JP6446617B1 - Management file for plastic bag reuse - Google Patents

Abstract

The present invention provides a file that is not bulky, has an aesthetic appearance, and can be managed by dividing it by size or by folding it neatly. Second and third plate members 2 and 3 are continuously formed on one side of a short side end portion of a rectangular first plate member 1 having elasticity, and the first plate member 1 is A fourth plate member 4 is formed on the opposite side end portion, a slightly smaller fifth plate member 5 is formed on one side of the longer side end portion of the first plate member 1, and the first and fifth A small sixth plate member 6 sharing the boundary line is formed on the boundary line of the plate members 1 and 5 so as to be close to the second plate member 2, and all the boundary line portions of the first to sixth plate members 1 to 6 are folded. A management file for reusing shopping bags that can be used to manage large and small shopping bags. [Selection] Figure 8

Description

The present invention can collect and store plastic bags of various sizes, which are collected each time shopping, in a general household by folding them in order of size, and can easily add and manage plastic bags of any size within the range. It also relates to a management file for reusing plastic shopping bags that can be easily taken out.

As a general method of managing the plastic bags at home to recycle, there is no special thing, for example, any one selected plastic bag is stuffed all over and hooked on the wall, Often managed in a box. In some cases where a little effort is required, the size may be divided to some extent in advance and managed by a plurality of bags (or boxes).

There are also households that squeeze a plastic bag and add a habit of slenderness, then manage it with a bag or box and add a device that can be taken out while checking the size to some extent.

There are also households that fold all shopping bags neatly and manage them in multiple bags (or boxes) with exactly the same size.

Patent 4908459 Patent 4033358 JP2006-056591 JP2009-292538 JP2013-106759 JP2003-137231 JP2003-212279 JP 08-258878 JP 08-337277 Patent 5848431 JP2005-199023 JP2000-153888 JP2015-117069 JP 10-236547 JP2009-046180

  In particular, there is a method that can be taken out while checking the size to some extent, such as by managing it by packing it in a plastic bag or box of your choice without any special thing, or by attaching a habit that becomes slender by rubbing the plastic bag Although the method itself is simple and easy to carry out, it is bulky and it is difficult to see and reuse even subtle differences in size. Also, the management site looks messy and lacks aesthetics.

The method of folding all plastic bags neatly and managing them in multiple bags (or boxes) with exactly the same size is less bulky and aesthetically pleasing, but the plastic bag is a very inexpensive consumable item. It takes too much work to handle.

The inventions of Patent Documents 1, 2, 3, 4, 5, 6, 7, 8, 9 are simply a kind of container for storing plastic bags, and the function to collectively manage plastic bags of various sizes Absent.

The inventions of Patent Documents 10, 11, and 12 can manage plastic bags of different sizes to a certain extent, but their functions are extremely limited and are not collectively managed. I just manage it.

The inventions of Patent Documents 13 and 14 can collectively manage plastic bags of different sizes to some extent, and it is possible to pick out plastic bags by arbitrarily selecting a size to some extent, but the function is limited and the shopping bag is a ladder. And because of the use of the technique of adding a habit of becoming slender, it is bulky than expected.

The invention of Patent Document 15 basically does not have a function to collectively manage plastic bags of various sizes, large and small, and further has a structure in which one plastic bag is wound around one partition plate and folded and stored. Therefore, the number of plastic bags that can be managed cannot be expected to be too large.

Although the present invention has a restriction that the minimum and maximum size of the shopping bags that can be managed at various sizes in general households for each shopping are within 16 times as much as the area, or in order of size at the beginning of use Although there is the trouble of having to stack them together, they can be folded together into a minimum and maximum size and efficiently managed in a batch, and any size shopping bag within that range is easy In addition, a management file for reusing plastic shopping bags can be provided, which can be additionally managed without changing the order of sizes, and can easily take out plastic bags of the desired size.

In the present invention, the second and third plate members are continuously formed on one side of the shorter side end portion of the elastic first rectangular plate member, and the opposite side end portion of the first plate member is formed. Forming a fourth plate, forming a fifth plate on one of the longer side edges of the first plate, and sharing the boundary on the boundary between the first and fifth plates A management file for recycling plastic bags is provided, characterized in that a sixth plate material is formed and all the boundary portions of the first to sixth plate materials are folded.

  The present invention, in the management file, additionally formed so as to interrupt the seventh plate that becomes a gusset between the first and second plates, the boundary line of the seventh plate and the first and second plates A management file for reusing plastic shopping bags, which is characterized by folding parts, is provided.

