CN203568168U - Cushion packing unit and cushion packing box - Google Patents

Abstract

The utility model provides a buffering packing box for hold platelike product, buffering packing box includes peripheral card, apron and at least one buffering packing unit, the apron closing cap in peripheral card forms the cavity, buffering packing unit place in the cavity, buffering packing unit is equipped with interior peripheral card, bight bolster and side bolster, the utility model discloses a buffering packing unit and buffering packing box adopt EPE and cardboard to combine together and form bight bolster, side bolster, save material, reduce cost, accord with the environmental protection requirement. The corner buffer piece and the side buffer piece can be shared by plate-shaped products with the same size and the same thickness, and only the inner peripheral card and the outer peripheral card with different sizes need to be replaced. The utility model also provides a buffering packing unit.

Description

Cushion packing unit and cushion packing box

technical field

The utility model relates to a buffer packing unit and a buffer packing box, which are used for containing and protecting plate products.

Background technique

In the prior art, cushioning packages for plate-shaped products, such as display panels and tablet computers, usually use full EPE cushions (EPE, Expandable Polyethylene, Expandable Polyethylene) or cardboard structures. Among them, the EPE cushion is expensive and takes up a lot of space, which greatly increases storage and transportation costs; the cardboard structure is made of cardboard, and there is a risk of bending the product in the middle of the cardboard; and the size of each part of this type of cushioning package cannot be changed , Replacement, can only adapt to panels of a single size and shape, and cannot be applied to panels of different sizes and categories at the same time, resulting in a wide variety of buffer packaging stocks in the panel, increasing inventory pressure.

Utility model content

In order to overcome the deficiencies of the above-mentioned prior art, the utility model provides a cushioning packing box which is small in size and can accommodate multiple products, and is used to accommodate plate-shaped products. The cushioning packing box includes a peripheral card, a cover plate and at least one cushioning A packaging unit, the cover plate is sealed on the peripheral card to form a cavity, the buffer packaging unit is placed in the cavity, and the buffer packaging unit is provided with an inner peripheral card, a corner buffer and a side buffer A piece, the corner buffer includes a corner base plate and a corner buffer block connected to the corner base plate, the side buffer piece includes a side base plate and a side buffer block connected to the side base plate, the corner The buffer block is provided with a first card slot corresponding to the plate-shaped product, and the side buffer block is provided with a second card slot corresponding to the plate-shaped product, and the plate-shaped product is held in the first card slot and the second card slot. In the second card slot.

Further, two cushioning packaging units are arranged in the peripheral card of the buffer packaging box, and the three sides of the inner peripheral card of each buffer packaging unit are attached to butt against the peripheral card, and the remaining side of the inner peripheral card is supported against the adjacent inside card.

Further, the corner base plate of the corner buffer and the side base plate of the side buffer are made of corrugated cardboard, and the corner buffer block and the side buffer block are made of EPE material.

Further, the corner substrate includes a first corner substrate and a second corner substrate that are perpendicular to each other, the first corner substrate is attached to the cover plate, and the second corner substrate is attached to the inner peripheral card.

Further, the buffer packaging unit is also provided with a reinforced frame, the reinforced frame is provided with an outer abutment surface at a right angle, the inner card is provided with an edge of the inner card, and the outer abutment surface of the reinforced frame is The surface is attached to the edge of the inner peripheral card of the inner peripheral card.

Further, the two opposite sides of the plate-like product are held against the corner buffers, so that the inner peripheral card is closely attached to the outer peripheral card.

A cushioning packaging unit, the cushioning packaging unit is provided with an inner perimeter card, a corner buffer and a side buffer, the corner buffer includes a corner base plate and a corner buffer block connected to the corner base plate, the The side buffer includes a side base plate and a side buffer block connected to the side base plate, the corner buffer block is provided with a first card slot corresponding to the plate-shaped product, and the side buffer block corresponds to the plate The plate-shaped product is provided with a second card slot, and the plate-shaped product is held in the first card slot and the second card slot.

Further, the corner base plate of the corner buffer and the side base plate of the side buffer are made of corrugated cardboard, and the corner buffer block and the side buffer block are made of EPE material.

Further, the buffer packaging unit is also provided with a reinforced frame, the reinforced frame is provided with an outer abutment surface at a right angle, the inner card is provided with an edge of the inner card, and the outer abutment surface of the reinforced frame is The surface is attached to the edge of the inner peripheral card of the inner peripheral card.

Further, the corner substrate includes a first corner substrate and a second corner substrate perpendicular to each other, and the corner buffer block is fixedly connected to the first corner substrate and the second corner substrate of the corner substrate .

