side panel 1h of different specifications of the dishwasher have the same structure, and the height of the non-feature part is different, so that the liners of various specifications are different. In production, it is only necessary to adjust the height of the non-characteristic part, further improve the versatility of the equipment in the production process, reduce the cost, and enhance the competitiveness of the product.

Example 10

In view of the problem that the production equipment of the existing series of dishwashers cannot be universal and the production cost is high, the present application provides a method for manufacturing a series of dishwasher side panel structures and a side panel structure. The side panel structure constitutes a part of the dishwasher casing, and the casing of the dishwasher comprises a top plate, a bottom plate, a back plate and two side plates. The present application provides a side plate structure of the outer casing, preferably made of carbon structural steel, as shown in the figure. 29, which includes a side panel 1i, a top edge 2i is provided with a first flange 2i, and a side edge of the side panel 1i adjacent to the top edge thereof is provided with a second flange 3i and a third fold The side 4i, wherein the second flange 3i is located on the front side, and the third flange 4i is located on the rear side, and a matching structure is arranged on each of the flanges for cooperation with other parts of the dishwasher other than the side panel structure The structure forms a fit to achieve positioning and installation of the side panel structure.

Specifically, as shown in FIG. 29, the first connecting structure 21i is disposed on the first folded edge 2i, and as shown in FIG. 34, the reinforcing frame 6i of the dishwasher is provided with a second connecting structure (not shown). The first connecting structure 21i cooperates with the second connecting structure to realize the positioning of the side plate structure. Preferably, the first connecting structure 21i includes a buckle formed on the first folded edge 2i, and the buckle can be formed, for example, in the first The punching on the flange 2i, the second connecting structure comprises a card disposed on the reinforcing frame 6i, and the card is engaged with the buckle to realize the positioning of the side panel structure. The first flange 2i is further provided with a plurality of positioning holes 22i which cooperate with the top plate of the dishwasher. The positioning holes 22i preferably have an elongated structure. Further preferably, the positioning holes 22i are provided in plurality, in order to achieve good performance. For the positioning effect, the positioning hole 22i includes one extending in the width direction of the first folded edge 2i and two extending along the longitudinal direction of the first folded edge 2i, and two positioning holes 22i extending in the longitudinal direction are arranged side by side and located along the width The same side of the positioning hole 22i extending in the direction.

Further, as shown in FIG. 29, the second flange 3i is provided with a first fixing structure 31i, and the first fixing structure 31i is located at the upper portion of the second flange 3i, as shown in Fig. 35, on the dishwasher liner 7i. The corresponding position is provided with a second fixing structure (not shown), and the first fixing structure 31i cooperates with the second fixing structure to realize a fixed connection of the side plate structure and the inner casing 7i. Preferably, the first fixing structure 31i includes a setting. a first mounting hole on the second folded edge 3i, the second fixing structure includes a second mounting hole disposed on the inner liner 7i, and the side plate structure and the inner side are realized by the fastener, the first mounting hole and the second mounting hole The fixed connection of the biliary 7 is of course understood that the first mounting hole can also be provided correspondingly on the third hem 4i. Similarly, the lower portion of the second flange 3i and/or the third flange 4i may be disposed in a fixed structure in which the inner casing 7i is fitted and fixed.

The second flange 3i is provided with a fifth fixing structure 32i, and the fifth fixing structure 32i is located at a lower portion of the second flange 3i. As shown in FIG. 37, a sixth fixing structure is disposed at a corresponding position on the dishwasher base 9i (Fig. The fifth fixing structure 32i cooperates with the sixth fixing structure to realize the fixed connection of the side plate structure and the base 9i, the specific structure of the fifth fixing structure 32 and the sixth fixing structure, and the connection relationship with the first fixing structure. 31i is similar to the second fixed structure and will not be described again here. Similarly, the fifth fixing structure 32i can also be disposed correspondingly on the third flange 4i. Further, as shown in FIG. 29, the third connecting structure 33i is disposed on the third folded edge 4i, and the fifth connecting structure 33i is located at the lower portion of the third folded edge 4i, as shown in FIG. 37, correspondingly on the dishwasher base 9i. The position is provided with a sixth connecting structure (not shown), and the fifth connecting structure 33i cooperates with the sixth connecting structure to realize the positioning of the side plate structure on the base 9i. In a specific embodiment, the fifth connecting structure The 33i cooperates with the sixth connecting structure to form a snap structure. Of course, it can be understood that the fifth connecting structure 33i can also be disposed on the second folded edge 3i.

Further, as shown in FIG. 29, the third fixed structure 41i and the third connecting structure 42i are disposed on the third folded edge 4i, and as shown in FIG. 36, the fourth fixed structure is disposed on the rear beam 8i of the dishwasher (in the figure) Not shown) and a fourth connecting structure (not shown), the third connecting structure 42i cooperates with the fourth connecting structure to realize positioning between the side plate structure and the rear beam 8i, and the third fixing structure 41i and the fourth fixing The structure cooperates to achieve a fixed connection of the side panel structure to the back beam 8i. Preferably, the third connecting structure 42i includes a buckle disposed on the third flange 4i, and the fourth connecting structure includes a convex structure disposed on the back beam 8i, and the protruding structure is engaged with the buckle to realize the side plate structure. Positioning with the rear beam 8i, the third fixing structure 41i includes a third mounting hole disposed on the third flange 4i, and the fourth fixing structure includes a fourth mounting hole disposed on the back beam 8i, through the fastener, The three mounting holes and the fourth mounting holes enable a fixed connection of the side panel structure to the rear beam 8i.

