KR20090064816A - Bathing device by infrared rays - Google Patents

Abstract

A far infrared rays fumigator is provided to reinforce the heart by controlling the blood pressure, to control the blood sugar of diabetes, and to relieve myalgia. A far infrared rays fumigator comprises a body part, a control part, an IR lamp, a graphite lamp, a support plate, and a voltage control part. The body part(100) is provided with a seating part(120). The control part is provided inside the body part and is operated by the application of power. The IR lamp is provided inside the body part and is controlled by the control part. The graphite lamp is provided inside the body part and is controlled by the control part. The support plate is provided inside the body part, supports the IR lamp and combines and supports the graphite lamp. The voltage control part is provided inside the body part, is controlled by the control part, and controls the voltage of the IR lamp and the graphite lamp.

Description

Far Infrared Left Hunting Machine {BATHING DEVICE BY INFRARED RAYS}

The present invention relates to a far-infrared swelling machine, and more particularly, to a far-infrared swelling machine having effects such as skin beauty, prevention of geriatric disease, stress relief, blood circulation, constitution improvement, wound recovery, and immunity enhancement by increasing the effect of releasing far infrared rays.

In general, far infrared rays have been proved to have the most beneficial wavelengths for the human body and have an excellent effect on health treatment. 65% ~ 80% of the human body is composed of moisture, and when far infrared rays are radiated to the human body, it penetrates 80 times deeper than normal heat up to 4 ~ 5cm in the skin and vibrates the cells more than 2000 times in 60 seconds. Activates tissue.

Wastewater and toxic substances are discharged together while releasing heat energy generated by the cell action as described above, and blood is cleared by decomposing blood clots to promote blood circulation.

In addition, acne, blemishes, black mushrooms, etc. are removed and has the effect of eliminating body odor, delaying skin aging by activating the living tissue has a skin beauty effect by making the skin elastic and vivid.

In addition, due to the large amount of sweat, large amounts of waste, heavy metals, excess salts, especially urea and carbon dioxide, are released, reducing the burden on kidney and liver functions and stabilizing brain waves. Of course, it is excellent in fatigue recovery, stress relief and menstrual pain relief.

In addition, it breaks down blood clots in blood vessels and promotes blood circulation, thereby clearing blood and increasing pH, thereby changing the constitution to alkalinity. In particular, it is effective for skin diseases, thereby increasing immunity and helping to heal wounds. Gives.

The effects of far infrared rays discussed above are summarized as follows.

1) Promote blood circulation in the human body

2) Keep our body warm and warm

3) Emission of heavy metals in the body

4) deodorization, purification, poisoning

5) To prevent the growth and reproduction of harmful bacteria or fungi

6) Purify the polluted air

7) promote metabolism

In addition, the medical field applying the far infrared rays has the following effects.

1) Your body warms up and promotes blood circulation.

2) lower back pain, stiff shoulders, muscle fatigue

3) pain relief after surgery

4) Sleep effect during surgery

In order to obtain the far-infrared effect as described above, a left-hand machine equipped with a halogen-infrared lamp was manufactured, but there were many weak points to obtain the effect of far-infrared rays. That is, the far infrared emission amount is too small to obtain the concentrated effect of far infrared rays, so the far infrared effect was extremely small compared to the use time.

The present invention has been made in order to solve the problems of the prior art, the main object of the present invention is to provide a far-infrared seating machine with the therapeutic effect of the above-mentioned far infrared rays by maximizing the far infrared emission amount.

In addition, another object of the present invention is to provide a far-infrared seater with functions such as relieving joint and muscle pain due to the thermal effect, heart strengthening function by controlling blood pressure, blood sugar control of diabetes, mind and body stability and tension relief. .

In order to achieve the above object, the present invention, the left Hungi, in the left Hungi, the seat is provided with a body portion; A control unit provided inside the body part and operated by being supplied with power; An infrared lamp provided inside the body part and controlled by the controller; A graphite lamp provided inside the body part and controlled by the controller; A support plate provided inside the body part for supporting the infrared lamp and supporting the graphite lamp at the same time; And a voltage adjusting unit provided inside the body part and controlled by the control unit, and configured to adjust voltages of the infrared lamp and the graphite lamp.

