CN115646768A - Mould board production, processing and transfer equipment - Google Patents

Abstract

The invention discloses a mold plate production, processing and transferring device which comprises a contact painting processing device, a rotary automatic overturning device and a rotary automatic retracting and releasing clamp device. The invention belongs to the technical field of mould plate transfer equipment, in particular to mould plate production, processing and transfer equipment; the invention takes a single group of power sources as a basis, realizes the design functions of automatically clamping the die plate and automatically smearing the die plate in a contact manner while realizing the transfer of the die plate through mechanical parts; the design function that the die plate is automatically clamped and loosened, and automatically contacted with coating equipment and sprayed is realized while horizontal sliding and transferring are realized by utilizing a preset irregular guide rail structure without a sensor.

Description

A mold plate production, processing and transfer equipment

technical field

The invention belongs to the technical field of mold plate transfer equipment, and specifically refers to a mold plate production, processing and transfer equipment.

Background technique

The model, size, and thickness of the mold plate are basically consistent, and a set of equipment can be used to realize the unilateral processing of a single mold plate during the production process; but in the process of the existing mold plate processing, a set of professional transfer equipment is first required 1. A set of semi-automatic coating equipment with optical sensors, a set of effective clamping equipment, at least three sets of equipment, at least three sets of power sources, can realize the automatic flip function of coating while the mold plate is being transferred.

Contents of the invention

In view of the above situation, in order to overcome the defects of the prior art, the present invention provides a mold plate production, processing and transfer equipment, based on a single set of power source, while realizing the transfer of the mold plate through mechanical parts, it automatically clamps the mold plate and The design function of the contact-type automatic coating mold plate; using the preset irregular guide rail structure, without sensors, it can automatically clamp and release the mold plate while sliding and transferring it horizontally, and automatically contact with the coating equipment. Sprayed design features.

The technical scheme adopted by the present invention is as follows: a mold plate production, processing and transfer equipment provided by the present invention includes a contact paint processing device, a rotating automatic turning device and a rotating automatic retracting fixture device, and the rotating automatic turning device is located on the contact On the type painting processing device, the rotating automatic retractable fixture device is connected with the rotating automatic turning device; the rotating automatic turning device includes a rotating turning limit fixing device and an adjusting automatic turning device, and the rotating turning limiting fixing device and The contact paint processing device is connected, and the adjusting automatic turning device is connected with the rotation turning limit fixing device.

Further, the rotating and flipping limiting fixing device includes a rotating and flipping limit base plate, an upper-end flipping and surrounding cover plate, a rotating and flipping connecting sleeve, a triangular groove for moving rollers, a triangular limiting plate for moving rollers, and a connecting bracket for flipping a limiting triangular plate. The rotating limiting bottom plate is connected with the contact paint processing device, the rotating and flipping connecting sleeve is set on the rotating limiting bottom plate, the upper turning and surrounding cover plate is set on the rotating and flipping connecting sleeve, and the rollers move The triangular groove is arranged on the upper flip-around cover plate, the flip-limiting triangular plate connecting bracket is set on the rotating flip connecting sleeve, and the roller moving triangular limiting plate is arranged on the flipping limiting triangular plate connecting bracket.

Further, the adjustment automatic turning device includes a rotation limit cylindrical limit connection plate, a rotation connection nested bracket, a rotation turning equipment connection bracket, a rotation turning bracket connection arc plate and bilateral support balance rollers, the rotation connection The nested bracket is engaged and rotated on the rotating and flipping connecting sleeve, the rotation limiting cylindrical limiting connecting plate is connected with the rotating connecting nesting bracket, and the rotating and flipping device connecting bracket is engaged and rotated on the rotating limiting cylinder On the side wall of the shape-limiting connecting plate, the connecting arc plate of the rotating turning bracket is arranged on the connecting bracket of the rotating turning device, and the double-sided supporting balance rollers are engaged and rotated and arranged on the connecting arc plate of the rotating turning bracket.

Further, the rotary automatic retractable clamp device includes a rotary self-adjusting position device and an automatic clamping and elastic device, the rotary self-adjusting position device is connected with a rotary automatic turning device, and the automatic clamping and elastic device is arranged on the rotary self-adjusting device. On the position device: the rotating self-adjusting position device includes a rotating top plane cover plate, a telescopic engagement groove of the top plate, a telescopic limit spring inside the top plate, a surrounding limit guide rail at the lower end, an arc guide rail with increasing curvature, and a rotary displacement mobile connection Riser, vertical plate engagement rotation limit annular groove, vertical plate engagement rotation limit annular engagement block, vertical plate engagement ring telescopic connection bracket, snap ring support telescopic slot, snap ring support telescopic limit horizontal slot and The clasp bracket telescopically limits the horizontal clamping plate. The rotating top plane cover plate is connected to the rotating connection nesting bracket. On the telescopic engagement groove of the top plate, the lower end surrounding limit guide rail is connected with the rotating automatic turning device, the arc-shaped guide rail with increasing curvature is set on the lower end surrounding limit guide rail, and the rotation displacement movement connects the vertical plate One end of the engaging slide is arranged on the telescopic engaging groove of the top plate, the other end engaging and sliding of the rotating displacement moving connection vertical plate is arranged on the lower end surrounding limit guide rail, and the rotating displacement moving connecting vertical plate engages Sliding is set on the arc-shaped guide rail with variable curvature, the rotation displacement movement connection vertical plate is connected with the telescopic limit spring in the top plate, and the rotation displacement movement limit ring groove of the vertical plate engagement is set on the rotation displacement movement connection vertical plate , the engagement and rotation of the vertical plate is engaged and rotated to limit the annular engagement block, and the engagement and rotation is arranged on the annular groove for the engagement and rotation of the vertical plate, and the telescopic connection bracket of the vertical plate engagement ring is arranged on the ring of the vertical plate to engage and rotate. On the engaging block, the telescopic slot of the snap ring bracket is set on the rotating automatic turning device, the snap ring telescopic connecting bracket of the vertical plate is engaged and slidably arranged on the telescopic slot of the snap ring bracket, and the snap ring bracket is telescopic The limiting horizontal groove is connected with the telescopic groove of the snap ring bracket, and the snap ring bracket telescopic limiting horizontal clip is engaged and slidably arranged on the snap ring bracket telescopic limiting horizontal groove, and the snap ring bracket telescopically limiting horizontal clamping plate It is installed on the telescopic connection bracket of the clasp ring of the vertical plate, through the limit action of the clasp bracket telescopic limit horizontal clamp plate and the clasp bracket telescopic limit horizontal groove, when the double-sided support balance roller is turned over, the vertical plate engages and rotates The limit ring engaging block rotates with the rotation of the connecting bracket of the rotating turning device.

