CN211632054U

CN211632054U - Environment-friendly handbag

Info

Publication number: CN211632054U
Application number: CN201922202309.XU
Authority: CN
Inventors: 黄昭达
Original assignee: Datian Packing Industry Co ltd
Current assignee: Datian Packing Industry Co ltd
Priority date: 2019-12-10
Filing date: 2019-12-10
Publication date: 2020-10-09
Anticipated expiration: 2029-12-10
Also published as: WO2021114947A1

Abstract

The utility model relates to an environment-friendly handbag, which comprises a body, a base layer, a PE viscose and a PE net layer, wherein the base layer is made of paper, the PE viscose and the PE net layer are stacked on the base layer through film coating processing, and the PE viscose is arranged between the base layer and the PE net layer; a plurality of cutting lines for cutting the body at intervals; the body is divided into a placing area and an extending area by the plurality of cutting lines, the placing area is not provided with the cutting lines for supporting a first object, the extending area is provided with the plurality of cutting lines and is positioned at the periphery of the placing area, when the body is acted by external force, the extending area extends relative to the placing area, and then the body is changed into a second state from a first state, wherein the first state is a plane sheet shape, and the second state is a three-dimensional net bag shape.

Description

Environment-friendly handbag

Technical Field

The present invention relates to a handbag, and more particularly to an environment-friendly handbag.

Background

In addition to the spontaneous activities in the world, the government has also started to advocate the environmental protection to start limiting the plastics, such as prohibiting the free supply of plastic bags. When the microwave hot food is convenient for supermarkets, a plastic bag is replaced by a non-woven mesh bag for people to use freely so as to be convenient for extracting the hot food, such as a handbag disclosed in Taiwan patent number TWM 564952.

However, the non-woven fabric is also made of plastic fibers, which is a kind of plastic, and has been recognized as non-recyclable by recycling environmental protection units. In other words, the handbag made of non-woven fabric in the market also belongs to a product which is not environment-friendly; in addition, the currently used products are poor in quality, easy to be stained and damaged, generally damaged and discarded after being used once, cannot be reused, cannot bring any benefits to environmental protection, and have the defect of urgent need for improvement.

Therefore, there is a need for a new and improved eco-friendly handbag to solve the above problems.

SUMMERY OF THE UTILITY MODEL

The main objective of the present invention is to provide an environmental protection handbag, wherein the selected paper, PE glue and PE net layer can be recycled, and the handbag made of the three materials has excellent waterproof and anti-fouling properties, and has a tough structure which is not easy to be damaged, so that the handbag can be used repeatedly by users, and all the processes of manufacturing, using and recycling can be realized in an environment protection manner; in addition, the PE net layer is woven by a high-tech method, compared with a plastic bag with a plastic layer on the whole surface, the whole using amount can be kept below 50 percent, and the aims of strengthening and toughness of the structure and reducing the use of plastics are fulfilled, so that the aim of protecting the environment is fulfilled.

In order to achieve the above object, the utility model provides an environmental protection handbag, include: a main body and a plurality of cutting lines. The body comprises a substrate layer, a PE viscose and a PE net layer, wherein the substrate layer is made of paper, the PE viscose and the PE net layer are stacked on the substrate layer through film coating processing, and the PE viscose is arranged between the substrate layer and the PE net layer; the plurality of cutting lines cut the body at intervals; the body is divided into a placing area and an extending area by the plurality of cutting lines, the placing area is not provided with the cutting lines for supporting a first object, the extending area is provided with the plurality of cutting lines and is positioned at the periphery of the placing area, when the body is acted by external force, the extending area extends relative to the placing area, and then the body is changed into a second state from a first state, wherein the first state is a plane sheet shape, and the second state is a three-dimensional net bag shape.

Furthermore, the PE mesh layer includes a plurality of grids, a first portion of the PE glue penetrates into the base layer, a second portion of the PE glue is adhered between the base layer and the PE mesh layer, and a third portion of the PE glue fills the plurality of grids.

Furthermore, the body comprises a surrounding part and a portable part, the plurality of cutting lines are arranged on the surrounding part, and the surrounding part comprises the placing area and the extending area; when the body is in the first state, the hand-lifting part protrudes out of the outer periphery of the surrounding part, when the body is in the second state, the surrounding part surrounds the first object, and the hand-lifting part is held by hands.

