CN211970409U - An egg buffer packing box and its cut pieces - Google Patents

Abstract

The utility model discloses an egg buffering packing carton and cut-parts thereof, egg buffering packing cut-parts is including the main bearing board that is provided with a plurality of egg arrangement holes and the vice bearing board that corresponds main bearing board setting, main bearing board is provided with main plugboard and first connecting plate respectively along width direction both sides, first connecting plate is connected with vice bearing board, one side that vice bearing board kept away from main bearing board is provided with the second connecting plate the same with first connecting plate size. Egg buffering packing carton through a piece formula folding forming, the insertion and combination lock joint carries out six free formula protections to the egg, and this kind of packing carton can participate in selling as egg packing carton, or again or unpack the back as secondary transportation auxiliary article, effectively improves egg packing article utilization ratio, reduces the cost of transportation.

Description

An egg buffer packing box and its cut pieces

technical field

The utility model relates to the technical field of carton packaging, in particular to an egg buffer packaging cut piece and an egg buffer packaging box made of the cut piece.

Background technique

Eggs are sold in the market as a common ingredient. However, due to the shock and collision of eggs during transportation and damage, pulp egg trays and egg boxes are used to facilitate transportation. However, traditional pulp egg trays belong to transit packaging, which is low-cost and convenient for transportation. The structure is fragile, the protection effect is not ideal, and there is only a tray without a cover, so it cannot be used as a terminal sales package. , the top of the carton main body is connected with a carton cover, and the left side of the carton cover is fixedly connected with a support bar, the outer ring of the carton main body is provided with a fixing frame, and the inner bottom of the carton main body is fixedly connected with a foam pad, so The top of the foam pad is provided with a raised structure, and the position and quantity of the raised structure of the foam pad correspond to the position and quantity of the groove structure at the bottom of the egg holder, the top of the foam pad is placed with an egg holder, and the egg holder is The outer ring is movably connected with a plastic inner buckle, the right side of the plastic inner buckle is fixedly connected with the carton main body, and the inner side of the carton main body is provided with a fixing strip; this kind of packaging adopts a fixing strip, a support strip, a foam pad and a plastic inner buckle Although the purpose of protecting eggs can be achieved by fixing and protecting the egg tray, the workmanship is complicated and the cost is high, and it can only be used as a transportation aid and cannot participate in the terminal sales process, resulting in further cost waste.

SUMMARY OF THE INVENTION

Aiming at the problems of low structural strength and unsatisfactory protection effect of paper egg packaging in the prior art; it is simply used for transit and transportation aids and cannot participate in terminal sales, resulting in cost waste. The buffer packaging box protects the eggs on six sides. This packaging box can be sold as an egg packaging box, or it can be used as a secondary transportation aid after dismantling, which can effectively improve the utilization rate of egg packaging products and reduce transportation costs.

In order to achieve the above object, the utility model adopts the following technical solutions:

