CN201043056Y - Buffer separation pad - Google Patents

Abstract

The utility model discloses a buffer separation pad, which is formed by bending and embedding a cut paperboard for several times, and comprises a long and narrow reverse-U-shaped body, a containing part and polygonal buffer parts symmetrically arranged at two sides of the containing part; two groups of extending pieces are further arranged on the two symmetrical surfaces of the body, and the extending pieces are provided with a cutting line for embedding the buffer part; two of the utility model are used as the separating pads in the box body, and articles afraid of collision can be placed between the relative containing parts.

Description

Cushion Separation Pad

technical field

The utility model relates to a cushioning separation pad, in particular to a structure which is folded from a single corrugated cardboard to form a cushioning structure that can accommodate items after the structures are interlocked and fitted together. The cushioning structure can be assembled in a Collide with the side wall of the item to avoid direct collision when the item is transported.

Background technique

Generally, in order to prevent electrical products such as computer screens, LCD TVs or other plastic and glass products from being damaged by collisions during handling, block-shaped Styrofoam or blisters are usually embedded in the corners or around the items before packing. Cotton acts as a cushioning material.

However, due to the large volume of the items to be packed, the buffer material must also be enlarged accordingly, which often causes inconvenient handling. When the handling is completed, the buffer material is often discarded. The buffer material made of Styrofoam or other foam materials is not as easy to decompose as paper and can be recycled and reused to form recycled paper. If Styrofoam is not completely burned, it is easy to produce toxic Gas, therefore, based on the concept of environmental protection, the use of cushioning materials made of Styrofoam is currently reduced and replaced by cushioning materials made of paper.

At present, in order to firmly fix each structure of the buffer material, most manufacturers often use multiple sheets of paper as the connection. Although the use of paper can solve environmental problems, but using multiple sheets of paper to complete a buffer, this It will waste a lot of paper and cause the problem of harming the ecological environment.

Utility model content

The utility model provides a cushioning separation pad to solve the problems of wasting paper and endangering the ecological environment in the prior art when the cushioning material is firm.

In order to achieve the above-mentioned purpose, the technical means of the utility model to complete the cushioning separation pad is to cut the cardboard and form it after bending and fitting; it includes a long and narrow ㄇ-shaped body with a receiving part and a The two sides of the accommodating part are jointly arranged to form a polygonal buffer part of the accommodating part. Two sets of symmetrical extension pieces are arranged on the main body toward the direction away from the accommodating portion. The extension pieces have a secant line. The buffer portion is folded into a three-dimensional box shape, and one side thereof is embedded in the secant line to position the buffer portion.

The material-saving technical means of the utility model is to only use a single sheet of cardboard to fold to form each part, and each part is directly connected without using redundant connecting pieces. The secant line and the embedded groove are used to position the buffer part; the extension plate is cut and formed directly on the surface of the main body without additional bonding; the folded surfaces in the buffer part can be used as supports to keep the buffer part in a three-dimensional state without Will be easily crushed.

Compared with the prior art, the utility model has the following advantages:

Each functional part of the utility model is formed by folding the same cardboard, so there will be less waste of paper in the manufacturing process, and the pressure on environmental protection will be less if the separation pad is discarded; secondly, The separation pad of the utility model can be folded and formed according to the volume of different items, and it is placed in a suitable box so that it does not take up much space.

Description of drawings

Fig. 1 is the assembly diagram of the utility model paper buffer separation pad;

Fig. 2 is the expanded plan view of the utility model paper buffer separation pad;

Fig. 3 to Fig. 4 are the schematic diagrams of folding embodiments of the paper buffer separation pad of the present invention;

Fig. 5 is a schematic diagram of an example of using the paper buffer separation pad of the present invention.

Description of main component symbols

1 body

11 body panel

111 polyline

112 socket

113 Secant

114 extension piece

115 Secant

12 Buffer board surface

121 polyline

122 Secant

123 tongue

124 Groove

125 lugs

126 folded noodles

2 Accommodating part

3 Buffer

4 items

Detailed ways

As shown in Figure 1, the combination diagram of the preferred embodiment of the paper cushioning separation pad of the present invention. It consists of a long and narrow ㄇ-shaped body 1 with a housing part 2 and polygonal cushioning parts 3 arranged symmetrically on both sides of the housing part 2; it is formed by a piece of cut cardboard after bending and fitting .

As shown in Figure 1 and Figure 2, Figure 2 is an expanded plan view of the paper buffer separation pad. The planar unfolded structure can be divided into the body panel 11 constituting the body 1 and the buffer section panel 12 symmetrically connected to both sides of the body panel 11. The body panel 11 and the buffer section panel 12 are rectangular, but the body panel 11 is relatively small. Width. The main body panel 11 is provided with two parallel fold lines 111 on average, and two slots 112 which are mutually symmetrical and perpendicular to the fold lines 111 are provided. There are two cross-shaped secant lines between the two slots 112 and the two fold lines 111. 113 , two sides of the cross-shaped secant line 113 are adjacent to two secant lines 115 perpendicular to the fold line 111 .

