JP4565403B1 - Mask material - Google Patents

Abstract

Provided is a mask that can maintain the curved shape of the mask edge once it is fitted together.
A folded portion 5 of a mask member 4 is attached so as to wrap around from the upper end of the mask 2 to the back side of the mask, and glued in accordance with the curve of the face, thereby storing and fixing the face curve. Since the face curve can be maintained, it is possible to easily determine whether it is own or not just by looking at the curve of the mask wearing part. In addition, from the viewpoint of emphasizing hygiene, the mask can be made fashionable and personality can be given to the mask by placing a member made of another material on the upper surface of the mask, which is often made unique. .
[Selection] Figure 6

Description

The present invention relates to a mask member that is attached to an upper edge portion of a normal three-dimensional mask to enhance the antibacterial effect of the mask so that the mask can be used more comfortably.

In order to prevent the glasses from fogging when the mask is worn, the idea of wearing different members on the top of the mask has been the concept of “cold protection mask with anti-fogging piece of glasses” (Japanese Utility Model Sho 50-25396). “Cover” (utility model registration No. 3143607) is too numerous to enumerate, but many of them have the disadvantage of not being able to fit the unevenness of the face sufficiently.

There is also a “mask cover” (Patent No. 4395194) that wears a stretchable cloth over the mask in order to enhance the close contact with the face. It is inferred that the goal is to use it.
Considering the actual use situation, it is considered that the sheet has a drawback in that it needs washing and drying each time it is used, so that one sheet is insufficient, and the antibacterial effect is reduced by repeated washing.

On the other hand, a device for fitting the mask to the face is also applied to the face by using a plastic member such as a metal piece (nose wire) on the top of the mask for a nose-fitting mask (Japanese Patent Laid-Open No. 2006-305279). Some devices have been designed to fit them, but they were not able to be in close contact with the face.

Utility model registration No. 3143607 Patent No. 4395194 JP 2006-305279 A

Conventional masks with nose wires are made by placing a plastic wire or other material on the top of the mask that can be bent easily by hand. It can be attached and is convenient.
However, the advantage of being able to be bent easily by hand is that once it is fitted together, it can be pulled out unintentionally, such as when it is removed, and the combined shape collapses. It concealed the drawback of having to adjust.

The present invention is attached to the upper end of the mask, and once fitted together, it has the function of maintaining the curved shape of the mask edge without plastic deformation, and at the same time has an antibacterial effect and prevents entry of germs and the like from the outside An object of the present invention is to provide a mask supporter having a function capable of performing this function.

In addition, in modern three-dimensional masks, raindrops and snowflakes adhere to the protruding part of the face in front of the face, preventing the mask body from getting wet, preventing fogging of the glasses, and more definite personality An object of the present invention is to provide a mask hood having a function of imparting fashionability to a mask that tends to become.

In the present invention, when the mask is attached to the face, when the mask surface is compared with the inside (back side), that is, the wearing side, the length of the surface varies depending on the unevenness of the face and the curvature of the nose. Focus on that.

FIG. 2 is a cross-sectional view taken along the line AB in the mask wearing diagram of FIG. 1, that is, a view of the upper end surface of the mask as viewed from the user's head.
1 in the figure is a user's face. Although depending on the thickness of the mask 2, the surface length C of the mask surface is larger than the surface length D of the mask mounting surface (back side).

FIG. 2 shows a vertical auxiliary line set up at equal intervals on the mask surface. However, in view of left-right symmetry, in FIGS. E, F, and J, K, the mounting length is narrow and the only one is It can be seen that the width is wide at I part.

FIG. 3 shows a plan view of the mask member of the present invention. 3 is a portion to be attached to the mask front side, and 5 is a portion to be folded. A groove between the turn-up portions 5 is denoted by 6 here.
FIG. 4 shows a state in which the folded portion 5 is vertically tilted forward.
To adjust a person's face by spreading and folding between the folded parts, to represent the nose part, to express the roundness of the cheeks It can be seen that it is easy to match if there are a total of at least five grooves (cuts).

