KR20090058608A

KR20090058608A - The manufacturing method of the electric heat cover type bedding which uses the carbon thread

Info

Publication number: KR20090058608A
Application number: KR1020070125238A
Authority: KR
Inventors: 김창우
Original assignee: 김창우
Priority date: 2007-12-05
Filing date: 2007-12-05
Publication date: 2009-06-10

Abstract

The present invention relates to a method for manufacturing electrothermal bedding, and more specifically, to maintain a warm room temperature using carbon yarn as an electric heating wire, the use of bedding, which has been composed only of conventional cloth, cold fat In order to maintain a warm room temperature without the need for a separate heater, a cover with a top cloth and a bottom cloth is equipped with a carbon yarn sheet made of parallel type in between, and the carbon yarn is energized so that the heat-generating beddings are generated. to provide.

Therefore, the present invention is made by using a copper wire or nichrome wire that was inevitably made by direct heat type because the carbon yarn is fixed in parallel between the waterproof cloth and then bonded to the upper and lower waterproof cloth is made to withstand water or washing. All of them relates to a method of manufacturing electric heating bedding, which solves the problem that any part of the entire heating wire is damaged or cut by the direct heating method.

Description

Manufacturing method of electrothermal covered bedding using carbon yarn {THE MANUFACTURING METHOD OF THE ELECTRIC HEAT COVER TYPE BEDDING WHICH USES THE CARBON THREAD}

The present invention relates to a heat transfer duvet and urine made of a carbon yarn in which anion is released in a parallel structure, and in particular, by placing the carbon yarn in parallel in a waterproof cloth having excellent adhesion therein, which is permanently disconnected or trouble-free. Electric blankets and urine (hereinafter referred to as bedding).

In general, bedding, such as futons are made of a structure that does not have heat transfer to date. Therefore, there are carpets laid to avoid cold winters and cold floors, but in countries with rest or sedentary lifestyles, there is the hassle of using separate heating devices at sub-zero temperatures.

Therefore, the carpet is used for decoration or decoration for aesthetics because the function to warm the floor is lost.

Therefore, the case of using a carpet by putting a separate electric blanket under the carpet in order to warm the carpet could be seen.

The present invention is intended to overcome such inconveniences, the purpose of the electrothermal bedding using the carbon yarn that does not cause a problem even if the problem does not occur even when the water or drinking water up the bedding products It is to provide a kind.

The present invention is a heat transfer sheet made by applying an adhesive to one side of the upper and lower streams in order to provide a bedding of a new concept that solves the above problems and arranged the carbon yarn in parallel and the electrode body at both ends thereof; By placing inside the cotton and carpet outer cover, the electromagnetic wave is significantly reduced compared to copper wire or nichrome wire, and there is no destruction of the hot wire even when wrinkled, and it provides a carbon pre-heated carpet that does not cause problems even when contacted with water or drink.

The present invention has been completed by a heat transfer plate made of a parallel adhesive between the top sheet and the bottom sheet made of a waterproof cloth, the breakthrough is prevented short-circuit between the carbon yarns and break the break of the nichrome wire or copper wire It is a useful invention of the electrothermal bedding structure that completely eliminates and provides beneficial thermal beddings to the human body due to the properties of far-infrared rays and anions, which are largely released between 23 ° C. and 40 ° C. due to the properties of the carbon yarn, and also improves electrical safety. However, while the cotton 30 is placed between the cover 170 made of the inner lining and the top bedding cloth, the quilting food quilted is beautifully made, and the cotton, the endothelial and the upper bedding are made of a structure that allows the heating sheet to be detachable. It is very useful to improve user's comfort and usability by being able to change washing and cover A person.

Next, the present invention will be described in detail with reference to the drawings.

1 is a partial cutaway of the bedding of the present invention, Figure 2 is a representation of the way of the carbon yarn structure of the heat transfer sheet of the bedding of the present invention under the carbon yarn is a waterproof cloth with an adhesive and underneath the location do. Figure 3 is to enlarge the configuration of the carbon yarn of the present invention so that the structure can be clearly seen, Figure 5 is a partial cutaway cross-sectional view of the bedding of the present invention, Figure 6 is a heat-transfer plate and waterproof cloth separated from the outer shell of the carpet Isolated perspective view.

Hereinafter, the upper and lower structures of the carbon yarn heat transfer bedding and the structure of the carbon yarn will be described in detail with reference to the structure and completion of the bedding as an external structure.

