KR100592519B1 - Infrared therapy device with infrared radiation material - Google Patents

Abstract

The present invention relates to a heat treatment device containing a far-infrared radiator, comprising a body and a handle, wherein the handle comprises a heating element for generating resistance heat by using a current supplied from the power supply; A far-infrared radiator for emitting far-infrared rays when heated to a predetermined temperature by heat generated from the heating element; And an anion generator for generating an anion when heated to a predetermined temperature by the heat generated from the heating element, wherein the main body senses the temperature of the heating element and controls the temperature of the heating element by adjusting a current supplied to the heating element. Microcomputer; includes.

According to the present invention, the patient can relieve muscle pain and treat various diseases by using a massage handle that generates far infrared rays, negative ions and vibrations, and in particular, the cancer cells in the body can be diagnosed and treated by a simple method. .

Far infrared ray, negative ion (negative potential), vibration, treatment, germanium

Description

INFRARED THERAPY DEVICE WITH INFRARED RADIATION MATERIAL}

1 is a structural diagram showing the structure of a heat treatment device according to an embodiment of the present invention.

Figure 2 is a structural diagram showing the components of the heat therapy device.

Figure 3 is a structural diagram showing the components of the handle.

The present invention relates to a heat treatment device containing a far-infrared emitter, and more particularly, a far-infrared ray for diagnosing and treating a disease while massaging the skin using a handle in which far-infrared rays and negative ions (negative potential) are generated, and reducing pain caused by the disease. It relates to a heat treatment device containing a divergent body.

Far infrared is a kind of electromagnetic wave with a long wavelength among infrared rays, and it is well absorbed by materials. Therefore, when the human body emits far-infrared rays, it penetrates deeply into the human skin and generates heat, thereby warming the temperature in the body. This heat action eliminates the bacteria in the human body that causes various diseases, and expands capillaries to help blood circulation and cell tissue production.

In addition, far-infrared rays are activated by shaking the cells minutely 2,000 times per minute when they touch the moisture and protein molecules constituting the cells to activate the tissue, it is effective in preventing various adult diseases such as anti-aging, promoting metabolism, chronic fatigue. In addition, it promotes sweating, pain relief, heavy metal removal, sleep, deodorization, antibacterial, mold propagation prevention, dehumidification, air purification, etc., so that housing and building materials, kitchen utensils, textiles, clothing, bedding, medical equipment, It is used in various fields such as jjimjilbang.

Next, when looking at the anion (negative potential), the anion is an invisible fine particle with a negative electricity, exists in the air with a mixture of cations and carbon dioxide, oxygen, nitrogen, hydrogen.

On the other hand, the human body consists of a myriad of cells, each of which is surrounded by a cell membrane. Based on these cell membranes, a large number of negative ions are generally present inside the cell, and a large number of cations are present on the outside of the cell to absorb nutrients in the cell or vice versa.

If there are less anions and more cations in the cells, the absorption of nutrients and the discharge of waste products will not be performed smoothly, and the metabolism will deteriorate and the physiology of the whole body will decline, as well as the resistance to infection of various pathogens. Falling and lacking nutrition of the nervous system. Therefore, induces adult diseases such as hypertension, arteriosclerosis, stroke, heart disease, cancer, anemia, allergic diseases, weakness, menopausal disorders, stiff shoulders, back pain, neuralgia, headache, and constipation, gastrointestinal disease, liver disease, kidney disease, insomnia It is causing back.

Negative ions neutralize cations that are harmful to the human body, and clear blood to promote nerve stability, fatigue recovery, appetite, and cell activation, leading to vital life.

Conventional thermal massager is heated by an electrical heating means for heating or steaming or massaging the device (patent application 2001-41769, Utility Model Registration No. 0293146, 0302623, 0311455) exist as known.

The above cited proposals are devices designed to electrically heat anion emitters (Utility Model Registration No. 0293146, 0302623, 0311455) or vibrate the anion emitters (Patent Application 2001-0041769), and are designed based on the electrical device. It is not clear what the results of scientific tests such as the manufacturing mechanism and the anion emission, energy emissivity, etc.