Further preferably, a handle structure is further provided on the side panel 1i to facilitate the handling of the dishwasher. The handle structure may be formed integrally with the side panel 1i. For example, in the embodiment shown in Fig. 30, the outer side surface of the side panel 1i is formed with a concave structure 11i, and the concave structure 11i constitutes a handle structure, concave The structure 11i is preferably obtained by a press molding process. Further, for example, as shown in FIG. 31, a through hole structure 12i is provided on the side plate 1i, and the through hole structure 12i constitutes a handle structure, in order to prevent the edge of the through hole structure 12i from being too sharp. While the hand is cut, preferably, as shown in Fig. 32, the edge of the through hole structure 12i is provided with a flange structure 13i, and the flange structure 13i preferably extends toward the inner side of the side plate 1i, and further preferably, for convenient handling of the dishwasher The force applied is ergonomic, and the angle α between the flanged structure 13i and the side panel 1i is less than 90°, which makes the handling of the dishwasher more labor-saving. Further preferably, the upper portion of the flange structure 13i extends to the inner side of the side panel 1i to form an extension portion 14i, and the arrangement of the extension portion 14i can further facilitate the handling of the dishwasher.

Of course, it can be understood that the handle structure can also be formed as a separate structure with the side panel 1i. For example, a mounting through hole (not shown) is disposed on the side panel 1i, and the handle structure is installed in the mounting through hole. The handle structure is provided with a concave structure for the hand to extend, and the handle structure is preferably a plastic material.

Further preferably, the lower portion of the side panel structure is provided with a cutout structure 5i for avoiding other components on the dishwasher to avoid interference during assembly. Preferably, as shown in FIG. 29, the cutout structure 5i is disposed on the side. Notches on the front and back sides of the panel structure.

Since the first connecting structure 21i, the first fixing structure 31i, the third fixing structure 41i, the third connecting structure 42i, the fifth fixing structure 32i, the fifth connecting structure 33i, the handle structure, and the like described above need to pass through a specific processing device For processing, the side panel structure of the dishwasher of different specifications can be processed by the same processing equipment. Preferably, the side panel structure is vertically divided into characteristic parts and non-characteristic parts, and the other with the dishwasher The components that are mated with each other (for example, the first connecting structure 21i, the first fixing structure 31i, the third fixing structure 41i, the third connecting structure 42i, the fifth fixing structure 32i, the fifth connecting structure 33i, the handle structure) are disposed in the feature On the part, the non-characteristic part is not provided with a structure that cooperates with other parts of the dishwasher, so that the side plate structure applied to the dishwasher of different specifications can be obtained by adjusting the height of the non-featured part, that is, in the series In the dishwasher, the characteristic parts of the side panel structure on the different specifications of the dishwasher have the same structure, and the height of the non-featured parts is different. In this way, the height of the non-feature portion can be adjusted by adjusting the distance between the processing dies, and when the side plate structure on the same series of different specifications dishwashers is processed, there is no need to change the mold, and only the distance between the dies can be adjusted ( There is a specific introduction later).

As shown in FIG. 33, the side panel structure is vertically divided into a plurality of portions, and the plurality of portions includes at least a first portion A, a second portion B, and a third portion C which are disposed in order from top to bottom, and the first connection The structure 21i, the first fixing structure 31i, the third fixing structure 41i, the third connecting structure 42i, and the handle structure are disposed on the first portion A, and the fifth fixing structure 32i, the fifth connecting structure 33i, and the cutout structure 5i are disposed at the Three parts on C. The first part A and the third part C constitute a feature part, and the second part B constitutes a non-feature part. The second part B can be set to different heights depending on the different models of the dishwasher.

In a specific embodiment, a series of dishwashers includes three sizes of dishwashers, namely the first part A of the side panel structure of the specification I, the specification II, the specification III, the three specifications of the dishwasher, respectively. The structure of the third part C is the same, the height of the second part B of the side panel structure of the specification II dishwasher is 50 to 70 mm higher than the height of the second part B of the side panel structure of the specification I dishwasher, and the specification III is washed. The height of the second portion B of the side panel structure of the bowl is 100 to 120 mm higher than the height of the second portion B of the side panel structure of the specification I dishwasher.

A specific embodiment of the method for manufacturing the reinforcing frame structure of the series of dishwashers provided by the present invention is: the side plate structure of the dishwasher of different specifications in the series of dishwashers in the manufacturing process, and the first part The molds corresponding to A and the third portion C have the same structure, and only need to adjust the distance between the molds corresponding to the first portion A and the third portion C to manufacture the side panels corresponding to dishwashers of different specifications. structure. Specifically, adjusting the distance between the molds corresponding to the first portion A and the third portion C can be achieved by replacing the insert between the molds without replacing the mold.

Of course, it can be understood that the feature portion and the non-feature portion can also be divided in the lateral direction on the side panel structure, and the side panel structure applied to different dishwashers in the series dishwasher can be obtained by adjusting the width of the non-feature portion. The specific structure and manufacturing process are similar to those in the vertical division, and will not be described herein.

