CN221342066U - Air can integral type gas column protection bag body - Google Patents

Abstract

The utility model relates to an air energy integrated air column protection bag body which is provided with a first air column part and a second air column part, wherein the first air column part and the second air column part are respectively provided with an air column, and the first air column part and the second air column part are also provided with an air charging port; the first air column is provided with a first turnover part, the first air column forms a first turnover surface and a second turnover surface through turnover of the first turnover part, and the first air column forms a first placing groove through heat sealing and matching for fixing the second air column; the second air column piece is provided with a second turnover part, a third turnover surface and a fourth turnover surface are formed by the second air column piece through the second turnover part, and a second placing groove for clamping articles is formed by the second air column piece through heat sealing and matching; the second air column piece is fixedly arranged in the first placing groove through heat sealing fit; the utility model can adapt to the package protection of articles with different sizes.

Description

Air can integral type gas column protection bag body

Technical Field

The utility model relates to an air energy integrated air column protection bag body.

Background

The main purpose of the air column bag is that after the air column inflatable bag is inflated, the upper layer and the lower layer of high-elasticity synthetic film air cushion are used for hanging, positioning and protecting products, and the film which is tightly fastened and fitted and the packaging mode of the upper layer and the lower layer of air cushion have good buffering and shock absorbing performance. In the current commodity society, the novel anti-collision device can fully embody the safety protection field in the product activity, protects the commodity, reduces the invasion of natural factors such as product damage, rain, dust pollution and the like, and can play a role in safety buffering in the conditions of collision, vibration, impact, friction, extrusion, dissipation and the like in various exercises.

When the air column bags are used for wrapping, different air column bags are required to be used for packaging protection according to different sizes of different articles; for example, when packaging fragile articles and non-fragile articles, different types of packages are used, so that the difficulty of packaging is increased; when producing the packing piece to different article, need process different grade type packing gas column bag, increased manufacturing cost, time and energy consuming simultaneously.

Disclosure of utility model

The utility model aims to provide an air energy integrated air column protection bag body which can adapt to packaging protection of articles with different sizes.

The technical scheme for realizing the aim of the utility model is as follows: the utility model has a first air column and a second air column which can be formed for wrapping after inflation; the first air column part and the second air column part are respectively provided with a plurality of air columns which are arranged in parallel, and a plurality of air inlets which can charge the air columns are also arranged on the first air column part and the second air column part; the first air column part is provided with a first turnover part, the first air column part forms a first turnover surface and a second turnover surface through turnover of the first turnover part, the first turnover surface is provided with a first heat seal group, the second turnover surface is provided with a second heat seal group, and the first air column part forms a first placing groove for fixing the second air column part inside through heat seal cooperation of the first heat seal group and the second heat seal group; the second air column part is provided with a second turnover part, the second air column part forms a third turnover surface and a fourth turnover surface through the second turnover part, the third turnover surface is provided with a third heat seal assembly, the fourth turnover surface is provided with a fourth heat seal assembly, and the second air column part forms a second placing groove for clamping articles through heat seal cooperation of the third heat seal assembly and the fourth heat seal assembly; the second air column is fixedly arranged in the first placing groove through heat sealing fit among the first heat sealing group, the second heat sealing group, the third heat sealing group and the fourth heat sealing group.

Further, the first heat sealing group comprises a first heat sealing part fixedly arranged on the upper side of the first turnover surface and a second heat sealing part fixedly arranged on the lower side of the first turnover surface, the second heat sealing group comprises a third heat sealing part fixedly arranged on the upper side of the second turnover surface and a fourth heat sealing part fixedly arranged on the lower side of the second turnover surface, the third heat sealing group comprises a fifth heat sealing part fixedly arranged on the upper side of the third turnover surface and a sixth heat sealing part fixedly arranged on the lower side of the third turnover surface, and the fourth heat sealing group comprises a seventh heat sealing part fixedly arranged on the upper side of the fourth turnover surface and an eighth heat sealing part fixedly arranged on the lower side of the fourth turnover surface; the first air column forms a first placing groove through the heat sealing cooperation of the first heat sealing part and the third heat sealing part and the heat sealing cooperation of the second heat sealing part and the fourth heat sealing part, and the second air column forms a second placing groove through the heat sealing cooperation of the fifth heat sealing part and the seventh heat sealing part and the heat sealing cooperation of the sixth heat sealing part and the eighth heat sealing part; the second air column is arranged in the first air column through heat sealing cooperation among the first heat sealing part, the third heat sealing part, the fifth heat sealing part and the seventh heat sealing part, and heat sealing cooperation among the second heat sealing part, the fourth heat sealing part, the sixth heat sealing part and the eighth heat sealing part.

