TWM619167U - Double-layer perforated handbag structure allowing partial tearing - Google Patents

Abstract

This creation is a partially tearable double-layer perforated bag structure, which includes a bag body, the bag body is provided with a first double-layer body piece and a second double-layer body piece, and the first A first lifting hole and a second lifting hole are arranged opposite to the top side edge of the double-layer bag body piece and the second double-layer bag body piece. The sheet and the second double-layer bag body piece are connected with a tear line. By the first lifting hole, the second lifting hole and the tear line of the first double-layer bag body piece and the second double-layer bag body piece, the user The bag body can be carried and the upper bag body can be removed to shorten the depth of the bag body, so that the user can easily take the contents of the bag body, and effectively reduce the use of the outer bag to achieve structural convenience and The effect of good environmental protection.

Description

Partially removable double-layer perforated bag structure

This creation is about a partially tearable double-layer perforated carrying bag structure, especially for those in the technical field of a double-layer packaging paper bag that has a portable function and blocks grease, moisture, and heat preservation.

By the way, the common food paper bags on the market at present are all folded and bonded by a single layer of paper material, and the material of the paper bag will have different material characteristics depending on the material selected; different food content The choice of paper application will be different. The common fried chicken paper bags in the market are based on the anti-oil effect as the primary condition in the selection of paper; while the non-oily foods such as red bean cakes and roasted sweet potatoes are used in paper selection. Most of the above are made of natural kraft paper with thick texture and packaging strength; however, the above-mentioned bag body adopts a single-quality single-layer configuration, and the use is limited by the material characteristics. The overall heat insulation effect of blocking heat conduction is poor, and it cannot provide users with hand-held and variability. Select the use requirements; as shown in Figure 13, the general bag body 20 is provided with lifting holes 21, and a reinforced cardboard 22 is provided at the inner side of the bag body 20 opposite to the lifting holes 21. Although it can reach the structural reinforcement of the lifting holes 21, the processing procedure It is cumbersome and the production cost is high, so there is a need for improvement.

In view of the variability in the use of conventional food paper bags and the lack of structural functionality, this creation is to complete this creation with a partially tearable double-layer perforated bag structure.

The main purpose of this creation is to provide a partially tearable double-layer perforated carrying bag structure, which includes a bag body provided with a first double-layer body piece and a second double-layer body piece , The left and right sides and bottom side of the first double-layer body piece and the second double-layer body piece are closed with closed edges, and the first double-layer body piece and the second double-layer bag The top side of the body is relatively open with an opening, and a first lifting hole and a second lifting hole are oppositely provided below the top side edges of the first double-layer bag body piece and the second double-layer bag body piece. Below the first lifting hole and the second lifting hole, a tear line is connected to the first double-layer body piece and the second double-layer body piece. The inner side of the first double-layer body piece and the second double-layer The outer sides of the bag body pieces are bonded to each other, so that the inner side of the first lifting hole and the outer side of the second lifting hole are tightly bonded, and the first double-layer body piece and the second double-layer body piece can be made into a square Bag, V-shaped bag or slip-in bag.

In a preferred embodiment, the first double-layer body piece and the second double-layer body piece of the bag body are provided with a first lifting hole and a second lifting hole, and a first lifting hole flap and a second lifting hole are respectively provided. The second lifting hole flap, the first lifting hole flap and the second lifting hole flap are folded inward or outward relative to the first lifting hole and the second lifting hole to increase the first lifting after the bag body contains food The force strength of the hole and the second lifting hole is to enhance the multiple practicability of this creation.

In a preferred embodiment, the tear line and the lower side of the first double-layer bag body piece of the bag body are separately provided with a first upper lifting hole and a first lower lifting hole, and the second double-layer The tear line and the lower side of the bag body piece are separately provided with a second upper lifting hole and a second lower lifting hole. The first double-layer bag body is folded relative to the second double-layer The lifting hole and the second upper lifting hole, relative to the first lower lifting hole and the second lower lifting hole, increase the force strength of the bag body to enhance the multiple practicability of this creation.

In a preferred embodiment, the inner side of the first double-layer body piece of the bag body and the outer side of the second double-layer body piece are adhered in a circular adhesive area spaced apart, and a polygonal spaced area is adhered around it. Setting, point-shaped adhesive zone interval adhesive setting, surface contact adhesive zone adhesive setting or edge contact adhesive zone adhesive setting, according to the needs of the use, the choice of the first double-layer body piece and the second double-layer body piece can be selected to enhance the cost The multiple practicality of creation.

