KR200291293Y1 - Textiles mattress for heating production with electrical potential treatment - Google Patents

Abstract

The present invention is to produce a thermal plate and a potential plate using carbon fiber to generate heat by electrical energy, and the pad wrapped around the outside of the conductive fiber such as gold, silver and copper yarn After weaving with a fabric containing the above, each pad is made of multiple overlapping mat, so that it is possible to make thin and light without limiting the size of the mat, and to prevent heat and harmful effects on the human body. The present invention relates to a heat generating fabric mat that combines dislocation treatment to maximize dislocation treatment effect.

That is, the floor of the mat is formed of a non-conductive fabric pad containing gold yarn and silver yarn, and the carbon fiber is arranged in a thin plate on the upper surface of the bottom fabric pad, and the outside thereof is made of an insulating material made of woven fabric and antibacterial. The carbon potential conductor and the carbon heating element, which are manufactured to be wrapped by the treated plush and perform the potential treatment and the thermal action by the electric current supplied from the external controller, are separately disposed on the same surface, and are respectively disposed on the bottom fabric pad. On the upper part of the carbon potential conductor and the carbon heating element, the inner surface of the fabric material containing the conductive silver yarn and the outer surface of the fabric material containing the conductive copper yarn are overlapped to be sealed together with the floor material, thereby dislocation function and the thermal function. It can be effectively transmitted to the human body without colliding with each other, and the size of the mat can be enlarged, while being light in weight and two It is possible to make thinner.

Description

Textiles mattress for heating production with electrical potential treatment}

The present invention is a heat generating fabric mat which combines dislocation treatment, more specifically, a heating plate and a dislocation plate which generate heat by electric energy using carbon fiber, and pads wrapped around the outside of the gold thread, silver (Iii) After weaving with a fabric containing conductive fibers such as yarn and copper yarn, the pads can be manufactured in a thin and light manner without being limited to the size of the mat, as the pads are made of multiple overlapping mats. The present invention relates to a heat generating fabric mat that combines dislocation treatment to maximize the effect of heat and dislocation while preventing harmful and dangerous effects on the human body.

In general, the potential treatment device places the human body in an insulated state, and then applies a high voltage (5000 V to 9000 V) to the human body to generate an electric field (a space in which electricity operates) between the human body surface and the surrounding environment. At this time, the micro electric current induced by the high voltage potential difference generated on the surface of the human body passes through the human body and stimulates and vibrates the sensory receptor (a sensor that senses external physical stimulus) on the skin for several dozen times. It is a device that adjusts the biobalance and maintains the homeostasis of the living body by stimulating the whole body by the electricity which is not applied.

This potential therapy device is officially approved by the Korea Food and Drug Administration as a therapeutic device. Potential stimulation applied to the human body reduces the waste components of blood, Mg and P, and promotes blood circulation. Muscle stiffness and muscle pain caused by extreme exercise is also widely used for the purpose of pain relief, such as to relax the stiff muscles and relieve muscle pain.

Most mats, which are conventionally manufactured to combine heat and dislocation treatment, form heating plates by arranging heating wires for exothermic action between two insulating sheets made of vinyl material, and forming a heating plate on the upper surface of the heating plate. It is configured to overlap a potential plate having a potential conductor wrapped with an insulating plate, and then the outer surface thereof is covered with a vinyl cover.

However, since the conventional heat and dislocation treatment device has a structure in which the dislocation plate 2 is superposed on the upper surface of the heating plate 1 as shown in FIG. 1, the portion of the dislocation plate occupies a large portion of the dislocation plate when the person lay on the mat M. The effect of blocking the dissipation of heat generated in the thermal effect due to the heat loss is lowered as well as providing the cause of the A / S due to the degradation of the thermal effect, while the heat generated from the heat plate 1 There was a structural problem that acts to absorb the potential generated from the placed potential plate (2) to adversely affect each other, such as halving the potential therapeutic effect.