Further, a third turnover part and a fourth turnover part are symmetrically arranged on the first air column by taking the first turnover part as a symmetry line, the third turnover part is arranged on the first turnover surface, and the first turnover surface is divided into a first turnover surface and a second turnover surface by the third turnover part; the fourth turnover part is arranged on the second turnover surface, and the second turnover surface is divided into a third turnover surface and a fourth turnover surface through the fourth turnover part; the first turnover and the fourth turnover form the side wall of the first placing groove through the turnover of the third turnover part and the fourth turnover part and the heat sealing cooperation of the first heat sealing group and the second heat sealing group, and the second turnover and the third turnover form the bottom surface of the first placing groove through the heat sealing cooperation of the turnover of the first heat sealing group and the second heat sealing group of the third turnover part and the fourth turnover part.

Further, a first corner turning line and a second corner turning line are arranged on the first turning surface, one end of the first corner turning line is fixedly connected with the third turning part, the other end of the first corner turning line is fixedly connected with the upper side edge of the first turning surface, one end of the second corner turning line is fixedly connected with the third turning part, and the other end of the second corner turning line is fixedly connected with the lower side edge of the first turning surface; the fourth turnover surface is provided with a third corner turnover line and a fourth corner turnover line, and the third corner turnover line and the fourth corner turnover line are respectively and symmetrically arranged with the first corner turnover line and the second corner turnover line by taking the first turnover part as symmetrical lines; one corner of the first placing groove is folded and stored along the positions of the first corner folding line and the third corner folding line, and the other corner of the first placing groove is folded and stored along the positions of the second corner folding line and the fourth corner folding line.

Further, the notch of the first placing groove and the notch of the second placing groove are fixedly provided with extension parts, and the extension parts are provided with handles.

Further, the air charging port of the first air column is positioned at the notch of the first placing groove, and the air charging port of the second air column is positioned at the notch of the second placing groove.

The utility model has the positive effects that: (1) The first air column piece is turned by the first turning part to form a first turning surface and a second turning surface, and the first turning surface and the second turning surface are turned and heat-sealed to form a first placing groove; the second air column piece is folded into a third folding surface and a fourth folding surface by the second folding part, and the third folding surface and the fourth folding surface are folded and heat-sealed to form a second placing groove, and the second air column piece is fixedly arranged in the first placing groove; the second air column can protect the articles placed in the container, the articles placed in the container can be completely wrapped by the second placing groove through controlling different degrees of inflation of the second air column, adaptability is high, and packaging protection of the articles with different sizes can be adapted.

(2) The first air column and the second air column are independent and integral and can be inflated separately, whether the second air column fixed in the first air column is inflated or not can be selected according to the requirement, different package protection requirements can be met, and the applicability is wider.

(3) The first turnover surface is divided into a first turnover surface and a second turnover surface by the third turnover part, and the second turnover surface is divided into a third turnover surface and a fourth turnover surface by the fourth turnover part; the first turnover and the fourth turnover form the side wall of the first placing groove through the heat sealing cooperation of the first heat sealing group and the second heat sealing group through the turnover of the third turnover and the fourth turnover, and the second turnover and the third turnover form the bottom surface of the first placing groove through the heat sealing cooperation of the first heat sealing group and the second heat sealing group of the turnover of the third turnover and the fourth turnover; the bottom surface can enable the utility model to be placed standing and not toppled when the utility model needs to be placed.

(4) The first turn-over surface is provided with a first corner turn-over line and a second corner turn-over line, the fourth turn-over surface is provided with a third corner turn-over line and a third corner turn-over line, one corner of the first placing groove is folded and stored along the positions of the first corner turn-over line and the third corner turn-over line, and the other corner of the first placing groove is folded and stored along the positions of the second corner turn-over line and the fourth corner turn-over line; the corner after storage can enable the utility model to stand more stably, and shaking is not easy to happen.

(5) The notch of the first placing groove is fixedly provided with an extension part, the extension part is provided with a handle, the handle can facilitate lifting and transportation of the whole utility model, and is efficient and convenient.