Further, the automatic clamping and tightening device includes a clamping and tightening bottom end suspension space position fixing plate, a suspension plate engagement rack groove, an internal engagement rack of the suspension plate, a contact engagement gear of the suspension plate, and a hollow working bracket of the splint. Plate, splint telescopic rotation limit bracket, splint telescopic rotation ring-shaped engagement groove, mold plate clamping and rotating connection bracket, mold clamping plate and clamping plate preset extension bracket, the position of the floating space at the elastic bottom of the clamping material is fixed The plate is set on the rotating top flat cover plate, the suspension plate engagement rack groove is set on the clamping elastic bottom end suspension space position fixing plate, the suspension plate inner engagement rack is set on the suspension plate card On the engaging rack groove, the contact engaging gear of the suspension plate is meshed with the engaging rack in the suspension plate, and the telescopic and rotating ring engaging groove of the splint is set on the fixed plate of the floating space position at the bottom end of the clamping material. The splint telescopic rotation limit bracket is engaged and slid on the splint telescopic rotation annular engagement groove, the splint working support hollow plate is set on the splint telescopic rotation limit bracket, and the suspension plate contact engagement gear is engaged and rotated Set on the hollow plate of the splint work bracket, the clamping and rotating connection bracket of the mold plate is set on the contact engagement gear of the suspension plate, the mold clamping plate is set on the clamping and rotating connection bracket of the mold plate, and the clamping The plate preset type extension bracket is set on the mold clamping plate. By setting the clamping plate preset type extension bracket only on the mold clamping plate in one direction, it is convenient to open the mold clamping plate, and the mold plate Can quickly disengage from the mold clamping plate.

Further, the contact-type painting processing device includes a rotary power transmission device and a contact-type pressing and discharging painting device, the rotating power transmitting device is connected with a rotating automatic turning device, and the contact-type pressing and discharging painting device is set On the rotary power transmission device; the rotary power transmission device includes the rotary power end motor, the main power gear, the secondary gear, the auxiliary power gear, the lower end active bevel gear, the lower driven bevel gear, the chain power transmission gear, the transmission chain 1. Chain driven transmission gear, upper main bevel gear and upper driven bevel gear, the main power gear is connected with the rotating connection nested bracket, the rotating power end motor is connected with the main power gear, and the secondary gear is connected with the main power gear The power gear is meshed and connected, the auxiliary power gear is meshed with the secondary gear, the lower active bevel gear is connected with the auxiliary power gear, the lower driven bevel gear is meshed with the lower active bevel gear, and the chain power The transmission gear is connected with the driven bevel gear at the lower end, the transmission chain is meshed with the chain power transmission gear, the chain driven transmission gear is meshed with the transmission chain, and the upper main bevel gear is connected with the chain driven transmission gear. The driven bevel gear at the upper end is meshed with the main bevel gear at the upper end. Through multiple sets of gears, bevel gears and chain structures, the power of the motor at the bottom rotating power end is transmitted to the upper rotating top flat cover plate and the rotating limit cylindrical limit. While connecting the plates, the power is also transmitted to the contact-type pressing and discharging paint device, so that it can obtain the centrifugal force during the rotation.

Further, the contact-type press-discharge painting device includes a paint transfer hollow tube, a press-type paint storage hollow plate, a discharge port shielding plate, a narrow port with a wide middle discharge notch, a contact-type smooth raised block and The contact-type press adjustment spring, the paint delivery hollow tube is connected with the upper driven bevel gear, the press-type paint storage hollow plate is connected with the paint delivery hollow tube, and the discharge port shielding plate is set on the push-type paint On the hollow material storage board, the narrow port, middle wide discharge slot is set on the discharge port shielding plate, and the contact smooth convex block is fitted and slid on the narrow port, middle wide discharge slot, and the contact The pressure adjustment spring is set on the narrow middle wide discharge slot of the port, the contact smooth raised block is connected with the contact press adjustable spring, and the contact smooth raised block is contacted and connected with the narrow middle wide discharge slot of the port , through the deformation of the contact smooth convex block and the plate, the paint can smoothly pass through the discharge slot with a narrow port and a wide middle. In the state of no pressing, the paint with a narrow port and a wide discharge slot is completely contacted. Smooth raised block barrier.

Further, the sides of the push-type paint storage hollow plate are rounded.

Further, the telescopic groove of the snap ring bracket is provided on the connecting bracket of the rotating and flipping equipment, and the snap rack in the suspension plate is connected with the telescopic connecting bracket of the snap ring of the vertical plate.