These five grooves can be expressed as six folded portions at the same time.
If there are more grooves and turns, the curve can be expressed more accurately.
Incidentally, in the figure, 14 folding portions (13 grooves) are arranged.
In the present invention, the curve of the mask attaching / detaching surface is stored by utilizing the difference between the inner and outer surface lengths.

At this time, if it is processed by being pulled by a string that is applied to the ear of the mask body without attaching the folded portions at both ends, at least two cuts can be obtained if the cut of the nose portion is ignored. A similar effect can be obtained to some extent.

When the clip is not attached to the mask main body but is clipped, it is possible to follow the curve to some extent if at least four clips are used so that the clip does not hit the nose. If you use an ear strap, you can achieve the same effect with at least two clips.

In this case, it is preferable to use a material having a higher strength depending on the surface material and to withstand repeated use several times.

Next, effects of the present invention will be described.

1 By fitting the upper end of the mask exactly to the face, it is possible to enhance the original effect of preventing the invasion of germs from outside the mask.

2 Since the material uses a highly antibacterial substance, it works to further enhance the antibacterial effect of the mask.

3 Also, it fits snugly on the face, so that it can be prevented from fogging when wearing glasses.

4 In the case of a three-dimensional mask, dust, raindrops, snowflakes, or the like may adhere to the portion that protrudes in front of the face and becomes a bowl shape, and only the upper end portion of the mask may become dirty, but this portion can be protected.

5 The hood is attached to the upper part of the nose, and it is a part that does not often vent during actual breathing. Therefore, even if the mask member is attached, the air permeability of the mask is not affected at all.

6 Since the mask member does not need to cover the entire mask surface, the most sanitary portion of the mask itself can be clearly seen even when worn, and the stains are immediately noticeable.

7 Even if the mask is folded once when attaching and detaching, the characteristics of the curve are memorized, so it can be restored immediately. In general, the nose wire can cover only about two-thirds of the size of the mask even if it is large, but the mask member can memorize the shape of the left and right edges of the mask and can perfectly match the unevenness of the face.

8 When replacing a mask with a new one, there is an effect that a new mask member is similarly prepared, and the memory curve of the mask member used before is used as it is, so that the curve copy can be easily performed.

9 Since only one sheet of paper, non-woven fabric, or synthetic resin film is glued and punched out with a mold, the manufacturing cost is low and it is possible to make it cheaper than a disposable mask.

10 The reason why the surface of a general mask is so unique that it tends to be tastelessly dry is to make hygiene considerations clearer.
In terms of hygiene, it makes sense to make a mask with a white line that is prominent in dirt. There is a risk of receiving.

However, in the present invention, it is possible to give a design taste to the surface member 4, 8, or 9 having antibacterial performance while sufficiently protecting the position of emphasizing hygiene, while being hygienic and It is possible to produce the mask individually.

11 Various materials can be used for the surface member, and various colors and designs can be applied to the surface.

12 In hospitals, pharmaceutical companies, various transportation facilities, various public institutions, and other health-conscious companies, masks are sometimes distributed, but printing on the mask itself is white and sanitary. Although deviating from the concept, various information such as logos and hospital names can be printed on the mask member placed on the nose.
Moreover, since it is at the center of the human eye's eye-catching face, advertising effects can be expected.
It is also easy to write a name on the mask member itself and to put a date.

13 There are many cases where it is necessary to remove the mask for makeup, brushing teeth, washing the face, etc. in the bathroom. If it falls into the pocket, the mask mold will be damaged and readjustment will be required.
At this time, it is also possible to assume a situation where it is placed away from the sink so as not to get wet. In addition, it is often the case that you take your eyes off the mask for a moment.
When several people remove their masks at once, it is likely that it will be difficult to determine who is wearing a mask that is unique.

Wearing a mask that was worn by a person, feeling uncomfortable, and removing it is not very pleasant. Moreover, if you accidentally wear a mask worn by a sick person, you will carry the entire pathogen that other people have.

However, if each uses their own favorite mask member, it is not detrimental, so it should be possible to prevent wearing a human mask by mistake.
Even if the mask member has the same surface pattern, the mask member is adjusted in accordance with the curve of the face.