The manufacturing method of the series of dishwasher side panel structures provided by the invention divides the side panel structure into a characteristic part and a non-feature part, and the characteristic parts of the inner door structure of the different specifications of the dishwasher have the same structure, and the height of the non-feature part different. It can make the side plate structure of various specifications only need to adjust the length of the non-feature part during production, so that the same equipment, process, tooling and production line can be used to derive many different models, different configurations and different sizes on the same platform. The product can reduce the difficulty of redesigning the sidewall structure and avoid the cost of redesigning the manufacturing equipment for manufacturing the side panel structure, reducing the cost and enhancing the competitiveness of the product.

It will be readily understood by those skilled in the art that the above various preferred embodiments can be freely combined and superimposed without conflict.

The above-described embodiments are to be considered as illustrative and not restrictive. Modifications or substitutions are intended to be included within the scope of the appended claims.

Claims (78)

A method for manufacturing an inner door structure of a series of dishwasher door bodies, characterized in that the door body comprises an outer door assembly, the inner door structure is arranged inside the outer door assembly, and the inner door structure is along The vertical direction includes a feature portion and a non-feature portion, the feature portion is provided with a structure that cooperates with the outer door assembly, and the non-feature portion is not provided with a structure that cooperates with the outer door assembly, the series washing dishes The feature portions of the inner door structure on different dishwashers are identical in structure, and the heights of the non-feature portions are different, and the manufacturing method is characterized in that the application is applied by adjusting the height of the non-feature portion The internal door structure on different dishwashers in the series of dishwashers. The manufacturing method according to claim 1, wherein said inner door structure comprises at least two said characteristic portions, said non-feature portions being disposed between adjacent two of said feature portions, said inner door In the manufacturing process of the structure, the height of the non-feature portion is adjusted by adjusting the distance between the toolings corresponding to the two adjacent feature portions. An inner door structure of a dishwasher door body, which is manufactured by the manufacturing method according to claim 1 or 2. The inner door structure according to claim 3, wherein the outer door assembly comprises a dispenser and an exhaust module, the inner door structure comprising a shell-shaped body having an opening facing outward, the shell-shaped body comprising an inner bottom plate And a side wall disposed around the inner bottom plate, the inner surface of the inner bottom plate is provided with a recess, and the inner bottom surface of the concave portion is provided with a mounting hole for mounting the dispenser, and the inner bottom plate is provided with An air outlet, the air outlet being located above the recess. The inner door structure according to claim 4, wherein a horizontal plane of the top edge of the inner bottom surface of the recess is a first dividing surface, and a horizontal plane of the top edge of the mounting hole is a second dividing surface, a dividing surface and the second dividing surface divide the inner door structure into three regions, a portion located in the middle portion constitutes the non-characteristic portion, and a portion located in the upper portion and the lower portion constitutes the feature portion; Or the recess includes two upper and lower portions, the upper portion has a depth smaller than a depth of the lower portion, and the mounting hole is disposed on the upper portion; Alternatively, an obtuse angle is formed between a side surface of the concave portion and the inner bottom surface; Or the inner door structure further includes a mounting flange disposed at the edge of the opening; The outer door assembly includes an outer door frame, and the mounting flange is provided with a first mounting hole, and the mounting flange is fixedly connected to the outer door frame through the first mounting hole; and/or The outer door assembly includes a control panel assembly, and the mounting flange is provided with a second mounting hole, and the mounting flange is fixedly connected to the control panel assembly through the second mounting hole; Or the distance between the left and right side edges of the recess and the left and right side edges of the inner bottom plate is 5 to 40 mm; Or the inner surface of the inner bottom plate is provided with a groove, and the air outlet is disposed on the groove bottom of the groove; Alternatively, the edge of the mounting hole is provided with a mounting structure for mating with the dispenser, the mounting structure extending in the direction of the outer door assembly. A method for manufacturing an exhaust duct structure of a series of dishwashers, characterized in that the duct structure is provided in a dishwasher and provides a flow path for the air in the dishwasher to be discharged outside the dishwasher The air passage structure includes at least a feature portion and a non-feature portion, the feature portion is provided with a structure that cooperates with the dishwasher, and the non-feature portion is not provided with a structure that cooperates with the dishwasher, The characteristic portions of the air duct structure on different dishwashers in the series dishwasher have the same structure, and the non-characteristic portions are different in length in the airflow direction, and the manufacturing method is characterized in that the non-characteristics are The length of the portion is adjusted to obtain the air duct structure applied to different dishwashers in the series of dishwashers. The manufacturing method according to claim 6, wherein the feature portion is provided with at least two, and the non-feature portion is formed between two adjacent ones of the feature portions, and is adjusted and adjusted during the manufacturing process. The distance between the toolings corresponding to the feature portions adjusts the length of the non-feature portion. A duct structure characterized in that the duct structure is manufactured by the manufacturing method according to claim 6 or 7. The air duct structure according to claim 8, wherein the air duct structure comprises a duct structure main body, an inlet connecting structure and an outlet connecting structure, and the inlet connecting structure is connected to the first part of the duct structure main body. At the end, the outlet connection structure is coupled to the second end of the air duct structure body. The air duct structure according to claim 9, wherein an air passage is formed inside the air passage structure main body, and the air passage penetrates along an extending direction of the air passage structure main body; Or the opening size of the first end of the air duct structure body is smaller than the opening size of the second end; Or the inlet connection structure and the outlet connection structure are integrally formed with the air passage structure body; Alternatively, the air