Further, the bilateral supporting balance rollers are engaged and slidably arranged in the empty groove between the triangular limiting plate for moving the rollers and the triangular groove for moving the rollers.

The beneficial effects obtained by the present invention by adopting the above-mentioned structure are as follows: a kind of die plate production, processing and transshipment equipment provided by this solution has the following beneficial effects:

(1) The three design functions of coating equipment rotation, equipment automatic clamping, and mold plate automatic transfer are realized through a single set of motors;

(2) Using two sets of bilateral support balance rollers to cooperate with the roller moving triangular groove and the roller moving triangular limit plate, the design function of automatically flipping 180° for the connecting bracket of the rotating and flipping equipment can be realized during the process of passing through the roller moving triangular groove;

(3) The ring structure of the vertical plate engagement rotation limit ring engagement block makes the vertical plate engagement rotation limit ring engagement block only move with the movement of the rotation displacement movement connecting the vertical plate. At the same time, there will be no horizontal scaling function;

(4) The structural cooperation between the snap ring bracket telescopic limit horizontal clamp plate and the snap ring bracket telescopic limit horizontal groove realizes that the vertical plate snap ring telescopic connection bracket only has the ability to connect the vertical plate horizontally in the snap ring with the rotation displacement The function of sliding in the telescopic slot of the bracket;

(5) The splint telescopic rotation limit bracket connects the hollow plate of the splint work support with the fixed plate of the floating space position at the bottom of the elastic clamping material, and will not affect the horizontal rotation function of the hollow plate of the splint work support;

(6) Cooperate with the arc-shaped guide rail with increasing curvature, the rotating displacement moving connecting vertical plate, the engaging rack in the suspension plate and the contacting engaging gear of the floating plate to realize the rotating displacement moving connecting vertical plate moving to the increasing curvature When on the curved guide rail, the function of automatically opening the mold clamping plate;

(7) Through the rounded corner structure of the push-type paint storage hollow plate, it is ensured that the push-type paint storage hollow plate can play a guiding role when it contacts with the edge of the mold clamping plate, and avoid direct collision;

(8) Utilizing the connection relationship between the narrow port and the wide discharge slot in the middle, the contact-type smooth raised block and the contact-type pressing adjustment spring, the function of automatically overflowing the paint is guaranteed only in the state of pressing;

(9) The power of the motor is transmitted to the hollow plate of the push-type paint storage material, and the centrifugal force of the rotation is used to spread the paint evenly and expand the discharge range of the paint through the centrifugal force.

Description of drawings

Fig. 1 is a top sectional view of a mold plate production, processing and transfer equipment provided by the present invention;

Fig. 2 is a front sectional view of a mold plate production, processing and transfer equipment provided by the present invention;

Fig. 3 is a perspective view of the rotating automatic turning device and the rotating automatic retractable fixture device;

Fig. 4 is a perspective view of the rotating and flipping limiting and fixing device;

Fig. 5 is the bottom view of the rotating top plane cover plate;

Fig. 6 is a top view of the lower end encircling limit guide rail and the arc guide rail with increasing curvature;

Fig. 7 is a perspective view of the mold clamping plate and the clamping plate preset extension bracket;

Fig. 8 is a three-dimensional sectional view of the expansion slot of the snap ring bracket;

Fig. 9 is a perspective view of the vertical plate engaging rotation limiting annular engaging block;

Fig. 10 is a perspective view of the telescopic limit horizontal clamping plate of the clasp bracket;

Fig. 11 is the perspective view of the hollow plate of the splint work support;

Fig. 12 is a perspective view of a push-type paint storage hollow plate;

Fig. 13 is a three-dimensional structure diagram of the floating space position fixing plate at the elastic bottom end of the clip material and the telescopic rotation limit bracket of the splint;

Fig. 14 is a front sectional view of the discharge opening shielding plate;

Fig. 15 is a top sectional view of the automatic clamping and tightening device and the adjusting automatic turning device.

Among them, 1. Contact paint processing device, 2. Rotating automatic turning device, 3. Rotating automatic retractable fixture device, 4. Rotating and turning limit fixing device, 5. Adjusting automatic turning device, 6. Rotating limit bottom plate, 7. The upper end flips around the cover plate, 8. Rotating and flipping the connecting sleeve, 9. The triangular slot for moving the roller, 10. The triangular limit plate for moving the roller, 11. The connecting bracket for the flipping limit triangular plate, 12. The cylindrical limit for the rotation limit Position connection plate, 13. Rotation connection nesting bracket, 14. Rotation and flipping equipment connection bracket, 15. Rotation and flipping bracket connection arc plate, 16. Bilateral support balance rollers, 17. Rotation self-adjusting position device, 18. Automatic clamp Material elastic device, 19, rotating top flat cover plate, 20, telescopic engagement groove of the top plate, 21, telescopic limit spring inside the top plate, 22, surrounding limit guide rail at the lower end, 23, variable curvature arc guide rail, 24, rotation Displacement mobile connection vertical plate, 25, vertical plate engagement rotation limit annular groove, 26, vertical plate engagement rotation limit annular engagement block, 27, vertical plate engagement ring telescopic connection bracket, 28, engagement ring support Telescopic groove, 29, snap ring support telescopic limit horizontal slot, 30, snap ring support telescopic limit horizontal clamping plate, 31, clamp material elastic bottom suspension space position fixing plate, 32, suspension plate engaging rack groove, 33 . The inner engaging rack of the suspension plate, 34. The contact type engaging gear of the suspension plate. 35. The hollow plate of the splint working support. 36. The telescopic rotation limit bracket of the splint. 37. The telescopic rotation ring engagement groove of the splint. Clamping and rotating connection bracket, 39, mold clamping plate, 40, clamping plate preset type extension bracket, 41, rotating power transmission device, 42, contact type pressing and discharging paint device, 43, rotating power end motor, 44 , driving power gear, 45, secondary gear, 46, auxiliary power gear, 47, lower driving power bevel gear, 48, lower driven bevel gear, 49, chain power transmission gear, 50, transmission chain, 51, chain driven Transmission gear, 52, upper main bevel gear, 53, upper driven bevel gear, 54, paint transmission hollow tube, 55, push-type paint storage hollow plate, 56, discharge port shielding plate, 57, narrow port and wide middle Discharging notch, 58, contact type smooth raised piece, 59, contact type press adjustment spring.