Furthermore, the outer periphery of the surrounding part comprises two circular arc sections, the portable part comprises two lugs, and the two circular arc sections and the two lugs are arranged alternately in a circumferential direction of the surrounding part; wherein, in a radial direction of the surrounding part, the two cutting lines are arranged between the two lugs and the surrounding part in an arc shape, and the extension of the two cutting lines can pass through the two arc sections, so that when the body is in the first state, the outer peripheral edge of the surrounding part is integrally formed into a visual sense of a circular outline.

Furthermore, the placing area is circular, the extending area annularly surrounds the placing area, and the placing area and the extending area are concentrically arranged; wherein, the ratio of the maximum radius of the extension region to the maximum radius of the placement region is greater than 2.

Furthermore, one side of the body is covered with the PE viscose and the PE net layer, and the other side of the body opposite to the PE viscose and the PE net layer is covered with a pattern layer.

Furthermore, at least one accommodating part is arranged in the accommodating area, and a second object is accommodated in the accommodating part; wherein, the area of the accommodating part is smaller than that of the placing area.

Furthermore, the PE mesh layer comprises a plurality of first woven strips and a plurality of second woven strips, the size of the plurality of first woven strips is different from that of the plurality of second woven strips, and the plurality of first woven strips and the plurality of second woven strips are interwoven.

Furthermore, the plurality of first weaving strips are interlaced to define a plurality of first meshes, the plurality of second weaving strips are interlaced to define a plurality of second meshes, and the size of each first mesh is different from that of each second mesh.

Preferably, the PE mesh layer includes a plurality of meshes, a first portion of the PE adhesive penetrates into the base layer, a second portion of the PE adhesive is adhered between the base layer and the PE mesh layer, and a third portion of the PE adhesive fills the plurality of meshes; one side of the body is covered with the PE viscose and the PE net layer, and the other opposite side of the body is covered with a pattern layer; the PE mesh layer comprises a plurality of first woven strips and a plurality of second woven strips, the size of the plurality of first woven strips is different from that of the plurality of second woven strips, and the plurality of first woven strips and the plurality of second woven strips are interwoven; the first weaving strips are interlaced and woven to define a plurality of first grids, the second weaving strips are interlaced and woven to define a plurality of second grids, and the size of each first grid is different from that of each second grid; the shape of the first grid is the same as that of the second grid; the color of the PE viscose glue is the same as that of the PE net layer, and the colors of the PE viscose glue and the PE net layer are different from that of the base layer; the cutting lines are arranged at equal intervals along the circumferential direction of the surrounding part, a connecting part is defined between any two cutting lines, and the cutting lines are also arranged at equal intervals along the radial direction of the surrounding part; in the radial direction of the surrounding part, the length of each lug is greater than the distance between any two cutting lines; the substrate layer is made of recycled paper; the area of the first grid is at least 2 times larger than that of the second grid, and the arrangement directions of the first grid and the second grid are different; at least one accommodating part is arranged in the placing area, a second object is placed in the accommodating part, and the area of the accommodating part is smaller than that of the placing area; the at least one accommodating part is two and is respectively a through hole, the second object penetrates through the accommodating part, and the body is in linkage relation with the second object in a tightening or interference mode.

The beneficial effects of the utility model reside in that:

the utility model provides an environment-friendly handbag which has a tough structure, can support a first object without being damaged, has excellent waterproof and anti-fouling capabilities and can be repeatedly used by a user; moreover, the selected materials are all recyclable materials, and can be recycled when the materials cannot be used, thereby being very beneficial to environmental protection. In addition, the design that the holding part can carry the second object can be more suitable for practical use, so that a user can use the container more variously.

Drawings

Fig. 1 is a front perspective view of the carry bag according to an embodiment of the present invention.

Fig. 2 is a back perspective view of the carry bag according to an embodiment of the present invention.

Fig. 3 is a front plan view of the carry bag according to an embodiment of the present invention.

Fig. 4 is a partially exploded view of an embodiment of the present invention.

Fig. 5 is a partially enlarged view of a PE mesh layer according to an embodiment of the present invention.

Fig. 6 is a sectional view of the eco-handbag according to an embodiment of the present invention.

Fig. 7 is a schematic view of a second state of the eco-handbag according to an embodiment of the present invention.

Fig. 8 is a diagram illustrating a usage status of the carry bag according to an embodiment of the present invention.

Fig. 9 is a schematic view illustrating the use of the eco-bag according to another embodiment of the present invention.