In particular, since the heating wire 1 ′ used as a heating element of the heating plate 1 is made of a material that is susceptible to flexural stress, the heating wire is frequently damaged when the mat is folded, which makes handling and storage difficult. Of course, there was a problem of high frequency of electromagnetic waves that adversely affect the human body during use, and in the case of the mats using such heating wires, the maximum size of the mat is also limited because of limitations depending on the wiring length of the heating wires. there was.

In addition, since the insulating plate used to insulate heating wires is made of vinyl, it adds to the overall thickness and weight of the mat, making it almost impossible to use it as a bed mat, as well as the lack of breathability when the mat is made of vinyl. There were also problems such as being unsanitary and offensive.

The present invention has been devised in view of the problems of the conventional thermal and dislocation therapy mats as described above, and its purpose is to improve dislocation therapy that can prevent harmful and dangerous effects on the human body while improving the thermal function and dislocation therapy function. It is also to provide a heat generating fabric mat.

Another object of the present invention is to provide a heat generating fabric mat combined with dislocation treatment that can increase the convenience of use and handling by making large and thin without limiting the size of the mat.

The present invention for achieving the above object, the bottom of the mat is formed of a non-conductive fabric pad containing gold yarn and silver yarn, the upper surface of the bottom fabric pad is arranged in a thin plate carbon fiber outer It is manufactured to be wrapped with insulation material of woven fabric and antibacterial treated cotton, and the carbon potential conductor and carbon thermal heating element which perform dislocation treatment and thermal action respectively by current supplied from an external controller are arranged separately from each other on the same surface. On top of each of the carbon potential conductor and the carbon heating element disposed on the bottom fabric pad, the inner surface of the fabric material containing conductive silver or gold yarn and the outer surface of the fabric material containing conductive copper yarn are overlapped. By sewing together with, the dislocation function and the heat function are effectively transmitted to the human body without colliding with each other and the size of the mat While it is possible to manufacture a larger machine, it is characterized by being light in weight and thin in thickness.

1 is a partial cutaway perspective view showing an example of a conventional thermal potential therapy device,

Figure 2 is a partial cutaway perspective view showing a heat generating fabric mat combined with dislocation treatment of the embodiment of the present invention,

Figure 3 is a cross-sectional view of the heat generating fabric mat combined with the dislocation treatment.

<Description of the code for the main part>

10: fabric pad 20: carbon potential conductor

21, 31: insulation material 22, 32: dry surface

30: carbon heating element 40: endothelial

50: sheath

Hereinafter, described in detail with reference to the accompanying drawings, the thermo-generating fabric mat combined with the potential treatment of the present invention as follows.

Figure 2 is a partial cutaway perspective view showing a thermo-generating fabric mat combined with dislocation treatment of the embodiment of the present invention, Figure 3 is a cross-sectional configuration diagram of the thermo-generating fabric mat combined with the dislocation treatment, the flooring of the mat (M) is a fiber yarn The main material is formed of a non-conductive fabric pad 10 woven to contain a small amount of gold (사) and silver (않도록) so as not to conduct electricity.

The non-conductive fabric pad 10 has an insulating action to prevent the current flowing through the floor to protect from the risk of electric shock during potential treatment of the human body.

One side of the upper surface of the fabric pad 10 is arranged so that the electricity can be supplied, the carbon fiber is arranged in a thin plate, the outside is manufactured to be wrapped with an insulating material 21 and antimicrobial treated cotton 22 made of woven fabric, an external controller (C). The carbon potential conductor 20, which performs the potential treatment function by the current supplied from the (2), is laid, and the other side isolated from the carbon potential conductor 20, the carbon arranged in a thin plate arranged to generate electricity as an energy source to generate electricity The outer surface of the fiber is wrapped with an insulating material 31 made of woven fabric and an antimicrobial treated cotton 32, and a carbon heating element 30 operated by a current supplied from the controller C is installed.

At this time, the size ratio of the carbon potential conductor 20 and the carbon thermal heating element 30 to be placed on the mat (M) of a predetermined standard is preferably about 1: 5.

