JP3228341U - Mask storage - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an inexpensive mask storage concrete which is compact, lightweight, durable and easy to manufacture, which can safely and surely store a mask once removed while using a mask, and can be carried easily, reliably and easily at all times without any hassle. To do. SOLUTION: A mask storage tool 1 has a sheet body that can be folded in half as a main body, and a sustained-release silver ion-containing film is formed on an inner surface that comes into contact with the sheet body when the sheet body is folded in half. In the center, an opening portion 4 for projecting the mask ear hook string portion is formed. [Selection diagram] Fig. 1

Description

Detailed explanation of the device

The present invention temporarily stores the mask in use safely and securely, and is convenient for carrying while preventing the risk of damage to the mask during storage and contact with other objects on the outer surface of the mask, and can be used for reuse. For cheap mask storage for.

Conventionally, masks have been used as a countermeasure against colds and hay fever, but in recent years, non-woven disposable masks have become more common than gauze masks. Non-woven masks are basically disposable, but in reality, it is common to stop using them during use, store the removed masks, and use them again. Since it is not hygienic to fold the removed mask in half and put it directly into a pocket or the like, various dedicated mask cases and mask storage devices are known. For example, a bi-fold mask storage tool using a photocatalytic antibacterial material on the inner surface (Patent Document 1), a mask storage case integrated with a pocket tasting storage part (Patent Document 2), or a portable mask storage case for storing a plurality of unused masks (Patent Document 1). Patent Document 3) and the like are known.

Utility Model Registration No. 3157946 Utility Model Registration No. 3091059 Published Patent No. 2011-41790 However, for example, in the case of a two-fold mask storage device that uses a photocatalytic antibacterial material, titanium dioxide that reacts with ultraviolet rays is the main component of the antibacterial agent, so sufficient ultraviolet rays should not be exposed to the folded storage mask, so it is used. Above, there is a risk that sufficient antibacterial effect cannot always be expected. In addition, multiple processes are required for the manufacturing method, such as adding a hook-and-loop fastener to store the mask in use and holding the sheet shape in half, and adding a display sign to display the outside, so it is not necessarily an inexpensive product. Has a difficult problem. (Patent Document 1) Further, in the case of a mask storage case integrated with a pocket take storage part, the case itself becomes thick, and it cannot be easily put in an inner pocket of clothes, for example, and it has to be stored in a bag or a bag. In addition, the stored mask needs to be stored in the storage part for opening and closing the fastener, which requires careful handling and tends to cause troublesome troubles, and has a problem that it cannot be an inexpensive product. (Patent Document 2) Further, in the case of a portable mask storage case for storing a plurality of unused masks, in order to store the used mask in a bag closed on three sides, the outer surface of the mask must be directly touched with fingers. There is a problem that it is easy to cause a problem in terms of hygiene and it is inevitably large because it is integrated with an unused mask storage portion, and it takes time to open and close the fastener (Patent Document 3).

The object of the present invention is to eliminate such a difficulty. In other words, for the user of this tool, the mask in use can be hygienically stored in the inner pocket of clothes, the pocket of trousers, etc., and it is extremely easy to handle, and the mask in use can be stored hygienically. To provide a mask storage tool as a means of storing and storing masks during use.

According to the invention according to claim 1, the tool mask storage body is a sheet body made of an appropriate material having toughness and flexibility, and the sheet body can be centered on the sheet body when folded in half. It is folded in half to form a rectangle with the long side of the folding line. A film surface containing sustained-release silver ions is formed on each of the inner side surfaces that come into contact with the sheet when the sheet body is folded in half, and the stored mask outer surface in use comes into contact with each other to exert a sterilizing effect. .. Further, an oblong opening portion in which the bi-fold line and the major axis overlap is formed at a substantially central portion on the bi-fold line, and the maximum length of the oblong axis at this time is set to m. If the length of the bi-fold line is L, m = 1/3 L, and if the maximum length of the minor axis is n, then n = 2/15 L, and the oval axis intersection coincides with the midpoint of the bi-fold line. To do. That is, since the mask storage tool of the present invention has a film surface containing sustained-release silver ions formed on the inner surface folded in half, the outer surface of the mask in use, which is folded in half and stored, is in close contact with the antibacterial surface. Therefore, the antibacterial effect is correctly exhibited during storage, and the ear hook string part of the mask protrudes from the oblong opening formed in the center of the sheet double fold line and is submerged in the entire sheet body to fix it. By holding the seat in half without opening it, it does not require any special holding parts, and it becomes a mask storage tool that is easy to manufacture and can be provided at low cost, solving the problem.

According to the invention according to claim 2, it is desirable that the tool storage sheet body is a flexible, tough and flexible square thin body of an appropriate size. Further, the material is sewn or adhesively processed so that a spare mask storage pocket is easily added to at least one surface of the folded sheet body surface, or a decorative surface is formed on at least one surface of the folded sheet body surface. It is also possible to add value to a specific product. Further, a super absorbent polymer layer having an arbitrary thickness and having a film surface containing sustained-release silver ions is formed on each of the inner side surfaces that come into contact with the sheet when the sheet body is folded in half. In this case, an appropriate amount of water is formed. By spraying and absorbing water and leaving the equipment in the freezer for an appropriate period of time to give the equipment a cooling effect, the problem is solved by forming a mask cooling storage device in the summer.

