CN107814025A - A kind of buffering packaging box of ceramic bowl - Google Patents

Abstract

The invention discloses a buffer packaging box for ceramic bowls, which can be used to place a plurality of ceramic bowls. It adopts a split-type all-paper structure, which includes an outer box, a bottom support card arranged in the outer box, several partition cards, and the outer box , Bottom card, and spacer card are all formed by die-cutting a piece of cardboard. The buffer packaging box for ceramic bowls provided by the present invention adopts an all-paper structure. Aiming at the packaging of multiple ceramic bowls, a suspended and isolated safe transportation can be realized through bottom trays and multiple partition cards. In addition, according to the properties of ceramics, corrugated paper is used as The packaging material design is all paper packaging, which can not only strengthen product sales, increase the added value of products, but also be safe and environmentally friendly. In addition, by changing the material of corrugated materials and applying surface treatment, it can meet the packaging requirements of products with different market positioning. Its low cost, The exquisite and environmentally friendly features will make it a trend in the packaging industry.

Description

A buffer packaging box for ceramic bowls

technical field

The invention relates to the technical field of product packaging, in particular to a cushioning packaging box for ceramic bowls.

Background technique

Ceramic tableware has always been favored by people because of its delicate and safe features, and is sold well both at home and abroad. However, as a fragile product, the packaging of ceramic tableware is particularly important. The packaging must not only have good protection performance, but also be convenient for transportation and meet environmental protection requirements. Ceramic market requirements: 1. Safety and environmental protection: most of the ceramic tableware consumers are people who pay attention to environmental protection and quality of life, so the packaging of ceramic tableware must also conform to its safety and environmental protection temperament; 2. Functionality and practicability: all Consumers hope that the products they buy are still intact after long-distance transportation, so they need packaging to protect the products; Various tableware, ceramic tableware usually has a strong artistic atmosphere, giving users a different experience, so the packaging needs to be flexible and full of temperament to meet the requirements of different consumer groups; 4. Diversification and personalization: people's interest in life The pursuit of food is becoming more and more diversified and personalized, so there are a series of tableware designs for a certain consumer group on the market, and the shapes are ever-changing, requiring good flexibility in the packaging structure.

At present, the common packaging of ceramic tableware in the market is a combination of paper and plastic, using foam or blister materials as cushioning packaging materials, but the printability and environmental protection of plastic and foam are poor, and the consumption of packaging materials is large, which is likely to cause environmental pollution. Does not conform to the concept of "green packaging". In addition, the support strength of foam and plastic is weak, the safety protection effect on tableware is not good, and it has a great impact on the subsequent environment and is inconvenient to handle.

Therefore, it is hoped to design a more economical, practical and environment-friendly buffer packaging box to meet the needs of this field.

Contents of the invention

The purpose of the present invention is to provide a buffer packaging box for ceramic bowls, which solves the problems of large consumption of ceramic bowl packaging materials, complex process structure and poor environmental protection.

For reaching this purpose, the present invention adopts following technical scheme:

A buffer packaging box for ceramic bowls, which can be used to place multiple ceramic bowls, adopts a split-type all-paper structure, which includes an outer box, a bottom support card arranged in the outer box, several spacers, an outer box, and a bottom support card , The partition card is formed by die-cutting a piece of cardboard.

The bottom support card includes a support plate, and side wing plates are respectively extended along the two sides of the support plate, and the ends of the two side wing plates are provided with support parts. Lean on the supporting plate to form a supporting base. There is a round hole on the supporting plate. The circular hole extends along the direction of the center of the circle with a number of cushioning pieces. The cushioning pieces are cut between two to form. The two supporting parts are provided with the cross-sectional shape of the ceramic bowl. The same arc-shaped groove, the bottom of the arc-shaped groove corresponds to the bottom of the bowl is set as a flat side, the two flat sides are respectively extended with supporting pieces, the two supporting pieces are turned outward, and the bottom of the ceramic bowl is put in from the round hole. Push the buffer sheet down until the bowl wall touches the curved groove and the bottom of the bowl is supported by the support sheet. It can effectively protect the porcelain bowl from tilting and shaking, and has the effect of suspension and isolation.

The spacer card is placed between two ceramic bowls, including the spacer. A circular area on the spacer is die-cut with several centripetal edges to form a number of spacers. The diameter of the circle area is smaller than the diameter of the bowl mouth. The mouth of the bowl and the bottom of the upper bowl are pressed down from the circular area, and the spacer is pushed away until it is stuck in the opening of the circular area and suspended from the lower bowl. Simple molding, convenient assembly, convenient production, environmental protection, good protection performance, absolute suspended ceramic bowl, just press the ceramic bowl down when assembling, and it can fit the bowl surface well.