Perspective view of the 3D mask attached A-B sectional view in FIG. Mask member-1 plan view A state in which the folded portion of the mask member-1 is tilted vertically Figure with the folded part pasted on the back of the mask and set on the mask Mask member-1 perspective view Mask member-2 front view A figure in which the flat part 3 of the mask member 7 is attached to the mask, pressed against the face, and the folded part 5 is tilted vertically. Perspective view of mask member-2 Mask member-3 Front view Sectional view where the curve is fixed by attaching mask member-3 Perspective view of mask member-3 Cross section of mask member-4

First embodiment, mask member-1
FIG. 3 is a plan view of the mask member-1.
It is made of paper, vinyl-coated paper, nonwoven fabric, synthetic resin film, synthetic resin containing air bubbles, rubber, etc., and the back side is glued. (Outer surface) The structure is affixed to the upper end.

The size is close to the width of the left and right masks that are often sold, about 170 mm on the left and right, about 30 mm on the top and bottom, and about 43 mm including the folded portion for folding.
The folded part is colored differently from the surface.

After being printed on the backing paper, or pasted on the first printed paper and pasted on the backing paper, the mold is punched in the die-cutting process, and is made of antibacterial material. It is made or antibacterial is applied, and glue that is not harmful to the body is also used.
The backing paper is divided into two parts. First, the backing paper of the flat portion 3 is peeled off and pasted, and then the backing paper of the folded portion 5 is peeled off and glued.

The portion N in FIG. 3 is in contact with the upper end of the mask, and the folded portion 5 is folded and used on the mask mounting side (inner side).
FIG. 4 shows a state in which the folded portion 5 is simply bent vertically. Further, FIG. 5 shows a state in which the folded portion 5 is folded and pasted inside the mask.

By wrapping and gluing 5 in accordance with the curve of the face, the upper end of the mask 2 is fixed by the mask member, bent according to the curve of the face, and the curve is accurate as long as the glue does not come off or shift I can remember.

FIG. 7 shows a plan view of the second embodiment, mask member-2, where 7 is a portion to be attached to the mask mounting side (inner side), 3 is a flat portion, 5 is a folded portion, 8 Is an outer portion that is attached to the folded portion 5 that protrudes to the front surface of the mask and further fixes it.

FIG. 8 is a cross-sectional view taken along the line A-B when the folded portion 5 is bent at a right angle as viewed from above.

Since the glued surface rises outward from the face, even if it is applied to the face in this state, there is no glue on the makeup, eyelashes, etc. By folding back, it is possible to match the unevenness of the face faithfully.
In this case, the folded portion 5 appears on the mask surface. This state is shown in FIG.

FIG. 9 is a perspective view of the mask member-2 and shows a state where the outer portion 8 is pasted from now.
Reference numeral 8 denotes a surface member that is further glued from above the folded portion, and the shape memory is further strengthened by gluing twice. In addition, regarding this 8, it is possible to use a material different from the folded portion.

Third Embodiment FIG. 10 is a front view of a mask member-3.
A line 15 which is made of a single sheet and crosses the center indicates a position where it touches the edge of the mask, and the upper and (f) portions in the figure are bent and used on the mask mounting surface (inner side).
On the surface of the sheet, polygonal line portions 10 to 14 that serve as guides for folding are pressed.

This polygonal line is provided at the inner part of the curve where the mask is curved, that is, at the contracting position. When the mask body is curved, the inner surface length shrinks, so that the sheet has room and wrinkles. become.

The notches in the first and second embodiments described above memorize the curvature because there are two modes in which the distance between the tip portions widens or narrows, and further, the tip portions fold over. The center is mainly in the direction of narrowing, and the elongation is only the elongation of the material, but even this slight elongation and shrinkage due to wrinkles can sufficiently follow the curve. At this time, the wrinkles are adjusted along the polygonal lines, so that the wrinkles become clean and the feeling of use is improved.