Reference numerals

1, 1A: a body; 21: a surrounding portion; 211: an outer peripheral edge; 212: a circular arc section; 22: a hand-held portion; 221: a lug; 23: a receptacle portion; 31, 31A: a placement area; 32: an extension region; 41: a base layer; 42: PE viscose glue; 421: a first portion; 422: a second portion; 423: third portion 43: a PE mesh layer; 431: a first woven strip; 432: a second woven strip; 44: a grid; 441: a first grid; 442: a second grid; 51: cutting a line; 52: a connecting portion; 6: a pattern layer; 71: a circumferential direction; 72: a radial direction; 81: a first object; 82: a second object.

Detailed Description

The following description is given by way of example only, and not by way of limitation, of the scope of the invention.

Referring to fig. 1 to 8, an embodiment of the present invention is shown, and the handbag of the present invention includes: a main body 1 and a plurality of cutting lines 51.

The main body 1 includes a base layer 41, a PE adhesive 42 and a PE mesh layer 43, the material of the base layer 41 is selected from paper, and the base layer 41 is preferably recycled paper, so as to implement the concept of environmental recycling. The PE glue 42 and the PE mesh layer 43 are stacked on the base layer 41 by laminating, and the PE glue 42 is between the base layer 41 and the PE mesh layer 43. The plurality of cutting lines 51 cut the body 1 at intervals, in detail, the plurality of cutting lines 51 divide the body 1 into a placement area 31 and an extension area 32, the placement area 31 is not provided with the cutting lines 51 for supporting a first object 81, the extension area 32 is provided with the plurality of cutting lines 51 and is located at the periphery of the placement area 31, when an external force is applied, the extension area 32 extends relative to the placement area 31, and further the body 1 is changed from a first state to a second state, the first state is a plane sheet shape for stacking and containing, and the second state is a three-dimensional mesh bag shape for forming a space for containing the first object 81.

It should be noted that the PE mesh layer 43 is woven by a high-tech process, and compared with a common portable plastic bag, the plastic content of the woven PE mesh layer 43 is less than 50%, so that the structure is tough and the plastic usage amount is reduced, thereby protecting the environment and protecting the earth.

More specifically, in the process of film coating, the PE viscose 42 is heated to be in a molten state, and then is rolled to adhere the base layer 41 and the PE mesh layer 43, and finally is cooled and cut to obtain the environmentally friendly handbag. The PE mesh layer 43 and the PE viscose 42 are made of the same material, so that when the PE mesh layer 43 is partially melted, the PE mesh layer can be perfectly connected with the PE viscose 42, and the combination degree is excellent.

It can be understood that the PE mesh layer 43 includes a plurality of grids 44, and the PE viscose 42 in a molten state is forced to flow and penetrate into the base layer 41, so that a first portion 421 of the cooled PE viscose 42 penetrates into the base layer 41, and the PE viscose 42 penetrates into the base layer 41, so that the side of the paper base layer 41 not covered by the PE mesh layer 43 and the PE viscose 42 can have a certain water resistance, is not easily wetted by water, and crumples to keep the original state, and also retains the characteristic of the paper that is convenient for printing and writing; a second portion 422 of the PE glue 42 is adhered between the base layer 41 and the PE mesh layer 43; a third portion 423 of the PE glue 42 fills the plurality of grids 44 to ensure excellent water and stain resistance on the side of the base layer 41 covered by the PE mesh layer 43.

In this embodiment, one side of the main body 1 is covered with the PE adhesive 42 and the PE mesh layer 43, and the other side of the main body 1 is covered with a pattern layer 6, so that a merchant can cover his/her own brand, pattern, mouth number, etc. on the main body 1 by color printing, spraying, etc., and the purpose of publicity and marketing is achieved through the pattern layer 6; alternatively, the applied first object 81 may be classified as applicable by assigning different pattern layers 6 thereto. The PE viscose 42 has the same color as the PE mesh layer 43, both of which are transparent and colorless, and the colors of the two are different from the color of the base layer 41, and the color of the base layer 41 is the ground color.

It is particularly emphasized that the PE mesh layer 43 can greatly strengthen the structural strength of the base layer 41 to bear the weight of the first object 81, and the PE mesh layer 43 has a woven uneven surface and also has a better slip-resistant capability.