passage structure main body includes a variable cross-sectional portion and a constant cross-sectional portion, and the variable cross-sectional portion has a variable cross-sectional structure along the air flow direction, and the equal-sectional portion has an equi-sectional structure along the air flow direction. The air duct structure according to claim 10, wherein the inlet connection structure comprises a connection structure formed on a side wall at the first end of the air passage structure body, and/or the outlet connection structure a connection structure and/or a guiding structure formed on a sidewall of the second end of the air duct structure body; Alternatively, the inlet connection structure is formed at an end of the variable cross-sectional portion; and/or the outlet connection structure is formed at an end of the equi-section portion; Alternatively, the variable cross-sectional portion is provided with a first mounting structure, and/or the equal-sectional portion is provided with a second mounting structure. The air duct structure according to claim 11, wherein the air duct structure comprises a first portion, a second portion, and a third portion. The first portion includes the variable cross-section portion and the inlet connection structure, The third portion includes a portion on which the second mounting structure is disposed on the equal section portion, and the outlet connection structure, The second portion is located between the first portion and the third portion. The air duct structure according to claim 12, wherein said first portion and said third portion constitute said characteristic portion; and/or The second portion constitutes the non-feature portion. A method of manufacturing a reinforcing frame structure of a series of dishwashers, characterized in that the reinforcing frame structure is used for reinforcing the strength of the liner at the opening of the dishwasher inner tank, the reinforcing frame structure comprising at least a top frame and a side frame connected to the two ends of the top frame, the top frame is divided into a feature portion and a non-feature portion along an extending direction thereof, the feature portion is provided with a structure that cooperates with the inner casing, and the non-feature portion is not Providing a structure that cooperates with the inner casing, wherein the characteristic portions of the reinforcing frame structure on different dishwashers of the series of dishwashers have the same structure, and the lengths of the non-characteristic portions are different, the manufacturing method It is characterized in that a reinforcing frame structure applied to different dishwashers in the series of dishwashers is obtained by adjusting the length of the non-featured portions. The manufacturing method according to claim 14, wherein the top frame includes at least two of the feature portions, and the non-feature portion is located between two adjacent feature portions, and is adjusted during the manufacturing process. The distance between the toolings corresponding to the feature portion is adjusted to adjust the length of the non-feature portion. A reinforcing frame structure produced by the manufacturing method according to claim 14 or 15. The reinforcing frame structure according to claim 16, wherein the top frame comprises a first plate and a second plate, the second plate is oppositely disposed, and the two second plates are disposed along the same The extending directions of the first plates are respectively connected to opposite side edges of the first plate, and the first plate and the two second plates form a channel structure. The reinforcing frame structure according to claim 17, wherein the feature portion includes a first portion, a third portion, and a second portion between the first portion and the third portion at both ends of the top frame, A fourth portion is disposed between the first portion and the second portion, and a fifth portion is disposed between the second portion and the third portion, the fourth portion and/or the fifth portion constituting the non-characteristic portion . The reinforcing frame structure according to claim 18, wherein the first portion and/or the third portion are provided with a connecting structure for connecting with the side frame; Or the first portion and/or the third portion are provided with a first fixing structure for fixed connection with the inner casing; Alternatively, the second portion is provided with a relief structure for avoiding the door lock assembly of the dishwasher; Alternatively, a second fixing structure for fixing the dishwasher is provided on the first portion and/or the third portion. The reinforcing frame structure according to claim 19, wherein the avoidance structure comprises a relief groove disposed on the first plate. A method of manufacturing an outer door structure of a series of dishwasher door bodies, characterized in that the outer door comprises a first portion and a second portion in a vertical direction, the said plurality of dishwashers in the series of dishwashers A part of the structure is the same, and the height of the second part is different. During the processing of the outer door structure, the corresponding tooling of the first part is unchanged, and the tooling of the second part is obtained by applying the tooling corresponding to the second part. External door structure on different dishwashers in the machine. The manufacturing method according to claim 21, wherein the door body comprises an inner door structure, the outer door structure is disposed outside the inner door structure, and the first portion includes a first feature portion, The second portion includes a first non-feature portion, the first feature portion is provided with a structure that cooperates with the inner door structure, and the first non-feature portion is not provided with a structure that cooperates with the inner door structure, An outer door structure applied to different dishwashers in the series of dishwashers is obtained by adjusting the height of the first non-feature portion during processing of the door structure; Alternatively, the door body includes an inner door structure disposed outside the inner door structure, and a control panel assembly is disposed above the outer door structure, the first portion including the first feature portion and the first portion a second feature portion, the second portion includes a second non-feature portion, the first feature portion is provided with a structure that cooperates with the inner door structure, and the second feature portion is provided with the control panel a structure in which the components are matched, and the second non-feature portion is not provided with a structure that cooperates with the inner door structure and the control panel assembly, and is applied to the series by adjusting the height of the second non-feature portion External door structure on different dishwashers in the dishwasher. The manufacturing method according to claim 22, wherein said outer door structure comprises at least two said first feature portions, and said first non-feature portion is disposed between adjacent ones of said first feature portions Adjusting the height of the first non-feature portion by adjusting a distance between the toolings corresponding to the two adjacent first feature portions during the manufacturing process of the outer door structure; Or the second non-feature portion is located between the first feature portion and the second feature portion, in the manufacturing process