In the management file having the seventh plate material, the present invention is additionally formed so as to interrupt the eighth plate material that becomes a gusset also between the first and fourth plate materials, the eighth plate material and the first plate material・ Provide a management file for recycling plastic bags, which is characterized by folding the boundary line of 4 sheets.

In the management file according to the present invention, the first, second, third, and fourth plate members have substantially the same boundary line, and the first and fourth plate members are formed to have substantially the same size. The plate material is formed smaller than the first plate material, the third plate material is formed smaller than the second plate material, and the fifth plate material is smaller than the first plate material and substantially at the side end portion of the first plate material. A management file for reusing each plastic bag is provided, characterized in that it is formed in the center, and the sixth board is smaller than the fifth board and formed closer to the second board.

The present invention provides a management file for reusing each plastic bag, characterized in that, in the management file, the sixth board is cut out from a part of the first board.

In the present invention, one of the management files is expanded, and the lateral side of the plastic bag is aligned with the boundary between the first and fifth plate materials while the bottom side of the plastic bag is aligned with the boundary line between the second and third plate materials. Place along the line, and then in turn, if the 5th plate, and the plastic bag protrudes outside the management file, the protruding portion, the 3rd plate, the 2nd plate (or 2-7) Folding with the 4th plate material (or 4th and 8th plate materials), it is possible to fold up the size of the 1st plate material while gradually discharging the air in the plastic bag. The bag can be properly managed.

In the present invention, it is assumed that plastic bags of various sizes, large and small, are already managed in order with the rule that the size is larger on the management file side. For example, a new plastic bag of a size that protrudes outside the management file is to be additionally managed. In that case, first spread all of the 5th and 6th plate materials, then wrap the plastic bag smaller than the new plastic bag you want to manage and wrap it around the 5th plate material, lift it as it is, It is possible to interrupt a plastic bag that you want to add and manage to a new location without changing the order of size. Also, the plastic bag of the size you want to take out can be taken out efficiently by the reverse procedure.

In the present invention, it is assumed that plastic bags of various sizes, large and small, have already been managed in order according to the rule that they are as large as the management file side. For example, it is desired to newly manage a small plastic bag that does not protrude from the management file. If this is the case, first spread out all of the sixth plate material, then wrap the plastic bag smaller than the new plastic bag you want to manage and wrap it around the sixth plate material and lift it as it is. It is possible to interrupt a new shopping bag that you want to manage without changing the size order. Also, the plastic bag of the size you want to take out can be taken out efficiently by the reverse procedure.

According to the present invention, the maximum size of the bottom side of the plastic bag that can be wound around the sixth plate member is appropriate to be twice the side end portion of the sixth plate member (the position at a right angle of the side end portion). 2 times is appropriate because the front and back sides can be wound across the side edge part), so the dimension of the side edge part of the sixth plate is about 1/2 of the side edge part of the fifth plate. If it is set in advance, the size of the plastic bag that can be wound on the fifth plate and the sixth plate can be segregated.

The maximum size of the plastic bag that can be managed in the present invention is approximately four times the area of the fifth plate that becomes the core when the plastic bag is wrapped and folded (after winding the front and back across the longer side edge, Folded the fifth plate by placing the bottom of the plastic bag along the boundary line between the second and third plates, so that the bottom side of the plastic bag is placed on the border between the second and third plates. In this case, the size is obtained by adding the lower part (horizontal side part) of the plastic bag that protrudes from the fifth plate material. Therefore, for example, if the 5th plate is set to A4 size, which is a standard size that is easy to manage on a bookshelf etc., the maximum size of the plastic bag that can be managed is the longer side of A2 size (4 times the area of A4 size) Although it is a little long and narrow, this is convenient for the current situation that many of the shopping bags that are generally distributed in the world have a long and narrow handle with a standard size.

The minimum size of the plastic bag that can be managed in the present invention is that the size of the side edge of the sixth plate material that can not be wound around the sixth plate material that is the partner to be wound at the time of loading and unloading is almost appropriate. The dimensions of the horizontal side are considered to protrude from the fifth and sixth plates when the fifth and sixth plates are folded by placing the bottom side along the boundary line between the second and third plates. The size is obtained by adding several centimeters required as an overlapping portion with the sixth plate material to the size of the lower portion (lateral side portion) of the shopping bag. Therefore, for example, when the fifth plate is set to A4 size according to the above example, the size of the side edge of the sixth plate is the size of the shorter side of the A6 size as described above (the A4 size (Size of 1/2 of the side edge) is a suitable size that can manage the size of the plastic bag size that can be managed well, so the handle size is attached to the minimum size of the plastic bag that can be managed accordingly. If you want to do it, calculate the backside of the border between the second and third plates and the side edge of the sixth plate in the A6 size with the handle part in general. Just set a few centimeters shorter than the typical dimensions.