An egg buffer packaging cut piece, comprising a main support plate provided with a plurality of egg placement holes and a sub-support plate corresponding to the main support plate, the main support plate is respectively provided with a main plug on both sides along the width direction plate and a first connecting plate, the first connecting plate is connected with the auxiliary supporting plate, the side of the auxiliary supporting plate away from the main supporting plate is provided with a second connecting plate with the same size as the first connecting plate, so The side of the second connecting plate away from the auxiliary supporting plate is provided with a main insert; the main supporting plate is provided with main connecting side plates on both sides along the length direction, and the main connecting side plate on one side is far away from the main supporting plate One side of the plate is provided with a main side insert, the other side of the main connection side plate is provided with a first cover plate on the side away from the main support plate, and both sides of the auxiliary support plate are provided with corresponding main connection side plates. Auxiliary connection side plate, one side of the auxiliary connection side plate away from the auxiliary support plate is provided with auxiliary side inserts, and the side of the auxiliary connection side plate of the other side away from the auxiliary support plate is provided with a second cover plate . The egg buffer packaging cut piece disclosed by the utility model is a one-piece structure, which effectively avoids connection processes such as cutting and gluing. The main supporting plate and the auxiliary supporting plate are components that directly engage the eggs, and correspondingly are provided with egg placement holes. The main supporting plate is connected with the auxiliary supporting plate through the first connecting plate, and is completed by the main insert Closure with sub-bearing plate. The main connecting side plates on both sides of the main support plate are used to connect the first cover plate and the main side inserts to ensure that the first cover plate and the main support plate can be smoothly closed in the length direction. The main connecting side plate and the first cover plate between the plate and the main supporting plate are bent 90° in turn toward the main supporting plate, and then the main connecting side plate and its upper main side arranged on the other end of the main supporting plate are bent. The inserts are bent by 90° in the direction of the main support plate, so that the main side inserts and the first cover plate can be inserted and connected. A cavity structure for buffer protection of eggs; correspondingly, the auxiliary connecting side plates arranged on both sides of the auxiliary supporting plate along the length direction are connected to the auxiliary connecting side plates to ensure that the second cover plate is also connected while connecting the second cover plate. A secondary side insert that can be smoothly closed in the length direction with the secondary supporting plate, the secondary connecting side plate and the second cover arranged between the second cover and the secondary supporting plate are in turn in the direction of the secondary supporting plate. Bend 90°, and then bend the secondary connecting side plate and its upper secondary side insert on the other end of the secondary supporting plate to the direction of the secondary supporting plate by 90 degrees in turn, so that the secondary side insert and the second cover can be formed. The boards are connected by inserting, and after the inserting is completed, a cavity structure for buffering and protecting the eggs is also formed between the sub-supporting plate and the second cover plate.

Preferably, the tongue piece includes a first tongue piece, a second tongue piece, a third tongue piece and a fourth tongue piece, a first tongue piece is provided on the main plug board; the tongue groove includes a first tongue piece The groove, the second tongue groove, the third tongue groove and the fourth tongue groove, the side of the auxiliary support plate away from the main support plate is provided with a first tongue groove. The first tongue piece can be inserted and connected with the first tongue groove, so that the main insertion plate and the first connection plate are arranged in parallel, and then the two sides of the edge are closed and protected after the main supporting plate and the auxiliary supporting plate are buckled.

Preferably, the second cover plate is provided with a fourth tongue piece, the main insertion piece is provided with a fourth tongue groove, and the auxiliary connection side plate between the auxiliary support plate and the second cover plate is a transition plate, The distance between the fourth tongue piece and the transition plate is equal to the distance between the fourth tongue groove and the transition plate; the fourth tongue groove and the first tongue groove are staggered. The fourth tongue piece can be inserted and connected with the fourth tongue groove, so that the side of the auxiliary support plate away from the first connecting plate forms a closed protection. The fourth tongue-groove and the first tongue-groove are dislocated to prevent the fourth tongue-groove from closing and protecting the outer side of the auxiliary supporting plate and the first tongue that simultaneously completes the closing and protection between the main supporting plate and the auxiliary supporting plate. sheet interferes.

Preferably, it is characterized in that a second tongue piece is arranged on the side of the first cover plate away from the main support plate, and a second tongue groove is arranged on the main side insertion piece. The second tongue piece can be inserted and connected with the second tongue groove, so as to complete the closing protection of both sides of the main support plate in the length direction.

Preferably, the side of the second cover plate away from the auxiliary support plate is provided with a third tongue piece, and the auxiliary side insert piece is provided with a third tongue groove. The second tongue piece can be inserted and connected with the second tongue groove, so as to complete the closing protection of both sides of the sub-supporting plate in the length direction.