of the outer door structure, by adjusting the first feature portion and the second portion The distance between the toolings corresponding to the feature portions adjusts the height of the second non-feature portion. An outer door structure of a dishwasher door body characterized by being manufactured by the manufacturing method according to any one of claims 21 to 23. The external door structure according to claim 24, wherein the outer door structure is provided with a first mounting hole, and the outer door structure is connected to the inner door structure through the first mounting hole. The outer door structure according to claim 25, wherein the first mounting hole is provided in a plurality of vertical directions, and in a vertical direction, an area between two adjacent first mounting holes constitutes Said first non-characteristic part; Alternatively, the top of the outer door structure is provided with a connection structure, and the outer door structure is connected to the control panel assembly by the connection structure, and the outer door structure is manufactured by the manufacturing method according to claim 4 or 5. In the vertical direction, the area where the connection structure is located constitutes the second feature portion, and the area between the second feature portion and the first mounting hole adjacent thereto constitutes the second non-feature portion. The outer door structure of claim 26 wherein said attachment structure comprises a tab and/or a second mounting aperture. The outer door structure according to claim 27, wherein the top of the outer door structure is provided with an upwardly extending mounting lug, and the second mounting hole is disposed on the mounting lug. The outer door structure according to any one of claims 25 to 28, wherein the outer door structure comprises a frame-shaped body, and the left and right sides of the frame-shaped body are provided with side plates extending inwardly, The inner side of the side panel is provided with a hemming structure, and the first mounting hole is disposed on the hemming structure. A method of manufacturing a series of dishwashers, characterized in that the dishwasher comprises a main body portion and an attachment portion, the main body portion including a first vertical extending structure, the first vertical extending structure being vertically divided For the feature portion and the non-feature portion, the feature portions of the first vertical extension structure on the different size specifications of the dishwasher in the series dishwasher are the same, and the non-feature portions are different in height, and the manufacturing method includes: passing Adjusting the height of the non-featured portions of the first vertically extending structure results in different sized dishwashers in a range of dishwashers. The manufacturing method according to claim 30, wherein the main body portion comprises a base, an outer casing, a door body, and a liner and a reinforcing frame structure disposed in a space surrounded by the base, the outer casing and the door body, The reinforcing frame structure is disposed at an opening of the dishwasher liner to enhance the strength of the liner, and at least a portion of the structure of the outer casing, the door body, the inner casing and/or the reinforcing frame structure constitutes a portion of the first vertical extending structure; Or the attachment portion includes a second vertical extension structure including a feature portion and a non-feature portion, the second vertical direction on the dishwasher of different sizes in the series of dishwashers The feature portion of the extension structure has the same structure, and the non-feature portion has different heights. The manufacturing method further includes: obtaining the dishwashing of different sizes in the series dishwasher by adjusting the height of the non-feature portion of the second vertical extension structure. machine. The manufacturing method according to claim 31, wherein the inner casing comprises a side wall, a top plate and a bottom plate which are separately provided, and the first vertical extending structure comprises the side wall, the side wall The plate is vertically divided into a first feature portion and a first non-feature portion, the first feature portion is provided with a mounting structure and/or a reinforcing structure, and the first non-feature portion is not provided with a mounting structure and a reinforcing structure, The first feature portions of the side panels on different size gauge dishwashers in the series of dishwashers are identical in structure, and the heights of the first non-feature portions are different by adjusting the height of the non-feature portions. a side panel applied to different size dishwashers in the series of dishwashers; Or the first vertical extending structure includes an inner door structure and an outer door structure of the door body, and the inner door structure is disposed at an inner side of the outer door structure; The inner door structure includes a second feature portion and a second feature portion in a vertical direction, the second feature portion is provided with a structure that cooperates with the outer door structure, and the non-feature portion is not disposed with the outer door a structurally matched structure in which the second feature portions of the inner door structure on different size gauge dishwashers are identical in structure, the second non-feature portions have different heights, and the inner door structure An internal door structure applied to different size gauge dishwashers in the series of dishwashers by adjusting the height of the second non-feature portion during processing; and / or, The outer door structure includes a third feature portion and a third non-feature portion in a vertical direction, the third feature portion is provided with a structure that cooperates with the inner door structure, and the third non-feature portion is not provided with a structure in which the inner door structure is matched, wherein the third feature portion of the outer door structure on the different size specifications dishwasher of the series dishwasher has the same structure, and the height of the third non-feature portion is different. An outer door structure applied to different size gauge dishwashers in the series of dishwashers is obtained by adjusting the height of the third non-feature portion during processing of the door structure; Or the reinforcing frame structure includes at least a top frame and a side frame connected to the two ends of the top frame, the first vertical extending structure includes the side frame, and the side frame is divided into four according to an extending direction thereof. a feature portion and a fourth non-feature portion, the fourth feature portion being provided with a structure that cooperates with the inner casing, and the fourth non-feature portion is not provided with a structure that cooperates with the inner casing, the series of dishwashers The fourth feature portion of the reinforcing frame structure on the different size specifications dishwasher has the same structure, and the height of the fourth non-feature portion is different, during the processing of the reinforcing frame structure, by adjusting the The height of the fourth non-feature portion is obtained for a reinforcing frame structure applied to different size gauge dishwashers in the series of dishwashers; Alternatively, the first vertical extending structure includes a side panel structure of