Compared with the prior art, the cushioning packaging unit and the cushioning box of the present invention use EPE and cardboard to form corner cushioning parts and side cushioning parts, which saves materials, reduces costs, and meets environmental protection requirements. For plate-shaped products with similar dimensions and the same thickness, corner buffers and side buffers can be shared, and only inner and outer cards of different sizes need to be replaced. The use of peripheral card sleeves and double inner card structure can not only increase the overall compression resistance, but also reduce the length of a single buffer and facilitate processing. Enhance edge protection by setting a reinforced frame. The cushioning packaging unit and the cushioning packaging box of the utility model can effectively prevent product damage during storage, transportation and use through systematic drop tests, and through structural design, the utilization rate of the manufactured materials can be maximized.

Description of drawings

Fig. 1 is a schematic structural view of the buffer packaging box of the present invention.

Fig. 2 is a schematic structural view of the cushioning packaging unit of the present invention.

Detailed ways

The utility model will be further described below in conjunction with the accompanying drawings and specific embodiments.

Please refer to Fig. 1 and Fig. 2, the utility model provides a cushioning packaging unit and a cushioning packaging box, which can be used to accommodate, place and protect a plurality of plate-shaped products. The buffer packaging box 10 in this embodiment includes a peripheral card 20 , a cover plate 30 covering the peripheral card 20 , and a buffer packaging unit 40 disposed in the peripheral card.

The peripheral card 20 is provided with peripheral card side walls 210 enclosing a hollow cuboid, and two adjacent peripheral card side walls 210 are bent to form peripheral card edges 220 . In this embodiment, the peripheral card 20 is formed by folding corrugated cardboard. The cover plate 30 covers two opposite openings of the peripheral card 20 to form a closed cavity, and the cushioning packaging unit 40 is accommodated in the cavity.

The buffer packaging unit 40 includes an inner peripheral card 41 and a buffer member disposed in the inner peripheral card 41 . The inner peripheral card 41 is enclosed to form a cavity for accommodating, and the buffer member is arranged in the inner peripheral card 41 for placing plate-like products. Similar to the peripheral card 20, the inner card 41 is provided with an inner card side wall 410 enclosed in a hollow cuboid, the inner card 41 has openings on opposite sides, and the adjacent inner card side walls 410 are bent to form an inner wall Card edge 411. In this embodiment, the peripheral card 20 is formed by folding corrugated cardboard, and the height of the inner peripheral card 41 is the same as that of the peripheral card 20. Attached to the peripheral card side wall 210 of the peripheral card 20 , the cover plate 30 covers the inner peripheral card 41 at the same time.

The cushioning parts are arranged in each inner peripheral card 41, and are used for clamping and fixing the plate-shaped products, and play a role of buffering and protecting the plate-shaped products. In this embodiment, the buffers include corner buffers 43 and side buffers 45 . The corner buffers 43 are correspondingly arranged at the corners of the plate-shaped product, and buffer and protect the four corners of the plate-shaped product. The side buffers 45 are correspondingly arranged on the side of the plate-shaped product, which protects the side of the plate-shaped product and prevents the plate-shaped product from shaking.

In this embodiment, the corner buffer 43 includes a corner base 431 and a corner buffer 433 disposed on the corner base 431 . The corner substrate 431 is bent into an L shape, and includes a first corner substrate 431 and a second corner substrate 431 . In this embodiment, the corner substrate 431 is formed by folding corrugated cardboard, and the first corner substrate 431 is perpendicular to the second corner substrate 431 . During assembly, the first corner substrate 431 is attached to the cover plate 30 , and the second corner substrate 431 is attached to the inner peripheral card side wall 410 of the inner peripheral card 41 .

The corner buffer block 433 is fixedly connected to the inner side of the corner base plate 431 and arranged corresponding to the corner of the plate-shaped product. The corner buffer block 433 is in the shape of a bar, on which a plurality of first slots 4331 are defined, and the first slots 4331 extend along a direction parallel to the cover plate 30 . The first clamping slots 4331 of the plurality of corner buffer blocks 433 are arranged corresponding to each other, so that the plate-shaped product can be easily clamped in the first clamping slot 4331, and the two sides of the plate-shaped product are guaranteed to be vertical. In this embodiment, the cross-sectional shape of the first locking groove 4331 is a rectangle. It can be understood that the cross-sectional shape of the first locking groove 4331 can be consistent with the side shape of the plate-shaped product. In this embodiment, the corner buffer 43 is provided with a plurality of mutually parallel corner buffer blocks 433 on the first corner base plate 431 and the second corner base plate 431, which are used to adjust the corners and corners of the plate-shaped product. The sides that make up the corners are protected.