At this time, the material of the body portion, characterized in that made of a mixture of petroleum, barodon, alumina hydroxide, ceramic powder, germanium, elvan, tourmaline and graphite.

In addition, the material of the seating portion of the body portion, characterized in that made of at least one of crystallite, ocher, jade, germanium, tourmaline and elvan.

On the other hand, the inside of the body portion, characterized in that the ceramic piece for emitting far infrared rays is further provided.

The control unit may include: an LED unit to which a plurality of LEDs are attached; An operation unit for adjusting a temperature inside the body unit; And a temperature sensing unit that senses a temperature inside the body unit and transfers information about the temperature to the control unit, wherein the temperature sensing unit operates to maintain a temperature inside the body unit at a maximum of 70 ° C. It features.

In addition, the graphite lamp, a quartz tube inside the vacuum state; Graphite inserted into the quartz tube; Springs respectively coupled to both ends of the graphite; And boards coupled to both ends of the spring to which power is applied.

On the other hand, the support plate, the material is made of carbon, it characterized in that the far infrared lamp and the graphite lamp receives heat to emit far infrared rays.

In addition, the voltage control unit, the first control unit for adjusting the voltage of the infrared lamp; And a second control unit controlling a voltage of the graphite lamp.

In addition, the body portion, characterized in that the non-slip means for preventing the slip further provided on the lower end.

According to the present invention as described above, by promoting the blood circulation of the human body due to the far-infrared rays, to warm the body to maintain a warm state, discharge the heavy metals in the body, deodorizing, purifying, detoxification, harmful bacteria or It prevents the growth and reproduction of mold, purifies polluted air, and promotes metabolism.

In addition, it has low back pain, stiff shoulder, recovery of muscle fatigue and pain relief after surgery and good night sleep.

In addition, due to the warming effect has the effects of relieving joint and muscle pain, blood pressure control cardiovascular function, diabetes blood sugar control, mental and physical stability and tension relief.

First, before describing the present invention in detail, the characteristics of natural minerals such as germanium, elvan, tourmaline, amethyst and the like that emit far infrared rays will be described. First, germanium has the following effects.

1) oxygen supply

To continue metabolism of human cells, nutrients and oxygen are absolutely necessary, and oxygen deficiency causes diseases such as chronic carbon monoxide poisoning, anemia, vascular disorders, heart disorders, hypotension, cell aging, and mental disorders. In recent years, medical scientists have found that germanium acts as an oxygen catalyst to help the efficient use of oxygen. In other words, it has been revealed by modern medicine that the supply of organic germanium to the human body frees oxygen from the chronic oxygen deficiency because the extra oxygen provides vitality to the blood.

2) Semiconductor action (current flow regulation action in body cells): Anion effect

The biggest feature of germanium is its semiconductor, which is a semiconductor having an intermediate property between metal and nonmetal, and this property of germanium is called a miracle element because it is the principle that heals all kinds of diseases of the human body. In other words, germanium has four electrons in its atomic structure, and ions are easily coupled at a human body temperature to actively move between electron currents. If a foreign body is created in the body, the outer electrons of the four electrons become negative and pop out, and the other three are positively charged to harmonize with the body. This role of germanium is the principle that heals diseases of the body, and acupuncture, moxibustion, acupressure, etc., performed on the meridians and acupuncture points in the same way is the same principle of treating diseases by smoothing the semiconductor flow of cells.

3) strengthening immunity

The human body has two major immune systems. First, it is caused by leukocytes, and it is a system that eats pathogens that enter the body by phagocytosis. Second, it is caused by antibodies. B-lymphocytes are formed by T-lymphocytes. It is a system that works by combining pathogens and killing them. Thus, having cancer means that the number of T-lymphocytes has been reduced, and germanium multiplies T-lymphocytes to protect the body from cancer cells, toxic substances, and viruses. In addition, Dr. Sato of the Tokyo Institute of Antibacterial Disease, Tokyo University, Japan, said that organic germanium is one of B.R.M (bioprotective device activating substance) and has an excellent effect on immunomodulation.

