KR200267480Y1 - Warm Vest by Far Infrared Rays - Google Patents

Abstract

The present invention relates to a far-infrared heat insulating vest, wherein the carbon fiber 11 is formed in the pulp 12 to attach a planar heating element 2 coated with urethane or the like to a carbon fiber paper 1 having electrical conductivity. The purpose is to enable heat retention by allowing the battery to generate heat.

According to the present invention, the planar heating element is excellent in electrical conductivity, so that it is possible to generate heat evenly on the entire surface when it is energized. At this time, far infrared rays are emitted to give vitality to the human body, and the metabolism is smoothed. It can be used for cold winter or sea work, mountain climbing, fishing, freezer work, etc. The power is also available with 9V battery, so it is easy to move and the temperature can be adjusted by using the power on / off switch if necessary. It is a far-infrared heat insulating vest that can be used.

Description

Far Insulation Vest {Warm Vest by Far Infrared Rays}

The present invention relates to a far-infrared heat insulating vest. A device for dissipating carbon fibers in a pulp and attaching a planar heating element coated with urethane or the like to a carbon fiber paper having electrical conductivity to generate heat using a portable battery. Easy to keep warm.

According to the present invention, when the planar heating element is energized, far infrared waves are radiated to give vitality to the human body and can be well metabolized, thereby helping blood circulation. In addition, since the electromagnetic wave is absorbed when passing through the electrically conductive material, the planar heating element can shield electromagnetic waves from the outside, thereby preventing adverse effects due to electromagnetic wave exposure.

Power is supplied by using a portable battery, so it is easy to move and keep warm, so it is essential to prevent frostbite for people with occupations (sea work or sentry) exposed to cold winter hiking, fishing, and long-term freezing weather. to be.

Traditional winter clothes were made of duck feathers, chicken feathers, and cotton, but they were helpless when the sub-zero weather continued because there was no heating device. To solve this problem, it is possible to emit far infrared rays, which is beneficial to the human body, and to devise a product that can prevent electromagnetic waves from the outside.

The purpose of the present invention is to move the carbon fiber paper coated with urethane, etc. by dispersing and placing the carbon fiber in the pulp to make it electrically conductive. However, it is to make a far-infrared insulation vest that can control temperature, prevent electromagnetic waves from outside and emit far infrared rays.

1 is a perspective view of a far infrared thermal insulation vest according to the present invention

2 is a plan view of carbon fiber paper which is the core of the present invention

3 is a detailed view of the planar heating element

4 is an enlarged cross-sectional view of the insulating vest

* Description of the main parts of the drawings

1.Planar heating element 2.

11.Carbon Fiber 12.Pulp

13.Urethane Other 14.Outer

15. Endothelial 16. Battery

17.Wire 18.Battery Storage Bag

19.Switch

According to the present invention, the carbon fiber 11 is dispersed in the pulp 12 so as to realize the above object, and the planar heating element 1 coated with the urethane guitar 13 having carbon conductive paper having electrical conductivity is attached to the inside of the vest. The far-infrared heat insulation vest has a planar heating element (1) between the outer skin and the inner skin of the existing vest (climbing, fishing etc.) with the back side 30cm wide and 40cm long, and the front side left After dividing into and right to 15cm in width and 40cm in length, respectively, and mounted them, the wires 17 connected in parallel were inputted to the battery 16 to enable temperature control with the ON and OFF switches 19. In the fiber paper 11, the far infrared rays are released when the heat is received from the outside, so paying attention to the benefits, the thermal metabolism is smoothed and the metabolism is smoothed. It was.

Hereinafter, more detailed features will be understood by describing the present invention in detail with the accompanying drawings.

1) is a perspective view of a far infrared thermal insulation vest according to the present invention,

2 is a plan view showing the separated carbon fiber paper, which is the main part of the present invention, wherein the carbon fiber paper 1 has a diameter of 5 to 50 µm and a length of 0.5 to 20 m / m. ) Is uniformly dispersed in the pulp 12. The carbon fiber 11 has excellent electrical conductivity, and carbon fiber, which is much longer than its diameter, is dispersed and disposed in the pulp, so it is easy to contact each other to generate heat uniformly, and the conductivity is good to shield electromagnetic waves as well as carbon. Far infrared rays generated from fiber can be directly irradiated to give vitality to the human body.

3) is a sectional perspective view of the surface heating element coated with a material such as an electrode member and a heating sheet with urethane,

4 is an enlarged cross-sectional view of the plane heating element placed in the middle of the outer skin and the inner skin of the vest.

The planar heating element is coated with a polymer material of each layer above and below the carbon fiber heating paper in which carbon fibers are uniformly arranged, and the coating material may be epoxy, urethane, polyester, rubber, vinyl chloride (PVC), polyurethane, or the like. Can be.

As above, it is equipped with carbon fiber paper that emits far-infrared rays and installed inside the vest, so there is no objection when wearing it and the power supplied to the surface heating element is easy to move and temperature control by using a portable battery. As it can be shielded, it not only keeps warm but also revitalizes growth, so it can lead a healthy life.

As above, according to the present invention,

First, the warming effect.

Existing vest was unprotected in sub-zero weather because it does not heat itself, but it has the effect of keeping warm evenly by supplying power by mounting a plane heating element.

Second, the far infrared effect.

The planar heating element is made of carbon fiber as the main raw material, and far infrared rays are radiated when it is heated, which is very beneficial to the human body, which facilitates the metabolism and blood circulation, so that the blood circulation is good and the waste materials or harmful metals are discharged to the outside to help promote growth. .

Third, it is easy to move.

Since the power supplied to the surface heating element is a portable battery, it can move freely and can be easily carried.

Fourth, temperature control is possible.

The temperature can be adjusted if necessary by installing On and Off switch, so it can maintain the proper temperature.

Fifth, electromagnetic shielding effect.

Since the planar heating paper is uniformly dispersed with carbon fibers in the pulp, the electrical conductivity is good, and thus the negative effect on the electromagnetic waves from the outside is prevented by using the property of absorbing electromagnetic waves when passing through the planar heating element.

Claims (3)

Far-infrared heat insulation vest equipped with a planar heating element coated with urethane or the like on a pulp 1 with carbon fiber paper having a diameter of 5-50 μm and a carbon fiber 11 having a length of 0.5-20 m / m dispersed uniformly. . The power supplied to the surface heating element is a far-infrared heat insulation vest that can be controlled by using an On / Off switch by putting a battery that is easy to move in a vest pocket. In order to take full advantage of the far-infrared rays generated from the carbon fiber paper (11), if the planar heating element (1) is mounted between the outer shell and the inner skin of the vest to supply power, the desired amount of heat can be obtained to keep warm and incidentally. Far infrared insulation vest that can shield electromagnetic waves and help metabolism.