The upper surface of the carbon potential conductor 20 and the carbon thermal heating element 30 disposed on the fabric pad 10, respectively, the inner shell 40 of the woven fabric which is woven so as to contain silver or gold yarn with conductivity and copper having conductivity ( (Iii) Laying the outer shell 50 of the fabric material containing the yarn to the same size and overlap the bottom fabric pad 10, the carbon potential conductor 20 and the carbon thermal heating element 30 is hermetically sealed.

The carbon potential conductor 20 and the carbon thermal heating element 30, each of which is supplied with a current suitable for its unique characteristics via the controller C, are provided with "+" terminals and "-" terminals at both ends of the carbon layer of the sheet, respectively. The supply of current causes the potential function and the thermal operation.

Therefore, the present invention as described above, the main component of the mat is a non-conductive fabric pad, the material of the carbon potential conductor 20 and the carbon thermal heating element 30 is also mostly fiber, the inner skin (40) (50) ) Is also mainly made of fabrics, so it can be manufactured to be extensible, bulky, and lightweight, with little limitation on the size of the mat.

In particular, since the mat is made of a fabric, not only improves the touch when in contact with the human body but also antibacterial treatment can contribute to the health of the human body.

As an example, the mat of the present invention can be manufactured in a size of about 2,100 × 2,500mm in width and length, which is the same size as that of a so-called king-size bed, and in this case, the carbon potential conductor 20 is 1,400 × 3. It becomes the size of, 00mm and the carbon heating element 30 is 1,400 × 1500mm size is arranged to be separated on one mat.

Therefore, it is possible to manufacture the enlarged size compared to the conventional mat made of vinyl material that performs dislocation treatment and heat function, while being thin and light, and having the characteristics of the fiber to improve the touch, it is very easy to carry and store. Do.

Even when the carbon potential conductor 20 is disposed on a part of the mat, the negative potential generated from the carbon potential conductor is woven with silver or gold yarn to provide conductivity so that the conductive material is the same as the inner skin 40 of the textile material. The carbon potential conductor 20 is transmitted to the entire surface of the mat (M) not disposed through the outer skin 50 of the textile material woven to be provided to evenly transfer the negative potential to the conductive human body.

On the other hand, when lying on the mat for dislocation treatment to cover the weaving of the conductive gold yarn, silver or quilt containing the textile material can be improved negative absorption in the human body.

The thermally generated fabric mat which combines the potential treatment of the present invention with the potential conductor and the thermal heating element is placed on the mat using carbon (carbon) material in a separated state so that the potential function and the thermal function do not collide with each other. It can be delivered to to enhance the effect of dislocation therapy.

In addition, since the mat's main material is made of fabric, it is hardly restricted by the size of the mat, so that it can be manufactured to be larger in size than a conventional vinyl mat, while it is thin, light, and improves the feel of the fiber. It is equipped with an advantage that it is very easy to carry and store.

Claims (2)

Woven pad 10 is woven so that the flooring material of the mat (M) containing non-conductive gold yarn and silver yarn, Placed on one side of the top surface of the bottom fabric pad 10, the outer side of the laminated carbon fiber is manufactured to be wrapped with an insulating material 21 and antibacterial treated cotton 22 made of woven fabric supplied from an external controller (C) A carbon potential conductor 20 which generates a negative potential by a current to be generated, It is disposed on the other side of the fabric pad 10 isolated from the carbon potential conductor 20 to wrap the outer side of the carbon fiber of the thin plate with the insulating material 31 and antibacterial treated cotton 32 of the woven fabric to the outside controller ( A carbon thermal heating element 30 generating heat by a current supplied from C), Endothelial 40 of the fabric material containing silver (-) having a negative (-) conductivity is laminated and laminated on the upper surface of the carbon potential conductor 20 and the carbon heating element 30 respectively disposed on the bottom fabric pad (10) And a heat generating fabric mat having a dislocation treatment characterized in that it comprises a shell (50) of a fabric material containing a copper yarn having positive (+) conductivity. The method of claim 1, wherein the size ratio of the carbon potential conductor 20 and the carbon thermal heating element 30 disposed on the mat (M) is about 1: 5.