4) interferon generation

Interferon is a sugar-bearing protein and one of the cell-producing B.R.Ms, an anticancer and antiviral substance discovered by Dr. Isaacs and Lindemann of England in 1957. Discovered about 30 years ago, interferon plays an important role in the immune system and is recognized as a potent anticancer factor. Germanium enhances the production of gamma interferon without side effects or toxicity in both humans and animals.

5) Endorphin production promoting action

Organic germanium acts as an oxygen catalyst to help the human body use oxygen effectively. Therefore, supplying germanium to the human body reduces the oxygen demand of the cells, thereby promoting the production of endorphine, a natural therapeutic agent of the human body, as oxygen remains in the body. . Thus, fatigue is accelerated and it is freed from chronic oxygen deficiency, and it gives a clear mind and refreshing feeling.

6) Pain Relief

When pain sensation occurs in any part of the human body, an enzyme called enkepurarines is produced in the brain to dissolve and eliminate the pain suppressing substance, enkepurin, so the brain recognizes pain. Therefore, most analgesics are temporary agents that inhibit the Enkepoariness enzyme and show temporary side effects and toxic symptoms such as pain recurring and recurring pain when the analgesic drugs are lowered, but germanium does not have the instantaneous effect as painkillers, but gradually It works and has no side effects.

7) Alkaline acid constitution

It inhibits and prevents the aging of the aroid, which neutralizes the cells, and neutralizes the acidified body fluids and converts them into alkaline ones, while combining them with heavy metals, which are pollutants in the human body, to be excreted outside the body. Germanium has the atomic number 32 and the atomic weight of 72.5P, which is classified as two types of inorganic germanium and organic germanium. Organic germanium is a research drug that is formally approved by Japan's Ministry of Health and Welfare. It is administered to various cancer patients and adult patients at more than 50 medical university affiliated hospitals throughout Japan. It is an element of natural substance that has been officially recognized by the World Health Organization (WHO) by obtaining international patents.

8) Clinical trial result

In 13 separate studies, Ge-132 clearly inhibited tumor proliferation and prolonged survival. In 1985, a Japanese scholar published a hypothesis that the anticancer action of organic germanium appears to be associated with its interferon-inducing action. Several human cancer studies have been conducted with organic germanium. The results of the first and second human clinical trials show that oral Ge-132 enhances the action of inteferon and NK cells, restores the immune response and ultimately has low toxicity. Based on the above results, cancer researchers in Japan have studied the effects of responsiveness survival and clinical symptoms to determine the effects of Ge-132 in patients with lung cancer who have not undergone chemotherapy or radiation therapy. A double blind test was performed. Patients treated with Ge-132 in combination with other treatments achieved high responsiveness, especially for small cell cancer, and prolonged survival. <Source: Biogermanium (author: Chang-wook Son)>

In addition, elvan activates cells with far-infrared radiation to promote vibration of atoms and molecules in the human body, and heat reaction of resonance absorption promotes subcutaneous temperature and metabolism by enzyme activation to facilitate digestive absorption and capillary expansion blood. It promotes circulation and promotes the supply of nutrients and oxygen, and promotes the excretion of wastes in phosphorus.

In addition, far-infrared rays and anions emitted from tourmaline promote human metabolism, activate cellular and immune functions, purify blood, have autonomic nerve stabilizing functions, and have excellent permeability, wetting, and moisturizing effects. good.

In addition, amethyst has hexagonal crystals and a perfect molecular structure, which generates millions of regular, fast-frequency accurate currents per second. On the other hand, a bioelectric current is flowing in the human body. If this current is irregular, the body's biorhythm is broken and develops. Thus, amethyst having a regular wave current corrects the disturbance of the biocurrent to keep the rhythm of the body stable.

In addition, graphite refers to burning carbon, which is carbon fiber, at another high temperature. That is, graphite is also referred to as carbon graphite (Cabon Graphite), carbon is produced at a high temperature of carbon fiber, the temperature is about 1500 ℃. By burning these carbon fibers at a further high temperature, they have a far infrared ray emission effect of 99 to 100%.