Wherein, clamping plates are respectively extended along the other two sides of the supporting plate, and the ends of the two clamping plates are provided with clamping parts. After the face of the clamping plate is folded over, the two clamping parts are inserted into the supporting base and the two clamping grooves are used to clamp the two ends of the two attached supporting parts. Increase the stability of the bottom support card to prevent force deformation.

Wherein, the four sides of the partition are extended with flanges, and the four flanges are folded 90 degrees toward the lower surface of the partition and lean against the inner wall of the outer box. Limit the movement of the partition card, prevent the upper bowl from tilting, and increase the overall stability.

Wherein, the outer box includes a top board and four side boards, and one end of the two side boards on both sides of the top board is extended with a dust-proof wing, and the two dust-proof wings include a dust-proof board and a heightening board, and the heightening board is folded to form a convex shape. The raised part is folded against the inner side of the dust-proof plate, and when the two dust-proof wings are covered, the two raised parts are pressed against the mouth of the ceramic bowl. When the size of the bowl inside the box changes, the structure of the protrusion can be adjusted appropriately to meet the pressing effect, and the outer box is not necessarily replaced.

Among them, the dust-proof board is die-cut to form a lock, and the height-increasing plate is provided with a lock hole. After the height-increasing plate is folded, the lock hole is close to the lock, and the lock is pressed downward from the upper surface of the dust-proof board to lock the lock. Buckled in the keyhole to fix. Used to shape the raised part and prevent loosening.

Wherein, the outer box includes a top board and four side boards, buckles extending from ends of the four side boards away from the top board, and the four buckles are interlocked to form a bottom board.

The beneficial effect of the present invention is that, compared with the prior art, the buffer packaging box of the ceramic bowl adopts an all-paper structure, and for the packaging of multiple ceramic bowls, the suspended isolation type can be realized through the bottom support card and multiple spacer cards. In addition, according to the properties of ceramics, corrugated paper is used as the packaging material to design all-paper packaging, which can not only strengthen product sales, increase product added value, but also be safe and environmentally friendly. In addition, by changing the material of corrugated materials and applying surface treatment can meet The packaging requirements of different market positioning products, its low cost, exquisite, and environmental protection characteristics will make it a trend in the packaging industry.

Description of drawings

Fig. 1 is the structural representation of the outer box of the cushioning packing box of the ceramic bowl that the specific embodiment of the present invention provides;

Fig. 2 is a schematic structural view of the bottom holder of the buffer packaging box of the ceramic bowl provided by the specific embodiment of the present invention;

Fig. 3 is a structural schematic diagram of the partition card of the cushioning packaging box of the ceramic bowl provided by the specific embodiment of the present invention;

Fig. 4 is the packaging schematic diagram of the buffer packaging box of the ceramic bowl provided by the specific embodiment of the present invention;

FIG. 5 is an exploded view of FIG. 4 .

Detailed ways

The technical solutions of the present invention will be further described below in conjunction with the accompanying drawings and through specific implementation methods.

Please refer to Figures 1 to 5, taking the packaging of three ceramic bowls as an example. The bottom support card 2 and the two spacer cards 3 in the box 1, the outer box 1, the bottom support card 2, and the spacer cards 3 are all formed by die-cutting a piece of cardboard.

Bottom support card 2 comprises supporting plate 21, is respectively extended along the two sides of supporting plate 21 and is provided with side wing plate, and the end of two side wing plates 22 is all provided with support portion 23, and after two side wing plates 22 face to turn over, both sides A supporting portion 23 fits and leans against the supporting plate 21 to form a supporting base. The supporting plate 21 is provided with a circular hole. , the buffer sheet 24 is cut between two pairs, and the two supporting parts 23 are provided with an arc-shaped groove 231 consistent with the cross-sectional shape of the ceramic bowl 4, and the bottom of the arc-shaped groove 231 is set as a flat side 232 corresponding to the bottom of the bowl. The flat sides 232 are respectively extended with supporting pieces 25, and the two supporting pieces 25 are turned outwards.

The bottom support card 2 can effectively protect the ceramic bowl 4 from tilting and shaking, and has the effect of suspension isolation.

Clamping plates 26 are respectively extended along the other two sides of the supporting plate 21, and the ends of the two clamping plates 26 are provided with clamping parts 27, and the two clamping parts 27 are provided with clamping parts corresponding to the joints of the two supporting parts 23. Slot 271, after the two clamping plates 26 are turned over, the two clamping parts 27 are inserted into the support base and the two fitting support parts 23 are clamped at both ends by the two clamping grooves 271, increasing the bottom support card 2 Stability to prevent force deformation.