According to the present invention, when the fifth plate material is temporarily set as A4 size as in the previous period, the maximum size of the shopping bag that can be managed can be expected to be A2 size with a handle, and the minimum size is A6 size. Since it can be expected to be possible even with a handle part, the minimum and maximum of plastic bags that can be managed can be expected to be almost 16 times the area.

In the present invention, the difference in size between the first and fifth plate members is set large, and at the same time, the difference in size between the second and third plate members together with the difference, If there is a plate material, if you set the dimensions of the side edge that will be the gusset, the outer shape of the management file itself will be larger than the size of the plastic bag that can be managed, or (second and Although the dimension from the boundary line of the third plate to the side edges of the fifth and sixth plates extends, the restriction that the lateral side of the minimum size of the plastic bag is not that long is also increased. When folded, the number of plastic bags that can be managed with these differences as a gap can be increased freely.

In the present invention, if the seventh plate material having an appropriate size and the eighth plate material having an appropriate size are formed, the place becomes a gusset and the aesthetic value of the product of the present invention can be improved. .

In the present invention, the sixth plate material is cut out from a part of the first plate material, and when folded, a part of the shopping bag is exposed at the cut out portion, but the management function is completely hindered. It is possible to manufacture a management file for reusing plastic shopping bags that are connected to form a single sheet when deployed.

Basic structure diagram of the management file 30 for recycling plastic shopping bags that does not have a gusset board The basic structure diagram of the management file 31 for recycling plastic shopping bags, which has only the plate material 7 as a gusset Basic structure diagram of the management file 32 for reusing plastic shopping bags with gusset boards 7 and 8 Basic structure diagram of the management file 33 for reusing plastic shopping bags that do not have gussets and are connected to a single sheet when unfolded The basic structure of the management file 34 for recycling bags in a form that has only the plate material 7 as a gusset and is connected to a single sheet when unfolded Basic structure diagram of the management file 35 for reusing plastic shopping bags in the form of a single sheet when unrolled, with gusset plates 7 and 8 Image of plastic bags of various sizes Management procedure diagram for plastic bags of various sizes (first step) Management procedure diagram for plastic bags of various sizes (2nd process) Management procedure diagram for plastic bags of various sizes (3rd process) Management procedure diagram for plastic bags of various sizes (4th process) Management procedure diagram for plastic bags of various sizes (5th process) Management procedure diagram for plastic bags of various sizes (6th process) Management procedure diagram for plastic bags of various sizes (7th process) Diagram of additional management procedure for shopping bags with a size that protrudes from the management file (first step) Diagram of additional management procedure for shopping bags of size that protrude from the management file (2nd process) Diagram of additional management procedure for shopping bags of size that protrude from the management file (3rd process) Diagram of additional management procedure for shopping bags with a size that protrudes from the management file (4th process) Final process diagram of the procedure to take out a shopping bag of a size that protrudes from the management file Additional management procedure diagram for small plastic bags that do not protrude from the management file (first step) Additional management procedure diagram for small plastic bags that do not protrude from the management file (2nd step) Additional management procedure diagram for small plastic bags that do not protrude from the management file (3rd step) Diagram of additional management procedure for small plastic bags that do not protrude from the management file (4th step) Final process diagram of the procedure for taking out small plastic bags that do not protrude from the management file A front view (A) when the management file 30 for reusing a shopping bag that does not have a gusset is folded, and a front view (B) of the management file 31 that has only the board 7 as a gusset, Front view of the same management file 32 with gusset plates 7 and 8 (C) Front view (A) when folding the management file 33 for reusing plastic shopping bags in a form that is connected to a single sheet when unfolded without a gusset plate, and only the plate 7 as a gusset The same front view (B) of the same management file 34 and the same front view (C) of the same management file 35 having the plate materials 7 and 8 as gussets. The rear view (A) of the management file 30/31/32 for recycling plastic bags when viewed from the side of the board 1 when folded, and the same management file 33/34 in the form of a single sheet when unfolded・ 35 back view (B)

Figures 1, 2, 3, 4, 5, and 6 are basic structural diagrams (plan views) of the management files 30, 31, 32, 33, 34, and 35 for recycling plastic bags.

As the material of the management file shown in Fig. 1, 2, 3, 4, 5 and 6, a moderately flexible resin plate or cardboard is suitable, as long as it satisfies the functions aimed by the product of the present invention. It is not particularly limited.