Preferably, the main support plate has a rectangular structure, the first cover plate and the main support plate have the same size, the second cover plate and the auxiliary support plate have the same size, and the auxiliary connection side plate is wider than the main support plate. Connection side panel width. The main support plate is buckled with the first cover plate and maintains the same distance as the width of the main side connecting plate. Correspondingly, the auxiliary support plate is buckled with the second cover plate and maintains the same width as the auxiliary side connecting plate. the distance. Because the width of the auxiliary connecting side plate is larger than the width of the main connecting side plate, the height of the cavity between the main supporting plate and the first cover plate is slightly smaller than the height of the cavity between the auxiliary supporting plate and the second cover plate. This structure is more suitable for storing eggs with a large end and a small end. When placing the eggs, the smaller end of the egg can be joined with the auxiliary supporting plate, and the larger end can be joined with the main supporting plate, so as to ensure that the two ends of the egg are connected with the first cover plate and the main supporting plate. The second cover plate maintains a suitable distance.

The utility model also discloses an egg buffer packing box made of the above-mentioned egg buffer packing cut pieces, which comprises a parallel upper module and a lower module, and the upper module and the lower module are both cavity structures and connected by a first connecting plate , the upper module is buckled and arranged above the lower module, the adjacent surfaces of the upper module and the lower module are provided with egg placement holes, the upper module is provided with a main insert, and the main insert is parallel to the first connecting plate set, and plug and connect with the lower module. The main supporting plate of the lower module and the auxiliary supporting plate of the upper module together form a suspended structure for clamping eggs. Since a buffer cavity is provided between the main supporting plate and the first cover plate, the auxiliary supporting plate A buffer cavity is also set between the second cover plate and the egg to ensure that there are protective layers on the upper and lower ends of the egg, and the main supporting plate and the auxiliary supporting plate firmly clamp the egg between the upper module and the lower module. time, so that the eggs can be fully protected in all six directions.

Therefore, the utility model has the following beneficial effects: (1) the egg is suspended on six sides through a one-piece egg buffer packaging box that is folded and formed, and is inserted and buckled, so as to effectively avoid the collision of the product during transportation; (2) The egg buffer packaging box can be sold as an egg packaging box, or it can be used as a secondary transportation aid after dismantling, which can effectively improve the utilization rate of egg packaging products and reduce transportation costs; (3) The main supporting plate and the first cover The height of the cavity between the plates is slightly smaller than the height of the cavity between the sub-supporting plate and the second cover plate. This structure is more suitable for storing eggs with a large end and a small end; (4) The key positions inside the egg buffer packaging box are set The plug-in structure ensures stable molding and good durability; (5) The egg buffer packaging box is formed by folding and plugging of one-piece molded pieces, avoiding complicated processes such as cutting and gluing, convenient construction, green environmental protection, and excellent overall strength of the box body .

Description of drawings

Figure 1 is a schematic diagram of the present utility model, wherein the dotted line is the crease line, and the solid line is the cutting line.

2 to 8 are the step diagrams of folding the cut pieces into a box according to the present invention.

Fig. 9 is the axonometric view of the present utility model,

In the figure: A, main support plate, A1, auxiliary support plate, B, main plug board, B1, main plug, C, first connection board, C1, second connection board, D, main connection side plate , D1, secondary connection side plate, E, primary side insert, E1, secondary side insert, F, first cover, F1, second cover, G, first tongue, G1, second tongue, G2, third tongue, G3, fourth tongue, H, first tongue and groove, H1, second tongue and groove, H2, third tongue and groove, H3, fourth tongue and groove, 1, upper module, 101, egg Placement hole, 2. Lower module.

Detailed ways

The present utility model will be further described below with reference to the accompanying drawings and specific embodiments.