the outer casing, and the side panel structure is vertically divided into a fifth characteristic portion and a fifth non-characteristic portion, and the fifth characteristic portion is provided with a first a first mating structure, the fifth mating structure is not disposed on the fifth non-feature portion, and the fifth feature portion of the side panel structure on the dishwasher of different sizes in the series dishwasher has the same structure, The height of the fifth non-feature portion is different, and the height of the fifth non-feature portion is adjusted to be applied to different size dishwashers in the series of dishwashers during the processing of the side panel structure. Side panel structure; Alternatively, the accessory portion includes a duct system and a waterway system, at least a portion of the structure of the duct system and/or the waterway system forming part of the second vertically extending structure. The manufacturing method according to claim 32, wherein said second vertical structure comprises an exhaust air duct of said air duct system, said exhaust air duct comprising a sixth characteristic portion and a sixth non-characteristic portion The sixth feature portion is provided with a second mating structure, and the sixth non-feature portion is not provided with the second mating structure, the exhaust duct on the dishwasher of different sizes in the series dishwasher The sixth characteristic portion has the same structure, and the sixth non-characteristic portion has a different length along the airflow direction, and the length of the sixth non-characteristic portion is adjusted during the processing of the exhaust air duct Obtaining the exhaust air ducts on different size gauge dishwashers used in the series of dishwashers; Or the waterway system includes an inner water tube structure disposed within the interior of the dishwasher and supplying water to the spray structure of the dishwasher, at least a portion of the structure of the inner water tube structure forming part of the second vertical structure, The inner water tube structure includes a seventh feature portion and a seventh non-feature portion, the seventh feature portion is provided with a structure that cooperates with the shower structure and/or the inner tube, and the seventh non-feature portion is not Providing a structure that cooperates with the spray structure and the inner casing, wherein the seventh characteristic portion of the inner water pipe structure of the dishwasher of different sizes in the series dishwasher has the same structure, the seventh The length of the non-feature portion is different, and during the processing of the inner water tube structure, the length of the seventh non-feature portion is adjusted to obtain the inside of the different size dishwashers used in the series of dishwashers. Water pipe structure. The manufacturing method according to any one of claims 30 to 33, characterized in that the height of the dishwasher of different sizes in the series of dishwashers is in the range of 745 to 875 mm. The manufacturing method according to claim 34, wherein said series of dishwashers comprises a first size dishwasher, a second size dishwasher, and a third size dishwasher, said first size dishwashing The height of the machine is in the range of 745 to 765 mm, the height of the second specification dishwasher is in the range of 805 to 825 mm, and the height of the third specification dishwasher is in the range of 850 to 875 mm. A dishwasher characterized by being manufactured by the manufacturing method according to any one of claims 30 to 35. A method for manufacturing an inner water pipe structure of a series of dishwashers, characterized in that the inner water pipe structure is arranged to supply water for a spray structure of a dishwasher in a dishwasher inner liner, the inner water pipe structure including a characteristic area and a non-featured region, the feature region is provided with a structure that cooperates with the shower structure and/or the inner liner, and the non-characterized region is not provided with a structure that cooperates with the shower structure and the inner liner, The feature area of the inner water pipe structure of different dishwashers in the series dishwasher is the same, and the length of the non-feature area is different, and the manufacturing method is characterized in that the non-feature area is adjusted by The length is obtained for the inner water tube structure applied to different dishwashers in the series of dishwashers. The manufacturing method according to claim 37, wherein said feature area is provided with at least two, said non-feature area being formed between two adjacent said feature areas, in the manufacturing process, by adjusting The distance between the toolings corresponding to the feature area adjusts the length of the non-feature area. The manufacturing method according to claim 37 or 38, wherein the length of the non-feature region is adjusted to be 0-175 mm. An inner water tube structure produced by the manufacturing method according to any one of claims 37 to 49. The inner water tube structure according to claim 40, wherein said inner water tube structure comprises a first portion, a second portion and a third portion, said second portion and said third portion being respectively connected to said first portion End, the first portion is in contact with an inner sidewall of the inner liner, the second portion is in contact with a top wall of the inner liner, and the third portion is in contact with a bottom wall of the inner liner. The inner water tube structure according to claim 41, wherein the second portion is provided with a second water outlet portion, and the second water outlet portion is in communication with the second spray structure of the dishwasher; Or the third portion is provided with a water inlet portion, and the water inlet portion is in communication with the water supply pipeline; Or the connection between the second portion and the third portion and the first portion is rounded; Or the first portion includes a first area, a second area, and a third area, the first area is located near a position where the first part is connected to the second part, and the third area is located near the first part At a position connected to the third portion, the second region is located between the first region and the third region, and the second region is provided with a structure that cooperates with the shower structure and/or the inner casing; The first area and the third area constitute the non-feature area, and the second area and the area where the second part and the third part are located constitute the feature area. The inner water tube structure according to claim 42, wherein a first water outlet portion is disposed in the second region, and the first water outlet portion is in communication with the first spray structure of the dishwasher, and / or, The second region is also provided with a structure that is connected to the inner wall of the inner casing. A method for manufacturing a liner of a series of dishwashers, characterized in that the inner casing comprises a side panel, a top panel and a bottom panel which are separately arranged, the side panel comprises a panel body and is arranged on the panel body a vertically extending structure and a non-vertically extending structure, the side panel being vertically divided into a first portion and a second portion, the non-vertical extending structures being located on the first portion, at least part of the vertical direction An