From the bottom, there is an outer covering cloth 40 and an inner covering cloth 70 thereon, and an inner covering cloth 70 wrapped around the cotton 30 is disposed thereon to form a cover 170 of the lower cylinder of the lower bedding. After placing the carbon yarn 10 in parallel between the upper end 80 and the lower end 81 between the waterproof cloth 20 and the upper waterproof cloth 20, the upper end using the electrode body 31 Only one line across the line of carbon yarn 10 arranged side by side at 80 is sequentially arranged at the bottom to connect to the bottom carbon yarn electrode body 131, and each line missing from the connection is connected to the top carbon yarn 110 electrode body. The heat transfer foil 120 is disposed between the lower carbon yarn electrode body 131 and the upper carbon yarn electrode body 130 in a state where it is energized to 130, and is arranged while maintaining a side-by-side spacing at the lower end 81. After connecting the upper carbon yarn 110 and the lower carbon yarn 111 to the partial electrode body 133, respectively, the upper carbon yarn electrode body 130 and the lower carbon yarn electrode body (1) 31) The upper endothelial cloth 70 and the top bedding on the heat transfer method of the parallel structure that can be energized by having a plug 150 at the end of the power line having the temperature controller 90 attached to the power line 160 at the end. Kilding quilting 85 is made beautifully while the cotton 30 is disposed between the cloth 50, som 30 and the cloth 50, the inner shell and the lower end of the upper bedding bedding bedding 70 is integrated Quilting the outer cloth (40), cotton 30, and endothelial cloth (70) between the outer cover 170 of the integrated lower-kilted bedding bedding is placed carbon fiber 10 and the heat transfer sheet finished with a waterproof cloth Therefore, a very useful and breakthrough carbon cover-type heat transfer carpet that can maintain a warm indoor temperature even in cold weather will have the effect of emitting far infrared rays and anions with temperature when energized.

1: Enlarged view of some incisions of the present invention

2: Separate perspective view of the heat transfer sheet

Figure 3: Enlarged structure separation for carbon yarn arrangement and energization of the present invention

4: Structure and partially enlarged view for carbon yarn placement and energization

5 is a partial cutaway cross-sectional view of the carbon sheet and bedding of the present invention

Figure 6: Separate perspective view of the carbon sheet of the present invention and the bedding shell

(10)-Carbon Yarn (20)-Water Resistant

(30)-cotton (40)-bedding cloth

(50)-Upper Stream (60)-Bedding Jacket

(70)-Endothelial Cloth (71)-Adhesive

(80)-Top Edge (81)-Bottom Edge

(85)-Kilding Quilt (90)-Temperature Controller

(95)-Jacking (110)-Top Carbon Yarn

(111)-Lower Carbon Yarn (120) (121)-Electric Foil

(130) (131)-electrode body (133)-partial electrode body

(140)-top tarp (141)-bottom tarp

(150)-Plug (160)-Power

(170)-cover

Claims

Completed carbon yarn cover type thermal blankets by arranging the carbon yarn plate between the bedding consisting of the lower and upper portion of the killing quilt 85 with the cotton 30 disposed between the cloth 40 and the sokcheon 70 And urine (bedding).

The carbon yarn covered heat transfer bedding material according to claim 1, wherein the carbon yarn heat transfer plate is detachable through the jacket (95) in the cover (170).

The electrode body 131 after the carbon yarn 10 is disposed in parallel between the upper end 80 and the lower end 81 between the lower waterproof spring 20 and the upper waterproof spring 20. By using only the one line of the carbon yarn 10 arranged side by side at the upper end (80) sequentially arranged to the bottom one by one connecting to the lower carbon yarn electrode body 131 and each one wire missing from the connection to the top Insulating foil is disposed between the lower carbon yarn electrode body 131 and the upper carbon yarn electrode body 130 in a state of being bonded to the carbon yarn electrode body 130, and the upper end is spaced side by side at the lower end 81 after bonding After connecting the carbon yarn 110 and the lower carbon yarn 111 with the partial electrode body 138, the power line 160 is attached to the upper carbon yarn electrode body 130 and the lower carbon yarn electrode body 131, respectively. A carbon yarn cover type electric bedding pillow having a parallel structure in which a plug 150 is provided at an end of a power line on which a temperature controller 90 is disposed.