The accompanying drawings are used to provide a further understanding of the present invention, and constitute a part of the description, and are used together with the embodiments of the present invention to explain the present invention, and do not constitute a limitation to the present invention.

Detailed ways

The technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only some of the embodiments of the present invention, not all of them; based on The embodiments of the present invention and all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the protection scope of the present invention.

In describing the present invention, it should be understood that the terms "upper", "lower", "front", "rear", "left", "right", "top", "bottom", "inner", " "Outside" and other indication orientations or positional relationships are based on the orientations or positional relationships shown in the drawings, and are only for the convenience of describing the present invention and simplifying the description, rather than indicating or implying that the referred device or element must have a specific orientation, with a specific configuration and operation, and therefore should not be construed as limiting the invention.

As shown in Figure 1 and Figure 2, a mold plate production, processing and transfer equipment provided by the present invention includes a contact painting processing device 1, a rotating automatic turning device 2 and a rotating automatic retractable clamp device 3, and a rotating automatic turning device 2 Set on the contact paint processing device 1 , the rotary automatic retractable fixture device 3 is connected with the rotary automatic turning device 2 .

As shown in Figure 2, the contact paint processing device 1 includes a rotary power transmission device 41 and a contact press discharge paint device 42, the rotary power transmission device 41 is connected with the rotary automatic turning device 2, and the contact press discharge paint The device 42 is located on the rotary power transmission device 41; the rotary power transmission device 41 includes a rotary power end motor 43, a driving power gear 44, a secondary gear 45, an auxiliary power gear 46, a lower end driving power bevel gear 47, a lower end driven bevel gear 48, chain power transmission gear 49, transmission chain 50, chain driven transmission gear 51, upper end main bevel gear 52 and upper end driven bevel gear 53, active power gear 44 links to each other with rotation automatic turning device 2, rotation power end motor 43 and The main power gear 44 is connected, the secondary gear 45 is meshed with the main power gear 44, the auxiliary power gear 46 is meshed with the secondary gear 45, the lower end active power bevel gear 47 is connected with the auxiliary power gear 46, and the lower driven bevel gear 48 is connected with The lower end driving force bevel gear 47 is engaged and connected, the chain power transmission gear 49 is connected with the lower end driven bevel gear 48, the transmission chain 50 is engaged with the chain power transmission gear 49, the chain driven transmission gear 51 is engaged and connected with the transmission chain 50, and the upper end of the main drive The bevel gear 52 is connected with the chain driven transmission gear 51 , and the upper end driven bevel gear 53 is engaged with the upper end main bevel gear 52 .

As shown in Fig. 2, Fig. 12 and Fig. 14, the contact-type press-discharge painting device 42 includes a paint transfer hollow tube 54, a press-type paint storage hollow plate 55, a discharge opening shielding plate 56, a narrow port and a wide outlet in the middle. Material notch 57, contact type smooth raised block 58 and contact type press adjustment spring 59, paint transfer hollow tube 54 is connected with upper driven bevel gear 53, push type paint storage material hollow plate 55 and paint transfer hollow tube 54 Connected, the discharge port shielding plate 56 is located on the push-type paint storage hollow plate 55, the port narrow middle wide discharge notch 57 is located on the discharge port shielding plate 56, and the contact smooth convex block 58 is engaged and slidable. On the port narrow middle wide outlet slot 57, the contact press adjustment spring 59 is arranged on the port narrow middle wide outlet slot 57, the contact smooth raised block 58 is connected with the contact press adjustment spring 59, the contact smooth The protruding block 58 contacts and connects with the outlet slot 57 with a narrow port and a wide middle.

As shown in Figure 4, the rotating automatic turning device 2 includes a rotating and turning limit fixing device 4 and an adjusting automatic turning device 5. The overturn limit fixture 4 is connected.

As shown in Fig. 1 and Fig. 4, the rotation and turning limit fixing device 4 includes a rotation limit bottom plate 6, an upper end turning and surrounding cover plate 7, a rotating and turning connecting sleeve 8, a triangular groove 9 for roller movement, and a triangular limit plate for roller movement 10 and the connecting bracket 11 of the flipping limiting triangular plate, the rotating limiting base plate 6 is connected with the contact painting processing device 1, the rotating and flipping connecting sleeve 8 is arranged on the rotating limiting base plate 6, and the upper end turning and surrounding cover plate 7 is arranged on the rotating On the flip connecting sleeve 8, the triangular groove 9 for roller movement is set on the upper flip-around cover plate 7, the flip limiting triangular plate connection bracket 11 is set on the rotating flip connecting sleeve 8, and the triangular limit plate 10 for roller movement is set on the flip The limiting triangle is connected to the bracket 11.