In addition, the prior art as described above had a disadvantage in that far-infrared emission efficiency is lowered by using jade or ganbanite as a far-infrared radiator.

The present invention has been made to solve the above problems, as a far-infrared emitter and anion generator, by heating a thin metal plate coated with germanium to generate a strong far-infrared radiation to maximize the therapeutic effect and pain relief effect of the disease An object of the present invention is to provide a heat treatment device containing a sieve.

In addition, an object of the present invention is to provide a heat treatment device containing a far infrared emitter that maximizes the massage effect and pain relief effect by mounting the vibration motor connected to the eccentric shaft in the treatment device to induce vibration of the handle.

The present invention for solving the above problems is a treatment device including a main body including a power supply and a handle for generating heat and far infrared rays, the handle is a heating element for generating heat of resistance using the current supplied from the power supply Wow; A far-infrared radiator for emitting far-infrared rays when heated to a predetermined temperature by heat generated from the heating element; And an anion generator for generating an anion when heated to a predetermined temperature by the heat generated from the heating element, wherein the main body senses the temperature of the heating element and controls the temperature of the heating element by adjusting a current supplied to the heating element. Microcomputer; includes.

The far-infrared emitter is characterized in that one or more of germanium, elvan, jade, ocher, chalsumite.

The heating element is characterized in that one of the planar heating element or ceramic resistor that generates resistance heat when the current flows.

The handle further comprises a vibration motor having a counterweight fixed eccentrically to the central axis, characterized in that the handle is vibrated by the rotation of the vibration motor.

The main body and the temperature input unit for adjusting the temperature of the heating element; And a timer for sensing whether the power supply unit is operated and controlling the microcomputer to stop supplying current to the heating element after a predetermined time after the power supply unit starts to operate.

A description with reference to the drawings is as follows.

1 is a structural diagram showing the structure of a heat therapy device according to an embodiment of the present invention, Figure 2 is a structural view showing the components of the heat therapy device, Figure 3 is a structural diagram showing the components of the handle.

Referring to Figures 1 to 3, the heat treatment device containing a far infrared emitter (hereinafter, referred to as a "heat treatment device", 100) according to an embodiment of the present invention is the main body 110, the handle 120 , Made of a power cable 130.

The main body 110 adjusts the temperature and mode of the handle 120 through a change in the power supply amount, and is manufactured to be carried in a bag shape and may be manufactured in a large size for use in a hospital or home.

Handle 120 is composed of a front portion (120A) and a rear portion (120B), using the current supplied from the body 110 generates heat and far infrared rays, and serves to emit negative ions, depending on the purpose and location Its size can be manufactured in various ways.

The power cable 130 refers to a power supply line which is commonly used as transferring the current supplied from the main body 110 to the handle 120.

The main body 110 includes a microcomputer 111, a power supply unit 112, a mode setting unit 113, a temperature input unit 114, and a timer 115. The handle 120 includes a heating element 121 and a far-infrared emitter. Reference numeral 122 includes a negative ion generator 123 and a vibration motor 124.

The microcomputer 111 controls the heat treatment device 100 based on information necessary for the operation of the heat treatment device 100, and controls each component to change the temperature and the operation mode.

The power supply unit 112 appropriately deforms the power supplied from the outside and supplies the heat treatment device 100.

The mode setting unit 113 is a part for setting the operation mode of the heat therapy device 100, and is provided with an input key so that a user can select one or more than one among infrared, negative ion, and vibration modes. Information about the setting mode input through the mode setting unit 113 is transmitted to the microcomputer 111 to adjust the state of the handle 120.

Far infrared ray generation mode and negative ion generation mode can not be selected at the same time, it can be used only selectively because it is regulated by related laws because far infrared rays and negative ions can be harmful to human body.

The user can select the far-infrared generation mode and the vibration mode, the negative ion generation mode and the vibration mode to simultaneously perform the treatment by heat or anion and the massage by vibration.