(6) According to the utility model, the inflation inlet of the first air column is positioned at the notch of the first placing groove, the inflation inlet of the second air column is positioned at the notch of the second placing groove, and the inflation inlet positioned at the notch is easier to inflate and is convenient to operate.

Drawings

In order that the utility model may be more readily understood, a more particular description of the utility model will be rendered by reference to specific embodiments thereof which are illustrated in the appended drawings, in which

FIG. 1 is a schematic diagram of the overall structure of the present utility model;

FIG. 2 is a schematic view of the deployed configuration of the first air column of the present utility model when not inflated;

FIG. 3 is a schematic view of the deployed configuration of the second air column of the present utility model when not inflated;

FIG. 4 is a schematic illustration of the structure of the first air column of the present utility model after being folded in half when not inflated;

fig. 5 is a schematic diagram of the second air column of the present utility model after being folded in half when not inflated.

Detailed Description

Referring to fig. 1 to 5, the present utility model has a first air column 1 and a second air column 2 which can be formed for wrapping after inflation; the first air column part 1 and the second air column part 2 are respectively provided with a plurality of air columns which are arranged in parallel, and the first air column part 1 and the second air column part 2 are also provided with a plurality of air charging ports 3 which can charge the air columns; the first air column 1 is provided with a first turnover part 11, the first air column 1 forms a first turnover surface 12 and a second turnover surface 13 through turnover of the first turnover part 11, the first turnover surface 12 is provided with a first heat seal group 4, the second turnover surface 13 is provided with a second heat seal group 5, and the first air column 1 forms a first placing groove 16 for fixing the second air column 2 through heat seal cooperation of the first heat seal group 4 and the second heat seal group 5; the second air column 2 is provided with a second turnover part 21, the second air column 2 forms a third turnover surface 22 and a fourth turnover surface 23 through the second turnover part 21, the third turnover surface 22 is provided with a third heat seal group 6, the fourth turnover surface 23 is provided with a fourth heat seal group 7, and the second air column 2 forms a second placing groove 24 for clamping articles through heat seal cooperation of the third heat seal group 6 and the fourth heat seal group 7; the second air column 2 is fixedly arranged in the first placing groove 16 through heat sealing fit among the first heat sealing group 4, the second heat sealing group 5, the third heat sealing group 6 and the fourth heat sealing group 7.

The first heat seal assembly 4 comprises a first heat seal part 41 fixedly arranged on the upper side edge of the first turnover surface 12 and a second heat seal part 42 fixedly arranged on the lower side edge of the first turnover surface 12, the second heat seal assembly 5 comprises a third heat seal part 51 fixedly arranged on the upper side edge of the second turnover surface 13 and a fourth heat seal part 52 fixedly arranged on the lower side edge of the second turnover surface 13, the third heat seal assembly 6 comprises a fifth heat seal part 61 fixedly arranged on the upper side edge of the third turnover surface 22 and a sixth heat seal part 62 fixedly arranged on the lower side edge of the third turnover surface 22, and the fourth heat seal assembly 7 comprises a seventh heat seal part 71 fixedly arranged on the upper side edge of the fourth turnover surface 23 and an eighth heat seal part 72 fixedly arranged on the lower side edge of the fourth turnover surface 23; the first air column 1 forms a first placing groove 16 through the heat sealing cooperation of the first heat sealing part 41 and the third heat sealing part 51 and the heat sealing cooperation of the second heat sealing part 42 and the fourth heat sealing part 52, and the second air column 2 forms a second placing groove 24 through the heat sealing cooperation of the fifth heat sealing part 61 and the seventh heat sealing part and the heat sealing cooperation of the sixth heat sealing part 62 and the eighth heat sealing part 72; the second gas cylinder 2 is provided inside the first gas cylinder 1 by heat-seal fit between the first heat-seal portion 41, the third heat-seal portion 51, the fifth heat-seal portion 61, and the seventh heat-seal portion 71, and heat-seal fit between the second heat-seal portion 42, the fourth heat-seal portion 52, the sixth heat-seal portion 62, and the eighth heat-seal portion 72.