Specifically, the PE mesh layer 43 includes a plurality of first weaves 431 and a plurality of second weaves 432, the size of the plurality of first weaves 431 is different from the size of the plurality of second weaves 432, the plurality of first weaves 431 and the plurality of second weaves 432 are interlaced with each other to form the plurality of cells 44, and the interlaced weaving of the first weaves 431 and the second weaves 432 with different thickness can achieve both hardness and flexibility.

More specifically, the plurality of first strips 431 are interlaced to define a plurality of first cells 441, the plurality of second strips 432 are interlaced to define a plurality of second cells 442, the size of each first cell 441 is different from the size of the second cell 442, so as to form a plurality of different three-dimensional spaces and different void areas, and the bonding tightness can be greatly improved after the PE viscose 42 is filled.

In an overall view, the main body 1 includes a surrounding portion 21 and a handle portion 22, the plurality of cutting lines 51 are disposed on the surrounding portion 21, and the surrounding portion 21 includes the placement area 31 and the extension area 32; when the main body 1 is in the first state, the handle portion 22 protrudes from an outer periphery 211 of the surrounding portion 21, and when the main body 1 is in the second state, the surrounding portion 21 surrounds the first object 81, and the handle portion 22 is held by a hand.

Further, the outer periphery 211 of the surrounding portion 21 includes two circular arc sections 212, the carrying portion 22 includes two lugs 221, and the two circular arc sections 212 and the two lugs 221 are alternately arranged in the circumferential direction 71 of the surrounding portion 21, so as to uniformly lift the two lugs 221 when the body 1 is in the second state; in a radial direction 72 of the surrounding portion 21, the two cutting lines 51 are disposed between the two lugs 221 and the surrounding portion 21 in an arc shape to slightly separate the two lugs 221 from the surrounding portion 21, so as to form a handle shape when the body 1 is in the second state, and the two cutting lines 51 extend through the two arc segments 212, and when the body 1 is in the first state, the outer periphery 211 of the surrounding portion 21 forms a visual sense of a circular contour.

The plurality of cutting lines 51 are arranged at equal intervals in a circumferential direction 71 of the surrounding portion 21, a connecting portion 52 is defined between any two cutting lines 51, and the plurality of cutting lines 51 are also arranged at equal intervals in a radial direction 72 of the surrounding portion 21. In addition, in the radial direction 72 of the surrounding portion 21, the length of each of the lugs 221 is greater than the distance between any two of the cutting lines 51, so that each lug 221 has more area to contact with the hand, the gravity is uniformly distributed, and the hand extraction is more comfortable.

In the embodiment, the placing area 31 is circular, so that the weight of the first object 81 can be evenly distributed to the connecting portion 52 in different directions of angles, and the cup can be applied to a hand cup commonly used in daily life. It is understood that the extension region 32 annularly surrounds the placement region 31, and the placement region 31 and the extension region 32 are concentrically disposed; wherein, the ratio of the maximum radius of the extension region 32 to the maximum radius of the placement region 31 is greater than 2, so that when the main body 1 is in the second state, the extension region 32 can have a sufficient extension length and establish a space with a greater depth to accommodate the first object 81.

It should be added that, as shown in fig. 9, in another embodiment, at least one accommodating portion 23 is disposed in the placing region 31A, and the accommodating portion 23 is used for placing a second object 82; the area of the accommodating portion 23 is smaller than that of the placing portion 31A, so that the placing portion 31A can support a larger first object 81 (as shown in fig. 8), and the accommodating portion 23 can be used to carry a smaller second object 82, so that a user can have more diversified applications and better fit practical requirements. In this embodiment, the at least one accommodating portion 23 is two and is a through hole, the second object 82 passes through the accommodating portion 23, and the body 1A is linked with the second object 82 by tightening and interference.

In conclusion, the environment-friendly handbag of the utility model has a tough structure, can support the first object without being damaged, has excellent waterproof and anti-fouling capabilities, and can be repeatedly used by a user; moreover, the selected materials are all recyclable materials, and can be recycled when the materials cannot be used, thereby being very beneficial to environmental protection. In addition, the design that the holding part can carry the second object can be more suitable for practical use, so that a user can use the container more variously.

Claims

1. An environmental protection handbag, comprising:

the body comprises a base layer, a PE viscose and a PE net layer, wherein the base layer is made of paper, the PE viscose and the PE net layer are stacked on the base layer through film coating processing, and the PE viscose is arranged between the base layer and the PE net layer;

a plurality of cutting lines for cutting the body at intervals;

the body is divided into a placing area and an extending area by the plurality of cutting lines, the placing area is not provided with the cutting lines for supporting a first object, the extending area is provided with the plurality of cutting lines and is positioned at the periphery of the placing area, when the body is acted by external force, the extending area extends relative to the placing area, and then the body is changed into a second state from a first state, wherein the first state is a plane sheet shape, and the second state is a three-dimensional net bag shape.