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

Figure 1 is an exploded perspective view of the far infrared seat according to the invention, Figure 2 is a combined perspective view of the far infrared seat according to the invention, Figure 3 is a bottom perspective view of the far infrared seat according to the invention, Figure 4 is a far infrared ray according to the present invention 5 is an exploded perspective view of an infrared lamp, a coupling plate and a graphite lamp of a far infrared left heater according to the present invention, and FIG. 6 is an infrared lamp, a coupling plate and a graphite lamp of a far infrared left heater according to the present invention. Combined perspective view, Figure 7 is a view showing the structure of the graphite lamp of the far infrared seat according to the invention, Figure 8 is a view showing the internal structure of the body portion of the far infrared seat according to the invention, Figure 9 is a view 8 is a view briefly showing a portion A, and FIG. 10 is an LED portion of a far-infrared seated body according to the present invention. Perspective view.

First, as shown in Figures 1 to 3 or 5 to 6 or 8 to 9, in the seating machine, the seating portion 120 is provided with a body portion 100; A control unit 200 provided inside the body unit 100 and operated by being supplied with power; An infrared lamp 300 provided in the body part 100 and controlled by the controller 200; Graphite tramps (400) provided in the body portion 100 and controlled by the control unit 200; A support plate 500 provided inside the body part 100 to support the infrared lamp 300 and to support the graphite lamp 400 at the same time; And a voltage adjusting part 600 provided inside the body part 100 and controlled by the control part 200 and controlling voltages of the infrared lamp 300 and the graphite lamp 400. .

The material of the body part 100 is made of a mixture of ferrite, barodon, alumina hydroxide, ceramic powder, germanium, elvan and tourmaline. In addition, the body portion 100 is manufactured in the shape of a toilet, as shown in Figures 1 to 2, the control unit 200, infrared lamp 300, graphite lamp 400, the support plate 500 and the voltage The upper case 110 is combined with a seating unit 120 made of a mixture of at least one or a mixture of at least one of a lower case 130 and a crystallite, ocher, jade, germanium, tourmaline, and elvan, in which the adjusting unit 600 is installed. .

As shown in FIG. 1, the lower case 130 is provided with a coupling rod 131 having a fixing hole 132 at a center thereof, and the upper case 110 is not shown in the coupling rod 131. Corresponding coupling parts (not shown) are formed, and when the lower case 130 and the upper case 110 are coupled, the coupling rod 131 of the lower case 130 is fitted to the upper case 110. At the same time (not shown) is coupled to the fixing means (not shown) such as screws into the fixing hole 132 of the coupling rod 131 is fixed to the lower case 130. In this case, a fixing groove (not shown) to which the fixing means (not shown) such as the screw is coupled is also formed in the fitting portion (not shown) of the upper case 110.

On the other hand, the upper case 110 is preferably made larger than the lower case 130 to be manufactured so that the upper case 110 is coupled to surround the lower case 130, the upper case 110 and When the lower case 130 is coupled, the upper case 110 and the lower case 130 are further coupled by fixing means (not shown) such as the screw, in addition to the coupling through the coupling rod 131 and the fitting portion (not shown). ) Can be fixedly coupled, and in this case, the fixing means (not shown) such as the screw is preferably coupled from the lower case 130 to the upper case 110. In addition, the fixing means such as the screw (not shown) forms a coupling groove (not shown) in the upper case 110, and forming a coupling hole (not shown) in the lower case 130, such as the screw A fixing means (not shown) is inserted into the coupling hole (not shown) of the lower case 130 so as to fit into the coupling groove (not shown) of the upper case 110, in which the fixing means such as the screw (Not shown) is preferably inserted into a predetermined length into the coupling hole (not shown) of the lower case 130.

In addition, the seating unit 120 is fitted into a seating unit coupling groove (not shown) formed at a position to be seated in the upper case 110, and in this case, the seating unit 120 has a lower edge portion of the seating unit 120. A seating seat seating groove (not shown) corresponding to the coupling groove (not shown) is formed. On the other hand, the seating unit 120 forms a coupling step (not shown) in the position where the seating unit 120 of the upper case 110 is coupled to the seating unit 120 of the upper case 110 It may be coupled in a manner that is placed on the coupling step (not shown), it is preferable to form and combine the seating portion coupling groove (not shown) and the seating portion seating groove (not shown).