As shown in Fig. 1, Fig. 4, and Fig. 15, the adjustment automatic turning device 5 includes a rotation limit cylindrical limit connection plate 12, a rotation connection nesting bracket 13, a rotation turning equipment connection bracket 14, a rotation turning bracket connection arc The plate 15 and the bilateral support balance roller 16, the rotating connection nesting bracket 13 is engaged and rotated on the rotating and flipping connection sleeve 8, and the rotation limiting cylindrical limit connecting plate 12 is connected with the rotating connecting nesting bracket 13, and the rotating and flipping device The connecting bracket 14 is locked and rotated on the side wall of the rotation limit cylindrical limit connecting plate 12, the rotating and turning bracket connecting arc plate 15 is set on the connecting bracket 14 of the rotating and turning equipment, and the bilateral supporting balance rollers 16 are engaged and rotated It is arranged on the connecting arc plate 15 of the rotating and folding bracket.

As shown in Fig. 1, Fig. 3, Fig. 5, Fig. 6, Fig. 8, Fig. 9, Fig. 10, and Fig. 15, the rotating automatic retractable fixture device 3 includes a rotating self-adjusting position device 17 and an automatic clamping and tightening device 18, and the rotating The self-adjusting position device 17 is connected with the rotating automatic turning device 2, and the automatic clamping and elastic device 18 is arranged on the rotating self-adjusting position device 17; the rotating self-adjusting position device 17 includes a rotating top plane cover plate 19, a top plate telescopic engaging groove 20, Telescopic limit spring 21 inside the top plate, lower end wrap-around limit guide rail 22, arc-shaped guide rail with variable curvature 23, rotation and displacement movement connection vertical plate 24, vertical plate engagement rotation limit ring groove 25, vertical plate engagement rotation limiter Position ring snap block 26, vertical plate snap ring telescopic connection bracket 27, snap ring bracket telescopic slot 28, snap ring bracket telescopic limit horizontal slot 29 and snap ring bracket telescopic limit horizontal clip 30, rotate the top flat cover The plate 19 is connected with the nesting bracket 13 of the rotating connection, the top plate telescopic engagement groove 20 is set on the rotating top plane cover plate 19, the telescopic limit spring 21 inside the top plate is set on the top plate telescopic engagement groove 20, and the lower end surrounds the limit guide rail 22 is connected with the rotating automatic turning device 2, and the arc-shaped guide rail 23 with increasing curvature is arranged on the lower end surrounding limit guide rail 22, and one end of the vertical plate 24 connected to the rotation displacement movement is engaged and slid to be arranged on the telescopic engagement groove 20 of the top plate, The other end of the rotating and shifting connecting riser 24 is engaged and slidably arranged on the lower end surrounding limit guide rail 22, and the rotating and shifting moving connecting riser 24 is engaged and slidably arranged on the curved guide rail 23 with increasing curvature. The mobile connection vertical plate 24 is connected with the telescopic limit spring 21 in the top plate, and the vertical plate engages with the rotation limiting annular groove 25 to be arranged on the rotation displacement mobile connection vertical plate 24, and the vertical plate engages with the rotation limiting annular engagement block 26 The joint rotation is arranged on the vertical plate engagement and rotation limit annular groove 25, the vertical plate engagement ring telescopic connection bracket 27 is located on the vertical plate engagement rotation limit ring engagement block 26, and the engagement ring bracket telescopic groove 28 is located on the On the rotating automatic turning device 2, the vertical plate snap ring telescopic connection bracket 27 is engaged and slidably arranged on the telescopic slot 28 of the snap ring bracket, and the telescopic limit horizontal slot 29 of the snap ring bracket is connected with the telescopic slot 28 of the snap ring bracket. The ring bracket telescopic limit horizontal clip 30 is engaged and slidably located on the snap ring bracket telescopic limit horizontal groove 29, and the snap ring support telescopic limit horizontal clip 30 is located on the vertical plate snap ring telescopic connection bracket 27.

As shown in Fig. 3, Fig. 7, Fig. 11, Fig. 13, and Fig. 15, the automatic clamping and tightening device 18 includes a clamping and tightening bottom suspension space position fixing plate 31, a suspension plate engaging rack groove 32, and an inner clamping plate of the suspension plate. Coupling rack 33, suspension plate contact type engaging gear 34, splint working support hollow plate 35, splint telescopic rotation limit bracket 36, splint telescopic rotation ring engagement groove 37, mold plate clamping rotation connection bracket 38, mold clamping The plate 39 and the clamping plate preset extension bracket 40, the fixed plate 31 is set on the rotating top plane cover plate 19, and the suspension plate engaging rack groove 32 is set on the elastic bottom end of the clamping material to suspend On the space position fixed plate 31, the engagement rack 33 in the suspension plate is engaged and slidably arranged on the engagement rack groove 32 of the suspension plate, and the contact engagement gear 34 of the suspension plate is meshed with the engagement rack 33 in the suspension plate. The splint telescopic rotation ring engaging groove 37 is arranged on the fixed plate 31 of the floating space position at the elastic bottom end of the clamping material, the splint telescopic rotation limit bracket 36 is engaged and slidably arranged on the splint telescopic rotation annular engagement groove 37, and the splint working support hollow plate 35 is set on the splint telescopic rotation limit bracket 36, the suspension plate contact engagement gear 34 is engaged and rotated on the splint work bracket hollow plate 35, and the mold plate clamping and rotating connection bracket 38 is located on the suspension plate contact engagement gear 34 , the mold clamping plate 39 is set on the mold plate clamping and rotating connection bracket 38 , and the clamping plate preset extension bracket 40 is set on the mold clamping plate 39 .

As shown in FIG. 12 , the sides of the push-type paint storage hollow plate 55 are rounded.

As shown in Fig. 4, Fig. 8, and Fig. 15, the telescopic groove 28 of the snap ring bracket is located on the connecting bracket 14 of the rotating turning device, and the snap rack 33 in the suspension plate is connected with the telescopic connecting bracket 27 of the vertical plate snap ring.