The temperature input unit 114 adjusts the temperature of the handle 120 to select an appropriate use state. For this purpose, an input key for inputting or selecting a temperature is provided, and in general, the input key can be controlled within a range of 30 ° C. to 60 ° C., but the temperature range can be modified according to the intended use.

For reference, the temperature of 42 ℃ to 45 ℃ is best for treating cancer, and the temperature of 65 ℃ is best for diagnosing cancer, and the temperature of 42 ℃ to 45 ℃ or 65 ℃ is set by setting a shortcut button. It is desirable to allow to be easily set at a time.

The timer 115 monitors whether the power supply 112 is operating, and stops supplying current to the heating element 121 when a predetermined time elapses after the user turns on the power and the power supply 112 starts to operate. The microcomputer 111 is controlled. In the present invention, 40 minutes after the power supply is set to automatically cut off the power to prevent burns or fire due to excessive use, such a setting time can be easily changed by those skilled in the art.

The heating element 121 included in the handle 120 is a device that generates a heat effect by generating resistance heat by the flow of current. The heating element 121 is a fraudulent resistor that causes a current to flow in a planar heating element or a resistor made of ceramic, which allows electric current to flow through conductive carbon fibers.

The planar heating element is made of fiber, so that the deformation of the shape is somewhat free, so it is widely used in clothes or pad-type steamers, and the fraudulent resistor is mainly used in electric heaters or thermal mats because it can generate high temperature heat. In the present invention, the deformation of the shape of the handle 120 is not necessary, and a resistance resistor is used to efficiently emit far infrared rays.

The far-infrared emitter 122 is a substance that emits far-infrared rays which is beneficial to the human body when heated to a predetermined temperature by the heat generated from the heat generator 121, and is applied to a metal or ceramic plate in contact with one side of the heat generator 121. Is produced. In this case, the far-infrared emitter 122 is preferably applied in a thin thickness of 2 mm or less, and may be applied even thicker than this, but the far-infrared divergence efficiency does not vary significantly.

In the far infrared emitter 122, germanium is used as the main raw material. Germanium is an element consisting of 32 electrons with the element symbol Ge, atomic number 32. Germanium has a pain-relieving effect. When the germanium particles are attached to a painful place, they are ionized due to the action of the penetration pressure of electrons and enter semiconductor properties into the skin tissue. As a result, germanium that penetrates into capillaries in the subcutaneous tissue moves electrons in the blood vessels through the blood vessel walls. This first normalizes the blood and also purifies the blood to discharge the flow of excess electrons to relieve pain.

Germanium also acts as an interferon derivative that promotes blood circulation and suppresses various viruses by supplying oxygen to the human body, increases NK cells and phagocytic cells that destroy cancer cells, and purifies the body to remove harmful substances accumulated in the body. It acts to drain the body.

On the other hand, when heat is applied to germanium at a certain temperature, far infrared rays are emitted, which has an advantage that the emission efficiency is much higher than other materials. In addition to germanium, it can be used as far-infrared emitter 122, such as ganban stone, jade, ocher, macsumite, etc., when using germanium can emit the largest amount of far infrared rays.

In addition, far infrared rays are known to exert an excellent effect in activating cellular activities of the human body and supplying heat to relieve muscle pain or congestion, and to diagnose or treat cancer cells.

It is known that cancer cells are much lower in temperature than normal somatic cells, and far-infrared rays can penetrate deeper into the body than infrared rays of other wavelengths. Therefore, when the far infrared rays reach the cancer cells, the patient responds more sensitively to the heat generated by the far infrared rays than the normal cells, so that the patient can feel much hotter than the cancer cells, and thus, the cancer cells existing in the body can be easily found. It is known that it can.

In addition, cancer cells are known to be rapidly slowed down or reduced in size when exposed to far-infrared rays of about 42 ℃ to 45 ℃. By using this, in the present invention, far-infrared rays before and after 45 ° C are penetrated into the body to suppress the growth of cancer cells.