Spacer card 3 is put between two ceramic bowls 4, comprises dividing plate 31, and a circular area on dividing plate 31 die-cuts some centripetal edges to form some spacers 32, and the diameter of circular area is less than the diameter of bowl mouth.

In particular, if there is waste material in the middle of the die-cut circular area, it can be kept connected with a spacer 32 to avoid additional waste treatment steps.

The four sides of the partition 31 are all extended with flanges 33, and the four flanges 33 are folded 90 degrees to the lower surface of the partition 31 and lean against the inner wall of the outer box 1 to limit the movement of the partition card 3. Increase overall stability.

The spacer 3 is easy to form, easy to assemble, easy to produce, environmentally friendly, and has good protection performance. The ceramic bowl 4 is absolutely suspended in the air. When assembling, you only need to press the ceramic bowl 4 down to fit the bowl surface well.

The outer box 1 includes a top plate 11 and four side plates 12, and one end of the two side plates 12 on both sides of the top plate 11 is extended with a dust-proof wing, and the two dust-proof wings include a dust-proof plate 13 and a heightening plate 14 to increase the height. The plate 14 is folded to form a bulge and leans against the inner side of the dustproof plate 13. When the two dustproof wings are covered, the two bulges are pressed against the mouth of the ceramic bowl 4. When the size of the bowl inside the box changes, the structure of the protrusion can be properly adjusted to meet the pressing effect, and the outer box 1 is not necessary to be replaced.

A lock 131 is formed by die-cutting on the dustproof plate 13, and a lock hole 141 is opened on the heightening plate 14. After the heightening plate 14 is folded, the lock hole 141 leans against the lock 131, and is pressed downward from the upper surface of the dustproof plate 13. The locking buckle 131 is buckled in the locking hole 141 to fix the locking buckle 131 . The lock catch 131 is folded from the dust-proof plate 13 and enters the lock hole 141, which is used for shaping the protrusion and preventing it from loosening. Meanwhile, the holes formed on the dust-proof plate 13 help to open the dust-proof wing conveniently.

The outer box 1 includes a top board 11 and four side boards 12 , each of the four side boards 12 has buckles 15 extending from ends away from the top board 11 , and the four buckles 15 are interlocked to form a bottom board. Or the bottom plate can also be in other configuration forms.

The three ceramic bowls 4 pass through the bottom holder 2 and the spacer 3, and are well isolated from the edge, meeting the harsh express transportation.

The specific packaging process of the three bowls is:

(1) A cardboard is die-cut and folded to form an outer box 1, and the bottom plate of the outer box 1 is formed by interlocking four buckles 15;

(2) Fold the bottom support card 2 formed by die-cutting a cardboard, put the support plate 21 with the round hole upwards into the bottom of the inner space of the outer box 1;

(3) Put the bottom of the first ceramic bowl 4 from the round hole, and push the buffer sheet 24 downward until the bowl wall touches the arc groove 231 and the bottom of the bowl is supported by the supporting sheet 25;

(4) Fold the spacer card 3 formed by die-cutting a cardboard, and cover the mouth of the first ceramic bowl 4, press down the bottom of the second ceramic bowl 4 from the circular area, and push the spacer 32 away , until stuck in the mouth of the circular area and suspended from the first ceramic bowl 4;

(5) place the third ceramic bowl 4 on the second ceramic bowl 4 with step (4);

(6) Fold the dust-proof wing of the outer box 1 into an inner protrusion and lock it, close the two dust-proof wings, and press the two protrusions on the third ceramic bowl 4, so that the three bowls are evenly pressed no movement

(7) Close the top plate 11 of the outer box 1, and the packaging is completed.

The advantages of the cushioning packaging box provided by this implementation: all-paper packaging, the raw materials and waste of paper are environmentally friendly and safe, and it is also a commonly used packaging material in medium and high-end packaging at present.

①Flexible positioning, according to different product positioning, different grades of tableware packaging can be realized by changing the material of the paper;

②Safe and reliable, all-paper packaging is safer and more reliable, making consumers more assured of the safe use of products;

③Exquisite printing, paper printing performance is good, and it can better convey product information in all directions, but the foam lining cannot do this;

④ High utilization rate, flexible paper structure change, no need to rely entirely on thickness for cushioning, which can improve the utilization rate of packaging materials and space.

