KR20080052124A - Mask - Google Patents

Abstract

A simple mask capable of air ventilation through contour region of the mask is provided to reduce air resistance by an inner cover made of fabric with low dense structure and to allow windproof and waterproof property. A simple mask comprises: an outer cover(1) made of dense or waterproof fabric with windproof and waterproof property; an inner cover(2) made of thick sponge structure to allow active breathing; holes(3,6) formed outside the outer cover; and fabrics for air ventilation. The outer cover and the inner cover are easily removable.

Description

Mask {MASK}

1 is a perspective view of the present invention showing the intake of the air and the hole formed in the outer shell, inner shell, shell.

2 is a front view of FIG. 1;

3 is a rear view of FIG. 1.

4 is a front view showing that the air is introduced into the portion (4) that is not covered with the outer shell in the case of making the outer shell smaller than the inner shell and that the outer shell and the endothelial are sewn in a stitch.

5 is a rear view of FIG. 4.

6 is a cross-sectional view illustrating that air is introduced into a portion in which the outer shell of FIG.

Figure 7 is a cross-sectional view for explaining the position where the air and the junction of the outer shell and the inner skin when the size of the outer skin and the endothelial is the same.

8 is a cross-sectional view of a mask to indicate that the endothelium and the sheath may be separated.

FIG. 9 is an explanatory view showing that a crumpled fabric is formed around an outer periphery of a mask face part; FIG.

10 is a front view of FIG. 9

11 is a cross-sectional view of FIG. 10.

12 is a perspective view showing that a cloth for inflow of air is formed outside the mask envelope.

Figure 13 is a perspective view of the wearing state showing that the air is sucked in up, down, left and right of the mask through the endothelium.

14 is a perspective view for explaining the case where the outer skin and the endothelial or the outer skin is bonded to the hood mask wearing a mask.

FIG. 15 is an explanatory view for explaining the effect of rain water flowing down from the outer surface and falling from the bottom of the mask; FIG.

〈Explanation of symbols for main parts of the drawings

1 ‥‥‥‥‥‥‥ jacket

2 ‥‥‥‥‥‥‥ endothelial

3 ‥‥‥‥‥‥‥ Holes in the outer shell

4 ‥‥‥‥‥‥‥ endothelial part not covered by the outer shell

5 ‥‥‥‥‥‥‥ Arrow indicating the intake of air

6 ‥‥‥‥‥‥‥ holes formed in the lower part of the mask

7 ‥‥‥‥‥‥‥ The part where the cloth which can distribute the air is formed in the part of the outer shell

8 ‥‥‥‥‥‥‥ junction between outer skin and inner skin

9 ‥‥‥‥‥‥‥ parts with no outer skin

10 ‥‥‥‥‥‥ Detachable Chick (or Detachable Collar or Doddo Button)

The present invention is a mask for the purpose of flowing out most of the air through the endothelial portion of the outer skin and the inner skin of the mask. Therefore, in order to allow air to enter the interior, the endothelial tissue has a low resistance to air and a thick sponge fabric (a non-woven fabric with low air resistance or a crumpled structure like a crumpled cloth or a scrubber or A combination of a mask-type cloth with low air resistance, and the outer shell is made of a dense cloth (general or dense cloth, or a non-airproof, or airtight, cloth) to achieve the effect of windproof, warm, and waterproof. It is a mask which flows out into the inner skin 2 of the thick sponge structure of the outermost part of the mask without air flowing into the outer skin 1 when worn. It will be described in detail with reference to the accompanying drawings.

1 is a perspective view of the present invention showing the inflow of air (3) formed in the outer shell and the hole (3) formed in the outer shell (2) and the outer shell (1) of the sponge structure and the arrow (5) , The outer shell (1) and the endothelial (2) is a different structure, the outer shell is thin and dense, the inner skin is low density and thick, the hole formed on the outside (3) is a hole for the air to enter from the outside, the mask The hole 6 formed in the lower side is located at the bottom of the mask or the bottom of the mask surrounding the chin so that the endothelium does not get wet when it rains, so even if rainwater flows from the outer shell, it reaches the lower portion and falls off the mask.

That is, even if rainwater flows down from the outer fabric, the position of the hole 6 is formed in the portion covering the chin, so the rainwater does not penetrate the endothelium and falls down.

