KR100946191B1 - Apparatus for fomenting - Google Patents

Abstract

PURPOSE: A moxa treatment apparatus is provided to easily enjoy efficacy of wormwood and germanium without loss of drug efficiency. CONSTITUTION: A moxa treatment apparatus comprises: a firing module(200) for supplying oxygen; a main body module(300) which maintains heat generated by combustion mixture and combustion of medicine ingredient; an adsorption module(400) which is adsorbed at a lesion of a patient and senses the temperature of medicine ingredient; a control module(500) which combusts the medicine ingredients and controls the temperature; a lid part for opening and closing the apparatus; and a switch for authorizing opening and closing of the lid.

Description

Steaming machine {APPARATUS FOR FOMENTING}

The present invention relates to a moxibustion group, and more particularly to a moxibustion group using the effects of wormwood and germanium.

In general, in order to cure a disease or to improve health, most people continue to exercise, take certain foods or drugs, or use various forms of equipment or devices. In addition, as the standard of living improves, many people's desire for health increases proportionally, and various health maintenance methods are being proposed. On the other hand, in addition to such a trend, the western method has been predominantly in the past, but recently, a method of treating and improving health of diseases based on oriental medicine or oriental medicine is rapidly developing. Oriental medicine or Oriental medicine-based methods are commonly used as natural medicines and have a common need for long-term treatment and trial. Moxibustion is one of the oriental medicine or herbal medicine-based treatment devices or health promotion means, which exposes or penetrates the skin or affected part of the body with the heat and steam generated when burning herbal materials such as mugwort. It has played a role in treating or promoting health.

However, the conventional general steaming machine has a number of problems. First, the smoke generated during the combustion of medicinal materials for steaming is exposed to the outside, which adversely affects the visual and taste aspects as well as polluting the surroundings or making the air muddy. There is a problem. And in most cases, there is a problem that the user can not arbitrarily adjust the heat (temperature) generated by the combustion of the medicinal material. In addition, it is difficult to control the intensity of combustion, and the distance between the combustion portion and the affected portion is close, and there is a problem in which a user burns when used. In addition, the fumigation caused by the combustion of the medicinal material is not concentrated in the affected part, most of which is dissipated into the air, the drug efficacy is lost, there is a problem that the effective effect does not penetrate the affected part. In addition, there is a problem that can not expect a complex therapeutic effect or health promotion effect by using only fumigation of the medicinal material in pieces.

The present invention has been proposed to solve the above problems of the conventionally proposed methods, and an object thereof is to provide a moxibustion group that can easily enjoy the efficacy of wormwood and germanium without loss of efficacy.

In addition, it is another object to provide a moxibustion to reduce the discomfort of the surroundings due to smoke (smoke), by allowing the adjustment of the treatment time and the temperature control, there is no burn and other side effects. In addition, another object of the present invention is to provide a moxibustion device capable of reliable treatment by showing a change in the bioelectrical impedance of the affected part before and after the treatment.

Moxibustion according to the characteristics of the present invention for achieving the above object,

An ignition module for igniting the medicinal material contained in the drug receiving module and supplying oxygen;

A main body module for confining the combustion mixture of the medicinal material generated by the ignition module to generate heat and the heat generated by the combustion to maintain a temperature;

An adsorption module adsorbed on the affected part to help the drug substance of the medicinal material confined in the main body module penetrates into the skin of the user, and detects the temperature of the drug substance;

The ignition module is operated by selecting the ignition switch to burn the medicinal material contained in the medicine accommodating module, and the ignition module is controlled so that the temperature of the heat generated by the combustion can be adjusted to the temperature selected by the temperature control switch. A control module;
A lid portion for opening and closing the inside of the moxibustion machine for accommodating the medicinal material for steaming in the medicine accommodation module; And
It characterized in that the configuration including an opening and closing switch for applying the opening and closing of the lid portion.

Preferably, the ignition module,

An air suction unit for injecting air into the steam generator; And

It may include an ignition unit for igniting the medicinal material contained in the drug receiving module by using the air introduced into the inside of the moxibustion by the air suction unit.

More preferably,

The air inlet unit may further include an air inflow detection sensor for detecting the inflow or inflow of the air flowing into the inside of the moxibustion.

Preferably, the main body module,

A heat holding unit that confines the combustion mixture of the medicinal material that is burned by the ignition module and generates heat, and the heat generated by the combustion, and exhibits a pharmacological effect by the generated heat; And

It may include a heat insulation to block the loss of heat trapped by the heat retention.

More preferably, the heat retaining unit,

It is configured using germanium (Ge), at least one outlet hole for transmitting the pharmacological effect of the heat generated by the combustion in a position close to the affected part of the user may be formed.