In a preferred embodiment, the surface of the second double-layer bag body sheet of the bag body is provided with a number of vent holes. The first double-layered body piece and the second double-layered body piece are scattered opposite each other to enhance the multiple practicability of this creation.

By connecting the first double-layer bag body piece and the second double-layer bag body piece of the bag body with a tearing line, the user fills the food into the bag body through the first lifting hole and the second lifting hole. Hand-held, since the inner surface of the first lifting hole and the outer surface of the second lifting hole are tightly bonded, the force and strength between the first lifting hole and the second lifting hole are improved. When you want to eat the food in the bag, The upper side of the bag body relative to the tear line can be torn off by extending the tear line to shorten the depth of the bag body so that the user can easily take the food in the bag body, which effectively improves the convenience of use and reduces The use of outer bagging can achieve structural convenience and environmental protection.

In order to enable your reviewer to further understand the structure, features and other purposes of this creation, the following preferred embodiments are attached with diagrams for detailed descriptions as follows, but the embodiments described in this diagram are for illustrative purposes. It is not the only restriction on patent application.

Please refer to Figures 1 to 3, the part of this creation can be torn off the double-layer perforated bag structure applied to the three-dimensional state of the square bag, the three-dimensional state of the V-shaped bag, and the three-dimensional state of the slip-in bag State diagram, which includes:

A bag body 10, the bag body 10 is provided with a first double-layer body piece 11 and a second double-layer body piece 12, the first double-layer body piece 11 and the second double-layer body piece 12 The left and right sides and the bottom side are closed with closed edges 13, and the top sides of the first double-layered body piece 11 and the second double-layered body piece 12 are relatively open with an opening 14. In addition, a first lifting hole 110 and a second lifting hole 120 are oppositely provided under the top side edges of the first double-layer bag body piece 11 and the second double-layer bag body piece 12, the first lifting hole 110 and the second lifting hole Below 120, a tear line 15 is connected to the first double-layer body piece 11 and the second double-layer body piece 12, and the inner side of the first double-layer body piece 11 and the second double-layer body piece 12 The outer sides are bonded to each other, so that the inner side of the first lifting hole 110 and the outer side of the second lifting hole 120 are tightly bonded, and the first double-layered body piece 11 and the second double-layered body piece 12 can be made Square bag, V-shaped bag or slip-in bag.

With the cooperation of the above-mentioned structures, the partially tearable double-layer open-hole carrying bag structure of this creation can be completed.

Please refer to Figures 1 to 3, the part of this creation can be torn off the double-layer perforated bag structure applied to the three-dimensional state of the square bag, the three-dimensional state of the V-shaped bag, and the three-dimensional state of the slip-in bag The state diagram shows that the inner side of the first double-layer body piece 11 and the outer side of the second double-layer body piece 12 are bonded to each other, and the first double-layer body piece 11 and the second double-layer body piece 12, It can be made into a square bag, a V-shaped bag or a slip-in bag. The first double-layer body piece 11 and the second double-layer body piece 12 of the bag body 10 are connected with a tear line 15 so that the food It is filled into the bag body 10 and carried through the first lifting hole 110 and the second lifting hole 120. Since the inner surface of the first lifting hole 110 and the outer surface of the second lifting hole 120 are tightly bonded, the first lifting hole The relative stress and strength between the 110 and the second lifting hole 120 are improved. When the food in the bag body 10 is to be eaten, the bag body 10 can be torn off along the upper side of the tear line 15 relative to the tear line 15 , To shorten the depth inside the bag body 10, to facilitate the user to take the food in the bag body 10, effectively improve the convenience of use and reduce the use of outer bagging, so as to achieve structural convenience and environmental protection.

Please refer to Figure 4, which is the first embodiment of the double-layer perforated carrying bag structure of this creation that can be partially torn off. A schematic diagram of the three-dimensional state of a lifting hole flap and a second lifting hole flap. The overall structure is the same as that shown in Figures 1 to 3, except for the first double-layer body piece 11 and the second double-layer body piece of the bag body 10. 12, the first lifting hole 110 and the second lifting hole 120 are respectively provided with a first lifting hole flap 111 and a second lifting hole flap 121, the first lifting hole flap 111 and the second lifting hole flap 121 is folded inward or outward relative to the first lifting hole 110 and the second lifting hole 120 to increase the force strength of the first lifting hole 110 and the second lifting hole 120 after the bag body 10 contains food, so as to enhance the creation The multiple practicality.