Each board 1 shown in Figures 1, 2, 3, 4, 5, 6 mainly has the role of determining the external shape of the management file, and the board 2 mainly has the effect of making the plastic bag that can be managed elongated and the plastic bag. The board 3 has mainly the function of discharging the air at the bottom of the plastic bag, the board 4 has mainly the lid function, and the board 5 has the size of the plastic bag that can be mainly managed. The board 6 has an auxiliary function for taking in and out the small shopping bag mainly.

The plate material 7 shown in FIGS. 2, 3, 5 and 6 and the plate material 8 shown in FIGS. 3 and 6 form a gusset of the management file.

The location 20 where the plate material 6 is formed on the boundary line between the plate material 1 and the plate material 5 shown in FIGS. 1, 2, and 3 is a three-dimensional structure formed by some method (such as adhesion or welding).

4, 5, and 6, the portion 21 obtained by cutting the plate material 6 from the plate material 1 is literally a planar structure formed by cutting the plate material 6 from a part of the plate material 1.

  Fig. 7 shows the image (plan view) of the plastic bag 10 that is the smallest size that can be managed, the image diagram (plan view) of the plastic bag 16 that is the maximum size, and the image diagram of the plastic bag of the size between them (11, 12, 13/14/15 plan view).

  8 to 14 manage plastic bags 10, 11, 13, 14, and 16 of various sizes using the management file 30 (or 31, 32, 33, 34, and 35) for plastic bag reuse. It is process drawing (plan view) which drew the procedure. Specifically, the management file 30 (or 31, 32, 33, 34, 35) is first expanded except that the plate material 5 and the plate material 6 are stacked, and at the same time as shopping, After all plastic bags of various sizes have been flattened, they are stacked in order of size so that the largest plastic bag is at the bottom while aligning the bottom and horizontal sides of the plastic bag (Figure 8). Next, place the horizontal sides along the boundary line between the plate material 1 and the plate material 5 while keeping the bottom side of the stacked shopping bags along the boundary line between the plate material 2 and the plate material 3 (FIG. 9). Next, the board 5 is folded (FIG. 10, the board 6 is folded together, and at the same time, part of the air in the shopping bag is pushed out). Next, the plastic bags at the locations protruding outside the management file are folded together so as to be wrapped around the plate material 5 (FIG. 11, part of the air is also discharged). Next, the plate member 3 is folded (FIG. 12, air accumulated in the bottom of the shopping bag which is particularly difficult to be discharged is efficiently discharged). Next, plate 2 (or plates 2 and 7) is folded (Fig. 13). At the same time, a part of the remaining air is discharged, and at the same time the upper part of the plastic bag sandwiched between plate 1 and plate 5 The lower part of the plastic bag sandwiched between the plate material 2 and the plate material 3 is firmly folded and fixed at that point). Finally, the plate material 4 (or plate materials 4 and 8) to be the lid is folded (FIG. 14, through a series of operations with this process as the final step, the plastic bags of various sizes large and small are stacked. It is explained that it is folded.

Figures 15 to 18 show that the management file 30 (or 31, 32, 33, 34, and 35), in which plastic bags 10, 11, 13, 14, and 16 of various sizes are already managed, protrudes from the management file. FIG. 6 is a process diagram (plan view) when a new shopping bag 15 is additionally managed. Specifically, all but the plate material 5 and plate material 6 are expanded first (FIG. 15). Next, the plastic bag 15 is overlapped with the plastic bags 10, 11, 13, 14, and 16 to compare the size, and determine where to interrupt (in this case, between the plastic bags 14 and 16 in this case) . Next, the shopping bag 15 is once moved from there, and the smaller one of the shopping bags in the vicinity of the place to be interrupted (in this case, the shopping bag 14) is wound around the plate 5 (FIG. 17). Next, a procedure is described in which the plastic bag wound around the plate material 5 is pinched and lifted as it is, and the plastic bag 15 is interrupted at that position (FIG. 18).

FIG. 19 is a final process diagram (plan view) of the removing operation when the shopping bag to be taken out is a shopping bag having a size that protrudes from the management file (in this case, the shopping bag 15). Specifically, through the steps of FIG. 15 and FIG. 17, the largest shopping bag (in this case, the shopping bag 14) of the shopping bags smaller than the shopping bag 15 is wrapped around the plate 5 and picked to take out the shopping bag 15. Is explained.