FIG. 2 is a front view of FIG. 1, but a hole for inflow of air is formed in left and right or bottom of the mask, but may be formed only in left and right or bottom.

FIG. 3 is a rear view of the rear surface of FIG. 1 except for a portion in which the nose and the mouth of the endothelial contact with the inner skin to surround the endothelium and increase the effect of windproof waterproofing, and to form a hole in the lower portion so that the endothelium does not get wet.

4 is a front view showing the case where the outer skin is smaller in size than the endothelial and the air is sucked through the endothelial of the outer periphery 4 of the mask since the dense outer skin does not cover the outer periphery of the mask. Since air is introduced, the resistance of the air is the lowest, and the stitched portion 8 of the outer portion of the mask may have various methods of joining the outer skin and the endothelium, but in FIG. 4, the bonding method joins only a part of the outer skin and the endothelium. This shows that more air is introduced into the unbonded portion. It can also cover the nose and mouth only tightly with a sheath to reduce air resistance.

5 is a rear view of FIG. 4.

FIG. 6 is a cross-sectional view showing the inflow of air into a portion 4 of which the outer shell is not covered by the inner shell as the outer shell of FIG. 4 is smaller than the inner shell, and FIG. It is a cross section.

FIG. 7 is a cross-sectional view for explaining the inflow of air into a portion in which the endothelial is not covered by the outer skin when the size of the outer skin and the inner skin is the same.

8 is a cross-sectional view showing that the skin and the endothelium can be separated, and because the separation is separated by washing the soft endothelium is faster drying and prevent the endothelium from being damaged due to washing.

9 illustrates the formation of a thick sponge-like inner skin on the outer surface of a mask (including a mask-type mask) face portion, and when worn on a face, a thick sponge-structured cloth has a mask and a face formed by the height of the nose or the cheekbones of the face; It creates a space that blocks the gap between the gap and the gap between the skin and the nose, thus preventing the mask skin from being sucked into the mouth and nose when inhaling air. Will be lowered.

10 is a front view of FIG. 9.

11 is a cross-sectional view of FIG. 9.

FIG. 12 is a perspective view showing that the outer shell forms a cloth 7 through which air can be distributed to the left, right, and lower portions of the inner shell so that the outside air is sucked through the outer shell 7 through which the air can flow; A fabric that allows air to flow around the mask is formed.

Figure 13 is a front view of a wearing state for showing the inflow of air when worn.

FIG. 14 is a perspective view of a hood mask in which an endothelial and a dense outer shell are formed around the nose and the mouth to allow air to flow; FIG.

FIG. 15 is a perspective view for explaining that rainwater flows into the lower portion of the mask without being penetrated into the inner fabric of the lower portion of the mask by the waterproof cloth.

On the other hand, when compared with the conventional masks, the conventional mask is made of a dense cloth or waterproof cloth of the mask and evenly forms a small hole of fine and uniform size on the front surface of the skin so that air is introduced, or the nose and mouth There was a mask that formed a hole in the outer shell to allow air to flow into the portion of the conventional mask. The conventional mask drilled a small hole in the outer shell to allow air to enter the inner skin, so that the air was introduced. The warmth is lowered through the hole in the front of the outer shell, and the rainwater penetrates into the hole in the front, so the endothelial is wet. Also, for the purpose of dustproofing, the outer shell and the endothelial are bonded to the same size. Various methods have been devised to block the flow of air into the outside of the mask In order to block the outside, a rubber plate which does not flow air is attached to block the outside air inflow, but the present invention, in contrast to the conventional mask, allows air to flow through the outside of the mask to allow the air to flow through. It forms the cloth of sponge structure.

In other words, the thick fabric of the sponge structure is formed on the outer side, thus preventing the gap between the mask formed by the height of the nose and the cheekbone and the gap between the face and the air passing through the outer thick fabric, which is effective in dust and warmth.