Further, depending on the material, there may be a beautiful wrinkle depending on the characteristics of the fiber of the material even if there is no broken line, so that the broken line is not always necessary. However, in the (G) part of Fig. 10 which becomes the front (front) surface, 11, 13 will shrink to the left and right, so if a photograph or a pattern hits the surface of this part, it will shrink and be accurate. Be careful as it will disappear.
Use the mask on a flat surface such as a desk, align 3 with the top edge of the mask, and then fold the upper half (f) to the mounting surface (inside). At this time, it is necessary to grasp a place where the heel does not depend on a finger, and the butt portion is not firmly glued but curved in a half-floating state. Next, bend each part accurately according to the curve of the face, and press the heel part firmly to fix it.
Since there is glue on the back of the sheet, remember that when the mask is bent, the sheet temporarily floats halfway, and then the parts of the sheet stick together and the surface length shrinks while the wrinkles are twisted. Can do.

FIG. 11 shows an A-B cross section, and 10, 11, 12, 13, and 14 are wrinkled along a broken line, and the shape can be memorized by the sheets sticking to each other by the wrinkles.
FIG. 12 is a perspective view of the mask member-3.

Fourth embodiment, mask member-4
FIG. 13 is a cross-sectional view taken along the line AB when the mask member 4 is used and the drawing number is 16.
There is no glue on the back and at least four clips are attached.

The cross section of the face is {in other words, a bracket shape with a small bulge at the center.

In order to adjust the upper edge of the mask to this shape, the convex shape that is bowed when viewed from the face side is first formed by 17 and 20 at the left and right ends, and the entire mask is made into an arcuate shape Form.
Next, conversely, a concave portion is formed on the 18th and 19th parts, and the mask is bent in the reverse direction, so that it can be matched to the curve of the face to some extent.

In particular, between 18 and 19, the length of the mask member is longer than that of the mask body, so that the shape can be stored by the clip. In order to expect this effect, at least four clips are necessary. However, if the number of clips is increased, the curve becomes more faithful. Moreover, the hooks attached to the wearing straps of the mask can be substituted for the two outside.

When actually attaching, first, 18 and 19 parts are set, and then both ends of 17 and 20 are set. The same applies when both ends described above are hooks.

By using a material having a high antibacterial effect, a substance that generates highly bactericidal ions, and the like for the above members, a safer and sanitary mask can be obtained.

The present invention further increases the effect of the mask, can be easily manufactured with only a slight modification of existing equipment, can make the mask fashionable, and is industrially beneficial.

1 Human body 2 Mask 3 Flat part 4 Mask member C Mask surface (outside)
D Mask wearing surface (inside)
DESCRIPTION OF SYMBOLS 4 Mask member N Mask upper end position 5 Folded part 6 Groove in folded part 7 Folded part affixed on mask mounting surface (back side) 8 Part affixed on mask surface 9 Mask member-3
10 crease 11 crease 12 crease 13 crease 14 crease 15 edge crease 16 mask member-4
17 clips 18 clips 19 clips 20 clips

Claims (4)

It is a sheet-like member that is used by attaching it to the upper edge of the 3D mask used by adding the curve at the upper end of the mask to the curved curve of the face, and the back is glued.
It is pasted from the front side of the mask across the top edge of the mask to the back of the mask,
The front side is a state of a flat sheet, and the folded portion is provided with at least two notches extending from the end portion to the position of the upper end of the mask, whereby the folded portion forms several folded portions. And
When pasted on the mask, the upper edge of the mask is utilized by utilizing the property that the distance between the folded portions in the folded portion is widened or conversely narrowed depending on the degree of curvature of the mask, and further the folded portions are folded. A mask member attached to the upper end portion of the mask, which has a function of storing and holding the curved curve. The folded part is provided on the front surface (outer surface, front side) instead of the mask mounting surface (back surface).
First, attach the flat part to the back of the mask, and fold the folded part at a right angle (forward)
2. The folded part can be folded by applying to the face as it is.
The mask member attached to the mask upper end part of description. The mask member attached to the upper end part of the mask according to claim 1, wherein the cuts are provided at least at five or more locations. Comes with a glue on the back surface in strip form, affixed to the top of the folded portion comes into the mask surface, the two
The mask member according to claim 2, wherein the mask member is attached to the upper end of the mask by gluing it heavily .

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