Preferably, the adsorption module,

An adsorption unit which is adsorbed on the affected part of the user and helps the medicinal ingredients of the medicinal material confined in the main body module to penetrate into the skin of the user; And

It includes a temperature sensor for sensing the temperature of the active ingredient penetrated into the skin of the user through the adsorption unit,

The control module,

If the temperature selected by the temperature control switch does not match the temperature detected by the temperature sensor, the temperature control of the active ingredient penetrated into the skin of the user by controlling the oxygen supply and ignition in the ignition module to adjust the temperature Can be matched to the temperature selected by the switch.

More preferably, the adsorption unit,

According to the position or size of the affected part of the user may be configured in at least two or more sizes, it can be configured to be replaced.

More preferably, the adsorption module,

It may further include a deodorizing unit for preventing the smell of the medicinal material trapped in the main body module to leak out of the moxibustion.

Preferably,

It may further include a discharge module for assisting the discharge of the discharge generated by the combustion of the medicinal material, and collects the discharged discharge.

More preferably, the discharge module,

A discharge hose for discharging the discharge caused by the combustion of the medicinal material to the outside of the steam generator; And

It may include a sump collecting the moisture contained in the discharge discharged by the discharge hose.

Preferably, the apparatus may further include a bioelectric measuring module configured to measure the bioelectricity of the user and display the result.

More preferably, the bioelectric measuring module,

An impedance measuring unit measuring a bioelectrical impedance of the affected part of the user; And

A display unit for displaying the result measured by the impedance measuring unit,

The control module,

The impedance measuring unit is controlled to measure the bioelectrical impedance of the affected part before the use of the moxibustion unit and the bioelectrical impedance of the affected part after the use of the moxibustion device, and transmits an image of the result measured by the impedance measuring unit to the display unit. Can be displayed.

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According to the moxibustion of the present invention, by using the effect of the wormwood and the action of germanium by fusing the pain of each part of the body, such as old pain, and pain of unknown cause, as well as the treatment effect and health promotion effect on various affected areas You can expect.

In addition, it does not harm the surrounding environment by discharging the nasty odor that is a problem when steaming mugwort, and it automatically controls each function (burning strength, time and temperature, etc.) of the steaming machine by the IT equipment. This allows you to enjoy the effects of a soft and comfortable moxibustion without the side effects such as burns and psychological instability.

In addition, it is configured to be capable of adsorption to the affected area to facilitate contact with various curved body parts, and by using the bioelectrical impedance to display the image before and after the treatment of the patient affected by the effect of the treatment and reliable treatment is possible.

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

1 is a front view of the steaming machine 10 according to an embodiment of the present invention. As shown in Figure 1, the moxibustion machine 10 according to an embodiment of the present invention, as a moxibustion device to be used by the user to supply power, using the efficacy of the wormwood and the mysterious germanium fusion effect. First, the efficacy of these two components is as follows. First, mugwort is the most widely known to date with human history and is easily used by everyone. It is a perennial herb of Asteraceae called lion footwort, wormwood, moxa, and wormwood. Protein 5.2%, lipid 0.8%, sugar 4%, In addition to pollen 21% and contains minerals such as calcium, phosphorus, iron, and when applied to the human body can be expected to increase the body's immunity to disease. Ingredients of the wormwood include herbal medicines; According to the record of "Standard Collection", 100g of mugwort contains 0.15 ml (0.2-0.4%) essential oil (petrol), and its main components are cineol and α-luzon. It is also composed of small amounts of tannins, vitamins A, B, C, D, and amylase, adenine, choline, and about 20 other ingredients. According to modern research, pharmacological experiments have shown that bacteria and fungi have distinct antibacterial effects and can be used for air disinfection. In addition, it has been reported to have an inhibitory effect against adenovirus, nasal cold virus, porin virus, pandemic virus, and mumps virus. In folk medicine, wormwood is used to burn wormwood to avoid late blight, to remove fraud, and to treat dysentery. It has been found that what has been used corresponds to this effect.

According to the North Korean Journal of Science, a book that heals diseases with moxibustion, “The light produced by burning mugwort has the same effect as infrared rays. It has been reported to be effective. ”Mugwort leaves have been reported to reduce blood clotting time in experiments with white rats at the College of Oriental Medicine, Kyung Hee University. In addition, the root herb. In Dongbobogam, “Yellow wormwood is spicy, bitter, raw is warm and dried has hot nature. Yang yang recovers the weakness, makes the meridians get better, and the blood flows well. It releases the heat and heat to remove the blood, scatter the masses, and if it does not heal for a long time, it promotes the union to promote the growth of the meat, warm the uterus, and heal various diseases. ” have.