The advantages of the resulting cushioning packaging technology are:

① Energy saving and environmental protection, simple assembly;

② Suspension isolation of fragile products, safe and reliable;

③The packaging material is all paper, which is absolutely environmentally friendly;

④The packaging is made of corrugated cardboard, which can be 100% recycled and reused;

⑤ The packaging protects the product firmly in the air, which is safe and reliable, and meets the requirements of the transportation test and the relevant national ISTA test;

⑥Packaging is suitable for all fragile, fragile, and fragile product packaging, especially irregular ceramic bowl products;

⑦Ingenious packaging structure, low cost, high efficiency, and good product protection performance.

To sum up, the buffer packaging box for ceramic bowls in this example adopts an all-paper structure, and for the packaging of multiple ceramic bowls, it can be safely transported in a suspended and isolated manner through bottom tray cards and multiple partition cards. In addition, according to Ceramic properties, using corrugated paper as the packaging material to design all-paper packaging can not only strengthen product sales, increase product added value, but also be safe and environmentally friendly. In addition, by changing the material of corrugated materials and applying surface treatment, it can meet the packaging of products in different market positioning Requirements, its low cost, exquisite, and environmentally friendly features will make it a trend in the packaging industry.

The above embodiments have only set forth the basic principles and characteristics of the present invention, the present invention is not limited by the above-mentioned examples, and on the premise of not departing from the spirit and scope of the present invention, the present invention also has various changes and changes, and these changes and changes all fall within the scope of the claimed invention. The protection scope of the present invention is defined by the appended claims and their equivalents.

Claims (6)

1. a kind of buffering packaging box of ceramic bowl, available for placing multiple ceramic bowls, it is characterised in that use split type full papery Structure, including outer box and the collet card, some every card that is arranged in the outer box, the outer box, collet card, every card be one Cardboard is die cut to be formed；

The collet card includes supporting plate, is each extended over along two sides of the supporting plate and is provided with side wing, two side wings End be provided with supporting part, after turnover, two supporting parts be bondeds and described in being resisted against two side wings Supporting plate forms support base, offers circular hole on the supporting plate, the circular hole is extended with some buffer substrate tablets along center of circle direction, described Buffer substrate tablet is cut to be formed between any two, and the deep-slotted chip breaker consistent with the section shape of ceramic bowl is offered on two supporting parts, The bottom of the deep-slotted chip breaker corresponds to bottom of bowl and is arranged to flat side, and two flat sides each extend over and are provided with supporting spring, two supports Piece is outwards flat to be turned over, and the bottom of bowl of ceramic bowl is put into from the circular hole, pushes the buffer substrate tablet open downwards, until bowl wall and the deep-slotted chip breaker Touch and bottom of bowl is held by the supporting spring；

It is described between card is put in two ceramic bowls, including dividing plate, a border circular areas is die cut some centripetal side shapes on the dividing plate Into some spacers, the diameter of the border circular areas is less than the diameter of the rim of a bowl, and the spacer is set up in the rim of a bowl of lower bowl, on The bottom of bowl of bowl pushes from the border circular areas, pushes the spacer open, until being stuck in the border circular areas mouth and hanging with lower bowl.

2. the buffering packaging box of ceramic bowl according to claim 1, it is characterised in that：Along other two side of the supporting plate Each extend over and be provided with clamp, the end of two clamps is provided with clamping section, corresponding two institutes in two clamping sections State supporting part joint place and offer clip slot, for two clamps after turnover, the support bottom is inserted in two clamping sections Seat simultaneously carries out both ends clamping by two clip slots to the supporting part of two fittings.

3. the buffering packaging box of ceramic bowl according to claim 1, it is characterised in that：Prolong four sides of the dividing plate Stretch and be provided with flange, four flange turn down 90 degree to the lower surface of the dividing plate and are resisted against the inwall of the outer box.

4. the buffering packaging box of ceramic bowl according to claim 1, it is characterised in that：The outer box include top plate and four Side plate, dust flaps are extended with positioned at one end of two side plates of the top plate both sides, two dust flaps include Dust excluding plate and increase plate, the coiled sheet that increases is rolled over to form lug boss and be folded against in the inner side of the dust excluding plate, and two described dust-proof When the wing covers, two lug bosses are pressed in the rim of a bowl of ceramic bowl.

5. the buffering packaging box of ceramic bowl according to claim 4, it is characterised in that：On the dust excluding plate cross cutting formed with Lock, described increase offer lockhole on plate, it is described increase coiled sheet folding after the lockhole be against at the lock, from described dust-proof The upper surface of plate presses down on the lock, and described be buckled in the lockhole is fixed.

6. the buffering packaging box of ceramic bowl according to claim 4, it is characterised in that：The outer box include top plate and four Side plate, four one end of the side plate away from the top plate are extended with buckle, and four buckles interlock to form bottom plate.