In addition, as shown in FIGS. 1 to 3, the LED viewing window 133 is formed in a longitudinal direction (up and down direction) in the lower front front center portion of the lower case 130. The LED unit 210 to be coupled to the LED viewing window 133 may be coupled, and the operating state of the LED 211 may be confirmed through the LED viewing window 133. This will be described in detail below.

On the other hand, the control unit 200, the LED unit 210 to which a plurality of LED 211 is attached; An operation unit 220 for adjusting a temperature inside the body unit 100; And a temperature sensing unit 230 for sensing a temperature inside the body unit 100 and transmitting information about the temperature to the control unit 200, wherein the temperature sensing unit 230 includes the body unit ( 100) Operate to maintain the internal temperature up to 70 ℃.

First, as shown in FIG. 10, the LED unit 210 includes a plurality of LEDs 212 attached with a plurality of LEDs 211 at equal intervals on a straight line to be electrically connected to the controller 200. It is controlled by the operation (200). The LED unit 210 is coupled so that the LED 211 faces the LED viewing window 133 inside the LED viewing window 133 of the lower case 130 of the body part 100. In addition, when power is applied, it operates without a separate driving means, and during the operation, the plurality of LEDs 211 are sequentially turned on and off one by one from one side to the other side and from the other side to one side. At this time, the number of the LEDs 211 attached to the PC 212 is preferably set to 7 to 15.

In addition, a half mirror (not shown) is attached to the inside of the LED viewing window 133 before the LED unit 210 is coupled, and through the half mirror (not shown) only when the LED unit 210 is operated. It is possible to identify the operating state of the LED unit 210, the half mirror (not shown) is made to correspond to the size of the LED viewing window 133, the inner surface of the lower case using an adhesive or screw Will be combined in.

The temperature sensing unit 230 electrically connected to the control unit 200 senses a temperature (temperature inside the lower case 130) by heat generation of the infrared lamp 300 and the graphite lamp 400. Transfer information to the control unit 200. In this case, the maximum temperature inside the lower case 130 is 70 ° C., and when the temperature reaches the maximum temperature, the temperature sensing unit 230 detects this and transfers it to the control unit 200 to control the control unit 200. Power is cut off by When the power is cut off, the power applied to the infrared lamp 300, the graphite lamp 400, and the LED unit 210 is cut off and turned off. In addition, when the temperature falls below the maximum temperature, the temperature detecting unit 230 detects this, and when it is transmitted to the control unit 200, the infrared lamp 300 and the graphite lamp (by the control of the control unit 200) 400 and the power cut off by the LED unit 210 is applied again to operate.

" 형상인 결합편(310)은, 상기 결합편(310)의 볼록한 중앙 상부면에 상기 적외선램프(300)가 결합되는 결합소켓(320)이 부착되어 상기 하부케이스(130) 내부의 바닥면 중앙에 결합편나사못(330) 등으로 고정결합된다. 이때, 상기 결합소켓(320)은 상기 제어부(200)와 전기적으로 연결되어 있으며, 상기 적외선램프(300) 는 상기 전압조절부(600)의 제1조절부(610)와 연결된다. 최초 220V의 전원이 인가되어 상기 제1조절부(610)로 들어오면, 상기 제1조절부(610)에 의해 220V 전원은 20V~80V로 강압된 후, 상기 강압된 전원이 상기 적외선램프(300)로 인가된다. 상기 인가되는 전원의 강압범위는 상기 제어부(200)에 의해 컨트롤되며, 상기 20V~80V의 전압조절을 통하여 상기 적외선램프(300)의 온도를 조절할 수 있게 된다. 즉, 상기 적외선램프(300)의 온도 조절은 약하게는 20V에서부터 강하게는 80V까지 조절할 수 있는 것이다. 상기 제1조절부(610)는 상기 하부케이스(130)의 내부 하단 일측부에 나사못(미도시) 등으로 고정결합시킨다. 이때, 상기 온도조절은 상기 조작부(220)에 의하여 조절된다.Meanwhile, as illustrated in FIGS. 5 to 6 or 9, the infrared lamp 300 has a cross section ".

