JP3236522U - Mask holder - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a bi-fold mask holder having improved operability and ease of handling by preventing a stored mask from popping out or falling by a simple configuration only for processing a mount itself. A notch 103 is formed on one of the folded mounts, and a quadrilateral insert piece 104 corresponding to the notch is formed on the other mount 102, and the outer edge of the other mount is formed. The first notch from the to the valley fold line 105 defines the upper side of the insertion piece of the quadrilateral, and one end communicates with the end of the first notch 107 on the valley fold line side. It has a notch 108, and is adhered from one end to the other of the outer edge of one of the two sides orthogonal to the valley fold line of the mount, and the mask is housed inside the mount. A mask in which the insert piece of the other mount is lifted in half and the entire insert piece is inserted through the notch of the one mount and is locked so as to project toward the surface side of the one mount. Holder 10. [Selection diagram] Fig. 1

Description

The present invention relates to a mask holder for storing a mask.

An increasing number of restaurants and hotels are offering services to distribute mask holders (also called "mask cases") that store masks that users have removed when eating or drinking. Some disposable mask holders offered at restaurants and hotels are only folded in half.

In Patent Document 1, as shown in FIG. 4, the upper side (a) and the bottom side (b) are mountain-folded, and the left side (e) is crimped to form the side (a) and the bottom side. (B) and the left side (e) are in a closed state. Since the right side (c), the right side (d), and (f) are open, a mask storage case that allows the mask to be taken in and out from here is disclosed. In addition, paper mask cases that are folded in three and have a cover that serves as a lid to prevent the stored mask from falling are also manufactured and sold.

Utility Model Registration No. 3170827 Gazette

In a mask holder that is only folded in half, the mask is stored between the folded mounts, but in restaurants, hotels, etc., for example, on the table to place food and beverages to be carried on the table. When moving the mask holder, when a hand, arm, or object hits the mask holder, or when the user carries the mask holder containing the mask, the mask can be inserted between the folded mounts. It may pop out or spill out.

On the other hand, the double-folded mask holder is suitable as a mask holder provided as a service in restaurants, hotels, etc. in terms of cost, operability, simple structure (not bulky), and the like.

Therefore, the present invention has a simple configuration that only processes the mount itself, which makes it possible to prevent the stored mask from popping out or falling, and provides a bi-fold mask holder with improved operability and ease of handling. The purpose is to provide.

According to the present invention, a notch having a predetermined length and a predetermined width is formed on one of the folded mounts at a predetermined position on the outer edge of the folded valley fold line toward the valley fold line. A quadrilateral insert piece is formed on the other mount, with the position corresponding to the locking notch of the one mount as the base and a part of the outer edge of the other mount as one side. A first notch formed at a predetermined length from the outer edge of the other mount toward the valley fold line defines the upper side of the quadrilateral insert piece, and the quadrilateral insert piece is formed. The portion corresponding to the opposite side of the one side of the above has a second notch having one end communicating with the end of the first notch on the valley fold line side, and the mount of the one and the mount of the other. It is adhered from one end of the outer edge of one of the two sides orthogonal to the valley fold line from one end to the other, and the mask is housed inside the folded mount, and the other mount is inserted. A mask holder is provided in which a piece is folded in half and lifted inward, and the entire insertion piece is locked by inserting the notch of the one mount and projecting toward the surface side of the one mount. ..

According to the present invention, a bi-fold mask holder with improved operability and ease of handling can be used to prevent the stored mask from popping out or falling off with a simple configuration that only processes the mount itself. It is possible to provide it.

It is a figure explaining the embodiment of this invention. It is a figure explaining the embodiment of this invention. It is a figure explaining the embodiment of this invention. It is a figure explaining the related technique.

FIG. 1 is a diagram illustrating a configuration of an embodiment of the present invention. FIG. 1 is a schematic plan view of the mask holder 10 folded in half. Referring to FIG. 1, in the mask holder 10 according to the embodiment of the present invention, one mount 101 and the other mount 102 of the two-folded mounts are folded along the valley fold line 105, and the insides of the mounts 101 and 102 are folded. It is shipped in a bonded state in the lower area 106.

As shown in FIG. 1, one mount 101 is for locking a predetermined width d with a predetermined length toward the valley fold line 105 at a predetermined position on the outer edge of the bi-fold valley fold line 105. A notch 103 is formed.

On the other mount 102, the position corresponding to the locking notch 103 of one mount 101 is set to the bottom side 104a, and a part of the outer edge (side side) of the other mount 102 is set to the first side side 104c. A quadrilateral insert piece 104 is formed.

A first notch 107 formed at a predetermined length from the outer edge of the other mount 102 toward the valley fold line 105 defines the upper side 104b of the quadrilateral insertion piece 104.

Further, the other mount 102 has a valley fold line 105 having a first notch 107 at one end at a portion of the second side side 104d which is a side side facing the first side side 104c of the quadrilateral insertion piece 104. It has a second notch 108 that communicates with the side end.

Region 106 from the end (left end) to the end (right end) of the outer edge (lower part of the mounts 101 and 102) of one of the two sides orthogonal to the valley fold line 105 of one mount 101 and the other mount 102. Is to fold the mounts 101 and 102 in half along the valley fold line 105 and bond them with an adhesive.

The angle α between the bottom side 104a and the second side side 104d of the quadrilateral insertion piece 104 may be other than a right angle (90 degrees). In the example of FIG. 1, it is set larger than, for example, a right angle.