The side buffer 45 includes a side base 451 and a side buffer 453 disposed on the side base 451 . In this embodiment, the side buffers 45 are placed on the lower cover plate 30 and disposed between the two lower corner buffers 43 . At least one side buffer block 453 is disposed on the side buffer member 45 , and similarly, the side buffer block 453 is correspondingly provided with a second locking slot 4531 . The first slot 4331 of the side buffer block 453 is corresponding to the second slot 4531 of the corner buffer block 433 . Since the plate-shaped product is placed in the buffer packaging box 10 of the present utility model, the inner card side wall 410 of the inner card 41 and the peripheral card side wall 210 of the peripheral card 20 are usually vertically arranged, and the plate-shaped product is also vertically arranged. The straight state is inserted into the first slot 4331 of each buffer piece. Therefore, the center of gravity of the plate-shaped product is usually located in the middle of the box, and it is easy to shake under the impact force from the horizontal direction. By setting the side buffer 45, the side of the plate-shaped product is clamped to ensure the stability of the plate-shaped product and to form protection for the side of the plate-shaped product. Meanwhile, in this embodiment, the coverage area of the corner buffer block 433 disposed on the lower corner buffer member 43 is larger than that of the corner buffer block 433 disposed on the upper corner buffer member 43 . Thereby, the stability of the lower part of the stable plate-shaped product is strengthened, and the plate-shaped product is prevented from shaking.

It can be understood that the side buffer 45 can be disposed on any side of the plate-shaped product. In this embodiment, the corner substrate 431 of the corner buffer 43 and the side substrate 451 of the side buffer 45 are made of corrugated cardboard, and the corner buffer 433 and the side buffer 453 are made of EPE material (EPE, Expandable Polyethylene, expandable polyethylene).

The buffer packaging unit 40 is also provided with a reinforced frame 50 . The reinforcing frame 50 is strip-shaped and formed by folding cardboard. The reinforcing frame 50 is provided with folded edges along its extending direction, and the reinforced frame 50 is folded along the folded edges into strips perpendicular to each other, and its cross-sectional shape is L-shaped. The reinforcing frame 50 is provided with a vertical outer abutting surface at a right angle. During assembly, the outer abutting surface of the reinforced frame 50 is attached to the inner peripheral card edge 411 of the inner peripheral card 41, and the corner buffer block 433 is supported by the reinforced frame 50, thereby cushioning the impact resistance of the edge of the packaging box 10 . In this embodiment, the reinforcing frame 50 is arranged between the inner peripheral card 41, the corner buffer 43, and the side buffer 45, thereby preventing the corner buffer 43, the side buffer 45 from colliding with the inner peripheral card 41. There is a gap between them, which in turn causes the plate-shaped product to shake.

When the plate-shaped product is placed in the cushioning packaging unit 40 , the lower cover plate 30 is set horizontally and stably, the peripheral card 20 is placed on the cover plate 30 , and the inner peripheral card 41 is placed in the peripheral card 20 . The inner peripheral card side wall 410 of the inner peripheral card 41 is attached to the peripheral card side wall 210 of the peripheral card 20 . First place the corner buffer 43 and the side buffer 45 on the cover 30 , and hold a plurality of plate-shaped products in the first slot 4331 and the second slot 4531 respectively. The two opposite sides of the plate-shaped product are held against the corner buffers 43, so that the inner peripheral card 41 is closely attached to the peripheral card 20, which can prevent the gap between the inner peripheral card 41 and the peripheral card 20, and can Prevent the deformation of the inner peripheral card 41 and the peripheral card 20 . After the plate-shaped product is placed, place the corner buffer 43 above the plate-shaped product, and set the side buffer 45 as required, and finally seal the peripheral card 20 and the inner peripheral card 41 through the cover plate 30 .

In this embodiment, two cushioning packaging units 40 are provided in the peripheral card 20, so that three sides of each cushioning packaging unit 40 are attached to butt against the peripheral card side wall 210 of the peripheral card 20, and the remaining side is against the corresponding Adjacent cushioning packaging unit 40. The above settings can make the buffer packaging unit 40 resist impact and deformation under the wrapping of the peripheral card 20, and prevent the deformation of the inner peripheral card 41. When more than two buffer packaging units 40 are arranged in the peripheral card 20, the buffer packaging unit 40 may Only there is no resistance or only one side is supported against the peripheral card 20, so its overall anti-deformation ability is poor, which is not conducive to the protection of the products placed therein.