2. The environmentally friendly bag of claim 1, wherein the PE web comprises a plurality of cells, a first portion of the PE glue penetrates into the base layer, a second portion of the PE glue adheres between the base layer and the PE web, and a third portion of the PE glue fills the plurality of cells.

3. The carry bag as claimed in claim 1, wherein the body comprises a surrounding portion and a carrying portion, the plurality of cutting lines are disposed on the surrounding portion, and the surrounding portion comprises the placing region and the extending region; when the body is in the first state, the hand-lifting part protrudes out of the outer periphery of the surrounding part, when the body is in the second state, the surrounding part surrounds the first object, and the hand-lifting part is held by hands.

4. The carry bag of claim 3, wherein the outer periphery of the surrounding portion comprises two circular arc sections, and the carrying portion comprises two lugs, the two circular arc sections and the two lugs are arranged alternately in a circumferential direction of the surrounding portion; wherein, in a radial direction of the surrounding part, the two cutting lines are arranged between the two lugs and the surrounding part in an arc shape, and the extension of the two cutting lines can pass through the two arc sections, so that when the body is in the first state, the outer peripheral edge of the surrounding part is integrally formed into a visual sense of a circular outline.

5. The carry bag as claimed in claim 4, wherein the placing region is circular, the extending region annularly surrounds the placing region, and the placing region and the extending region are concentrically disposed; wherein, the ratio of the maximum radius of the extension region to the maximum radius of the placement region is greater than 2.

6. The environmentally friendly handbag according to claim 1, wherein one side of the body is covered with the PE adhesive and the PE mesh layer, and the opposite side of the body is covered with a pattern layer.

7. The carry bag as claimed in any one of claims 1 to 6, wherein at least one receptacle is provided in the receptacle area, the receptacle being adapted for receiving a second object; wherein, the area of the accommodating part is smaller than that of the placing area.

8. The carry bag as claimed in any one of claims 1 to 6, wherein the PE mesh layer comprises a plurality of first woven strips and a plurality of second woven strips, the size of the plurality of first woven strips is different from the size of the plurality of second woven strips, and the plurality of first woven strips and the plurality of second woven strips are interwoven with each other.

9. The carry bag as claimed in claim 7, wherein the plurality of first strips are interlaced to define a plurality of first cells, and the plurality of second strips are interlaced to define a plurality of second cells, each of the first cells having a size different from that of the second cells.

10. The environmentally friendly bag of claim 5, wherein the PE web layer includes a plurality of cells, a first portion of the PE glue penetrates into the base layer, a second portion of the PE glue adheres between the base layer and the PE web layer, and a third portion of the PE glue fills the plurality of cells; one side of the body is covered with the PE viscose and the PE net layer, and the other opposite side of the body is covered with a pattern layer; the PE mesh layer comprises a plurality of first woven strips and a plurality of second woven strips, the size of the plurality of first woven strips is different from that of the plurality of second woven strips, and the plurality of first woven strips and the plurality of second woven strips are interwoven; the first weaving strips are interlaced and woven to define a plurality of first grids, the second weaving strips are interlaced and woven to define a plurality of second grids, and the size of each first grid is different from that of each second grid; the shape of the first grid is the same as that of the second grid; the color of the PE viscose glue is the same as that of the PE net layer, and the colors of the PE viscose glue and the PE net layer are different from that of the base layer; the cutting lines are arranged at equal intervals along the circumferential direction of the surrounding part, a connecting part is defined between any two cutting lines, and the cutting lines are also arranged at equal intervals along the radial direction of the surrounding part; in the radial direction of the surrounding part, the length of each lug is greater than the distance between any two cutting lines; the substrate layer is made of recycled paper; the area of the first grid is at least 2 times larger than that of the second grid, and the arrangement directions of the first grid and the second grid are different; at least one accommodating part is arranged in the placing area, a second object is placed in the accommodating part, and the area of the accommodating part is smaller than that of the placing area; the at least one accommodating part is two and is respectively a through hole, the second object penetrates through the accommodating part, and the body is in linkage relation with the second object in a tightening or interference mode.