Example 1

As shown in Figure 1, an egg buffer packaging cut piece includes a main support plate A provided with a number of egg placement holes and a sub-support plate A1 corresponding to the main support plate, the main support plate is in the width direction. The main plug board B and the first connection board C are respectively provided on both sides, the first connection board is connected with the auxiliary support board, and the side of the auxiliary support board away from the main support board is provided with a connection with the first connection board. The second connecting plate C1 with the same board size, the side of the second connecting plate away from the auxiliary supporting plate is provided with the main insert B1; the main supporting plate is provided with the main connecting side plate D on both sides along the length direction One side of the main connection side plate away from the main support plate is provided with a main side insert E, and the side of the main connection side plate of the other side away from the main support plate is provided with a first cover plate F, so The auxiliary connecting side plates D1 are provided on both sides of the auxiliary supporting plate corresponding to the main connecting side plates. A second cover plate F2 is provided on the side of the connecting side plate away from the auxiliary supporting plate. The egg buffer packaging cut piece disclosed by the utility model is a one-piece structure, which effectively avoids connection processes such as cutting and gluing. The main supporting plate and the auxiliary supporting plate are components that directly engage the eggs, and correspondingly are provided with egg placement holes. The main supporting plate is connected with the auxiliary supporting plate through the first connecting plate, and is completed by the main insert Closure with sub-bearing plate. The main connecting side plates on both sides of the main support plate are used to connect the first cover plate and the main side inserts to ensure that the first cover plate and the main support plate can be smoothly closed in the length direction. The main connecting side plate and the first cover plate between the plate and the main supporting plate are bent 90° in turn toward the main supporting plate, and then the main connecting side plate and its upper main side arranged on the other end of the main supporting plate are bent. The inserts are bent by 90° in the direction of the main support plate, so that the main side inserts and the first cover plate can be inserted and connected. A cavity structure for buffer protection of eggs; correspondingly, the auxiliary connecting side plates arranged on both sides of the auxiliary supporting plate along the length direction are connected to the auxiliary connecting side plates to ensure that the second cover plate is also connected while connecting the second cover plate. A secondary side insert that can be smoothly closed in the length direction with the secondary supporting plate, the secondary connecting side plate and the second cover arranged between the second cover and the secondary supporting plate are in turn in the direction of the secondary supporting plate. Bend 90°, and then bend the secondary connecting side plate and its upper secondary side insert on the other end of the secondary supporting plate to the direction of the secondary supporting plate by 90 degrees in turn, so that the secondary side insert and the second cover can be formed. The boards are connected by inserting, and after the inserting is completed, a cavity structure for buffering and protecting the eggs is also formed between the sub-supporting plate and the second cover plate. The main support plate is a rectangular structure, the first cover plate is the same size as the main support plate, the second cover plate is the same size as the auxiliary support plate, and the width of the auxiliary connection side plate is larger than that of the main connection side plate width. The main support plate is buckled with the first cover plate and maintains the same distance as the width of the main side connecting plate. Correspondingly, the auxiliary support plate is buckled with the second cover plate and maintains the same width as the auxiliary side connecting plate. the distance. Because the width of the auxiliary connecting side plate is larger than the width of the main connecting side plate, the height of the cavity between the main supporting plate and the first cover plate is slightly smaller than the height of the cavity between the auxiliary supporting plate and the second cover plate. This structure is more suitable for storing eggs with a large end and a small end. When placing the eggs, the smaller end of the egg can be joined with the auxiliary supporting plate, and the larger end can be joined with the main supporting plate, so as to ensure that the two ends of the egg are connected with the first cover plate and the main supporting plate. The second cover plate maintains a suitable distance.

The tongue piece includes a first tongue piece G, a second tongue piece G1, a third tongue piece G2 and a fourth tongue piece G3, the main plug board B is provided with a first tongue G, the main plug The plate B is provided with a first tongue piece G; the tongue groove includes a first tongue groove H, a second tongue groove H1, a third tongue groove H2 and a fourth tongue groove H3, and the auxiliary support plate A1 is far away from the main bearing One side of the pallet A is provided with a first tongue groove H. The first tongue piece can be inserted and connected with the first tongue groove, so that the main insertion plate and the first connection plate are arranged in parallel, and then the two sides of the edge are closed and protected after the main supporting plate and the auxiliary supporting plate are buckled. The side of the first cover plate away from the main support plate is provided with a second tongue piece G1, and the main side insert piece is provided with a second tongue groove H1. The second tongue piece can be inserted and connected with the second tongue groove, so as to complete the closing protection of both sides of the main support plate in the length direction. A third tongue piece G2 is arranged on the side of the second cover plate away from the auxiliary support plate, and a third tongue groove H2 is arranged on the auxiliary side insertion piece. The second tongue piece can be inserted and connected with the second tongue groove, so as to complete the closing protection of both sides of the sub-supporting plate in the length direction. The second cover plate is provided with a fourth tongue piece G3, the main insertion piece is provided with a fourth tongue groove H3, and the auxiliary connection side plate D1 between the auxiliary support plate A1 and the second cover plate F1 is a transition The distance between the fourth tongue piece G3 and the transition plate is equal to the distance between the fourth tongue groove H2 and the transition plate; the fourth tongue groove H3 and the first tongue groove H are staggered. The fourth tongue piece can be inserted and connected with the fourth tongue groove, so that the side of the auxiliary support plate away from the first connecting plate forms a closed protection. The fourth tongue-groove and the first tongue-groove are dislocated to prevent the fourth tongue-groove from closing and protecting the outer side of the auxiliary supporting plate and the first tongue that simultaneously completes the closing and protection between the main supporting plate and the auxiliary supporting plate. sheet interferes.