Figures 20 to 23 are out of the management file 30 (or 31, 32, 33, 34, and 35) in which plastic bags 10, 11, 13, 14, and 16 of various sizes are already managed. FIG. 10 is a process diagram (plan view) when a new small shopping bag 12 is additionally managed. Specifically, the plate 6 is left and everything is expanded (Fig. 20). Next, the shopping bag 12 is overlapped with the shopping bags 10, 11, 13, 14, and 16 to determine the location to be interrupted while comparing the size (FIG. 21, by the way, between the shopping bags 11 and 13 in this case). Next, the shopping bag 12 is once moved from there, and the smaller one of the shopping bags in the vicinity of the place to be interrupted (in this case, the shopping bag 11) is wound around the plate 6 (FIG. 22). Next, a procedure is described in which the plastic bag wound around the plate material 6 is pinched and lifted as it is, and the plastic bag 12 is interrupted at that position (FIG. 23).

FIG. 24 is a final process diagram (plan view) of the removing operation when the shopping bag to be taken out is a small shopping bag (in this case, the shopping bag 12) that does not protrude from the management file. Specifically, through the steps of FIG. 20 and FIG. 22, the largest shopping bag (in this case, the shopping bag 11) around the shopping bag 12 smaller than the shopping bag 12 is wrapped around the plate 6 and picked to take out the shopping bag 12. Is explained.

FIG. 25 is a front view when the management file 30 for reusing a shopping bag that does not have a gusset is folded (A), and the front view of the same management file that has only the board 7 as a gusset (B). FIG. 6C is a front view (C) of the management file having the plate members 7 and 8 to be gussets.

Fig. 26 is a front view (A) when the management file 33 for reusing the shopping bag in a form that does not have a gusset plate and is connected to one sheet when expanded, and a gusset plate 7 The same front view (B) of the same management file having only, and the same front view (C) of the same management file having the plate materials 7 and 8 to be gussets.

Fig. 27 shows a rear view (A) when the management files 30, 31, 32 for folding plastic bags are folded and viewed from the board 1 side, and a plastic bag in the form of a single sheet when unfolded. It is the same rear view (B) of the management files 33, 34, and 35 for use.

・ Plate material
2 Board material
3 Board material
4 Board material
5 Board material
6 Board material
7 Board material
8 Board material
10 Plastic bags (example of plastic bags of the smallest size that can be managed)
11 plastic bags (example of plastic bags larger than 10 and smaller than 12)
12 plastic bags (example of the largest plastic bag among plastic bags that are larger than 11 and smaller than 13 and do not protrude from the fifth resin plate)
13 plastic bags (example of the smallest plastic bag among plastic bags larger than 12, smaller than 14 and protruding from the fifth resin plate)
14 plastic bags (example of plastic bags larger than 13 and smaller than 15)
15 plastic bags (example of plastic bags larger than 14 and smaller than 16)
16 plastic bags (example of the largest plastic bags that can be managed)
20 Place where plate 6 is formed on the boundary line between plate 1 and plate 5
21 Location of sheet 6 cut from sheet 1
30 Management file for reusing plastic shopping bags that do not have gussets
31 The gusset has only board 7 and is a management file for recycling plastic bags
32 Management file for recycling plastic shopping bags with gusset board 7 and 8
33 Management file for reusing plastic shopping bags that do not have gussets and are connected to a single sheet when unfolded
34 The gusset has only plate 7 and is a management file for reusing plastic shopping bags in the form of one sheet when unfolded
35 Management file for reusing plastic shopping bags in the form of a single sheet when unfolded, which has plate materials 7 and 8 that become gussets

Claims (4)

The second and third plate members are continuously formed on one side of the shorter side end of the first rectangular plate having elasticity, and the fourth plate is formed on the opposite side end of the first plate. Forming a plate member, forming a fifth plate member on one side of the longer side end portion of the first plate member, and sharing the same boundary line on the boundary line of the first and fifth plate members; The boundary lines of the first, second, third, and fourth plate members are made substantially the same at the same time. The second plate is formed smaller than the first plate, the third plate is formed smaller than the second plate, and the fifth plate is smaller than the first plate and the side of the first plate A management file for recycling plastic bags, characterized in that the sixth board is formed at substantially the center of the end and is formed closer to the second board than the fifth board. An additional formation was made so that a seventh gusset was inserted between the first and second plates, and the boundary line between the seventh plate and the first and second plates was also folded. 2. The management file for reusing shopping bags according to claim 1. Additional formation was made so that a gusseted eighth plate material was inserted between the first and fourth plate materials, and the boundary between the eighth plate material and the first and fourth plate materials was also folded. 3. The management file for reusing shopping bags according to claim 2. It said sixth management file for shopping bags reuse according to any one of claims 1 to 3, the sheet material, characterized in that formed by cutting out from a portion of said first plate member.

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