JP3225976U - Eco mesh bag - Google Patents

Abstract

PROBLEM TO BE SOLVED: To use paper, PE adhesive and PE network layer which can be recycled, and the PE network layer has a total resin content of 50% or less, and taking structural strength into consideration. To provide eco-mesh bags that use less resin. An eco-mesh bag includes a base layer, a PE adhesive, and a PE netting layer. The base layer is made of paper, and the PE adhesive and the PE netting layer are laminated, Stacked on the base layer, the PE adhesive comprises a main body 1 interposed between the base layer and the PE mesh layer, and a plurality of cutting lines 51 for cutting the main body at intervals. The main body is divided into a placing section 31 and an extension section 32 by a plurality of cutting lines, the cutting section is not provided with a cutting line, and a plurality of cutting lines are provided in the extension section and Located around. When receiving an external force, the extension section extends with respect to the mounting section and is transformed from a sheet state to a three-dimensional net bag state. [Selection diagram] Figure 1

Description

  The present invention relates to an eco mesh bag.

  After heating food by microwave oven at a convenience store, by providing a non-woven net bag instead of the vinyl bag, it becomes possible to carry the heated food. For example, the bag disclosed in Taiwan Patent TWM564952 is such.

  However, the non-woven fabric is actually one of the resin, made of resin fiber, and the conventional products are of poor quality, easy to get dirty, easy to break, and can be discarded after being used once. There is no environmental benefit as it is general.

Taiwan Patent TWM564952 Publication

  The main purpose of the present invention is that the employed paper, PE adhesive and PE netting layer can be recycled, and the PE netting layer is made by high tech making process, so 100% resin is used. To provide an eco-mesh bag that has a total resin content of 50% or less as compared to the adopted vinyl bag, and that considers the strength of the structure and can achieve the purpose of reducing the use of resin. is there.

The eco-mesh bag according to the present invention comprises a base layer, a PE adhesive, and a PE net layer, the material of the base layer is paper, and the PE adhesive and the PE net layer are laminated, A main body that is stacked on the base layer, and the PE adhesive is interposed between the base layer and the PE mesh layer;
Multiple cutting lines that cut the body at intervals,
In the eco mesh bag equipped with
The main body is divided into a placement section and an extension section by a plurality of cutting lines, and since the placement section is not provided with a cutting line, it is possible to support the first object. Since it is located around the placement zone, when the external force is applied, the extension zone extends with respect to the placement zone and the main body changes from the first state to the second state, and in the first state, The main body has a sheet shape, and in the second state, the main body has a three-dimensional net bag shape.

  According to the eco-mesh bag according to the present invention, the PE mesh layer has a plurality of meshes, the first portion of the PE adhesive is permeated into the base layer, and the second portion of the PE adhesive is the base layer and the PE mesh. Located between the layers and tacking both, the third part of the PE adhesive is characterized by filling multiple meshes.

  According to the eco-mesh bag of the present invention, the main body includes the inclusion portion and the handle portion, and the plurality of cutting lines are provided in the inclusion portion, and the inclusion portion includes the placement section, the extension section, and When the main body is in the first state, the handle portion projects from the outer peripheral edge of the inclusion portion, and when the main body is in the second state, the inclusion portion surrounds the first object, and the handle portion allows the user to hold the hand. The feature is that the main body can be pulled up and moved.

  According to the eco-mesh bag of the present invention, the outer peripheral edge of the inclusion portion has two arc steps, the handle portion has two ears, and two arc steps and two ears are provided in the circumferential direction of the inclusion portion. Are arranged alternately, and the two cutting lines have an arc shape in the radial direction of the inclusion portion, and are provided between the two ears and the inclusion portion, and the two cutting lines extend in two directions. When the main body is in the first state after passing through the two circular arc steps, the entire outer peripheral edge of the inclusion portion has a circular contour.

  According to the eco-mesh bag according to the present invention, the placement zone has a circular shape, the extension zone has a ring shape, surrounds the placement zone, and the placement zone and the extension zone are concentrically arranged and The ratio of the maximum radius to the maximum radius of the placement area is characterized by being greater than 2.

  The eco-mesh bag according to the present invention is characterized in that the main body has one surface covered with the PE adhesive and the PE mesh layer, and the other surface covered with the pattern layer.

