KR101696146B1 - Top cloth for prevention of fine dust - Google Patents

Abstract

The present invention relates to upper outer clothing for prevention of fine dust to prevent fine dust in the air from entering a respiratory organ. As features for the present invention of the upper outer clothing including a body (110), an arm (120) and a hood (130), a lining (152) covers a part or all of an upper outer layer (51); a transparent fabric (135) is made to cover a part of a face in the hood (130); a breathing tube (140) is made to locate one piece inside the hood (130) and the other piece outside the upper outer clothing.

Description

{Top cloth for prevention of fine dust}

[0001] The present invention relates to a fine dust-barrier coating for preventing fine particles in the air from entering the respiratory apparatus, and more particularly to a fine dust- An inner skin 152 formed on all or a part of the outer skin 51 and a transparent window 135 formed so as to cover the face portion in the cap 130 so that one end is located inside the cap 130 and the other end is located outside the image And a breathing tube (140) formed thereon.

Fine dust is a very small material that can not be seen by our eyes. It is a particulate material with a diameter of 10 μm or less that floats or drifts in the air for a long time. When a fossil fuel such as coal or oil is burned, It is an air pollutant that comes out from the exhaust gas and is adsorbed to the lungs through the bronchial tree and causes various lung diseases. It is reported that the fine dust density is frequently reported by increasing the fine dust in the yellow dust coming from China. It is becoming a social issue.

Recently, a variety of techniques for preventing such yellow dust have been proposed. As a representative prior art, a yellow dust-shielding cap made of a hat body, a face hood, a front hood and a rear hood is known in Patent No. 10-1494582, It is difficult to effectively block the invisible fine dust with the hat of the above configuration and many types of fine dust masks are commercially available but they are expensive because they are required to be discarded after use and the breathing is inconvenient when the mask is worn and the fine dust density The effect was limited.

Accordingly, it is desired to provide a fine dust cover having a new structure that can block the fine dust more effectively, and in response to this, the present invention forms an inner skin that absorbs fine dust on the inner surface of the inner skin of the image, forms a cap for sealing the head, A transparent window is formed in the portion, and a breathing tube is formed so as to prevent breathing of the transparent window by breathing and to facilitate breathing.

The present invention forms a cap for sealing a head, forming a fine dust-absorbing layer such as a microfiber cloth on a part or the whole of the inner surface of the top surface, forming a transparent window on the face portion of the cap, forming a breathing tube penetrating outside the cap, And to provide a fine dust-barrier membrane formed so that the user can breathe through the breathing tube after sucking his / her breath.

To achieve this object, the present invention is directed to an image comprising a body 110, an arm 120 and a cap 130,
The topsheet includes an outer skin 151 formed by a cloth, an inner skin 152 formed by superimposing a microfiber cloth or microfine nonwoven fabric having a fine dust-blocking effect inside the outer skin 151, A cap 130 formed with a transparent window 135 formed so as to cover the cap 130 and a cap 130 located inside the cap 130 and the other end located outside the cap while being sucked into the mouth and breathing, And a breathing tube 140 formed so as to spit out the mouth. When the user wears a breath and breathes air, the air enters the lower end of the sleeve and the lower part of the torso, passes through the sleeve and the torso, And the fine dust particles are separated from each other.

The tops of the tops include an outer covering and an inner covering, and the outer covering uses a normal cloth for air distribution. A cloth or nonwoven fabric having a fine dust-blocking effect such as an endothelium overlapping all or a part of the inner surface of the covering is formed.

The cap may be formed integrally with the body, and may be detachably attached to the cap with a zipper or the like.

In the closed state of the present invention, when the user breathes, the breathing tube is formed inside and outside the cap so as to prevent it from being frozen and to facilitate breathing.

The respiratory tube can be made of resin, rubber, or metal tube. When it is elastic, it can be sealed in the mouth and can be opened and spit out when breathing out. The shape of the absorber can be various shapes such as round tube, elliptical shape, slit shape, etc. When the casement plate is installed in the middle of the breathing tube, the casement plate is closed when not breathing.

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One end of the breathing tube comes to the position of the mouth when worn and the other end is formed to pass through the body of the image or the cap. The breathing tube can be fixed, but it can be formed so that it can be easily inserted and removed for exchange.

When wearing the top of the present invention and breathing the breathing tube in the door state, the air is sucked into a part penetrating the inner and outer blood of the clothes and a part coming into the gap between the body and the lower part of the body and the sleeve. And the air entering into the nose is able to suck air having little fine dust.

The present invention relates to a hermetic cap which is formed so as to include a relatively large air flow and an inner hood for blocking fine dust, forms a transparent window on the face portion of the hermetic cap, and forms a breathing tube penetrating the outside of the cap in the cap. It is possible to effectively block fine dust particles that are worn on the top in a convenient state in the standby state.

1 is a schematic view showing one embodiment of the fine dust film of the present invention.
Fig. 2 is a cross-sectional view of the inner skin formed on the inner surface of the outer skin of the present invention.

1 is a schematic diagram illustrating an embodiment of the present invention and includes a body 110 having two arms 120, a cap 130 having a transparent window 135, and a breathing tube (not shown) 140). ≪ / RTI >

The elastic tube used in this embodiment is formed with a breathing tube 140 so that it can be inserted into clothes at the rear along the neck.

In this embodiment, the cap is integrally formed with the body 110, a cap window 116 is formed to cover the sunlight, and a string 116 is formed by tightening the lower edge of the body so that the end of the sleeve is made of rubber So that it is possible to control the entry of excess air into the gap during breathing.

The transparent window 135 formed on the face portion of the cap 130 is made of a transparent resin film, and a color can be inserted if necessary.

FIG. 2 is a perspective view of an airbag device according to a second embodiment of the present invention. FIG. 2 is a perspective view of an airbag device according to another embodiment of the present invention. Or a nonwoven fabric.

The endothelium may be formed on a part of the inner surface of the envelope (a range having a fine dust blocking effect) or on the entirety thereof.

Mesh or other cloth may be formed on the inner surface of the inner cover 152 for seasonal or structural robustness.

The configuration of the present invention is not limited to the above embodiment but includes various embodiments that can be practiced within the ordinary skill in the art.

110: torso 116: fastener 120: arm 130: cap 132: cap window 135: transparent window 140: breathing tube 151: envelope 152:

Claims (1)

In the image comprising the body 110, the arm 120 and the cap 130,

The topsheet includes an outer skin 151 formed by a cloth, an inner skin 152 formed by superimposing a microfiber cloth or microfine nonwoven fabric having a fine dust-blocking effect inside the outer skin 151, A cap 130 formed with a transparent window 135 formed so as to cover the cap 130 and a cap 130 located inside the cap 130 and the other end located outside the cap while being sucked into the mouth and breathing, And a breathing tube 140 formed so as to spit out the mouth. When the user wears a breath and breathes air, the air enters the lower end of the sleeve and the lower part of the torso, passes through the sleeve and the torso, Is formed on the surface of the fine dust layer.

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