Second, germanium ((GeCH ₂ CH ₂ COOH) ₂ O ₃ ) became known by German Winkler and Dr. White in the late 19th century and is widely used as a major component of semiconductors today. In general, organic germanium is not only easily dissolved in a living body, but also has a strong activity, thereby promoting sufficient oxygen up to one cell, activating the cell, and being found to be an toxic, harmless, elemental compound having a surprising pharmacological effect on the human body. Germanium has the properties of a semiconductor, and when absorbed by the body, it only plays a role, and is excreted at a rapid rate, nontoxic and harmless, and biological properties include blood pressure, immune regulation, and interferon (immune) -inducing action. As has been shown in various experiments, given that the human body is constantly flowing current in vivo, if the current that should normally flow in the body accumulates in excess current for some reason, there is pain, muscle abnormality, or Impair blood circulation. When germanium, which is a semiconductor, is applied to the affected area, pain is controlled because current flow is regulated. In the case of inorganic germanium, when a metal particle is attached to a painful place, a semiconductor (germanium) has a property that a small electric current flows due to heat, light, pressure, or magnetic force. It is ionized by the action of the penetration pressure, and the properties of the semiconductor penetrate into the skin tissue. Germanium, which has penetrated the capillaries of subcutaneous tissue, moves electrons in the walls of blood vessels through the walls of blood vessels. As such, the electrons carried by germanium first normalize blood, perform blood purification, and discharge pain caused by discharging excess electron flow. When you touch the area that caused the pain, the muscles become stiff or crunchy, and the pain in the blood is eased by the stimulation of the semiconductor action. In addition, germanium is combined with far-infrared rays to cause a resonance effect, as well as digestive action to each nervous system and joints.

Since the cells of the human body are organically related to each other and form a large individual called the human body, the death of one cell does not mean that the other cells die along with it. Cells are composed of protoplasts, which biologists describe as the source of matter in all living things. The production process is to reproduce around the nucleus of the core, one cell nucleus is divided into two, two parts become independent, and when it reaches a certain size, it is transformed into a single parent and the next division becomes possible and multiplies throughout the body. The proliferated cells live independently, and if they are damaged, they quickly recover, which is called metabolism. Cells are composed of plasma, but depending on the organs they belong to, spindle-shaped muscle cells, pigmented cells, and long cells like threads, which are connected to each other to form a human body and are called reticular tissues. The survival of these cells is constantly supplied with various nutrients through the blood, and nutrients such as oxygen, water, protein, fat, sugar, salt, and other minerals are delivered to the cells to survive. Depending on how well these substances are delivered, one can determine whether a person's cells are activated or not. Red blood cells in the blood have the purpose of transporting oxygen as hemoglobin, hemoglobin bound to oxygen, and reduced hemoglobin in the absence of oxygen. After eating energy, the life-oriented diet is accompanied by stress and fatigue. After using energy, phosphorus and sulfur substances become acidic state in the body, and the oxygenated blood lacks oxygen due to excessive combustion gas. Blood vessels are impaired by blood vessels, metabolic function is lowered, and human body cells that lose their equilibrium are weakened and various diseases are generated. Blood concentration loses stimulus balance and sometimes collapses. Organic germanium absorbs the acidification of blood to make it normal. Alkali reverses germanium electrons with ionic properties, neutralizes them with hydrogen ions, and becomes water. “Organic germanium has the absolute effect of maintaining parallelism. In addition, germanium stimulates the current even at a temperature of 42-43 ℃, further strengthening the electromotive force in the brain and heart, actively generating electricity to strengthen blood circulation metabolism, and 20-30 times higher than the natural increase of the immune factor interferon. It is also effective in cancer cells. ”

The moxibustion device 10 according to the present invention is a moxibustion device developed to provide the user with the excellent efficacy of the above-mentioned wormwood and germanium in an optimal state, and is a hot burn, smoke ( It has solved the problem of increasing the discomfort caused by the smoke) and the loss of more than 70% of the efficacy in the air.

2 is an overall block diagram of a steaming machine 10 according to an embodiment of the present invention. As shown in Figure 2, the moxibustion machine 10 according to an embodiment of the present invention, the ignition module 200, the ignition module 200 to ignite the medicinal material contained in the drug receiving module 100 and to supply oxygen Combustion mixture of the medicinal material burned by the heat generated by the body and the heat generated by the combustion to trap the main body module 300, the active ingredient of the medicinal material adsorbed on the affected area trapped in the main body module 300, the user's skin It helps to penetrate into, and by operating the ignition module 200 by the selection of the adsorption module 400, and the ignition switch 600 for sensing the temperature of the active ingredient to burn the medicinal material contained in the drug receiving module 100 The control module 500 controls the ignition module 200 so that the temperature of the heat generated by the combustion can be adjusted according to the temperature selected by the temperature control switch 650. In addition, the moxibustion machine 10 according to an embodiment of the present invention, the discharge of the discharge caused by the combustion of the medicinal material, the discharge module 700 for collecting the discharged discharge, and by measuring the user's bioelectricity, The bioelectric measuring module 800 may further include a measured result.