extension structure is located on the second portion, the first portions of the inner liner of the dishwasher of different sizes in the series of dishwashers are identical in structure, the height of the second portion is different, the manufacturing method It is characterized in that the side panels applied to the dishwashers of different sizes in the series of dishwashers are obtained by adjusting the height of the second portion. A liner for a dishwasher, which is manufactured by the manufacturing method according to claim 44. A liner according to claim 45, wherein said side panel is provided with a reinforcing structure, said reinforcing structure comprising a vertically extending portion and a non-vertical extending portion, said vertically extending portion constituting said At least a portion of the vertically extending structure, the non-vertically extending portion forming at least a portion of the non-vertically extending structure. A liner according to claim 46, wherein said vertically extending portion comprises vertical ribs; and/or The non-vertically extending portion includes lateral ribs. A liner according to claim 47, wherein said vertical ribs comprise first vertical ribs, said transverse ribs comprise first transverse ribs, said first vertical ribs and The first horizontal ribs are enclosed to form a square frame structure. The inner liner according to claim 48, wherein said vertical rib further comprises at least one second vertical rib connecting two of said first lateral ribs in said square frame structure; Or the horizontal rib further includes at least one second lateral rib connecting the two first vertical ribs in the square frame structure; Or the board body includes a rear panel, a left side panel, and a right side panel, wherein the left side panel and the right side panel are respectively provided with the square frame structure, and the square frame disposed on the left side panel The structure and the square frame structure disposed on the right side plate have the same structure and corresponding positions. A liner according to claim 49, wherein said transverse ribs and/or said vertical ribs are formed by bending a side panel. A liner according to claim 50, wherein said non-vertical extension structure further comprises a vent provided on said side panel. The inner liner according to claim 51, wherein the convex structure is formed by bending the side panel, and the vent is disposed on the outer convex structure. The inner liner according to claim 52, wherein the recess formed by the inner surface of the convex structure and the recess formed by the inner surface of one of the first vertical ribs of the square frame structure and The recesses formed by the inner surfaces of one of the second vertical ribs adjacent to the first vertical rib are all connected. The inner liner according to claim 53, wherein the side panel is located above the bottom edge of the upper first horizontal rib in the square frame structure and below the top edge of the convex structure The portion constitutes the first portion, and the portion of the side panel between the two first portions constitutes the second portion. A method of manufacturing a reinforcing frame structure of a series of dishwashers, characterized in that the reinforcing frame structure is used for reinforcing the strength of the liner at the opening of the dishwasher inner tank, the reinforcing frame structure comprising at least a top frame and a side frame connected to the two ends of the top frame, the side frame is divided into a feature portion and a non-feature portion along an extending direction thereof, the feature portion is provided with a structure that cooperates with the inner casing, and the non-feature portion is not Providing a structure that cooperates with the inner casing, wherein the characteristic portions of the reinforcing frame structure on different dishwashers of the series of dishwashers have the same structure, and the lengths of the non-characteristic portions are different, the manufacturing method It is characterized in that a reinforcing frame structure applied to different dishwashers in the series of dishwashers is obtained by adjusting the length of the non-featured portions. The manufacturing method according to claim 55, wherein said feature portion is provided with at least two, and said non-feature portion is formed between two adjacent said feature portions, and is adjusted and adjusted during the manufacturing process. The distance between the toolings corresponding to the feature portions adjusts the length of the non-feature portion. A reinforcing frame structure characterized by being produced by the manufacturing method according to claim 55 or 56. The reinforcing frame structure according to claim 57, wherein the side frame comprises a first plate and a second plate, the second plate is oppositely disposed with two, and the two second plates are disposed along the same The extending directions of the first plates are respectively connected to opposite side edges of the first plate, and the first plate and the two second plates form a channel structure. The reinforcing frame structure according to claim 58, wherein said feature portion includes a first portion and a third portion at both ends of said side frame, said non-character portion including said first portion and said third portion The second part of the room. The reinforcing frame structure according to claim 59, wherein said first portion comprises a first connecting structure for connecting to said top bezel; Or the first portion includes a escaping structure, the escaping structure includes a groove on the first plate, the groove is for escaping a convex structure on the inner casing; Or the first portion includes a fixing structure for fixedly connecting with the inner casing, and the fixing structure is provided with at least one; Or the first portion includes a through hole formed in the first plate, the through hole being used for a connection on the inner casing; Or the third portion includes a wire hole formed on the first plate, and the wire hole is passed through a power cord in the inner casing; Alternatively, the third portion includes a fixed structure for attachment to the inner liner, the fixed structure being provided with at least one. The reinforcing frame structure according to claim 60, wherein said first connecting structure comprises two bent portions formed at ends of said two said second plates, and said two said bent portions are said The top border is connected. A method for manufacturing a liner of a series of dishwashers, characterized in that the inner tank comprises a side panel, a top panel and a bottom panel which are separately arranged, the top plate on the different dishwashers in the series of dishwashers and The bottom plates are identical, the height of the side panels is different, and the manufacturing method is characterized in that the inner casings applied to different dishwashers in the series of dishwashers are obtained by adjusting the height of the side panels. The manufacturing method according to claim 62, wherein the side panel is vertically divided into a feature portion and a non-feature portion, and the feature portion is provided with a mounting structure and/or a reinforcing structure, the non-feature The mounting structure and the reinforcing structure are not provided in part, and the characteristic portions of the side panels on different dishwashers in the series dishwasher are identical in structure, and the heights of the non-feature portions