KR100590476B1 - thermotheraphy and ultra long wave cure mat - Google Patents

Abstract

Unlike the folding mat, the present invention can be used after being directly placed on the bed as a hard type fixed type, and actively promoting metabolism by contributing to improving blood circulation and relieving muscle pain by using heat and ultra-high wave (a kind of electromagnetic wave). It relates to a heat and ultra-wave non-foldable care to improve the health of the human body.

The present invention, the finishing material made of cork material; A negative potential plate disposed on the bottom of the finishing material and made of carbon; Insulating plate made of ganbanite powder and a heat transfer plate made of a high heat transfer material, a foamable urethane layer disposed under the heat transfer plate, a moisture proof layer disposed under the foamed urethane layer to prevent moisture from being discharged to the lower portion, and a foamed urethane layer inside A heat transfer board made of a magnetic-free heating wire disposed on the upper side of the wire, an ultra-high wave module disposed on the lower side of the foamed urethane layer, and a temperature sensor disposed at an arbitrary position of the thermal protector and the foamed urethane layer to sense temperature; A reflection insulating material disposed under the heat transfer board and made of aluminum; A shielding fiber plate disposed under the reflective insulating material and made of a copper fiber material; It includes a control unit for controlling the operation of the hot wire and the microwave module.

Treatment, care, electric magnetism, health promotion, heat

Description

Thermotherapy and ultra long wave therapy treatments {thermotheraphy and ultra long wave cure mat}

1 is a perspective view showing a state in which the heating and microwave treatment for treatment according to an embodiment of the present invention is mounted in the medical frame.

Figure 2 is a cross-sectional view showing the treatment for heat and ultra-wave treatment according to an embodiment of the present invention.

Figure 3 is a block diagram schematically showing the configuration of the control unit of the thermal and electro-magnetic treatment of the present invention.

4 is a perspective view and a layout view of the ultra-high wave module of the present invention.

Brief description of symbols for the main parts of the drawings

11: negative potential plate 12: insulation plate

13: insulation paper 15: heat transfer board

15a: heat transfer plate 15b: urethane layer

15c: moisture barrier 15d: heating wire

15f: Temperature sensor 15g: Thermal protector (bimetal)

16 reflective insulation 17 shielding fiber board

20: control unit

The present invention relates to a therapeutic treatment, and more particularly, by using ultra long waves, which are a kind of heat and electromagnetic waves, to contribute to the improvement of blood circulation and muscle pain relief by actively promoting metabolism to increase the health of the human body The present invention relates to therapeutic non-graft care.

In general, care or mats used for residential use in daily life have generally focused on improving comfort and comfort simply by using various textile materials such as cotton and pads.

Recently, various kinds of therapeutic treatments or mats have been developed and put into practical use, which can improve health as well as simple comfort.

The therapeutic treatment mat or mat is configured to emit far infrared rays that are beneficial to the human body using elvan, loess, ceramic or jade therein.

However, conventional mats or mats are generally foldable, and the convenience of transport and space utilization are high due to the nature of folding, but since breakage is likely to occur during folding, the selection and arrangement of components in consideration of the folding process are considered. Due to the many constraints, there were many problems in maximizing the far-infrared, ultra-high-wave effect, etc.

Therefore, the present invention devised in view of the above point as a non-folding type of non-folding conventional non-folding, actively promoting metabolism by contributing to the improvement of blood circulation and relieve muscle pain by using heat and ultra-long wave An object of the present invention is to provide a treatment for heat and ultra-high wave treatment, which can improve the health of the human body.

The present invention for achieving the above object,

A finish made of cork material;

A negative potential plate disposed on the bottom of the finishing material and made of carbon;

An insulating plate made of elvan powder, a heat transfer plate made of a high heat transfer material, a foamable urethane layer disposed under the heat transfer plate, a moistureproof layer disposed under the foamed urethane layer to prevent moisture from being discharged to the bottom, and a foamed urethane layer The device is part of a circuit of a heat-free series of magnetic wires arranged on the upper side of the inside, an ultra-high frequency module arranged on the lower side of the foamed urethane layer, and a temperature sensor and a heating wire arranged at an arbitrary position of the foamed urethane layer to sense temperature. A heat transfer board made of an overheat protector;

A reflection insulating material disposed under the heat transfer board and made of aluminum;

A shielding fiber plate disposed under the reflective insulating material and made of a copper fiber material;

It includes a control unit for controlling the operation of the hot wire and the microwave module.

Preferably, the control unit includes a power supply unit for supplying power, a rectifying unit for converting the power source unit to a rated voltage, a control unit and a display unit connected to the microcomputer to control the functions of heat and electric magnetic (ultra long wave), and a power supply unit. And a double voltage circuit for boosting the supplied power, and an electric magnetic generator for generating a voltage boosted through the double voltage circuit as an electric magnetic output.