"Shaped coupling piece 310, the coupling socket 320 to which the infrared lamp 300 is coupled to the convex central upper surface of the coupling piece 310 is attached to the center of the bottom surface inside the lower case 130; The coupling socket 320 is electrically connected to the control unit 200, and the infrared lamp 300 is made of the voltage adjusting unit 600. 1 control unit 610. When the first 220V power is applied to the first control unit 610, 220V power is stepped down by 20V ~ 80V by the first control unit 610, The stepped down power is applied to the infrared lamp 300. The step down range of the applied power is controlled by the controller 200, and the temperature of the infrared lamp 300 is controlled through the voltage control of the 20V to 80V. That is, the temperature control of the infrared lamp 300 is weak from 20V For example, the first adjusting part 610 is fixedly coupled to one side of the lower end of the lower case 130 with a screw (not shown), etc. At this time, the temperature control is performed by the operation unit ( 220).

Before the infrared lamp 300 is coupled to the coupling socket 320, the support plate 500 is coupled to the lower case 130. The support plate 500 is made of a carbon material and is not shown in detail. Although not shown, as shown in Figure 9, it is mounted on the step 134 formed on the inner edge of the lower case 130, the support plate 500 has a circular shape, the mounting portion 510 protrudes on both sides in the horizontal direction Is formed, it is preferable to form a seating jaw (not shown) on the inner edge of the lower case 130 so that the seating portion 510 is seated. That is, the support plate 500 is supported and coupled to the step 134 and the seating jaw (not shown) formed in the lower case 130. In this case, the seating jaw (not shown) is formed corresponding to the shape of the seating portion 510 of the support plate 500. In addition, although not shown, the support plate 500 may be fixedly coupled to the step 134 and the mounting jaw (not shown) by using a screw (not shown).

In addition, as shown in Figure 9, the infrared lamp 300 in the center of the support plate 500 of the support plate 500 through the support plate 500 in the upper portion of the support plate 500 A hollow 520 of a predetermined size is formed to be fitted to the coupling socket 320 positioned below, and the size of the hollow 520 is after the infrared lamp 300 is fitted to the coupling socket 320. When the ceramic piece 700 is loaded on the support plate 500, a space formed between the hollow 520 of the support plate 500 and the infrared lamp 300 coupled to the coupling socket 320. In order to prevent the ceramic piece 700 from being pulled out, the ceramic piece 700 may be manufactured to correspond to the diameter of the infrared lamp 300 located in the hollow 520 of the support plate 500.

The support plate 500 is made of carbon material and when the infrared lamp 300 and the graphite lamp 400 is operated to receive heat from the infrared lamp 300 and the graphite lamp 400 to emit far infrared rays .

On the other hand, the graphite lamp 420, as shown in Figure 7, the inside is a vacuum tube 410 in a vacuum state; Graphite 420 inserted into the quartz tube 410; Springs 430 respectively coupled to both ends of the graphite 420; And a board 440 coupled to both ends of the spring 430 to which power is applied. Preferably, the spring 430 and the board 440 are made of molybdenum material. In addition, it is preferable that the wires W made of molybdenum material are coupled to both ends of the board 440 so that power is applied to both ends of the wire W.

The graphite lamp 400 is preferably installed at a position of 2 to 3 cm in height from the top of the infrared lamp 300, which is shown in Figures 5 to 6 or 9, the fixed steel wire 540 To be combined. That is, the fixing part 541 formed at one side of the fixed steel wire 540 is coupled to the support plate 500 using the fixed steel screw nail 543, and the supporting part 542 formed at the other side of the fixed steel wire 540. The graphite lamp 400 is seated on the), but the fixed steel wire 540 is shown as three in the drawing, but preferably composed of four.