The medicine accommodation module 100 is a place for accommodating the steaming medicine that is helpful to the human body, and the medicine that is accommodated here is specially processed for easy use of wormwood, dried wormwood, powdered wormwood or Various other kinds of poultices may be used.

The ignition module 200 ignites the medicinal material contained in the drug receiving module 100 and supplies oxygen. For steaming, once the medicine contained in the herb receptive module 100 must be burned to generate smoke and heat, as described above, the light generated when wormwood burns has an effect such as infrared rays, and the smoke is pathogenic staphylococcus. Inhibits cocci, coliform bacillus, Pseudomonas aeruginosa, home diphtheria, etc., and to take advantage of the benefits of other diseases. Therefore, it is the role of the ignition module to supply ignition for burning the medicine and oxygen for combustion. In addition, when the temperature of the inside of the moxibustion body is higher than the temperature set by the user operating the temperature control switch 650, the oxygen supply is cut off according to the control of the control module 500, and the temperature is lowered. If it is low, supply air again and burn the medicine so that the temperature inside the steam generator matches the temperature set in the temperature control switch 650. Detailed description of each component of the ignition module 200 will be described with reference to FIG. 3.

The main body module 300 traps the combustion mixture of the medicinal material that is burned and generated by the ignition module 200 and the heat generated by the combustion to maintain the temperature. To this end, the main body module 300 is composed of a heat retaining part 320 and a heat insulating part 340, the case of the heat retaining part 320 may be configured using germanium (Ge). This is to take advantage of the semiconductor properties of germanium. When the metal particles are attached to the pain, the semiconductor (germanium) has a characteristic that a small current flows. ionization, the properties of the semiconductor penetrate into the skin tissue. Germanium, which has penetrated the capillaries of the subcutaneous tissue, moves electrons in the blood vessel walls through the blood vessel walls, thereby normalizing blood first, thereby purifying blood, and discharging excess electron flow to relieve pain. In addition, when germanium and far-infrared light are combined, they cause resonance, which is effective for digestion as well as for each nervous system and joints. In the case of the heat insulator 340, the heat insulating part 340 may be composed of several layers of heat insulated layers. In addition, the moxibustion machine 10 according to an embodiment of the present invention can be finished in the form of high-grade pottery to allow the user to receive a luxurious feeling, by forming a band ring on the outside of the main body module 300 to hold by hand It can be configured to be easy to fix. Detailed description of each component of the main body module 300 will be described with reference to FIG. 4.

The adsorption module 400 helps the drug substance of the medicinal material adsorbed on the affected part to be trapped in the main body module 300 penetrates into the skin of the user, and senses the temperature of the drug substance by the temperature sensor 440. In addition, the deodorizing unit 460 may be provided to remove smoke (soot) generated when the medicinal material is burned. Detailed description of the adsorption module 400 is shown in FIG. 5.

The control module 500 operates the ignition module 200 by the selection of the ignition switch 600 to burn the medicinal material contained in the medicine accommodating module 100, and the temperature of the inside of the steam generator generated by the combustion is controlled by temperature. The ignition module 200 is controlled to be adjusted to the temperature selected by the switch 650. In addition, the bioelectric measurement module 800 may also play a role of allowing the user to directly check the treatment effect by measuring the bioimpedance before and after the user's treatment, and for each component related to the use of moxibustion. It is in charge of control.

The ignition switch 600 is for igniting the medicine contained in the medicine accommodating module 100. When the ignition switch exposed to the outside of the steam generator is selected by the user, the ignition rod 240 of the ignition module 200 is lit. Through this, the wormwood burns quickly. When the ignition switch 600 is operated, air must be supplied into the steam generator 10 by the air suction unit 220, which is to burn the medicine more quickly.

The temperature control switch 650 is for setting the internal temperature of the main body module 300 to a temperature desired by the user, so that users do not suffer burns due to a too high steaming temperature, and even if they fall asleep during use, This is to solve the safety problem caused by the temperature rise. The temperature selected by the temperature control switch 650 is provided to the control module 500 is used as information for the control module to adjust the temperature inside the steam generator.

The discharge module 700 assists in the discharge of the discharge generated due to the combustion of the medicinal material, and facilitates the collection of the discharged discharge. Each component of the discharge module 700 will be described with reference to FIG. 9.