A third turnover part 14 and a fourth turnover part 15 are symmetrically arranged on the first air column 1 by taking the first turnover part 11 as a symmetry line, the third turnover part 14 is arranged on the first turnover surface 12, and the first turnover surface 12 is divided into a first turnover surface 121 and a second turnover surface 122 by the third turnover part 14; the fourth turnover part 15 is arranged on the second turnover surface 13, and the second turnover surface 13 is divided into a third turnover surface 131 and a fourth turnover surface 132 by the fourth turnover part 15; the first turnover surface 121 and the fourth turnover surface 132 form the side wall of the first placing groove 16 through the turnover of the third turnover part 14 and the fourth turnover part 15 and the heat seal matching of the first heat seal group 4 and the second heat seal group 5, and the second turnover surface 122 and the third turnover surface 131 form the bottom surface of the first placing groove 16 through the heat seal matching of the first heat seal group 4 and the second heat seal group 5 of the turnover of the third turnover part 14 and the fourth turnover part 15.

The first turnover surface 121 is provided with a first corner turnover line 1211 and a second corner turnover line 1212, one end of the first corner turnover line 1211 is fixedly connected with the third turnover part 14, the other end of the first corner turnover line 1211 is fixedly connected with the upper side edge of the first turnover surface 121, one end of the second corner turnover line 1212 is fixedly connected with the third turnover part 14, and the other end of the second corner turnover line 1212 is fixedly connected with the lower side edge of the first turnover surface 121; the fourth turn-over 132 is provided with a third corner turn-over line 1321 and a fourth corner turn-over line 1322, and the third corner turn-over line 1321 and the fourth corner turn-over line 1322 are symmetrically arranged with the first corner turn-over line 1211 and the second corner turn-over line 1212 by taking the first turn-over portion 11 as a symmetry line; one corner of the first placement groove 16 is folded and accommodated by being positioned along the first corner folding line 1211 and the third corner folding line 1321, and the other corner of the first placement groove 16 is folded and accommodated by being positioned along the second corner folding line 1212 and the fourth corner folding line 1322.

The notches of the first placing groove 16 and the second placing groove 24 are fixedly provided with an extension part 8, and the extension part 8 is provided with a handle 9.

The charging port 3 of the first air column 1 is positioned at the notch of the first placing groove 16, and the charging port 3 of the second air column 2 is positioned at the notch of the second placing groove 24.

The working principle of the utility model is as follows: according to the size of the article to be packaged, the inflation degree of the second air column 2 fixedly arranged in the first air column 1 is adjusted, the article is firstly placed in the second placing groove 24 of the second air column 2, then the article is inflated, and after the second air column 2 can completely squeeze and wrap the article, the first air column 1 is inflated, so that the air column protection is enhanced.

While the foregoing is directed to embodiments of the present utility model, other and further details of the utility model may be had by the present utility model, it should be understood that the foregoing description is merely illustrative of the present utility model and that no limitations are intended to the scope of the utility model, except insofar as modifications, equivalents, improvements or modifications are within the spirit and principles of the utility model.

Claims (6)

1. An air energy integrated air column protection bag body is provided with a first air column part (1) and a second air column part (2) which can be used for wrapping after being inflated; the method is characterized in that: a plurality of air columns which are arranged in parallel are arranged on the first air column (1) and the second air column (2), and a plurality of air inlets (3) which can charge the air columns are also arranged on the first air column (1) and the second air column (2); the first air column (1) is provided with a first turnover part (11), the first air column (1) forms a first turnover surface (12) and a second turnover surface (13) through turnover of the first turnover part (11), the first turnover surface (12) is provided with a first heat sealing group (4), the second turnover surface (13) is provided with a second heat sealing group (5), and the first air column (1) forms a first placing groove (16) for fixing the second air column (2) through heat sealing cooperation of the first heat sealing group (4) and the second heat sealing group (5); the second air column (2) is provided with a second turnover part (21), the second air column (2) forms a third turnover surface (22) and a fourth turnover surface (23) through the second turnover part (21), the third turnover surface (22) is provided with a third heat sealing group (6), the fourth turnover surface (23) is provided with a fourth heat sealing group (7), and the second air column (2) forms a second placing groove (24) for clamping articles through heat sealing cooperation of the third heat sealing group (6) and the fourth heat sealing group (7); the second air column (2) is fixedly arranged in the first placing groove (16) through heat sealing cooperation among the first heat sealing group (4), the second heat sealing group (5), the third heat sealing group (6) and the fourth heat sealing group (7).