  According to the eco-mesh bag of the present invention, at least one accommodation part is provided in the placement area, and the second object can be placed in the accommodation area, and the area of the accommodation area is smaller than the area of the placement area. Is characterized by.

  According to the eco-mesh bag of the present invention, the PE mesh layer comprises a plurality of first yarns and a plurality of second yarns, and the dimensions of the plurality of first yarns are the plurality of second yarns. Unlike the dimension of No. 1, the plurality of first yarns and the plurality of second yarns are knitted and woven so as to intersect with each other.

  According to the eco-mesh bag of the present invention, a plurality of first yarns are interlaced and woven to form a plurality of first meshes, and a plurality of second yarns are interwoven and woven. The second mesh is formed, and the size of each first mesh is different from the size of the second mesh.

  According to the eco-mesh bag according to the present invention, the PE mesh layer has a plurality of meshes, the first portion of the PE adhesive is impregnated into the base layer, and the second portion of the PE adhesive is the base layer and the PE layer. The third part of the PE adhesive is interposed between the mesh layer and both of them, the third part of the PE adhesive fills a plurality of meshes, and the main body is covered on one side with the PE adhesive and the PE mesh layer, and on the other side. Is covered with a pattern layer, the PE mesh layer includes a plurality of first yarns and a plurality of second yarns, and the dimensions of the plurality of first yarns are the same as those of the plurality of second yarns. Unlike the dimensions, the plurality of first yarns and the plurality of second yarns are knitted and woven so as to intersect with each other, and the plurality of first yarns are knitted and woven together to form a plurality of first meshes. However, the plurality of second yarns are interwoven and woven to form a plurality of second meshes, and the size of each first mesh is different from the size of the second mesh. The shape of the first mesh is the same as the shape of the second mesh, the color of the PE adhesive is the same as the color of the PE mesh layer, and both colors are different from the color of the base layer, and in the circumferential direction of the inclusion part. , The plurality of cutting lines are arranged at the same interval, and the connecting portion is provided between any two cutting lines, and the plurality of cutting lines are arranged at the same distance in the radial direction of the inclusion portion. In the radial direction of the inclusion portion, the length of each ear is larger than the distance between any two cutting lines, the material of the base layer is recycled paper, and the area of the first mesh is the second mesh. Is more than twice the area of the first mesh and the arrangement directions of the first mesh and the second mesh are different from each other, and at least one accommodation section is provided in the placing section, and the second object can be placed in the accommodation section. The storage area is smaller than the loading area, and at least one storage area has two A hole, the second object is inserted into the accommodating portion, the body is characterized in that in conjunction with the second object by clamping or interference.

  According to the eco-mesh bag of the present invention, the employed paper, PE adhesive and PE net layer can be recycled, and since the PE net layer is made by a high-tech manufacturing process, Compared with a vinyl bag that adopts 100%, the total resin content is 50% or less, and it has the effect of achieving the purpose of reducing the use of resin in consideration of the strength of the structure.

1 is a perspective view of an eco-mesh bag according to the present invention viewed from above. 1 is a perspective view of an eco-mesh bag according to the present invention seen from below. 1 is a plan view showing an eco-mesh bag according to the present invention. 1 is an exploded perspective view showing an eco-mesh bag according to the present invention. FIG. 3 is an enlarged view showing a part of a PE network layer according to the present invention. 1 is a cross-sectional view showing an eco-mesh bag according to the present invention. FIG. 6 is a view showing a second state of the eco mesh bag according to the present invention. It is a figure which shows the use condition of the eco mesh bag which concerns on this invention. It is a figure which shows the usage method of the eco-mesh bag which concerns on another embodiment of this invention.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings.