The bioelectric measuring module 800 measures the bioelectric of the user and displays the measured result. To this end, the bioelectric measuring module 800 includes an impedance measuring unit 820 for measuring the bioelectrical impedance of the affected part of the user, and a display unit 840 displaying the result measured by the impedance measuring unit 820. do. In addition, the control module 500 for the operation of the bioelectric measuring module 800, the impedance measurement to measure the bioelectrical impedance for the affected part before the use of the user's moxibustion 10 and the bioelectrical impedance for the affected part after use, respectively. The control unit 820 controls the display unit 840 to display an image of each result measured by the impedance measuring unit 820. Generally, germanium has a semiconductor property, and when absorbed into the body, it only plays a role, and it is excreted quickly and is nontoxic and harmless, and biological properties include blood pressure, immunomodulatory action, and interferon (immune) -inducing action. . As many experiments have shown, considering that the human body is constantly flowing current in vivo, if the current that should normally flow in the body accumulates in excess current for some reason, there is pain, abnormal muscle, or Impair blood circulation. At this time, the germanium, which acts as a semiconductor in the affected part, controls the flow of current, so that the pain is controlled using the principle of controlling the present invention. Therefore, the bioelectrical impedance measured before treatment of the affected part by the bioelectrical measurement module 800 and the bioelectrical impedance measured after the treatment become different. In the impedance measurement unit 820, the control according to the control of the control module 500 By measuring the amount of current or impedance flowing through the human body, respectively, and by showing to the user through the display unit 840 so that the treatment effect can be directly confirmed by the eye. In addition, this has the effect that it is also possible to trust the treatment of patients and medical institutions confirmed the treatment results.

3 is a block diagram of the ignition module 200 of the steam generator 10 according to an embodiment of the present invention. As shown in Figure 3, the ignition module 200 of the moxibustion 10 according to an embodiment of the present invention, the air suction unit 220, and the air suction unit 220 for injecting air into the steam generator By using the air introduced into the moxibustion (10) by the ignition unit 240 for igniting the medicinal material contained in the drug receiving module 100. In addition, the ignition module 200 according to an embodiment of the present invention further includes an air inflow detection sensor 260 that detects an inflow amount or inflow of air introduced into the steam generator by the air intake unit 220. Can be.

The air suction unit 220 performs a function of injecting air into the steam generator 10 and may be implemented by, for example, an air suction vibrator. In addition, the air suction unit 220 also performs a function to control the internal temperature of the moxibustion by adjusting the air injection amount into the moxibustion under the control of the control module 500. That is, when the temperature of the inside of the moxibustion body is higher than the temperature set by the user operating the temperature control switch 650, the oxygen supply is blocked by the control of the control module 500 to burn the medicine contained in the medicine receiving module 100. By interfering with the lower the temperature of the steamer 10, on the contrary, when the temperature inside the steamer is low, supply air again to help the combustion of the medicine to increase the temperature of the steamer.

The ignition unit 240 ignites the medicinal material contained in the medicine receiving module 100 by using the air introduced into the steam generator 10 by the air suction unit 220, for example, implemented by an ignition rod. Can be. The operation of the ignition unit 240 may be implemented so that the control module 500 detects that the ignition switch 600 is pressed by the user to control the ignition unit 240 to ignite. Meanwhile, in one embodiment of the present invention, the operation of the ignition unit 240 is implemented through the control module 500. However, the present invention is not limited thereto, and the user ignites the ignition switch 600 and is connected thereto. The ignition unit 240 may be implemented to ignite.

The air inflow detection sensor 260 detects an inflow amount or inflow of air introduced into the steam generator by the air intake unit 220. Therefore, in relation to the temperature control in the control module 500, the current amount of air flowing into the steam generator is sensed, and the control module 500 increases the air flow rate to promote combustion, thereby increasing the temperature of the steam generator or reducing the air flow rate. This will help to determine whether to reduce the temperature inside the steam generator.

Figure 4 is a block diagram of the main body module 300 of the steaming machine 10 according to an embodiment of the present invention. As shown in Figure 4, the main body module 300 of the steam generator 10 according to an embodiment of the present invention, the combustion mixture of the medicinal material that is burned by the ignition module 200 and the heat generated by the combustion And a heat holding part 320 which exhibits a pharmacological effect due to the generated heat, and a heat insulating part 340 which blocks the loss of heat trapped by the heat holding part 320.

The heat retaining unit 320 confines the heat generated by the combustion mixture and the combustion of the medicinal material that is burned by the ignition module 200 and exhibits a pharmacological effect due to the generated heat. The heat retaining unit 320 is configured by using germanium (Ge) as a main component, and at least one discharge hole 325 for transmitting a pharmacological effect due to heat generated by combustion at a position near the user's affected part is provided. Can be formed. That is, the heat retaining unit 320 may be simply referred to as a germanium barrel, and in order to have a germanium-specific effect due to the heat generated when burning wormwood, which is a medicinal material, in a moxibustion chamber (that is, in a germanium barrel). to be. The effects of germanium mentioned above are as follows. Organic germanium has an absolute effect of maintaining parallelism, and germanium stimulates an electric current even at a temperature of 42-43 ° C. to further enhance electromotive force in the brain and heart to actively develop electricity, thereby enhancing blood circulation metabolism. Interferon, an immune factor, is increased 20 to 30 times compared to the natural increase in cancer cells. In addition, referring to Figures 7 and 9, some of the discharged through the discharge hole 325 formed in the heat retaining portion 320 to be discharged to the external discharge module 700 through the discharge hose tap (not shown). At this time, the water discharged together is collected in the sump 740 of the discharge module 700 is easy to remove.