The utility model also discloses an egg buffer packaging box made of the above-mentioned egg buffer packaging cut pieces, which comprises a parallel upper module 1 and a lower module 2, wherein the upper module and the lower module are both cavity structures and are connected through a first connection board connection, the upper module is buckled and arranged above the lower module, the adjacent surfaces of the upper module and the lower module are provided with egg placement holes, the upper module is provided with a main insert, and the main insert is parallel to the first The connection board is arranged and connected with the lower module. The main supporting plate of the lower module and the auxiliary supporting plate of the upper module together form a suspended structure for clamping eggs. Since a buffer cavity is provided between the main supporting plate and the first cover plate, the auxiliary supporting plate A buffer cavity is also set between the second cover plate and the egg to ensure that there are protective layers on the upper and lower ends of the egg, and the main supporting plate and the auxiliary supporting plate firmly clamp the egg between the upper module and the lower module. time, so that the eggs can be fully protected in all six directions.

In order to reduce the space, in the following steps to introduce the folding of cut pieces into boxes, the corresponding Chinese names are replaced by icons.

Step 1, as shown in Figure 2, lay the cut piece flat, as shown in Figure 3, fold C1 and D1 up 90° along the edge pressure line; then fold E1 and B1 90° along the edge pressure line toward A1;

Step 2, as shown in Figure 4, fold D1 up 90° along the pressing line near A1 side, and then fold F1 90° along the pressing line near D1 side toward A1;

Step 3, as shown in Figure 5, bend G2 and insert into H2, so that G2 and H2 form a plug-in lock structure; bend G3 and insert into H3, so that G3 and H3 form a plug-in lock structure;

Step 4, as shown in Figure 6, fold D up 90° along the pressing line between D and A, then fold F 90° along the pressing line between it and D toward A, and then fold E along E and D The pressure line between them is folded 90° in the direction close to A, and then B is folded up 90° along the pressure line at the connection between B and A; G1 is bent and inserted into H1, so that G1 and H1 form a plug-in lock structure;

Step 5, as shown in Figure 7, fold A1 up 90° along the pressure line at the connection between A1 and C, then fold C up 90° along the pressure line at the connection between C and A, A1 and A are set parallel, and the egg on A1 The placement holes 101 are arranged corresponding to the egg placement holes A on A; the A-side sheet of the C forms the upper module 1 , and the A1-side sheet of the C forms the lower module 2 .

Step 6, as shown in Figure 8, fold B inwards 90° along the pressure line at the connection between B and A, then bend G and insert H, so that G and H form a latching structure, and the entire egg buffer packaging box is folded forming.

As shown in Figure 9, when unpacking, the latching structures of G and H are separated, and the closed upper module 1 and lower module 2 are opened to both sides of the central module 7, so that the inside of the egg buffer packaging box can be easily taken out. The gift, furthermore, can be used for the whole sale or secondary use of the egg buffer packaging box together with the eggs.