The negative ion generator 123 is formed of a metal plate and has a plate shape in order to release a larger amount of negative ions. The negative ion generator 123 made of a metal plate is in a high voltage state by the current supplied from the power supply unit 112, and negative ions are released by the supplied voltage. The negative ion generator 123 may be electrically isolated from the far infrared emitter 122 or the handle 120 to prevent an accident due to electric shock.

Vibration motor 124 is composed of a state in which the balance center is connected to the rotation axis of the small motor is separated from the central axis by a certain distance, and when the small motor is rotated because the center of gravity of the balance weight does not coincide with the rotation axis. The vibration motor 124 refers to a vibration generating device commonly used in a mobile phone or a remote control. In addition, various types of motors for generating vibration, such as a flat plate vibration motor, may be applied.

When the power supply unit 112 is turned on to operate the heat treatment device 100, current is supplied to the heating element 121 to generate heat due to resistance heat. This heat is transmitted to the far-infrared emitter 122 to heat a divergent material such as germanium, and when the temperature is above a certain temperature, far-infrared rays are released from the germanium to heat the human body.

When the patient switches to the negative ion release mode, a high voltage potential is applied to the negative ion generator 123, and negative ions are released from the metal plate and absorbed into the body. As described above, the mode is set such that far infrared rays and negative ions are not emitted at the same time.

When the temperature is set by the patient, the microcomputer 111 detects the temperature and cuts off the power supply, and when the temperature falls again, the microcomputer 111 supplies a current to heat the heating element 121 to maintain a constant temperature state at all times. In addition, after a predetermined time passes after the current is supplied to the heating element, the microcomputer 111 automatically cuts off the power to prevent damage caused by excessive use.

The patient makes the front part 120A of the handle 120 in contact with the skin and rubs it while rubbing.

Although the above-described heat therapy device according to an embodiment of the present invention has been described, the scope of the present invention is not limited to the claims appended below, and the rights of the person skilled in the art can be easily modified.

Although the present invention has been described as applying a planar heating element or a frown resistor as a heating element, other types of heating elements that may generate heat may be applied.

Although the present invention has been described as supplying a high voltage to the negative electrode plate as an anion generator, it may be possible to generate anion by applying heat to a far infrared emitter such as germanium, it may be possible to generate anion in other ways.

According to the present invention, the patient can relieve muscle pain by using a massage handle that generates far infrared rays, negative ions, and vibrations. In particular, the patient can inhibit the growth of cancer cells in the body by penetrating the far infrared rays around 45 ° C. It can be effective.

In addition, according to the present invention, by using germanium as a far infrared emitter, there is an effect that can significantly increase the generation efficiency of far infrared rays.

In addition, according to the present invention can generate negative ions to cure diseases in the body, there is an effect that can increase the massage effect of muscles and organs using vibration.

In addition, according to the present invention, by setting the operating time of the heating element in advance, the power is cut off when a predetermined time elapses, there is an effect that it is possible to prevent damage to the image or the device due to long time use.

Claims (5)

In the treatment device including a main body including a power supply and a handle for generating far infrared rays and heat, The handle is A heating element generating resistance heat by using a current supplied from the power supply unit; A far-infrared radiator for emitting far-infrared rays when heated to a predetermined temperature by heat generated from the heating element; An anion generator which generates an anion when heated to a predetermined temperature by heat generated from the heating element; And a vibration motor having a counterweight eccentrically fixed to a central axis such that the handle vibrates. The main body And a microcomputer that senses the temperature of the heating element and controls the temperature of the heating element by adjusting a current supplied to the heating element. The method of claim 1, The far-infrared emitter is a heat treatment device containing a far-infrared emitter, characterized in that one or more of germanium, elvan, jade, ocher, maculite. The method of claim 2, The heating element is A heat treatment device containing a far-infrared emitter, characterized in that one of the planar heating element or ceramic resistor that generates resistance heat when the current flows. delete The method according to any one of claims 1 to 3, The main body A temperature input unit controlling a temperature of the heating element; And a timer for detecting the operation of the power supply and controlling the microcomputer to stop supplying current to the heating element after a predetermined time after the power supply starts to operate. Heat therapy device.

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