Preferably, the insulating paper may be further interposed between the insulating plate and the heat transfer board.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 to 3 is a view showing the thermal and ultra-short wave material according to an embodiment of the present invention.

As shown in Fig. 1, the thermal and electromagnetic material 100 of the present invention is mounted in a mold 5 of a predetermined shape, and the left and right sides of the mold 5 control the operation of the temperature and the ultra long wave. A pair of operation units 23a and 23b are provided, and a power cord 2 for supplying power is provided on one side of the frame 5, and an electric magnetic field for generating ultra-long wave on the side of the power cord 2 is provided. Generator 27 is disposed.

As shown in FIG. 2, the thermal and electromagnetic material 100 of the present invention includes a finish 10 made of cork material, a negative potential plate 11 disposed below the finish 10, and a bottom of the negative potential plate. An insulating plate 12 disposed, an insulating paper 13 disposed below the insulating plate, a heat transfer board 15 for generating heat and electric magnetism, a reflective insulation material 16 disposed under the heat transfer board 15, , And a shielding fiber plate 17 disposed under the reflective insulation 16, and a control unit 20 for controlling the heat and electric magnetic functions of the heat transfer board 15.

Finishing material 10 is disposed on the uppermost side, the finishing material 10 is made of a cork material excellent in insulation, sound insulation, electrical insulation, elasticity to provide comfort to the human body in direct contact with the human body.

The negative potential plate 11 is disposed under the finishing material 10, and conducts a function of generating a negative potential by energizing a potential plate made of carbon, and increases blood purification and cell reactivity resistance and autonomic nerve adjustment. do.

The insulating plate 12 is disposed on the lower portion of the negative potential plate 11, and is formed by mixing a mixture of ganbanite and special minerals from which anions are released into a plate state, and performs far-infrared rays, anion radiation, and insulation.

The insulating paper 13 is a mixture of far-infrared radiation emitting far-infrared radiation and mineral powder having an insulating effect and adsorbed onto a cloth, and performs far-infrared radiation and insulation functions.

The heat transfer board 15 includes a heat transfer plate 15a, a foamable urethane layer 15b, a moisture proof layer 15c, a heating wire 15d, a super long wave module 15e, a temperature sensor 15f, and a thermal protector 15g. Is made of.

The heat transfer plate 15a is disposed at the top of the heat transfer board 15, and is made of a material having good thermal conductivity such as aluminum or copper to disperse heat generated in the heat wire 15d described later.

The expandable urethane layer 15b serves to impart cushioning and elasticity.

The heating wire 15d is formed on the upper side of the foamable urethane layer 15b and is made of a magnetic-free heating wire shielded using a metal that can be energized, and is operated at a predetermined temperature by an operation signal of the controller 20 to be described later. Is configured to dissipate the heat.

The plurality of ultra-high wave modules 15e are disposed on the lower side in the foamed urethane layer 15b (i.e., at a predetermined position spaced downward from the heating wire 15d), and the coil is wound as shown in the perspective view of FIG. Consists of the form. Ultra long waves or alternating magnetic fields are ones in which the intensity of the magnetic field changes with time at regular intervals. It occurs when the N and S poles change at a speed of 60 times per second, and because the wavelength is in megameters, the penetration is strong and penetrates deeply into the bone marrow nerves as well as glass, wood, pottery, and rubber. Ultra-high magnetic field helps the magnetization of carbon, nitrogen, oxygen, and manganese iron in human tissues to enhance the regeneration of cells in the body. It stimulates cells in the body to break through clogged blood and makes blood stop and restore health.

The ultra-high wave module has a plurality of basic units connected in series in the form shown in the layout of 4, and the ultra-high wave is generated by flowing alternating current from the electromagnetic generator 27 through the coil of the ultra-high wave module 15e.

One or more temperature sensors 15f may be applied with various types of temperature sensors such as NTC thermistors, and are disposed at predetermined positions inside the foamed urethane layer 15b and connected to the microcomputer 23 of the controller 20 to be described later. The temperature of the heat emitted by the hot wire 15d is measured and transmitted to the microcomputer 23 side.

The overheat protector 15g of the present invention means a bimetal, and when it is mounted on a part of a hot wire circuit and is overheated, it is switched from a closed circuit to an open circuit to automatically cut off power. There may be a plurality of bimetals depending on the area of the manure.

Moisture-proof layer (15c) is made of a moisture-proof material of various forms, is arranged on the lower side of the foamed urethane layer (15b) is configured to prevent the discharge of moisture to the lower side.

The reflective insulating material 16 is disposed on the lower side of the heat transfer board 15, and is made of an aluminum sheet and configured to block the heat generated from the heat transfer board 15 from being transferred to the bottom.