In this case, power is applied to both ends of the graphite lamp 400, and the graphite lamp 400 is electrically connected to a second control unit 620 that controls the voltage of the graphite lamp 400. The second control unit 620 is stepped down to a voltage applied to 220V to 20V ~ 80V to apply the step-down voltage to the graphite lamp 400. Accordingly, the temperature of the graphite lamp 400 is adjusted, and like the infrared lamp 300, the temperature can be adjusted from the lowest 20V to the maximum 80V. In this case, as shown in FIG. 9, the second adjustment part 620 is fixedly coupled to a screw (not shown) at the other end of the lower side of the lower case 130. In addition, the temperature is controlled using the operation unit 220.

In addition, as shown in FIG. 6, the electric wires EL connected to the graphite lamp 400 are inserted into two electric wire connecting holes 530 formed outward from the hollow 520 of the support plate 500. The second control unit 620 is positioned below the support plate 500.

On the other hand, inside the body portion 100, there is further provided a ceramic piece 700 that emits far infrared rays, the ceramic piece 700, as shown briefly in Figure 9, the ceramic produced in a hexagonal shape A plurality of pieces 700 are mounted on an upper portion of the support plate 500. In this case, the ceramic piece 700 preferably loads about 4 kg to about 5 kg, and at this time, the maximum height at which the ceramic piece 700 is loaded is the infrared lamp 300 from the upper surface of the support plate 500. To the upper surface of the

In addition, as shown in Figure 3, the lower end of the body portion 100 is further provided with a non-slip means for preventing slip, wherein the non-slip means 140 is preferably made of a rubber material Do.

In addition, as shown in FIGS. 1 to 3, one side of the seating part 120 of the body part 100 is provided with an operation part 220 and an upper part of the operation part 220 as shown in FIG. 4. , A temperature display window 221, a temperature control button 222, a start / stop button 223, and a sensor 224 are provided. At this time, the inside of the operation unit 220 is electrically connected to the control unit 200 to provide information about the temperature display window 221, temperature control button 222, start / stop button 223 and the sensor 224. A PCB (not shown) transmitted to the control unit 200 is combined. In addition, although not shown, the temperature control button 222 may further include the temperature control button 222 to control the temperature of the infrared lamp 300 and the graphite lamp 400, respectively.

In addition, although not shown in detail, the sensor is attached to the remote control.

On the other hand, the lower case 130 of the body portion 100 on the basis of the support plate 500, the lower portion of the support plate 500, the voltage adjusting unit 600, the control unit 200, the coupling piece 310 ), The coupling socket 320 and the like, the upper portion of the support plate 500, the infrared lamp 300, graphite lamp 400, fixed steel wire 540, temperature sensing unit 230, LED unit The 210, the operation unit 220, the ceramic piece 700, and the like are positioned.

In addition, the voltage adjusting unit 600, the coupling socket 320 to which the infrared lamp 300 is coupled, the graphite lamp 400, the temperature sensing unit 230, the LED unit 210, the operation unit 220 is the control unit Electrically connected to each of the (200), the electric wire (not shown) connected between the temperature sensing unit 230, the LED unit 210 and the control unit 220 and the control unit 200 of the support plate 500 It is connected to each other through the groove 550 formed on one side.

In addition, when the ceramic piece 700 is loaded, the ceramic piece 700 is wrapped around the LED part 210 outside of the LED part 210 so as not to directly contact the LED part 210. It is preferable to combine a housing (not shown), etc. In this case, the housing (not shown) is attached to an upper surface of the support plate 500 and an inner surface of the lower case 130.

Looking at the manufacturing method and the state of use of the far-infrared left body according to the present invention as described above are as follows (see Fig. 1 to Fig. 10).

1) The control unit 200 is coupled to the inside of the lower case 130. (1cm away from the wall surface to one side of the inner bottom surface of the lower case 130 is attached with a screw or the like.)

2) The voltage adjusting unit 600 is coupled to the inside of the lower case 130.

3) The coupling piece 310 coupled to the coupling socket 320 is coupled to the inside of the lower case 130.

4) The control unit 200 and the voltage adjusting unit 600 and the coupling socket 320 is electrically connected.

5) The support plate 500 is coupled to the inside of the lower case 130.

6) The infrared lamp 300 is coupled to the coupling socket 320 through the hollow 520 of the support plate 500.