As shown in Fig. 4 and Fig. 15, the bilateral supporting balance rollers 16 are engaged and slidably arranged in the empty groove between the triangular limiting plate 10 and the triangular groove 9 for moving the rollers.

During specific use, the height of the conveyor belt at the feeding end is placed above the mold clamping plate 39, the receiving conveyor belt is arranged directly below the mold clamping plate 39, and the coating transfer hollow tube 54 is connected to the external coating through a sleeve. Feeding pipe; make the rotating power end motor 43 work, the main power gear 44 rotates, the secondary gear 45 and the auxiliary power gear 46 rotate synchronously, and through the meshing relationship between the lower end driving bevel gear 47 and the lower driven bevel gear 48, the horizontal The power direction of the rotation becomes the vertical direction of rotation, cooperate with the chain power transmission gear 49, the transmission chain 50 and the chain driven transmission gear 51 to transmit the transmission kinetic energy of the lower end to the upper end of the equipment, so that the upper end main bevel gear 52 drives the upper end The driven bevel gear 53 rotates, so that the paint transmission hollow tube 54 rotates together with the upper end driven bevel gear 53. At this time, the push-type paint storage material hollow plate 55 rotates, but due to the contact-type smooth convex block 58 is affected by the contact-type. Pressing the pressing of the adjustment spring 59, the paint cannot pass through the narrow center of the port and the wide discharge notch 57 to realize overflow; during the working process of the motor 43 at the rotating power end, the rotating connection nesting support 13 rotates in the rotating and flipping connecting sleeve 8, and at the same time Drive the rotation limit cylindrical limit connecting plate 12 and the rotating top plane cover plate 19 to rotate; The position is fixed relative to the ground, so that the rotating and turning device connecting bracket 14 that is engaged and rotated on the rotating limit cylindrical limit connecting plate 12 slides along the lower arc edge of the upper turning and surrounding cover plate 7, when the bilateral support is balanced After the roller 16 is in contact with the triangular limiting plate 10 during the movement process, since the space height of the connecting bracket 14 of the rotating and turning equipment is fixed, the connecting bracket 14 of the rotating and turning equipment can only be rotated, so the rotating and turning bracket is connected to the arc plate 15 One end of the upper end is raised and the other end is lowered, but the connecting bracket 14 of the rotating and flipping equipment still moves horizontally at a constant speed, and a group of rollers in the bilateral support balance rollers 16 slide sideways of the triangular limiting plate 10. Empty slot pauses, the front and rear positions of the two groups of rollers supporting the balance rollers 16 on both sides change, and the connecting bracket 14 of the rotating turning device rotates horizontally by 180°; at the same time, the rotating top plane cover plate 19 drives the rotating displacement moving connecting riser 24 to move horizontally, so that It moves along the circular track formed by the lower end wrap-around limit guide rail 22 and the arc guide rail 23 with increasing curvature. 21 deformation, rotation and displacement movement connecting vertical plate 24 slides on the telescopic engagement groove 20 of the top plate. The rotation of the connecting bracket 14 of the rotating and flipping device makes the vertical plate engaging ring telescopic connecting bracket 27 rotate on the vertical plate engaging rotation limiting annular groove 25 on the rotating displacement mobile connecting vertical plate 24 and turn over 180°; due to the suspension plate Inner engagement rack 3 3. As the connecting structure connecting the rotating self-adjusting position device 17 and the hollow plate 35 of the splint work support, when the vertical plate is engaged and rotated to limit the annular engagement block 26 to rotate, the engaging rack 33 in the suspension plate drives the hollow plate of the splint work support. The plate 35 rotates, so that the splint telescopic rotation limit bracket 36 slides in the splint telescopic rotation annular engagement groove 37, and realizes the function of the mold clamping plate 39 rotating 180°; After the arc-shaped guide rail 23 is on, because the vertical plate engagement rotation limit ring engagement block 26 drives the vertical plate engagement ring telescopic connection bracket 27 to slide on the engagement ring support telescopic groove 28, the engagement rack 33 in the suspension plate further Stretch into the hollow plate 35 of the splint work bracket, so that the suspension plate contact engagement gear 34 rotates, the mold plate clamps the rotating connection bracket 38 to rotate, and the mold clamping plate 39 opens to both ends; when the mold clamping plate 39 is overturned , when the clamping plate preset extension bracket 40 is at the bottom, the conveyor belt will drop on the mold clamping plate 39 after feeding, and the clamping plate preset extension bracket 40 will support the sheet material. When the rotation displacement moves the connecting vertical plate After 24 moves to the lower end surrounding type limit guide rail 22, the engaging rack 33 in the suspension plate is moved out from the hollow plate 35 of the splint work support as the rotation displacement moves the connecting vertical plate 24, and the mold clamping plate 39 Automatic clamping of the mold plate; when the clamping plate preset type extension bracket 40 is at the upper end, the rotation displacement movement connecting vertical plate 24 moves to the arc-shaped guide rail 23 with increasing curvature again, and the mold clamping plate 39 is opened, so that the mold The plate falls from the mold clamping plate 39 to the discharge conveyor belt below; during the movement of the mold plate 39 carrying the mold plate, the press-type paint storage hollow plate 55 contacts the mold plate, and the contact type is smooth and convex. The block 58 slides in the port narrow middle wide discharge slot 57 after being squeezed by the mold plate, so that the contact smooth raised block 58 loses the blocking function to the port narrow middle wide discharge slot 57, and the paint is released from the push-type The paint storage hollow plate 55 flows out, and the rotating press-type paint storage hollow plate 55 rotates and spreads the paint evenly. When the mold plate is separated from the contact smooth convex block 58, the narrow port and the middle wide discharge notch 57 are automatically drawn. The contact smooth raised block 58 is pressed closed.