The shielding fiber plate 17 is disposed below the reflective insulating material 16, and is made of a copper fiber material so as to shield heat and electric magnetics from being discharged to the lower part.

The control unit 20 is configured to control the operation of the heating wire 15d and the microwave module 15e of the heat transfer board 15 described above, and the power supply unit 21 and the rectifying unit 22 as shown in FIGS. 2 and 3. , A microcomputer 23, a double voltage circuit 26, and an electric magnetic generator 27.

The power supply unit 21 is configured to convert the input power of AC 220V into a low voltage of AC 9V and to supply power to the microcomputer 23 and the magnetic generator 27.

The rectifying unit 22 converts the AC 9V AC power supplied from the power supply unit 21 into a DC 9V required for the circuit and a DC 5V rated voltage required for the function operation of the operation unit 23a of the microcomputer 23 to convert the microcomputer 23 into a microcomputer 23. It is configured to supply.

The microcomputer 23 has an operation unit 23a for manipulating on / off operation of heat, temperature setting, on / off operation of electric magnet, output selection, and the like, and a display unit 23b for displaying operation states of such heat and electric magnet. And an 8-bit microcontrol unit (MCU) is built therein and configured to program the operating states of the above-described hot wire and microwave modules 15d and 15e.

The double voltage circuit 26 is configured to boost a commercial voltage of AC 220V supplied through the power supply unit 21.

The electric magnetic generator 27 generates an electric magnetic output by clamping the voltage boosted through the double voltage circuit 26 to a negative voltage, and the generated electric magnetic output is emitted by the above-described ultra-high wave module 15e. do.

The operation of the present invention configured as described above is as follows.

The heat emitted from the heating wire 15d of the heat transfer board 15 penetrates deeply into the muscle of the human body to 40-50 mm to promote blood circulation and relax the tense muscles, thereby obtaining a therapeutic effect of muscle pain, and activating the cells of the body. By stimulating capillaries, blood circulation is promoted and gastrointestinal rhythms are active to treat gastrointestinal disorders.

In addition, the electromagnetic waves emitted from the ultra long wave module (15e) of the heat transfer board 15 is absorbed into the human body through the finishing material (11) to facilitate the blood circulation is good for fatigue recovery, improve the blood circulation of the brain and active brain activity It will clear your head and help cure headaches.

In addition, the electromagnetism enhances the endocrine gland function and improves the various control functions of the body to improve metabolism, and in particular, to treat chronic constipation and hemorrhoids, and to discharge the waste products in the skin cells to multiply the skin. It can also cure insomnia caused by stress in modern life.

The present invention as described above has the effect of actively promoting metabolism by contributing to the improvement of blood circulation and muscle pain relief by using the heat and ultra-high wave to enhance the health of the human body.

In the above, the present invention has been illustrated and described with respect to certain preferred embodiments. However, the present invention is not limited only to the above-described embodiments, and those skilled in the art may vary without departing from the spirit of the technical idea of the present invention described in the claims below. It may be changed.

Claims (5)

In therapeutic treatment, A finishing material disposed at an uppermost side and made of cork material; A negative potential plate disposed under the finishing material; An insulating plate disposed under the negative potential plate, a heat transfer plate made of a material having high heat conductivity, a foamable urethane layer disposed under the heat transfer plate, and a lower portion of the foamed urethane layer to prevent moisture from being discharged downward. Moisture-proof layer, non-magnetic-based heating wire disposed on the upper side inside the foamed urethane layer, ultra-high wave module disposed on the lower side inside the foamed urethane layer, and a temperature disposed at any position of the foamed urethane layer to sense temperature A heating board made of a thermal protector mounted on the sensor and the heating circuit; A reflection insulating material disposed under the heat transfer board and made of aluminum; A shielding fiber plate disposed under the reflective insulation and made of a copper fiber material; A power supply for supplying power, a rectifier for converting the power of the power supply to a rated voltage, a microcomputer for controlling the functions of heat and electric magnets connected to the operation unit and the display unit, and a double voltage for boosting the power supplied through the power supply. And a control unit for controlling the operation of the heating wire and the microwave module, including an electric magnetic generator for generating an electric magnetic output by clamping the voltage boosted through the double voltage circuit to a negative voltage. Treatment for the treatment of warmth and microwaves. delete The method of claim 1, The thermal insulation and ultra-high wave treatment treatment, characterized in that the insulating paper is further interposed between the insulating plate and the heat transfer board. The method of claim 3, The heat transfer plate is a thermal and ultra-wave treatment treatment, characterized in that made of any one material of aluminum and copper. The method of claim 4, wherein The insulating plate is a treatment for heat and ultra-high wave, characterized in that made of ganban stone powder.

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