  Please refer to FIG. 1 to FIG. An eco-mesh bag according to an embodiment 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 net layer 43. The base layer 41 is made of paper, preferably recycled paper. The PE adhesive 42 and the PE net layer 43 are stacked on the base layer 41 by laminating. The PE adhesive 42 is interposed between the base layer 41 and the PE net layer 43, and adheres both. A plurality of cutting lines 51 cut the main body 1 at intervals. The main body 1 is divided into a placement section 31 and an extension section 32 by the plurality of cutting lines 51. Since the cutting line 51 is not provided in the placement area 31, the first object 81 can be supported. A plurality of cutting lines 51 are provided in the extension section 32, and the plurality of cutting lines 51 are provided around the placement section 31. As a result, when receiving an external force, the extension section 32 extends with respect to the placement section 31, and the main body 1 is converted from the first state to the second state. The main body 1 in the first state has a sheet shape, and it is convenient to stack and store the main body 1. The main body 1 in the second state has a three-dimensional mesh bag shape and can accommodate the first object 81.

  Since the PE net layer 43 is manufactured by a high-tech manufacturing process, the total resin content is 50% or less as compared with a vinyl bag that uses 100% resin, and the strength of the structure is taken into consideration. It is possible to achieve the purpose of reducing.

  During the laminating process, the PE adhesive 42 is heated and melted and rolled, and then the base layer 41 and the PE net layer 43 are adhered. When cooled and cut, the eco-mesh bag according to the present invention can be obtained. Further, since the PE netting layer 43 and the PE adhesive 42 have the same material, the PE netting layer 43 can be well connected to the PE adhesive 42 when a part of the PE netting layer 43 is melted.

  The PE mesh layer 43 includes a plurality of meshes 44. The melted PE adhesive 42 flows and infiltrates into the base layer 41, so that the first portion 421 of the cooled PE adhesive 42 infiltrates into the base layer 41. After the PE adhesive 42 has penetrated into the inside of the base layer 41, the base layer 41 using paper has a certain degree of water resistance on the side not covered with the PE net layer 43 and the PE adhesive 42, It retains the properties of paper that are easy to print and graffiti, maintain their original condition, and are resistant to wetting and wrinkling. The second portion 422 of the PE adhesive 42 adheres to the base layer 41 and the PE net layer 43. The third portion 423 of the PE adhesive 42 fills the meshes 44. Accordingly, the side of the base layer 41 covered with the PE net layer 43 has excellent water resistance and stain resistance.

  In this embodiment, one surface of the main body 1 is covered with the PE adhesive 42 and the PE net layer 43, and the other surface of the main body 1 is covered with the pattern layer 6. By color printing, spraying, etc., the user can attach an original brand, mold, slogan, etc. to the main body 1 to obtain an advertising effect with the pattern layer 6, or with the first object 81, a different pattern layer 6 can be obtained. Can be printed and classified. Further, the PE adhesive 42 and the PE net layer 43 have the same color, are transparent and colorless, and the color thereof is different from the color of the base layer 41, and the color of the base layer 41 is the background color.

  In particular, the PE net layer 43 significantly enhances the strength of the structure of the base layer 41, and thus can receive the weight of the first object 81. Since the surface of the woven and woven PE net layer 43 is uneven, it can have a better anti-slip ability.

  Specifically, the PE net layer 43 includes a plurality of first yarns 431 and a plurality of second yarns 432. The plurality of first yarns 431 and the plurality of second yarns 432 have different sizes and are knitted and woven so as to intersect with each other to form a plurality of meshes 44. By knitting the first yarn 431 and the second yarn 432 having different thicknesses and sizes so as to intersect with each other, both rigidity and flexibility can be realized.

  Specifically, a plurality of first yarns 431 are interwoven and formed to form a plurality of first meshes 441, and a plurality of second yarns 432 are interwoven and thus a plurality of second yarns 432 are formed. Since the mesh 442 is formed and the size of each first mesh 441 is different from the size of the second mesh 442, various different three-dimensional spaces and gaps are formed, and after the PE adhesive 42 is filled, the tightness of the bond is increased. can do. In the present embodiment, the shape of the first mesh 441 is the same as the shape of the second mesh 442, the area of the first mesh 441 is twice or more the area of the second mesh 442, and the first mesh 441 and the second mesh The arrangement directions of the meshes 442 are different from each other, and external forces from different directions can be received.

  The main body 1 includes an inclusion portion 21 and a handle portion 22. The plurality of cutting lines 51 are provided in the inclusion section 21. The inclusion section 21 includes a placement section 31 and an extension section 32. When the main body 1 is in the first state, the handle portion 22 projects from the outer peripheral edge 211 of the inclusion portion 21. When the main body 1 is in the second state, the inclusion part 21 surrounds the first object 81, and the user can move by grasping the handle part 22 with the hand.