It should be noted that in this article, relational terms such as first and second are only used to distinguish one entity or operation from another entity or operation, and do not necessarily require or imply that there is a relationship between these entities or operations. There is no such actual relationship or order between them. Furthermore, the term "comprises", "comprises" or any other variation thereof is intended to cover a non-exclusive inclusion such that a process, method, article, or apparatus comprising a set of elements includes not only those elements, but also includes elements not expressly listed. other elements of or also include elements inherent in such a process, method, article, or device.

Although the embodiments of the present invention have been shown and described, those skilled in the art can understand that various changes, modifications and substitutions can be made to these embodiments without departing from the principle and spirit of the present invention. and modifications, the scope of the invention is defined by the appended claims and their equivalents.

The present invention and its implementations have been described above, and this description is not limiting. What is shown in the drawings is only one of the implementations of the present invention, and the actual structure is not limited thereto. All in all, if a person of ordinary skill in the art is inspired by it, and without departing from the inventive concept of the present invention, without creatively designing a structure and an embodiment similar to the technical solution, it shall fall within the scope of protection of the present invention.

Claims (10)

1. The utility model provides a mould board production and processing transfer apparatus which characterized in that: the automatic painting and coating device comprises a contact type painting and processing device (1), a rotary automatic overturning device (2) and a rotary automatic winding and unwinding clamp device (3), wherein the rotary automatic overturning device (2) is arranged on the contact type painting and processing device (1), and the rotary automatic winding and unwinding clamp device (3) is connected with the rotary automatic overturning device (2); the automatic rotating turnover device (2) comprises a rotating turnover limiting and fixing device (4) and an automatic adjusting turnover device (5), the rotating turnover limiting and fixing device (4) is connected with the contact painting processing device (1), and the automatic adjusting turnover device (5) is connected with the rotating turnover limiting and fixing device (4).

2. The mold plate producing, processing and transferring apparatus of claim 1, wherein: rotatory upset spacing fixing device (4) are including rotatory spacing bottom plate (6), upper end upset surround formula apron (7), rotatory upset adapter sleeve (8), gyro wheel removal triangular groove (9), gyro wheel removal triangular limiting plate (10) and the spacing set-square linking bridge (11) of upset, rotatory spacing bottom plate (6) link to each other with contact painting processingequipment (1), rotatory upset adapter sleeve (8) are located on rotatory spacing bottom plate (6), on rotatory upset adapter sleeve (8) is located in upper end upset surround formula apron (7), on gyro wheel removal triangular groove (9) is located upper end upset surround formula apron (7), on rotatory upset adapter sleeve (8) is located in upset spacing set-square linking bridge (11), on gyro wheel removal triangular limiting plate (10) is located on upset spacing set-square linking bridge (11).

3. The mold plate producing, processing and transferring apparatus of claim 2, wherein: adjust automatic turning device (5) and include rotatory spacing cylindrical spacing connecting plate (12), the nested support of swivelling joint (13), rotatory tipping arrangement linking bridge (14), the rotatory nested support of turndown a leg joint arc (15) and bilateral support balance gyro wheel (16), the rotation of the nested support of swivelling joint (13) block is rotated and is located on rotatory upset adapter sleeve (8), rotatory spacing cylindrical spacing connecting plate (12) links to each other with the nested support of swivelling joint (13), rotatory tipping arrangement linking bridge (14) block is rotated and is located on the lateral wall of rotatory spacing cylindrical spacing connecting plate (12), the rotatory leg joint arc (15) of turning over is located on the rotatory tipping arrangement linking bridge (14), bilateral support balance gyro wheel (16) block is rotated and is located on the rotatory leg joint arc (15) of turning over.

4. The mold plate producing, processing and transferring apparatus of claim 3, wherein: the rotary automatic retractable clamp device (3) comprises a rotary self-adjusting position device (17) and an automatic clamping and loosening device (18), the rotary self-adjusting position device (17) is connected with the rotary automatic turnover device (2), and the automatic clamping and loosening device (18) is arranged on the rotary self-adjusting position device (17); rotatory self-interacting position device (17) including rotatory top plane apron (19), the flexible block groove of roof (20), flexible limiting spring (21) in the roof, lower extreme surrounding type limiting guide rail (22), increase and become camber arc guide rail (23), rotatory dislocation removal connection riser (24), riser block rotation limiting ring groove (25), riser block rotation limiting ring block (26), perpendicular integrated circuit ring flexible connecting support (27), block ring support flexible groove (28), the flexible limiting horizontal groove of snap ring support (29) and the flexible limiting horizontal snap ring support (30) of snap ring support, rotatory top plane apron (19) link to each other with swivelling joint nested support (13), rotatory top plane apron (19) is located to the flexible block groove of roof (20), flexible limiting spring (21) is located on the flexible block groove of roof (20) in the roof, lower extreme surrounding type limiting guide rail (22) link to each other with rotatory automatic turning device (2), increase and become camber arc guide rail (23) and locate on lower extreme surrounding type limiting guide rail (22) the flexible block guide rail (24) the flexible block groove (24) and become camber slide the flexible connecting groove (24), the flexible limiting ring slide connecting plate (24) and become camber and become the flexible connecting groove (24) and move on the flexible block groove (24), the flexible block ring cover (23) and locate the flexible connecting support (13) and become the flexible connecting support and become the flexible block ring cover plate (23) and become the vertical plate (24) and become the flexible connection riser block groove (24) and become the vertical plate (20) and become On, the rotation shifts and removes connecting riser (24) and roof in the extension limiting spring (21) link to each other, the riser block rotates spacing annular groove (25) and locates on the rotation shifts and removes connecting riser (24), the riser block rotates spacing annular clamping piece (26) block and rotates and locate on riser block rotation spacing annular groove (25), perpendicular integrated circuit board closes ring flexible connecting support (27) and locates on riser block rotation spacing annular clamping piece (26), rotatory automatic turning device (2) is located in snap ring support flexible groove (28), perpendicular integrated circuit board closes ring flexible connecting support (27) block and slides and locates on snap ring support flexible groove (28), snap ring support flexible spacing horizontal groove (29) link to each other with snap ring support flexible groove (28), snap ring support flexible spacing horizontal cardboard (30) block slides and locates on snap ring support flexible spacing horizontal groove (29), snap ring support flexible spacing horizontal cardboard (30) locate on perpendicular ring flexible connecting support (27).