The heat insulation part 340 blocks the loss of the heat trapped by the heat retention part 320, and can be comprised, for example by two layers of a 1st heat insulation part and a 2nd heat insulation part. Therefore, in order to maintain a light weight according to a place and a target to be used, the first heat insulating part 342 is composed of a light insulating material, and the second heat insulating part 344 is to be selected by focusing on a heat insulating function rather than weight. And various other coupling forms may be applied.

5 is a block diagram of the adsorption module 400 of the steam generator 10 according to an embodiment of the present invention. As shown in Figure 5, the adsorption module 400 of the moxibustion machine 10 according to an embodiment of the present invention, the medicinal components of the medicinal material that is adsorbed on the affected part of the user and confined in the main body module 300 of the user Adsorption unit 420 to help penetrate the skin, and a temperature sensor 440 for sensing the temperature of the active ingredient penetrated into the user's skin through the adsorption unit 420. In addition, the adsorption module 400 according to an embodiment of the present invention may further include a deodorizing unit 460 which prevents the smell of the medicinal material trapped in the main body module 300 from leaking out of the steam generator 10. Can be.

Adsorption unit 420, the drug component of the medicinal material adsorbed on the affected part of the user confined in the main body module 300 helps to penetrate into the skin of the user, at least two or more sizes depending on the location or size of the affected part of the user It can be configured and can be replaced. Various forms of the adsorption unit 420 may be confirmed through FIG. 8.

The temperature sensor 440 detects the temperature of the active ingredient that penetrates into the skin of the user through the adsorption unit 420. Therefore, when the temperature set by the user through the temperature control switch 650 does not match the temperature detected by the temperature sensor 440, the control module 500 controls the ignition module 200 to be set by the user. Allow to steam with temperature.

Deodorizing unit 460, to deodorize the smell of the medicinal material trapped in the main body module 300 to prevent the nasty smell due to the combustion of the medicine during steaming to leak out of the moxibustion machine 10, the maximum of the moxibustion machine 10 It can be located in the outer part.

For the operation of the adsorption module 400, the control module 500, if the temperature selected by the temperature control switch 650 does not match the temperature detected by the temperature sensor 440, the ignition module 200 It is possible to control the supply of oxygen and ignition so that the temperature of the active ingredient penetrated into the user's skin to match the temperature selected by the temperature control switch 650.

6 is a cross-sectional view of the steam generator 10 according to an embodiment of the present invention, Figure 7 is a plan view of the steam generator 10 shown in FIG. As shown in Figure 6 and 7, the moxibustion 10 according to an embodiment of the present invention, the operation process of the moxibustion 10 according to an embodiment of the present invention is as follows. When the electric cord of the steam generator 10 according to an embodiment of the present invention is plugged in, air is introduced into the germanium heating tube 320 which is completely sealed by the air suction unit 220, and the ignition switch 600 is opened by the user. When activated, the ignition rod 240 is lit, through which the wormwood burns at a high speed. At this time, the inflow of air by the air intake unit 220 is blocked by the control of the control module 500 according to the temperature (or the temperature detected by the adsorption unit) inside the hot tub sensed by the temperature sensor 440. The temperature inside the hot tub 320 is controlled. The hot heat of the ignited wormwood warms the unburned wormwood of the barrel like smoke, and the wormwood moves by a straight principle like smoke, and collides with the germanium barrel inner wall to raise the temperature of the barrel. The resulting mixture is then moved in the desired direction, during which the high temperature of the initial combustion is gradually lowered. The hot mixture is compressed to the skin by passing through the adsorption part 420 through the temperature sensor 440 and the discharge hole 325 in the bottom in a straight line principle. Subsequently, waste wormwood, odor, heat, and the like serve to buffer the heat of absorption in the adsorption unit 420 softly and gently, so that the user feels soft and comfortable when the skin comes in contact with the steaming.