  Further, the outer peripheral edge 211 of the inclusion portion 21 includes two arc steps 212. The handle portion 22 includes two ears 221. In the circumferential direction 71 of the inclusion portion 21, the two circular arc steps 212 and the two ears 221 are arranged alternately. When the main body 1 is in the second state, the two ears 221 can be pulled up. In the radial direction 72 of the inclusion portion 21, the two cutting lines 51 have an arc shape and are provided between the two ear portions 221 and the inclusion portion 21, so that the two ear portions 221 and the inclusion portion 21 are included. Divide. The handle can be formed when the body 1 is in the second state. The extension of the two cutting lines 51 passes through the two arc steps 212. When the main body 1 is in the first state, the entire outer peripheral edge 211 of the inclusion portion 21 has a circular contour.

  In the circumferential direction 71 of the inclusion portion 21, the plurality of cutting lines 51 are arranged at the same intervals, and the connecting portion 52 is provided between any two cutting lines 51. In the radial direction 72 of the inclusion portion 21, the plurality of cutting lines 51 are also arranged at the same intervals. In the radial direction 72 of the inclusion portion 21, the length of each ear portion 221 is larger than the distance between any two cutting lines 51. Thereby, each ear portion 221 can contact the hand portion in a larger area, and the weight due to gravity can be dispersed.

  In the present embodiment, the placing section 31 has a circular shape, can disperse the weight of the first object 81 in the connecting portions 52 along different directions, and can accommodate a cup filled with a beverage. The extension section 32 has a ring shape and surrounds the placement section 31. The placement section 31 and the extension section 32 are arranged so as to be concentric with each other. The ratio between the maximum radius of the extension zone 32 and the maximum radius of the placement zone 31 is 2 or more. Accordingly, when the main body 1 is in the second state, the extension length of the extension section 32 is sufficient, a space having a sufficient depth can be formed, and the first object 81 is accommodated. be able to.

  Please refer to FIG. In the eco-mesh bag according to another embodiment of the present invention, at least one accommodation part 23 is provided in the placement area 31A, and the second object 82 can be placed in the accommodation part 23. The area of the accommodation portion 23 is smaller than the area of the placement area 31A. As a result, the placement area 31A can support a larger first object 81, as shown in FIG. 8, and the accommodating portion 23 can also carry a small second object 82. There are two housing portions 23 according to this embodiment, which are through holes. The second object 82 is inserted through the housing portion 23. The main body 1A interlocks with the second object 82 by tightening or interference.

1, 1A Main body 6 Pattern layer 21 Inclusion part 22 Handle part 23 Storage part 31, 31A Placement area 32 Extension area 41 Base layer 42 PE adhesive 43 PE network layer 44 Network 51 Cutting line 52 Connecting part 71 Circumferential direction 72 Radial direction 81 1st object 82 2nd object 211 Outer peripheral edge 212 Arc step 221 Ear part 421 1st part 422 2nd part 423 3rd part 431 1st thread 432 2nd thread 441 1st mesh 442 2nd mesh

Claims (10)