In addition, since the conventional mask is introduced into the nose directly through the endothelium from the outer skin of the air contacting the nose, the cold air is directly introduced into the nose and the warmth is poor due to the draft and could not be waterproof. However, the present invention does not form a hole in the central portion or the front of the mask outer shell where the nose and the mouth is located, blocking the outside air by blocking the mouth and nose around with a dense cloth has excellent effect on the warmth and waterproof when using a waterproof cloth , Because the outside air is not blocked, the incoming air reaches the center of the face of the mask through the uncovered endothelium of the mask and enters the nose. Endothelial thickening of the inner skin due to the nasal cavity (space) fill the gap (space) is to increase the warmth.

In addition, most conventional hood masks are made of one material of yarn or fabric, and have the same thickness, and have to form holes for air distribution in the mouth and nose, and the effect of waterproofing and windproof is low. .

However, in the present invention, when the structure that allows the inflow of air under the chin under the mask is formed as shown in FIG. 15, the windproof effect can be obtained, and the entire hood mask fabric can be used to obtain the effect of waterproofing by rainwater on the entire head and face. It is a waterproof cloth, and a cloth, a hole, or a part which is not covered with an outer surface of the air can be formed under the mask to obtain a waterproof effect.

That is, the conventional mask has a low effect on the wind and waterproof because the hole is formed in the nose and mouth portion for the inflow of air, but the present invention prevents the wind blowing from the front because the front of the mask is blocked by a waterproof jacket. The effect of the wind is large, the conventional mask has a disadvantage that the endothelial is wet to the rain because the hole is formed evenly on the front surface of the outer skin, but the present invention may not be covered by the outer skin of the lower end of the mask, so the inflow of the endothelial The effect is that the rain does not get wet.

In the present invention, the structure of the mask is introduced into the double structure of the skin and the endothelium (which may be a multi-structure) through the thick sponge structure of the endothelium.

If the inner skin uses a thin cloth rather than a sponge structure, the distance between the outer skin and the nose is close, so when the air is inhaled, the dense outer skin blocks the nose. Because it is sucked into the mouth and nose will block the air resistance will be high.

In addition, since the outer surface of the mask is dense and air flows through the outside of the mask, the front of the mask is blocked to prevent wind and water. In addition, if the non-dense outer fabric is formed on the inner shell of the thick sponge structure, the resistance of the air is very low, and it can be used for shading and moisturizing purposes.

In order to achieve the above object, the present invention preferably has a double structure having a dense skin and a sponge structure as the inner skin.

Since the present invention aims to flow in and out through most of the incoming air, rather than the outer skin, the endothelial may be composed of a double, triple or quadruple multiple structure. That is, since the endothelial is not dense and the resistance of air is low, it is also an object of the present invention that another dense cloth may be attached to the face side to soften the contact with the face. However, when the endothelial cloth is thin and dense like a conventional mask, the endothelial is sucked by the suction force of the air, thereby clogging the nose, so that the resistance of the air is increased when the endothelial cloth is never used in the present invention.

That is, since the feature of the configuration of the present invention is that the air is sucked through the endothelium outside the mask, a thick cloth or a structure having low air resistance can be used as the endothelium and the sheath does not necessarily cover a portion of the endothelium, A cloth that can be distributed, or a hole is formed in the outer periphery of the mask, the endothelial is composed of a bond between the outer skin and the endothelial having a slight thickness to ensure the air flow. Therefore, since the mask is used for the purpose of windproof waterproofing, it is preferable that the material of the outer shell is dense. However, in the present invention, if the air resistance is to be reduced and for the purpose of moisturizing and shading, the outer shell may be used for the air. have.

In addition, as the size of the outer shell and the size of the inner shell is different, the purpose of the resistance of the air flowing into the endothelium, windproof, waterproof may be different. That is, the resistance of the air flowing in and out through the endothelium is different depending on the part and the range where the sheath covers the endothelium, and the effect of the resistance or waterproof of the air varies according to the range of the part where the sheath covers the endothelium.