are different, by adjusting the non-characteristics The height of the part is obtained for the side panels applied to different dishwashers in the series of dishwashers. A liner for a dishwasher, which is produced by the manufacturing method according to claim 62 or 63. A liner according to claim 64, wherein said side panels are vertically divided into feature portions and non-feature portions, said feature portions being provided with mounting structures and/or reinforcing structures, said non-features The mounting structure and the reinforcing structure are not provided in part. A liner according to claim 65, wherein said non-featured portion is located above and/or below said feature portion; and/or said side panel comprises a plurality of said feature portions, said a non-featured portion is located between adjacent ones of the feature portions; Alternatively, the shape of the top end surface of the feature portion is identical to the shape of the bottom end surface of the non-feature portion located above the feature portion; and/or the shape of the bottom end surface of the feature portion and the portion below the feature portion The shape of the top surface of the non-characteristic portion is uniform; Or the cross-sectional shape of the non-feature portion at any position is uniform; Alternatively, the mounting structure includes a mounting aperture disposed on the side panel. The liner of claim 66 wherein said reinforcing structure comprises reinforcing ribs. The inner liner according to claim 67, wherein the reinforcing ribs form a closed structure on the side wall; Or the reinforcing rib includes a top lateral rib portion at the side panel, and the portion of the side panel above the top edge of the lateral rib portion constitutes the non-characteristic portion, a portion of the side panel below the top edge of the lateral rib portion constitutes the feature portion; Or the inner surface of the side panel is recessed, and the outer surface is convex to form the reinforcing rib; Or the side panel includes a rear panel, a left side panel and a right side panel, and the reinforcing ribs include an annular rib structure respectively disposed on the left side panel and the right side panel, and are disposed in the The annular rib structure on the left side plate and the annular rib structure disposed on the right side plate have the same structure and corresponding positions. A method of manufacturing a side panel structure of a series of dishwashers, characterized in that the side panel structure constitutes a part of the dishwasher casing, and the side panel structure is divided into a characteristic part and a non-feature in a vertical or horizontal direction. a portion of the feature portion is provided with a first mating structure for cooperating with a second mating structure on the dishwasher, and the second mating portion is not disposed on the non-feature portion a structurally matched structure in which the feature portions of the side panel structures on different dishwashers of the series are identical in structure, and the non-feature portions are different in height or width, and the manufacturing method is characterized in that A side panel structure applied to different dishwashers in the series of dishwashers is obtained by adjusting the height or width of the non-featured portions. The manufacturing method according to claim 69, wherein said side panel structure comprises at least two said feature portions, said non-feature portions being disposed between adjacent ones of said feature portions, said side panel In the manufacturing process of the structure, the size of the non-feature portion is adjusted by adjusting the distance between the molds corresponding to the two adjacent feature portions. The manufacturing method according to claim 70, wherein the distance between the dies is adjusted by replacing the insert between the dies corresponding to the feature portions. A side panel structure of a dishwasher, which is manufactured by the manufacturing method according to any one of claims 69 to 71. The side panel structure according to claim 72, wherein the side panel structure comprises a side panel, the top edge of the side panel is provided with a first flange; and/or the side panel and the top thereof A second hemming edge and a third hemming edge are respectively disposed on the adjacent side edges. A side panel structure according to claim 73, wherein said side panel structure includes a first portion, a third portion, and a second portion between said first portion and said third portion in a vertical direction, The first hem is located on the first portion, the first portion and the third portion constitute the feature portion, and the second portion constitutes the non-feature portion. The side panel structure according to claim 74, wherein said first mating structure comprises a first connecting structure disposed on said first flange, said second mating structure comprising said dishwashing a second connection structure on the machine reinforcement frame and mating with the first connection structure; and/or The first mating structure includes a first securing structure disposed on the second flange of the first portion, the second mating structure including being disposed on the dishwasher liner and associated with a second fixed structure in which the first fixed structure is mated; and/or The first mating structure includes a third fixing structure disposed on the third flange of the first portion, the second mating structure including a rear seat of the dishwasher, and the first a fourth fixed structure in which three fixed structures are mated; and/or The first mating structure includes a third connecting structure disposed on the third flange of the first portion, the second mating structure including a rear rail disposed on the dishwasher, and the first a fourth connection structure with three connection structures; Or a handle structure is disposed on the side plate of the first portion; Or the first mating structure includes a fifth fixing structure disposed on the second flange and/or the third flange of the third portion, the second mating structure including the washing a sixth fixing structure on the base of the bowl and cooperating with the fifth fixing structure; and/or the first mating structure includes the second hemming and/or the second portion disposed at the third portion a fifth connecting structure on the three-folded edge, the second mating structure comprising a sixth connecting structure disposed on the dishwasher base and cooperating with the fifth connecting structure; Alternatively, a side wall structure located on the third portion is provided with a space avoidance structure. The side panel structure according to claim 75, wherein a concave structure is formed on an outer side surface of the side panel, and the concave structure constitutes the handle structure; or The side plate is provided with a through hole structure, the through hole structure constitutes the handle structure; or the side plate is provided with a mounting through hole, and the handle structure is installed in the mounting through hole; Alternatively, the escaping structure includes a notch disposed on the side panel structure. The side panel structure according to claim 76, wherein the edge of the through hole structure is provided with a flange structure. The side panel structure according to claim 77, wherein an angle between the flanged structure and the side panel is less than 90°.

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