The cushioning packaging unit 40 and the cushioning packaging box 10 of the present invention combine EPE and cardboard to form corner cushioning pieces 43 and side cushioning pieces 45, which saves materials, reduces costs, and meets environmental protection requirements. For plate-shaped products with similar dimensions and the same thickness, the corner buffers 43 and side buffers 45 can be shared, and only the inner peripheral card 41 and peripheral card 20 of different sizes need to be replaced. Adopting the outer peripheral card 20 to set the double inner peripheral card 41 structure can not only increase the overall compression resistance, but also reduce the length of a single buffer and facilitate processing. By setting the reinforced frame 50, edge protection is enhanced. The cushioning packaging unit 40 and the cushioning packaging box 10 of the utility model can effectively prevent product damage during storage, transportation and use through systematic drop tests, and through structural design, the utilization rate of the finished materials can be maximized.

The above content is a further detailed description of the utility model in combination with specific preferred embodiments, and it cannot be assumed that the specific implementation of the utility model is only limited to these descriptions. For a person of ordinary skill in the technical field to which the utility model belongs, without departing from the concept of the utility model, some simple deduction or substitutions can also be made, which should be regarded as belonging to the protection scope of the utility model.

Claims (10)

1. a buffer packing case, be used for holding plate-like product, it is characterized in that: described buffer packing case comprises peripheral cards, cover plate and at least one buffering package unit, described cover plate is covered in described peripheral cards and forms cavity, described buffering package unit is positioned in described cavity, described buffering package unit is provided with interior circuit card, bight damper element and side damper element, described bight damper element comprises bight substrate and is connected in the bight bump rubber of bight substrate, described side damper element comprises side substrate and is connected in the side bump rubber of side substrate, bump rubber corresponding described plate-like product in described bight offers the first draw-in groove, the corresponding described plate-like product of described side bump rubber offers the second draw-in groove, described plate-like product is fastened in described the first draw-in groove and the second draw-in groove.

2. buffer packing case according to claim 1, it is characterized in that: in described buffer packing case peripheral cards, be provided with two buffering package unit, three laminatings of the interior circuit card of each buffering package unit are held in peripheral cards, and the remaining one side of described interior circuit card is held in adjacent interior circuit card.

3. according to buffer packing case described in claim 1 or 2, it is characterized in that: the bight substrate of described bight damper element, the side substrate of side damper element adopt corrugated board to make, bight bump rubber, side bump rubber adopt EPE material to make.

4. according to buffer packing case described in claim 1 or 2, it is characterized in that: described bight substrate comprises orthogonal the first bight substrate and the second bight substrate, described the first bight baseplate-laminating is in cover plate, and the second bight baseplate-laminating is in interior circuit card.

5. according to buffer packing case described in claim 1 or 2, it is characterized in that: described buffering package unit is also provided with reinforcement frame, described reinforcement frame is provided with at right angles vertical outer supporting surface, described interior circuit card is provided with interior circuit card seamed edge, and the outer supporting surface of described reinforcement frame fits in the interior circuit card seamed edge of interior circuit card.

6. according to buffer packing case described in claim 1 or 2, it is characterized in that: two sides that described plate-like product is relative are held in bight damper element, thereby interior circuit card is fitted tightly in peripheral cards.

7. a buffering package unit, be used for packing plate-like product, it is characterized in that: described buffering package unit is provided with interior circuit card, bight damper element and side damper element, described bight damper element comprises bight substrate and is connected in the bight bump rubber of bight substrate, described side damper element comprises side substrate and is connected in the side bump rubber of side substrate, bump rubber corresponding described plate-like product in described bight offers the first draw-in groove, the corresponding described plate-like product of described side bump rubber offers the second draw-in groove, described plate-like product is fastened in described the first draw-in groove and the second draw-in groove.

8. buffering package unit according to claim 7, is characterized in that: the bight substrate of described bight damper element, the side substrate of side damper element adopt corrugated board to make, and bight bump rubber, side bump rubber adopt EPE material to make.

9. buffering package unit according to claim 7, it is characterized in that: described buffering package unit is also provided with reinforcement frame, described reinforcement frame is provided with at right angles vertical outer supporting surface, described interior circuit card is provided with interior circuit card seamed edge, and the outer supporting surface of described reinforcement frame fits in the interior circuit card seamed edge of interior circuit card.

10. buffering package unit according to claim 7, it is characterized in that: described bight substrate comprises orthogonal the first bight substrate and the second bight substrate, described bight bump rubber is fixedly connected on the first bight substrate and the second bight substrate of described bight substrate.

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