The material of the mask storage device is mainly synthetic resin film, non-woven fabric, cardboard, leather, synthetic leather, natural fiber, etc., and a sheet body having toughness and flexibility is desirable. Further, regarding the size and size of the main body, a rectangle having the length of the folded line in half is expected in a state of being folded in half, and for example, a rectangle having a length of 15 cm and a width of 10 cm is assumed. Therefore, in order to remove the mask in use from the face and store it in the tool, the mask folded in half is placed on the inner surface of the tool, and the ear hook string of the mask is projected from the oblong opening to the outer surface of the mask. While sandwiching the, wrap the ear strap around the tool and fix it. Unlike a bag-shaped storage case, this tool is extremely easy to store because it only sandwiches the mask, and since the mask string itself is used for fixing, no special fasteners or fixtures are required, and storage is extremely easy to attach and detach. .. In addition, the size and shape of this tool is slightly larger than the mask body folded in half, and because it is relatively small and thin, it is easy to put it in a pocket of clothes, it is convenient to carry, and it is easy to manufacture, so it is an inexpensive product. It can be provided.

A film surface containing sustained-release silver ions is formed on each of the inner side surfaces that come into contact with the main body sheet when folded in half. The sustained-release silver ion is irrelevant to the amount of ultraviolet rays and elutes silver ions in response to water molecules in the air. Also, since the elution of silver ions progresses gradually, it can be used for many years and is maintained. Since it is unnecessary, it can be used easily without any hassle. It goes without saying that the stored mask has an extremely high antibacterial effect and is hygienic because the outer surface, which is often contaminated, comes into direct contact with the antibacterial surface. When you take out the stored mask and use it again, the tool opens in the shape of a single plate, so the field of view is wide, it is easy to grab the edge of the mask and take it out, and it is completed with extremely hygienic and simple operation, so re-wear the mask. It is extremely effective.

Since this tool only folds one sheet material in half, it is extremely easy to store and take out the mask, and since the field of view and handling surface are wide, it is easy to hold an appropriate position such as the edge of the mask and it is the safest hygiene. is there. Also, because it is small and thin, it is not bulky even if you put it in your pocket or bag, and it is convenient to carry. Since the inner surface of this tool always has an antibacterial processed surface, antibacterial treatment is performed simply by sandwiching the storage mask, which is extremely hygienic. It is a product that can be widely used from young people to the elderly without having to choose a user because it does not require time and effort to store and complicated operations. Since this tool has an extremely simple basic structure and configuration, it is easy to manufacture and can be provided to the market at low cost. In addition, it is easy to add a spare mask storage pocket and a decorative surface to the outer surface folded in half, and it is possible to easily increase the variety of products. In addition, depending on the season, for example, a super absorbent polymer layer having an arbitrary thickness is formed on each of the inner surfaces that come into contact with each other when folded in half to form a water-retaining layer impregnated with an appropriate amount of water, and the product is left in a freezer. It is also possible to easily support the function of temperature control, such as providing a cold insulation effect or forming a heat insulating layer containing carbon powder. As described above, the structure is such that it is possible to provide the user with a product that can store and carry unused and in-use masks easily and reliably and effectively without any trouble in operation and management.

The specifications of one embodiment of the present invention will be described in detail below. When a synthetic resin sheet material with a thickness of 1 mm is folded in half and the long side of the double fold line is about 15 cm and the short side is about 10 cm, the length of the long axis is about 5 cm and the short axis is about 2 cm at the center of the double fold line. It has an oval opening. A non-woven fabric formed by applying an ink containing 5% of sustained-release silver ions to a surface of about 14 cm in length and about 8.5 cm in width is adhered to each of the folded surfaces of the inner surface of the sheet material body. Further, there is an example of a summer mask storage device having a superabsorbent polymer layer having a surface antibacterial treatment having the same vertical and horizontal dimensions as the above antibacterial non-woven fabric and a thickness of about 3 mm.

Hereinafter, an embodiment will be described with reference to the accompanying drawings. Explaining with reference to [Fig. 1], this figure is a perspective view for explaining the inner side surface of a mask accommodating tool having a basic structure, which is bent by a double fold line and opened. At this time, a non-woven fabric coated with an antibacterial agent is attached to the inner surface of the tool, and an oblong opening is formed in the substantially center of the double fold line.

Explaining with reference to [Fig. 2], this figure is a bottom view showing the dimensional ratio of each part of the mask storage tool. The maximum length m of the oblong axis that opens on the bi-fold line is m = 1/3 L when the length of the bi-fold line is L, and the maximum length n of the minor axis is 2/15 L.

Explaining with reference to [Fig. 3], this figure is an external perspective view showing a state in which the tool is folded in half without accommodating the mask.

Explaining with reference to [Fig. 4], in this figure, the mask storage tool is folded by a double fold line, and the mask in use is placed on [Fig. 1] to explain the inner surface of the open state. It is a perspective view which shows the state which the string was projected to the outside from the opening part.