The buffer panel 12 has a plurality of fold lines 121 perpendicular to the long sides of the panel, which divide the buffer panel 12 into a plurality of folds 126, wherein the fold 126 at the nearer end has several secant lines 122, forming only A tongue piece 123 connected to the board surface on one side, the tongue piece 123 has a folding line 121 for folding into an L shape, and a plurality of grooves 124 are symmetrically cut on the two folding surfaces 126 at a far distance, and one of the folding surfaces 126 is more cut. It is provided that only one side of the lug 125 is connected to the board surface.

As shown in FIG. 2 , FIG. 3 , and FIG. 4 , wherein FIG. 3 and FIG. 4 are schematic diagrams of an embodiment of a bent paper buffer separation pad. The ㄇ-shaped body 1 is formed by folding along the folding line 111 on the body panel 11, and a plurality of separated panels are formed due to the secant lines 113, 115, which will be formed upright on the top surface of the body 1 as the body 1 is bent into a ㄇ shape. The extension piece 114 and the slot 112 are also formed with a depth as the main body 1 is bent into a ㄇ shape. Overlap the remote two folding surfaces 126 along the folding line 121 so that the grooves 124 on the two folding surfaces 126 correspond to each other, turn the remote two folding surfaces 126 along the folding line 121 toward the body panel 11 twice, and make the tongue 123 bend Folded into an L-shape and locked between two corresponding boards, the buffer board 12 connecting the lugs 123 then forms a gap, so that the buffer board 12 is folded into a three-dimensional buffer 3, and the The secant line 122 of the buffer portion 3 corresponds to the secant line 113 of the main body 1 , and the buffer portion 3 is fitted into the secant line 113 for positioning.

As shown in FIG. 5 , a schematic diagram of an example of using a paper buffer separation pad. Two paper cushioning separators can be placed in a box (not shown in the figure), so that the buffer part 3 contacts the side of the box, and the two paper buffer separators can be placed between the corresponding accommodation parts 2 that are afraid of collision. Item 4 (such as a notebook computer), because the two sides of item 4 are against the body plate 11, it has a preliminary cushioning effect, and the buffer part 3 is in contact with the box body, which can completely avoid item 4 from being collided and achieve paper cushioning The cushioning effect of the separator pad.

The above disclosures are only a few specific embodiments of the utility model, but the utility model is not limited thereto, and any changes conceivable by those skilled in the art should fall within the protection scope of the utility model.

Claims (4)

1. A cushioning separation pad, which is formed by bending and fitting a cut plate body, is characterized in that it includes: A long and narrow ㄇ-shaped body has an accommodating portion and a polygonal buffer portion symmetrically arranged on both sides of the accommodating portion and jointly enclosing the accommodating portion. 2. The cushioning separation pad according to claim 1, wherein the main body is provided with two sets of symmetrical extension pieces toward the direction away from the accommodating portion, the extension pieces have a secant line, and the buffer portion is in the shape of A three-dimensional box shape, one side of which is embedded in the secant line to position the buffer portion. 3. buffer spacer as claimed in claim 2, is characterized in that, planar unfolded structure can be divided into the board surface that constitutes described body and the buffer section board symmetrically connected to described body board both sides; Said body board Two parallel fold lines are arranged on average for folding into the ㄇ-shaped body, and two mutually symmetrical inlay grooves perpendicular to the fold lines are arranged on the surface of the body, located between the two inlay grooves and the two fold lines With two cross-shaped secant lines, when the ㄇ-shaped body is folded and formed, an extension piece perpendicular to the board surface of the body will be formed. 4. The cushioning separation pad according to claim 3, wherein the buffer section plate surface has a plurality of fold lines perpendicular to the long sides of the plate surface, and the buffer section plate surface is divided into a plurality of fold surfaces, wherein the nearer end The folding surface has multiple secant lines to form a tongue connected to the board surface on one side. The tongue has a fold line for folding into an L-shaped tongue, and the two remote board surfaces are symmetrically cut with multiple grooves. Groove, one of the panels is further cut to form lugs that are only connected to the panel on one side; folded along the fold line to form a three-dimensional buffer part, the two remote folding surfaces overlap and are embedded with the body panel through the groove. Closed, the L-shaped tongue is locked between two corresponding board surfaces, so that a gap is formed on the board surface with the L-shaped tongue piece, so as to fit the board surface with the secant line forming the extension piece.

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