2. An air energy integrated air column protection bag according to claim 1, wherein: the first heat seal group (4) comprises a first heat seal part (41) fixedly arranged on the upper side of the first turnover surface (12) and a second heat seal part (42) fixedly arranged on the lower side of the first turnover surface (12), the second heat seal group (5) comprises a third heat seal part (51) fixedly arranged on the upper side of the second turnover surface (13) and a fourth heat seal part (52) fixedly arranged on the lower side of the second turnover surface (13), the third heat seal group (6) comprises a fifth heat seal part (61) fixedly arranged on the upper side of the third turnover surface (22) and a sixth heat seal part (62) fixedly arranged on the lower side of the third turnover surface (22), and the fourth heat seal group (7) comprises a seventh heat seal part (71) fixedly arranged on the upper side of the fourth turnover surface (23) and an eighth heat seal part (72) fixedly arranged on the lower side of the fourth turnover surface (23); the first air column (1) forms a first placing groove (16) through the heat sealing cooperation of the first heat sealing part (41) and the third heat sealing part (51) and the heat sealing cooperation of the second heat sealing part (42) and the fourth heat sealing part (52), and the second air column (2) forms a second placing groove (24) through the heat sealing cooperation of the fifth heat sealing part (61) and the seventh heat sealing part and the heat sealing cooperation of the sixth heat sealing part (62) and the eighth heat sealing part (72); the second air column (2) is arranged inside the first air column (1) through heat sealing cooperation among the first heat sealing part (41), the third heat sealing part (51), the fifth heat sealing part (61) and the seventh heat sealing part (71), and heat sealing cooperation among the second heat sealing part (42), the fourth heat sealing part (52), the sixth heat sealing part (62) and the eighth heat sealing part (72).

3. An air energy integrated air column protection bag according to claim 1, wherein: the first air column (1) is symmetrically provided with a third turnover part (14) and a fourth turnover part (15) by taking the first turnover part (11) as a symmetry line, the third turnover part (14) is arranged on the first turnover surface (12), and the first turnover surface (12) is divided into a first turnover surface (121) and a second turnover surface (122) through the third turnover part (14); the fourth turnover part (15) is arranged on the second turnover surface (13), and the second turnover surface (13) is divided into a third turnover surface (131) and a fourth turnover surface (132) through the fourth turnover part (15); the first turnover (121) and the fourth turnover (132) form the side wall of the first placing groove (16) through the turnover of the third turnover (14) and the fourth turnover (15) and the heat sealing cooperation of the first heat sealing group (4) and the second heat sealing group (5), and the second turnover (122) and the third turnover (131) form the bottom surface of the first placing groove (16) through the heat sealing cooperation of the turnover of the first heat sealing group (4) and the second heat sealing group (5) of the third turnover (14) and the fourth turnover (15).

4. An air energy integrated air column protection bag according to claim 3, wherein: the first turnover surface (121) is provided with a first corner turnover line (1211) and a second corner turnover line (1212), one end of the first corner turnover line (1211) is fixedly connected with the third turnover part (14), the other end of the first corner turnover line (1211) is fixedly connected with the upper side edge of the first turnover surface (121), one end of the second corner turnover line (1212) is fixedly connected with the third turnover part (14), and the other end of the second corner turnover line (1212) is fixedly connected with the lower side edge of the first turnover surface (121); the fourth turn-over (132) is provided with a third corner turn-over line (1321) and a fourth corner turn-over line (1322), and the third corner turn-over line (1321) and the fourth corner turn-over line (1322) are symmetrically arranged with the first corner turn-over line (1211) and the second corner turn-over line (1212) by taking the first turn-over part (11) as symmetrical lines; one corner of the first placement groove (16) is folded and accommodated along the positions of the first corner folding line (1211) and the third corner folding line (1321), and the other corner of the first placement groove (16) is folded and accommodated along the positions of the second corner folding line (1212) and the fourth corner folding line (1322).

5. An air energy integrated air column protection bag according to claim 1, wherein: the notches of the first placing groove (16) and the second placing groove (24) are fixedly provided with extension parts (8), and the extension parts (8) are provided with handles (9).

6. An air energy integrated air column protection bag according to claim 1, wherein: the air charging port (3) of the first air column (1) is positioned at the notch of the first placing groove (16), and the air charging port (3) of the second air column (2) is positioned at the notch of the second placing groove (24).