Explaining with reference to [Fig. 5], this figure is an external perspective view showing a state in which the tool is folded in half with the mask in use shown in [Fig. 4] placed. The position of the mask is indicated by a broken line.

Explaining with reference to [Fig. 6], this figure is an external perspective view showing a state in which the mask in use shown in [Fig. 5] is stored and the mask ear strap is hung around the storage tool. The position of the mask and the position of the ear strap are indicated by broken lines.

Explaining with reference to [Fig. 7], this figure is an external perspective view showing a state in which the mask ear strap is hung around the main storage tool in the state of storing the mask in use as shown in [Fig. 6].

Explaining with reference to [Fig. 8], this figure is a separate embodiment of the present invention. In the folded state shown in [Fig. 3], a storage pocket is separately added to one side of the surface of the tool, and a spare mask is provided. It is an external perspective view which shows the stored state.

Explaining with reference to [Fig. 9], this figure is in the folded state shown in [Fig. 8], and a separate storage pocket is added to one side of the surface of the tool to store the mask in use and the spare mask for use. It is an external perspective view which shows the state which the ear hook string of the middle mask is hung around.

Explaining with reference to [Fig. 10], this figure is a separate embodiment of the present invention. In the state of being folded in half as shown in [Fig. 3], a decorative portion is added to one side of the surface of the tool, and a mask in use is used. It is an external perspective view which shows the state which it was stored and hung around the ear strap.

Explaining with reference to [Fig. 11], this figure is a separate embodiment of the present invention, and has a highly water-absorbent polymer layer portion having an antibacterial treatment on the inner surface of the tool in a spread state shown in [Fig. 3]. It is a perspective view which shows the formed spread state.

It is a perspective view which shows the embodiment of one Example of this invention, and shows the inner side surface in the state which opened the mask accommodating tool. It is explanatory drawing by the bottom view which shows the embodiment of one Example of this invention, and shows the dimensional ratio of each part of a mask storage tool. It is an external perspective view which shows the embodiment of one Example of this invention, and shows the state which the mask accommodating tool is folded in half. A perspective view showing an embodiment of the present invention, in which a mask in use is placed on the inner surface of the mask storage tool, and the ear strap portion is projected outward from the opening portion of the storage tool. Is. It is an external perspective view which shows the embodiment of one Example of this invention, and includes the partial perspective view which shows the state which the mask accommodating tool is folded in half in the state of [FIG. 4]. FIG. 5 is an external perspective view including a partial perspective view showing a state in which an ear hook string of a mask stored in the state of [FIG. 5] is hung around a mask storage tool, showing an embodiment of an embodiment of the present invention. FIG. 6 is an external perspective view showing an embodiment of the present invention, showing a state in which the ear strap of the mask stored in the state of [FIG. 6] is hung around the mask storage tool. An embodiment of the present invention is shown, in which a pocket portion for storing a spare mask is formed on at least one surface of a sheet surface of a folded mask storage tool, and a state in which a spare unused mask is stored in the pocket portion is shown. It is an external perspective view. FIG. 5 is an external perspective view showing an embodiment of the present invention, in which a mask in use is also stored in the state of [FIG. 8], and an ear strap of the mask in use is hung around a mask storage tool. .. An embodiment of the present invention is shown, a decorative portion is formed on at least one surface of the sheet surface of the mask storage tool folded in half, and the ear strap of the mask stored in the state of [Fig. 7] is hung on the mask storage tool. It is an external perspective view which shows the turned state. It is a perspective view which shows the embodiment of one Example of this invention, and shows the state which formed the super absorbent polymer layer of arbitrary thickness under the antibacterial surface part in the state of [FIG. 1].

1 Mask storage tool 2 Sheet body 3 Folded line part 4 Opening part 5 Antibacterial surface part 6 In use Mask body part 7 Ear strap part 8 Spare mask storage part 9 Spare mask body 10 Decorative surface part 11 Super absorbent polymer layer part

Claims (2)

In a sheet body that can be folded in half, a rectangle having the length of the bi-fold line formed when the sheet body is folded in half is formed, and each of the inner surfaces that abuts when the sheet body is folded in half. A film surface containing sustained-release silver ions is formed on the surface of the ellipse, and the intersection of the major axis and the minor axis orthogonal to the major axis overlaps in the substantially central portion of the bi-fold line. A hole in the shape is formed, and the maximum length m of the major axis of the oblong ellipse is m = 1/3 L when the bi-fold line length is L, and the maximum length n of the minor axis is n =. A mask storage tool characterized by being 2 / 15L. The material of the sheet body is formed of a flexible material such as a synthetic resin film, synthetic leather, cardboard, felt, and non-woven fabric, and the outer surface of the sheet material when folded in half is reserved on at least one surface. A mask storage pocket is formed, or a decorative surface is formed on at least one surface of the outer surface, or each inner surface that comes into contact when the sheet body is folded in half has a sustained release on the surface. The mask accommodating tool according to claim 1, wherein a superabsorbent polymer layer having an arbitrary thickness on which a film surface containing silver ions is formed is formed.

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