Please refer to Figures 5 and 6, which is the second embodiment of the partially tearable double-layer perforated carrying bag structure of this creation. The first double-layer body piece of the bag body is set on the tear line and the lower side separately. There are the first upper lifting hole and the first lower lifting hole state and the folded use state of the bag body of the second embodiment. The overall structure is the same as that of the original figure 1 to 3, except for the first double layer of the bag body 10 The upper and lower sides of the tear line 15 of the bag body sheet 11 are respectively provided with a first upper lifting hole 110A and a first lower lifting hole 110B, and the second double-layer bag body sheet 12 is provided on the tear line 15 , The lower side is separately provided with a second upper lifting hole 120A and a second lower lifting hole 120B, the first double-layer bag body piece 11 is folded relative to the second double-layer bag body piece 12, so that the first upper lifting hole 110A and The second upper lifting hole 120A is relative to the first lower lifting hole 110B and the second lower lifting hole 120B to distribute the force on the first upper lifting hole 110A, the second upper lifting hole 120A, the first lower lifting hole 110B, and the second lower lifting hole The lifting hole 120B enhances the strength of the bag body 10 to enhance the multiple practicability of this creation.

Please refer to Figures 7 to 11, which is the third embodiment of the present creation with a partially tearable double-layer perforated bag structure. The circular adhesive area is placed in a spaced state, and the fourth embodiment is adhesively placed around the polygonal space. , The fifth embodiment of the point-shaped adhesive area spaced adhesion setting state, the sixth embodiment of the surface contact adhesion area adhesion setting state and the sixth embodiment of the edge contact adhesion area adhesion setting state reference diagrams, the overall structure of the original creation of Figures 1 to 3 The same, except that the inner surface of the first double-layer bag body piece 11 of the bag body 10 and the outer surface of the second double-layer bag body piece 12 are adhesively arranged at intervals of the circular adhesive area 100 and adhesively arranged around the polygonal area 101 Set, point-shaped adhesive areas 102 are adhesively arranged at intervals, surface contact adhesive areas 103 are adhesively arranged, or edge contact adhesive areas 104 are adhesively arranged, and the first double-layer body piece 11 and the second double-layer body piece 12 are adhered according to the needs of use Choose to enhance the multiple practicality of this creation.

Please refer to Figure 12, which is the seventh embodiment of the double-layer perforated carrying bag structure of the present creation that can be partially torn off. The second double-layer bag body surface of the bag body is provided with several vents. The overall structure is The same as Figures 1 to 3 of this creation, except that the surface of the second double-layer bag body sheet 12 of the bag body 10 is provided with a number of vents 16. The hot air and steam are emitted from the vent 16 and the opposite place between the first double-layer body piece 11 and the second double-layer body piece 12 to enhance the multiple practicability of this creation.

In summary, this creation can indeed achieve the above-mentioned functions and purposes, so this new model should meet the requirements of a patent application, and an application should be filed in accordance with the law.

10: The bag body 100: Round adhesion area 101: polygonal compartment 102: Punctate adhesion area 103: Surface contact adhesion area 104: Edge contact adhesion area 11: The first double-layer bag body piece 110: The first hole 110A: The first lifting hole 110B: The first lifting hole 111: The first lifting hole flap 12: The second double-layer bag body piece 120: The second hole 120A: The second lifting hole 120B: The second lower lifting hole 121: The second lifting hole flap 13: closed edge 14: opening 15: tear line 16: ventilation holes 20: bag body 21: Tick hole 22: Reinforced cardboard

