KR20110042752A - Thermal curtain - Google Patents

Abstract

In the present invention, when the upper wind is strong in the room, the curtain helps prevent the upper wind, but it does not completely prevent the upper wind. It consists of curtains (C) on the front and back of carbon fiber cotton heating element (A), cotton or non-woven fabric (B) that is flame-treated to form a curtain that can help to keep the room temperature warm as well as to prevent the upper wind. It is about thermal curtain formed by bimetallic process. Carbon fiber plane heating element, which is configured to have a heating function in curtain, is flameproofed to eliminate the risk of fire. By adding electric heating carbon fiber with electrical resistance, it converts electrical energy into thermal energy and shows the heat function. Carbon fiber cotton heating element is a fiber material, so it is not easily cut when folded or bent.It has the advantage of light feature with good thermal conductivity and low coefficient of thermal expansion.It is easy to manufacture, inexpensive, and its life is semi-permanent. It is a heat shield formed of carbon fiber cotton heating element (A), cotton or nonwoven fabric (B) with curtain (C) on the front and back, and bimetallic and steamer. The curtain has a heat function to prevent the upper wind of the room, as well as the curtain has a heat to help increase the temperature of the room, so the invention can be used as a more effective curtain.

Description

Thermal curtains {omitted}

The present invention is configured to have a thermal function to the curtain to prevent the upper wind in the room as well as to help to warm the indoor air flame-resistant carbon fiber cotton heating element (A), cotton or non-woven fabric (B) front and back curtain It relates to a thermal curtain formed of paper (C) and formed of bimetal, steamer, etc.

The present invention helps the curtain to prevent the upper wind when the upper wind is a strong hit in the room, but does not completely prevent the upper wind, the temperature of the room is lowered due to the upper wind, so that the cold bar curtain has a heat function It is composed of flame retardant carbon fiber cotton heating element (A), cotton or non-woven fabric (B) with curtains (C) on the front and back to prevent the upper wind and help to warm the room temperature. The carbon fiber planar heating element, which is composed of a thermal curtain formed by heat, heat, and the like, is applied to a carbon fiber chamber, not an electric heating wire, to convert electrical energy into thermal energy through heating element carbon fiber having electrical resistance. Carbon fiber cotton heating element is a fiber material, so it is not easily cut when folded or bent, and its thermal conductivity is good. It has the advantage of light feature with low coefficient of thermal expansion, easy to manufacture, low cost, and semi-permanent. Carbon fiber is non-magnetic and completely blocks electricity and magnetism. It protects against electromagnetic damage, as well as indoor air like solar heat with carbon far infrared radiation. Since the present invention is a thermal curtain to help warm up the indoor air as well as prevent the upper wind of the room, the invention can be used as a more effective curtain because it can warm the indoor air by the far-infrared radiant heat of carbon.

If the upper wind is strong in the room, the curtain helps to prevent the upper wind, but it does not completely prevent the upper wind. Of course, the task to solve the problem is to configure to help warm the room temperature.

The curtain on the front and the back of flame-retardant carbon fiber cotton heating element (A) cotton or non-woven fabric (B) is designed to provide the curtain with heat function to prevent indoor wind and help to warm the room temperature. Carbon fiber plane heating element, which is composed of (C) and has thermal resistance in thermal curtain formed by bimetal, steamer, etc., is heating element carbon fiber having electric resistance by applying electricity to carbon fiber chamber, not electric heating wire It converts electrical energy into thermal energy through the media to show the thermal function. Carbon fiber plane heating element is a fiber material, so it is not easily cut when folded or bent. It has the advantage of light characteristics with good thermal conductivity and low coefficient of thermal expansion. It is easy and inexpensive, lifespan is semi-permanent, and carbon fiber is non-magnetic. As well as the protection from the damage of the magnetic wave, as well as the indoor air warms like solar heat by the far-infrared radiant heat of carbon, the present invention has a thermal function to the curtain to prevent the upper wind in the room as well as the indoor air to solve the problem Solved.

The inventors of the thermal keken is effective because it has a thermal function in the curtain to prevent the upper wind in the room, as well as help to warm the indoor air.

The present invention is formed by forming a flame retardant carbon fiber cotton heating element (A), cotton or non-woven fabric (B), the front and back curtains (C) and bimetal, steamer, etc. The flame retardant carbon fiber planar heating element, which is constructed to give a thermal function to the thermal curtain as it relates to the thermal curtain, is flameproofed to eliminate the risk of fire, and the carbon fiber planar heating element is applied to the carbon fiber chamber, not the electric heating wire. By adding to the heating element carbon fiber with electrical resistance, it converts the electrical energy into thermal energy and shows the heat function.The carbon fiber plane heating element is a fiber material, so it is not easily cut when folded or bent.It has good thermal conductivity and low coefficient of thermal expansion. It has the advantages of light features, is easy to manufacture, inexpensive, lifespan is semi-permanent, and carbon fiber is non-magnetic Blocks electricity and magnetism completely as well as protects against electromagnetic damage, as well as warms the indoor air like solar heat with carbon far-infrared radiant heat, the present invention has a thermal function on the curtain to prevent the upper wind in the room, as well as warm indoor air Invented because it helps.

1 1. Thermal curtain configuration diagram

       A Carbon Fiber Planar Heating Element

       B. Cotton or Nonwovens

       C. Curtain.

Claims (1)

The present invention is configured to have a thermal function to the curtain to prevent the upper wind in the room as well as to help warm the indoor air flame-resistant carbon fiber cotton heating element (A), cotton or non-woven fabric (B) carbon fiber cotton heating element front The thermal curtain formed on the back and the rear surface by consisting of a curtain (C) and bimetal, steamer, etc.

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