For example, if the envelope covers part of the inner skin of the face (except where the nose and mouth touch), the resistance of the air increases, but the external rainwater does not penetrate the inner skin, which is highly effective for waterproofing. In addition, when the adhesive is used in the joint between the outer skin and the inner skin, or when the entire outer joint is bonded, or when only a part of the outer is sealed as shown in FIG. 4 or coating treatment, There are various methods, and more specifically, as described above, the junction between the shell and the endothelium has different effects of air resistance and water resistance depending on the extent that the envelope covers the endothelium and the location, size, and number of holes formed in the envelope. Therefore, it is configured in various ways depending on the purpose. That is, in order to waterproof when the rain comes, the outer skin is covered with the outer skin as shown in Fig. 1 so that the inner skin is not wetted with the external rain as shown in FIG. ) To get the effect of preventing the endothelial from getting wet in the rainwater by making the air flow in and out.) To lower the resistance of the air, only the center of the mask, ie the part where the nose and mouth touch, can be covered with a dense sheath. In addition, it is possible to increase the range of covering of the endothelium to increase the effect of windproofing, and it is also preferable to replace the hole formed in the sheath with a cloth 7 that is not dense in some cases. In addition, with respect to the fabric of the sponge structure formed on the outer periphery of the mask as shown in FIG. 9, the width of the fabric can be made wider or narrower.

As described in detail, the outer covering of the inner shell, the density of the hole or the formation of the cloth for the distribution of air formed on the outside for the inflow of air, and the bonding method of the inner shell are explained in detail. It is thought that the gist, purpose and configuration of the invention can be understood.

The effects of the present invention described above are monotonous in the production process due to the double structure of the outer skin and the inner skin. However, in the present invention, the endothelium can be made into multiple structures.

In addition, the air flows in and out through the endothelium outside the mask, so the air is warmed and sucked by the body temperature of the cheek of the face, and through the thick endothelial cloth, the dust is filtered by the endothelium from the outside of the mask to the nose. It is high and effective in keeping warm, waterproof and windproof because the outer skin of the mask blocks the air. Also, the thick cloth of the sponge structure outside the mask prevents the gap between the face and the mask due to the height of the nose. That is, since the thick sponge structure of the mask outside the mask prevents the gap between the face and the mask, the air is sucked through the wrinkled cloth of the sponge structure outside the mask, so that the dust-proof effect is high. Since the structure of the formed sponge also keeps the distance between the skin and the nose, the air is sucked in the entire area of the skin, so that the resistance of the air is lowered. In addition, when the outer shell is used as a dense cloth, both inner and outer shells are not dense, so the resistance of the air is low, so that the water is dampened in the inner skin, which can be used for moisturizing or summer shading. In addition, since the inner and outer shells can be separated, water is good after washing and drying is fast, and the soft endothelial cloth can be washed separately.

Although described above with reference to a preferred example of the present invention, those skilled in the art will be able to more variously modify and change the configuration of the present invention without departing from the spirit and scope of the invention described in the claims below. I will understand.

Claims (7)

In a simple mask consisting of an outer skin and an inner skin, the outer skin is made of a dense cloth (including air-distributable cloth, a waterproof cloth, and a coating treatment), and the inner skin is made of a thick cloth of a sponge structure (not dense thick non-woven fabric, crumpled cloth, thread). A plurality of holes (6) or fabrics capable of circulating air to the outside of the mask shell in order to allow air to flow into the crumpled lump, the structure of the scrubber, and the mask-type cloth having low air resistance) 7) or a portion (up, down, left, right, left, or right, or bottom) that does not cover the endothelium with an outer shell so that most of the air is formed in the outer cavity 3 or 6 of the outer shell. A mask into which air enters the nose through a cloth (7) that can be distributed or an uncovered portion (4). The method of claim 1, The envelope is part of the endothelium (top, bottom, left, right, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom, bottom Mask, or left, right, or bottom). The method of claim 1, A mask characterized in that a plurality of holes (6) or a cloth (7) capable of introducing air is formed around the outer shell of the mask shell so that air flows into the inner shell of the sponge structure through the outer portion of the mask. According to claim 1 The mask according to claim 1, wherein the endothelium is wrapped with a cloth (nonwoven fabric or mesh) that allows air to flow. The method of claim 1 A mask for shading or shaping the outer surface by using a thin, dense shading cloth (including dense nonwoven fabric, mesh, or scouring pad) to reduce air resistance. The mask of claim 1, wherein the outer skin and the inner skin are easily removable. Attaching or detaching the inner skin of the sponge structure to the outer periphery of the mask (including the dust-proof dust mask) to form a space by separating the gap between the outer skin and the nose, and the inflow of air mainly flows out through the fabric of the sponge structure around the outer periphery. Mask.

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