Further, the first notch 107 and the second notch 108 may be notches having a predetermined width.

Further, the notch 103 of the mount 101 extends from the side side (outer edge) of the mount 101 toward the valley fold line 105 side at an angle β other than a right angle (90 degrees) with respect to the side side (outer edge) of the mount 101. It may be installed. In the example of FIG. 1, the angle β is set to be smaller than the right angle (90 degrees), which contributes to ensuring a good locking state.

By using a notch 103 with a width d instead of the notch (line) for locking the mount 101, operability and ease of handling when inserting the insertion piece 104 and setting it to the locked state. Is improving. By attaching an angle β to the notch 103 of the mount 101 and attaching an angle α to the insertion piece 104, it is possible to prevent the locking from being easily disengaged.

FIG. 2 is a schematic side view of the state in which the mask 21 is housed and locked inside the double-folded inside of the mask holder 10 according to the embodiment of the present invention, as viewed from above one of the mounts 101. FIG. 3 is a schematic side view of the state in which the mask 21 is housed and locked inside the double-folded inside of the mask holder 10 according to the embodiment of the present invention, as viewed from above the other mount 102. An example of the operation of setting and releasing the locked state will be described below. However, it goes without saying that setting and releasing the locked state is not limited to the following examples.

The user lifts the insertion piece 104 of the other mount 102, for example, by putting a finger on the back of the insert piece 104 and folding it inward. At this time, the upper region of the notch 103 of one mount 101 (including the region 110 on the upper side 103a side) is also lifted, but the region on the lower side 103b side of the notch 103 is lifted like the region on the upper side 103a side. Do not keep the original state.

When the insertion piece 104 is further lifted and the second side side 104d of the insertion piece 104 exceeds the upper side 103a of the notch 103 of the mount 101, the upper region of the notch 103 of the mount 101 (the region 110 on the upper side 103a side) is formed. (Including) returns to the original flat state by elastic force (repulsive force), and the entire insertion piece 104 is inserted through the notch 103 of one mount 101, and the area on the surface of one mount 101 (FIG. 1). It is in a state of projecting (locked state) to the surface corresponding to the region 110.

When the insertion piece 104 of the other mount 102 is in a locked state in which the insertion piece 104 of the other mount 102 is inserted through the notch 103 of the one mount 101 and protrudes toward the surface side of the one mount 101, it is located below the insertion piece 104. The area above the notch 103 of the mount 101 (including the area 110 on the upper side 103a side of the notch 103) from the outer edge 111 side of the area 110 of one mount 101 to the area 110 on the upper side 103a side of the notch 103. By lifting the outer edge 111 of the insert piece 104 until it exceeds the second side side 104d of the insertion piece 104, the insertion piece 104 returns to the state before locking by its elastic force (repulsive force). That is, the insertion piece 104 returns to the position below the region 110 on the upper side 103a side of the notch 103 of the mount 101, and the locked state is released.

As described above, according to the present embodiment, the locked state can be set by one-touch operation, and the locked state can be released by one-touch operation. That is, it is not necessary to hold the upper side 104b of the insertion piece 104 to search for a notch and pass it through the notch, and the operability and ease of handling are particularly improved.

The mounts 101 and 102 to be folded in half are preferably antibacterial treated.

Paper is preferable as the material of the mounts 101 and 102 to be folded in half, but the material is not limited to this and may be plastic or the like.

In the above embodiment, the mount to be folded in half has a rectangular shape, but the present invention is not limited to such a configuration. It may be the shape of an animal such as a face, a monkey, a raccoon dog, a rabbit, or an elephant.

10 Mask holder 20 Mask 21 Ear string 101 Mount (one mount that has been folded in half)
102 mount (the other mount of the folded mount)
103 Notch 103a Notch upper side 103b Notch lower side 104 Insert piece (locking piece)
104a Bottom side 104b Top side 104c First side side 104d Second side side 105 Valley fold line 106 Adhesive area 107 First notch 108 Second notch 110 Area 111 Outer edge

Claims (3)

On one of the folded mounts, a notch having a predetermined length and a predetermined width is formed at a predetermined position on the outer edge of the folded valley fold line toward the valley fold line.
The other mount is formed with a quadrilateral insert piece having a base at a position corresponding to the locking notch of the one mount and a part of the outer edge of the other mount as one side. ,
A first notch formed at a predetermined length from the outer edge of the other mount toward the valley fold line defines the upper side of the insertion piece of the quadrilateral.
The quadrilateral has a second notch at the opposite side of the one side of the insert piece, one end of which communicates with the end of the first notch on the valley fold line side.
It is adhered from one end to the other of the outer edge of one of the two sides orthogonal to the valley fold line of the one mount and the other mount.
With the mask housed inside the folded mount, the insert piece of the other mount is lifted inward by folding in half, and the entire insert piece inserts the notch of the one mount. A mask holder that is locked in a state of protruding toward the surface side of one of the mounts. When the insertion piece of the other mount is in a locked state in which the insertion piece of the other mount is inserted through the notch of the one mount and protrudes toward the surface side of the one mount, the one mount located below the insertion piece. 1. The locked state is released by lifting the upper region of the notch from the outer edge side of the one mount until the outer edge of the upper region exceeds the opposite side of the insertion piece. Mask holder described in. The mask holder according to claim 1 or 2, wherein the mount to be folded in half is antibacterial treated.

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