Waste smoke and odor generated by burning of wormwood is discharged out of the steam generator 10 through the long discharge hose 720 after passing through the discharge hole (325). However, the effective mixed warming substance that exhibits a pharmacological effect in the affected area is not discharged under the resistance of the long discharge hose 720 and increases the pressure with the skin contact surface to facilitate the penetration of the medicinal component into the skin. At this time, the moisture generated with the wormwood is collected in the sump 740 in the middle of the hose, all of the nasty smell is discharged out. Therefore, the smoke or nasty smell that is a problem in the use of the general moxibustion or moxa moxibustion is eliminated and only the subtle scented scent remains to purify the room air. During steaming, hot mixtures (mug, mugwort, far-infrared, germanium organisms, etc.) produced by burning of wormwood begin to compress with the skin. The moxibustion 10 according to the present invention can be applied to old pain and unknown pain, and the more severe the pain, the greater the feeling of coolness. You can feel the coolness from the beginning of the steaming until the pain disappears, and you can get a good night's sleep by relieving the pain. Moxibustion according to an embodiment of the present invention can be adjusted to the temperature desired by the temperature sensor 440, such as, for example, the temperature of the bath water, so that it is to be used at a temperature that does not cause burns on the skin It is possible. In addition, even if the sleeper while using the sleeper when the set temperature is set to a low temperature can be used safely because the temperature of the hot tub (that is, inside the steamer) does not rise higher. When the moxibustion machine 10 according to an embodiment of the present invention is used in the affected part, the pain relief action and the change of the human body caused by a bad substance that causes pain are irrelevant to the meridians. It can be used for painful areas and other affected areas regardless. The upper portion of the moxibustion machine 10 according to an embodiment of the present invention is applied to the lid portion 900 to open and close the interior of the moxibustion in order to accommodate the medicinal material for the steaming in the medicine receiving module 100, and the opening and closing of the lid portion Opening and closing switch 920 is formed. Therefore, after the end of the steaming to remove the combustion residue, it is possible to accommodate the new wormwood or wormwood processed material in the medicinal herbs accommodation module (100).

FIG. 8 is a view showing another lower form of the steam generator 10 shown in FIG. 1. As shown in FIG. 8, the moxibustion machine 10 according to an embodiment of the present invention has various sizes and shapes (for example, large, medium, small, curved, and planar) according to the position or size of the affected part of the user. , Shoulder, chest, neck, etc.) may be configured as a lower portion of the adsorption module (400), so that it can be replaced according to each body part to use the moxibustion (10). This can solve the problem of using a separate belt for fixing the problem that the moxibustion is difficult to poultice when the poultice is not a conventional flat body part and the adsorption of the moxibustion. Meanwhile, in one embodiment of the present invention, the lower part of the moxibustion machine 10 is configured as the various types of adsorption modules 400, but the present invention is not limited thereto, and each part of the human body, for example, shoulder, chest, neck, It may also be configured as a pad attachment type formed in the form of genitalia and the like.

9 is a view showing the discharge module 700 of the steam generator 10 shown in FIG. As shown in Figure 9, the exhaust module 700 of the moxibustion machine 10 according to an embodiment of the present invention, assists in the discharge of the discharge caused by the combustion of the medicinal material, and serves to collect the discharged discharge To this end, the discharge hose 720 for discharging the discharge generated by the combustion of the medicinal material to the outside of the steam generator, the collecting container 740 for collecting the moisture contained in the discharge discharged by the discharge hose 720, and discharge And a discharge hose connection 760 for connecting the hose to the steamer.

Discharge hose 720 is configured to discharge the discharge caused by the combustion of the medicinal material to the outside of the moxibustion machine 10, waste smoke and odor generated by combustion of the wormwood passes through the long discharge hose (720) ( 10) It is discharged out of it. However, at this time, the effective mixed warming substance that exhibits a pharmacological effect in the affected area is not discharged under the resistance of the long discharge hose 720 and increases the pressure with the skin contact surface to facilitate the penetration of the medicinal component into the skin.

The sump container 740 collects moisture contained in the discharge discharged by the discharge hose 720, and in a hot mixture (mug, mugwort, far-infrared, germanium organism, etc.) generated by combustion of the wormwood when steaming. When the moisture component is discharged, it is a configuration to collect it easily.

The discharge hose connecting portion 760 is a part for connecting the discharge hose 720 with the steam generator 10 and is connected to the discharge hose tap formed in the steam generator. When the coupling of the discharge hose connection part 760 is loose, the nasty smell and smoke generated during the steaming leak out to the outside, so that the material may be used so that the connection part does not stretch or wear out due to long use and heat. .

The present invention described above may be variously modified or applied by those skilled in the art, and the scope of the technical idea according to the present invention should be defined by the following claims.

1 is a front view of the steaming machine 10 according to an embodiment of the present invention.

2 is an overall block diagram of the steaming machine 10 according to an embodiment of the present invention.

Figure 3 is a block diagram of the ignition module 200 of the steam generator 10 according to an embodiment of the present invention.

Figure 4 is a block diagram of the main body module 300 of the steaming machine 10 according to an embodiment of the present invention.

Figure 5 is a block diagram of the adsorption module 400 of the steam generator 10 according to an embodiment of the present invention.

6 is a cross-sectional view of the steaming machine 10 according to an embodiment of the present invention.

FIG. 7 is a plan view of the steaming machine 10 shown in FIG. 6.

8 is a view showing another lower form (adsorption module 400) of the steam generator 10 shown in FIG.