A base layer, a PE adhesive, and a PE netting layer, wherein the material of the base layer is paper, and the PE adhesive and the PE netting layer are stacked on the base layer by laminating, The PE adhesive is a body interposed between the base layer and the PE mesh layer;
A plurality of cutting lines for cutting the body at intervals,
In the eco mesh bag equipped with
The main body is divided into a placement section and an extension section by the plurality of cutting lines, and since the cutting line is not provided in the placement section, the first object can be supported, and the plurality of cutting lines are provided. The line is provided in the extension section and is located around the placement section, so that when an external force is applied, the extension section extends with respect to the placement section and the main body moves from the first state to the first state. The eco-mesh bag is in two states, in the first state, the main body has a sheet shape, and in the second state, the main body has a three-dimensional net bag shape.   The PE network layer has a plurality of meshes, a first portion of the PE adhesive is infiltrated into the base layer, and a second portion of the PE adhesive is between the base layer and the PE network layer. The eco-mesh bag according to claim 1, wherein the eco-mesh bag is located at, and adheres to both, and the third portion of the PE adhesive fills the plurality of meshes.   The main body includes an inclusion portion and a handle portion, the plurality of cutting lines are provided in the inclusion portion, the inclusion portion includes the placement section and the extension section, When the main body is in the first state, the handle portion protrudes from the outer peripheral edge of the inclusion portion, and when the main body is in the second state, the inclusion portion surrounds the first object and the handle portion The eco-mesh bag according to claim 1, wherein the user can pull up and move the main body by hand.   The outer peripheral edge of the enclosure includes two arcuate steps, the handle portion includes two ears, and the two arcuate steps and the two ears are alternately arranged in the circumferential direction of the inclusion. In the radial direction of the inclusion portion, the two cutting lines have an arc shape and are provided between the two ears and the inclusion portion, and the extension of the two cutting lines is the same. The eco-mesh bag according to claim 3, wherein when the main body is in the first state after passing through two arcuate steps, the entire outer peripheral edge of the inclusion portion has a circular contour.   The preceding placement zone has a circular shape, the extension zone has a ring shape and surrounds the preceding placement zone, the preceding placement zone and the extension zone are arranged concentrically, and the maximum radius of the extension zone and the front The eco-mesh bag according to claim 4, characterized in that a ratio with respect to the maximum radius of the described storage area is larger than 2.   The eco-mesh bag according to claim 1, wherein one side of the main body is covered with the PE adhesive and the PE net layer, and the other side thereof is covered with a pattern layer.   At least one accommodation section is provided in the above-mentioned storage section, and a second object can be placed in the above-mentioned storage section, and the area of the above-mentioned storage section is smaller than the area of the above-mentioned storage section, Item 7. The eco-mesh bag according to any one of items 1 to 6.   The PE network layer includes a plurality of first yarns and a plurality of second yarns, and the dimensions of the plurality of first yarns are different from the dimensions of the plurality of second yarns. 7. The eco-mesh bag according to any one of claims 1 to 6, wherein the first yarns and the plurality of second yarns are knitted and woven so as to intersect with each other.   A plurality of first nets are formed by interlacing the plurality of first yarns, and a plurality of second nets are formed by interlacing the plurality of second yarns. The eco-mesh bag according to claim 7, wherein the size of each of the first meshes is different from the size of the second mesh.   The PE network layer has a plurality of meshes, the first portion of the PE adhesive is impregnated into the base layer, and the second portion of the PE adhesive is composed of the base layer and the PE network layer. Intervening, adhering both, the third portion of the PE adhesive fills the meshes, the body is covered on one side with the PE adhesive and the PE mesh layer, and The surface is covered with a pattern layer, the PE mesh layer includes a plurality of first yarns and a plurality of second yarns, and the dimensions of the plurality of first yarns are the same as those of the plurality of first yarns. Unlike the dimensions of the two yarns, the plurality of first yarns and the plurality of second yarns are knitted and woven so as to intersect with each other, and the plurality of first yarns are knitted and woven in an intersecting manner, A plurality of first nets are formed, and a plurality of second yarns are interwoven and knitted to form a plurality of second nets. The size of the mesh is different from the size of the second mesh, the shape of the first mesh is the same as the shape of the second mesh, the color of the PE adhesive is the same as the color of the PE mesh layer, Both colors are different from the color of the base layer, and in the circumferential direction of the inclusion portion, the plurality of cutting lines are arranged at the same intervals, and a connecting portion is provided between any two of the cutting lines. That is, in the radial direction of the inclusion portion, the plurality of cutting lines are arranged at equal intervals, and in the radial direction of the inclusion portion, the length of each ear portion is equal to that of any two of the cutting lines. Is larger than the distance between them, the material of the base layer is recycled paper, the area of the first mesh is at least twice the area of the second mesh, and the arrangement of the first mesh and the second mesh The directions are different from each other, and at least one accommodation part is provided in the above-mentioned storage area. A second object can be placed in the accommodation unit, the area of the accommodation unit is smaller than the area of the placement section, and the at least one accommodation unit has two through holes, and the second object The eco-mesh bag according to claim 5, wherein an object is inserted into the accommodation portion, and the main body is interlocked with the second object by tightening or interference.