In addition to the above-mentioned embodiments, within the scope disclosed in the claims and description of the present invention, the technical features of the present invention can be re-selected and combined to form new embodiments, which are all without creative work by those skilled in the art Therefore, these embodiments of the present invention that are not described in detail should also be regarded as specific embodiments of the present invention and fall within the protection scope of the present invention.

Claims (7)

1. An egg buffer packaging cut piece, comprising a main support plate (A) provided with a number of egg placement holes (101) and a sub-support plate (A1) corresponding to the main support plate (A), characterized in that , the main support board (A) is provided with a main plug board (B) and a first connecting board (C) with tongues on both sides along the width direction, the first connecting board (C) and the auxiliary The supporting plate (A1) is connected, and the side of the auxiliary supporting plate (A1) away from the main supporting plate (A) is provided with a second connecting plate (C1) with the same size as the first connecting plate (C), so The side of the second connecting plate (C1) away from the auxiliary supporting plate (A1) is provided with a main insert (B1) with a tongue and groove; both sides of the main supporting plate (A) along the length direction are provided with The main connection side plate (D), one side of the main connection side plate (D) away from the main support plate (A) is provided with a main side insert (E), and the other side of the main connection side plate (D) ) A first cover plate (F) is arranged on the side away from the main support plate (A), and auxiliary connection side plates (D1) are provided on both sides of the auxiliary support plate (A1) corresponding to the main connection side plates (D) ), one side of the sub-connecting side plate (D1) away from the sub-supporting plate (A1) is provided with a sub-side insert (E1), and the other side of the sub-connecting side plate (D1) is far away from the sub-supporting plate. A second cover plate (F1) is provided on one side of (A1). 2. The egg buffer packaging cut piece according to claim 1, wherein the tongue piece comprises a first tongue piece (G), a second tongue piece (G1), a third tongue piece (G2) and The fourth tongue (G3), the main plug board (B) is provided with a first tongue (G); the tongue groove includes a first tongue groove (H), a second tongue groove (H1), a Three tongue grooves (H2) and fourth tongue grooves (H3), the side of the auxiliary support plate (A1) away from the main support plate (A) is provided with a first tongue groove (H). 3. The egg buffer packaging cut piece according to claim 2, wherein a fourth tongue piece (G3) is provided on the second cover plate (F1), and a fourth tongue piece (G3) is provided on the second cover plate (F1), and the main insert piece (B1) is provided with a fourth tongue piece (G3). A fourth tongue and groove is provided, the auxiliary connecting side plate (D1) between the auxiliary support plate (A1) and the second cover plate (F1) is a transition plate, and the fourth tongue (G3) is connected to the transition plate. The distance is equal to the distance between the fourth tongue groove (H3) and the transition plate; the fourth tongue groove (H3) and the first tongue groove (H) are staggered. 4. The egg buffer packaging cut piece according to claim 2, wherein a second tongue (G1) is provided on the side of the first cover plate (F) away from the main support plate (A) , a second tongue groove (H1) is provided on the main side insert (E). 5. The egg buffer packaging cut piece according to claim 2, wherein a third tongue piece (G2) is provided on the side of the second cover plate (F1) away from the auxiliary support plate (A1) , a third tongue groove (H2) is provided on the secondary side insert (E1). 6 . The egg buffer packaging cut piece according to claim 1 , wherein the main support plate (A) is a rectangular structure, and the first cover plate (F) is connected to the main support plate (A 6 . ) are the same in size, the second cover plate (F1) is the same size as the auxiliary support plate (A1), and the width of the auxiliary connection side plate (D1) is greater than the width of the main connection side plate (D). 7. The egg buffer packaging box made from egg buffer packaging cut pieces according to any one of claims 1-6, characterized in that it comprises a parallel upper module (1) and a lower module (2), the said The upper module (1) and the lower module (2) are both cavity structures and are connected by a first connecting plate (C), the upper module (1) is snap-fitted and arranged above the lower module (2), and the upper module (1) ) and the adjacent surface of the lower module (2) are provided with egg placement holes (101), the upper module (1) is provided with a main insert (B1), and the main insert (B1) is parallel to the first connecting plate. (C) is set and connected with the lower module (2).

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