9 is a view showing the discharge module 700 of the steam generator 10 shown in FIG.

<Description of the symbols for the main parts of the drawings>

10: moxibustion

100: medicinal herbs module

200: ignition module

220: air suction

240: ignition unit

260: air inflow detection sensor

300: main body module

320: heat retention unit

325: discharge hole

340: heat insulation

342: first heat insulating part

344: second insulation

400: adsorption module

420: adsorption unit

440: temperature sensor

460: deodorant

500: control module

600: ignition switch

650 temperature control switch

700: discharge module

720: discharge hose

740: sump

760: outlet hose connection

800: bioelectric measuring module

820: impedance measuring unit

840: display unit

900: lid portion

920: opening and closing switch

Claims (13)

An ignition module 200 for igniting the medicinal material contained in the drug receiving module 100 and supplying oxygen; A main body module 300 which confines the combustion mixture of the medicinal material that is burned by the ignition module 200 and generates heat, and heats generated by the combustion to maintain a temperature; An adsorption module 400 which absorbs the affected part and helps the drug substance of the medicinal material confined in the main body module 300 to penetrate into the skin of the user and senses the temperature of the drug substance; By operating the ignition module 200 by the selection of the ignition switch 600 to burn the medicinal material contained in the medicine receiving module 100, the temperature of the heat generated by the combustion is selected in the temperature control switch 650 A control module 500 for controlling the ignition module 200 to be adjusted to a temperature; A lid 900 configured to open and close the inside of the moxibustion machine 10 to accommodate the medicinal material for the steaming in the medicine receiving module 100; And Moxibustion machine comprising an opening and closing switch (920) for applying the opening and closing of the lid portion (900). The method of claim 1, wherein the ignition module 200, An air suction unit 220 for injecting air into the steam generator 10; And Moxibustion device comprising an ignition unit 240 for igniting the medicinal material contained in the medicine receiving module 100 by using the air introduced into the inside of the steamer 10 by the air suction unit 220. The method of claim 2, The moxibustion device further comprises an air inflow detection sensor (260) for detecting the inflow or inflow of the air flowing into the inside of the moxibustion (10) by the air suction unit 220. The method of claim 1, wherein the main body module 300, A heat holding part 320 for confining the combustion mixture of the medicinal material and the heat generated by the combustion, which is burned by the ignition module 200 and exhibits a pharmacological effect due to the generated heat; And The steam generator characterized in that it comprises a heat insulating part (344) for blocking the loss of heat trapped by the heat holding part (320). The method of claim 4, wherein the heat maintaining unit 320, It is configured using germanium (Ge), the moxibustion machine characterized in that formed at least one discharge hole (325) for transmitting the pharmacological effect of the heat generated by the combustion in a position close to the affected part of the user. According to claim 1, wherein the adsorption module 400, Adsorption unit (420) is adsorbed on the affected part of the user to help the drug active ingredient of the medicinal material confined in the main body module 300 to penetrate the skin of the user; And It includes a temperature sensor 440 for detecting the temperature of the active ingredient penetrated into the skin of the user through the adsorption unit 420, The control module 500, If the temperature selected by the temperature control switch 650 does not match the temperature detected by the temperature sensor 440, the oxygen supply and ignition in the ignition module 200 are controlled to penetrate into the skin of the user. Steam generator characterized in that the temperature of the active ingredient to be matched with the temperature selected by the temperature control switch (650). The method of claim 6, wherein the adsorption unit 420, According to the position or size of the affected part of the user can be configured in at least two or more size, characterized in that replaceable moxibus. The method of claim 6, wherein the adsorption module 400, The moxibustion device further comprises a deodorizing part 460 which prevents the smell of the medicinal material contained in the main body module 300 from leaking out of the moxibustion device 10. The method of claim 1, Steamer, characterized in that further comprises a discharge module (700) for assisting the discharge of emissions generated by the combustion of the medicinal material, and collects the discharged discharge. The method of claim 9, wherein the discharge module 700, A discharge hose 720 discharging the discharge generated by the combustion of the medicinal material to the outside of the steam generator 10; And The steamer characterized in that it comprises a sump (740) for collecting the water contained in the discharge discharged by the discharge hose (720). The method of claim 1, The moxibustion device further comprises a bioelectric measurement module 800 for measuring the user's bioelectricity and display the result. The method of claim 11, wherein the bioelectric measuring module 800, An impedance measuring unit 820 measuring a bioelectrical impedance of the affected part of the user; And It includes a display unit 840 for displaying the result measured by the impedance measuring unit 820, The control module 500, The impedance measuring unit 820 is controlled to measure the bioelectrical impedance of the affected part before use of the moxibustion device 10 and the bioelectrical impedance of the affected part after use, respectively, and measured by the impedance measuring unit 820. The moxibustion device characterized in that for transmitting the image for the result to the display unit 840 for display. delete

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