5. The transfer apparatus for mold plate production according to claim 4, wherein: the automatic clamping and loosening device (18) comprises a clamping and loosening bottom suspension spatial position fixing plate (31), a suspension plate clamping rack groove (32), a suspension plate inner clamping rack (33), a suspension plate contact type clamping gear (34), a clamping plate working support hollow plate (35), a clamping plate telescopic rotation limiting support (36), a clamping plate telescopic rotation annular clamping groove (37), a mold plate clamping rotation connecting support (38), a mold clamping plate (39) and a clamping plate preset type extension support (40), wherein the clamping and loosening bottom suspension spatial position fixing plate (31) is arranged on a rotating top plane cover plate (19), the suspension plate clamping rack groove (32) is arranged on the clamping and loosening bottom suspension spatial position fixing plate (31), the clamping rack (33) in the suspension plate is slidably arranged on the suspension plate clamping rack groove (32), the suspension plate contact type clamping gear (34) is engaged and connected with a clamping rack (33) in the suspension plate, the clamping plate telescopic rotation annular clamping groove (37) is arranged on the clamping and loosening suspension spatial position fixing plate (31), the clamping plate working support hollow plate (35) is arranged on the clamping plate rotary telescopic support (35), the die plate clamping and rotating connecting support (38) is arranged on the suspension plate contact type clamping gear (34), the die clamping plate (39) is arranged on the die plate clamping and rotating connecting support (38), and the clamping plate presetting type extending support (40) is arranged on the die clamping plate (39).

6. The transfer apparatus for mold plate production according to claim 5, wherein: the contact type painting processing device (1) comprises a rotary power transmission device (41) and a contact type pressing discharging painting device (42), the rotary power transmission device (41) is connected with the rotary automatic turnover device (2), and the contact type pressing discharging painting device (42) is arranged on the rotary power transmission device (41); the rotary power transmission device (41) comprises a rotary power end motor (43), a main power gear (44), a secondary gear (45), an auxiliary power gear (46), a lower end driving power bevel gear (47), a lower end driven bevel gear (48), a chain power transmission gear (49), a transmission chain (50), a chain driven transmission gear (51), an upper end main bevel gear (52) and an upper end driven bevel gear (53), wherein the main power gear (44) is connected with a rotary connecting nested bracket (13), the rotary power end motor (43) is connected with the main power gear (44), the secondary gear (45) is in meshing connection with the main power gear (44), the auxiliary power gear (46) is in meshing connection with the secondary gear (45), the lower end driving power bevel gear (47) is connected with the auxiliary power gear (46), the lower end driven bevel gear (48) is in meshing connection with the lower end driving power bevel gear (47), the chain power transmission gear (49) is connected with the lower end driven bevel gear (48), the transmission chain (50) is in meshing connection with the chain transmission gear (49), the chain transmission gear (51) is connected with the main power transmission gear (51), and the upper end driven bevel gear (53) is connected with the transmission chain transmission bevel gear (51), and the upper end driven bevel gear (53) is in meshed connection with the upper end main bevel gear (52).

7. The mold plate producing, processing and transferring apparatus of claim 6, wherein: the contact type pressing discharging painting device (42) comprises a paint transfer hollow tube (54), a pressing type paint storage hollow plate (55), a discharging port baffle plate (56), a narrow-middle wide discharging notch (57) of a port, a contact type smooth convex block (58) and a contact type pressing adjusting spring (59), the paint transfer hollow tube (54) is connected with an upper-end driven bevel gear (53), the pressing type paint storage hollow plate (55) is connected with the paint transfer hollow tube (54), the discharging port baffle plate (56) is arranged on the pressing type paint storage hollow plate (55), the narrow-middle wide discharging notch (57) of the port is arranged on the discharging port baffle plate (56), the contact type smooth convex block (58) is clamped on the narrow-middle wide discharging notch (57) of the port in a sliding manner, the contact type pressing adjusting spring (59) is arranged on the narrow-middle wide discharging notch (57) of the port, the contact type smooth convex block (58) is connected with the contact type pressing adjusting spring (59), and the smooth convex block (58) is connected with the narrow-middle wide discharging notch (57) of the port in a contact manner.

8. The mold plate producing, processing and transferring apparatus of claim 7, wherein: the side edge of the pressing type paint storage hollow plate (55) is set to be a rounded corner.

9. The transfer apparatus for mold plate production according to claim 8, wherein: the clamping ring support telescopic groove (28) is arranged on the rotary turnover equipment connecting support (14), and the clamping rack (33) in the suspension plate is connected with the vertical plate clamping ring telescopic connecting support (27).

10. The mold plate producing, processing and transferring apparatus of claim 9, wherein: the bilateral support balance roller (16) is clamped and slidably arranged in a hollow groove between the roller moving triangular limit plate (10) and the roller moving triangular groove (9).

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