[Figure 1] is a three-dimensional schematic diagram of the creation of this creation, where the partially tearable double-layer open-perforated bag structure is applied to a square bag. [Figure 2] This is a three-dimensional schematic diagram of the creation of the double-layer perforated carrying bag structure that can be partially torn off and applied to the V-shaped bag [Figure 3] is the three-dimensional schematic diagram of the double-layer perforated carrying bag structure of this creation that can be partially torn off and applied to the slip-in bag. [Figure 4] This is the first embodiment of the double-layer open-hole carrying bag structure that can be partially torn off in this creation. The first carrying hole flap and the second carrying hole flap of a square bag are respectively provided with a first carrying hole folding. A schematic diagram of the three-dimensional state of the flap and the second lifting hole flap. [Figure 5] The second embodiment of the double-layer perforated carrying bag structure of this creation that can be partially torn off. The first double-layer bag body piece of the bag body is provided with a first upper lifting hole on the tear line and on the lower side. Refer to the figure for the state of the first lower lifting hole. [Figure 6] is a reference diagram of the folded use state of the bag body of the second embodiment of the double-layer perforated carrying bag structure of the present creation that can be partially torn off. [Figure 7] is a reference diagram of the third embodiment of the double-layer perforated carrying bag structure of the present creation that can be partially torn off. [Fig. 8] is a reference diagram of the fourth embodiment of the present invention with a partially tearable double-layer perforated carrying bag structure. [Figure 9] is a reference diagram of the fifth embodiment of the double-layer open-perforated bag structure of the present creation that can be partially torn off. [Figure 10] is a reference diagram of the sixth embodiment of the present creation of the partially tearable double-layer open-perforated bag structure of the present invention, the surface contact adhesive zone adhesive setting state reference diagram. [Figure 11] is a reference diagram of the sixth embodiment of the present invention with a partially tearable double-layer open-perforated bag structure. [Figure 12] This is a reference drawing of the seventh embodiment of the present invention with a partially tearable double-layer perforated carrying bag structure. [Figure 13] is the reference drawing of the conventional food paper bag structure of the double-layer perforated bag structure that can be partially torn off in this creation.

10: The bag body

11: The first double-layer bag body piece

110: The first hole

12: The second double-layer bag body piece

120: The second hole

13: closed edge

14: opening

15: tear line

Claims (8)

A partially tearable double-layer perforated carrying bag structure, which includes: A bag body, the bag body is provided with a first double-layer body piece and a second double-layer body piece, the left and right sides of the first double-layer body piece and the second double-layer body piece and On the bottom side, a closed edge is provided in a closed shape, and the top sides of the first double-layer body piece and the second double-layer body piece are oppositely open with an opening, and the first double-layer body piece and A first lifting hole and a second lifting hole are arranged opposite to the top side edge of the second double-layer body piece. Below the first lifting hole and the second lifting hole, opposite the first double-layer body piece and the second double-layer The body piece is connected with a tear line, the inner side of the first double-layer body piece and the outer side of the second double-layer body piece are bonded to each other, and the first double-layer body piece and the second double-layer bag Body piece. The partially tearable double-layer perforated carrying bag structure according to claim 1, wherein the periphery of the inner surface of the first carrying hole is tightly bonded to the periphery of the outer surface of the second carrying hole. The partially tearable double-layer perforated carrying bag structure described in claim 1, wherein the bag is made into a square bag, a V-shaped bag or a slip-in bag in this system. The partially tearable double-layer perforated carrying bag structure according to claim 1, wherein the first double-layer body piece and the second double-layer body piece of the bag body are provided with a first lifting hole and a second The lifting holes are respectively provided with a first lifting hole flap and a second lifting hole flap. The first lifting hole flap and the second lifting hole flap are inward or outward relative to the first lifting hole and the second lifting hole Reflexed. The partially tearable double-layer perforated carrying bag structure according to claim 1, wherein the first double-layer bag body piece of the bag body is provided with a first upper carrying hole on the tear line and the lower side thereof And a first lower lifting hole, and the second double-layer bag body piece is provided with a second upper lifting hole and a second lower lifting hole on the tear line and the lower side, so that the first double-layer bag body piece Fold against the second double-layer bag body sheet, so that the first upper lifting hole and the second upper lifting hole are distributed to the first upper lifting hole and the second upper lifting hole relative to the first lower lifting hole and the second lower lifting hole. Hole and the first lower lifting hole, the second lower lifting hole. The partially tearable double-layer perforated carrying bag structure according to any one of claims 1 to 5, wherein the bag body is torn along the upper side of the tear line relative to the upper side of the tear line to shorten the bag The depth inside the body. The partially tearable double-layer perforated bag structure described in claim 1, wherein the inner surface of the first double-layer body piece of the bag body and the outer surface of the second double-layer body piece are bonded in a manner Adhesive settings are provided at intervals of circular adhesive areas, adhesive settings around polygonal partitions, dotted adhesive areas at intervals, surface contact adhesive areas or edge contact adhesive areas. The partially tearable double-layer perforated bag structure according to claim 1, wherein the surface of the second double-layer bag body of the bag body is provided with several vent holes, and the vent holes may be nano-pinholes.

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