7) The four fixed steel wires 540 are coupled to the support plate 500 to couple the graphite lamp 400 to the support portion 542 of the fixed steel wire 540.

8) The electric wire (not shown) connected to the control unit 200 and connected to the LED unit 210, the operation unit 220 and the graphite lamp 400 in the process of 5) to 7) is the support plate 500 It is connected to the groove 550 and the electric wire connecting hole (530).

9) The half mirror (not shown) is attached to the inner surface of the LED viewing window 133 of the lower case 130.

10) The LED part 210 to which nine LEDs 211 are attached is attached.

11) The housing (not shown) is coupled to the edge portion of the inner surface of the LED case 133 of the lower case 130 and the support plate 500 to surround the LED unit 210.

12) install the operation unit 220.

13) Evenly load the ceramic piece 700 on the support plate 500, 4kg.

14) After applying power to the control unit 200 to check the operation state, and the like, the upper case 110 is coupled to the lower case 130.

15) The seating unit 120 of the crystallite material is coupled to the upper case 110.

16) The user is seated in the seating unit 120 and used by using the operation unit 220.

17) When the initial power source (220V) is applied to the completed far infrared heater, the infrared lamp 300 and the LED unit 210 are activated (ON). (The stepped down through the first control unit 610) Power is applied to the infrared lamp 300.)

18) The temperature is adjusted by using the temperature control button 222 of the operation unit 220. (The first start / stop button 223 is pressed through the second control unit 620 to the graphite lamp 400. Stepped power is also applied, and the temperature can be checked through the temperature display window 221, and the temperature control button 222 is used to adjust the temperature of the infrared lamp 300 and the graphite lamp 400. do.)

19) When the temperature inside the body 100 reaches 70 ° C, the power is cut off by the control of the controller 200. (Infrared lamp 300, graphite lamp 400 and LED unit 210 power supply block)

20) When the temperature inside the body part 100 falls below 70 ° C, power is re-applied to the infrared lamp 300, the graphite lamp 400, and the LED part 210 by the control of the controller 200. .

21) When the use is finished, press the start / stop button of the operation unit to turn off the power applied to the far infrared heater.

▶ The inventors of the far-infrared left heater, the support plate made of carbon, the ceramic piece to be loaded on the support plate, the far-infrared lamp and the graphite lamp is discharged to emit a large amount of far-infrared rays. In addition, the material of the body portion is made of a mixture of petrite, barodon, alumina hydroxide, ceramic powder, germanium, ganban stone, tourmaline and graphite, the material of the seating portion 120 of the body portion 100, crystallite By being made of at least one of ocher, jade, germanium, tourmaline and elvan, the far-infrared effect is maximized.

While the present invention has been illustrated and described with respect to preferred embodiments, the invention is not limited to the above-described embodiments, and is commonly used in the field of the invention without departing from the spirit of the invention as claimed in the claims. Anyone with a variety of variations will be possible.

1 is an exploded perspective view of a far-infrared seated steamer according to the present invention;

Figure 2 is a perspective view of the combination of the far infrared seated left according to the present invention,

3 is a bottom perspective view of the far-infrared seated body according to the present invention;

Figure 4 is a view showing the operation of the far infrared seat according to the invention,

5 is an exploded perspective view of an infrared lamp, a coupling plate, and a graphite lamp of a far-infrared seater according to the present invention;

Figure 6 is a perspective view of the combination of the infrared lamp, coupling plate and graphite lamp of the far infrared seat according to the present invention,

Figure 7 is a view showing the structure of the graphite lamp of the far infrared seating machine according to the present invention,

Figure 8 is a view showing the internal structure of the body portion of the far infrared seat according to the invention,

9 is a view briefly illustrating a portion A of FIG. 8;

10 is a perspective view of the LED portion of the far-infrared seated body according to the present invention.

<Description of Symbols for Major Parts of Drawings>

100: body part

110: upper case 120: sitting part

130: lower case 131: coupling rod

132: fixing hole 133: LED viewing window

134: step 140: non-slip means

200: control unit

210: LED 211: LED

212: PC 220: control panel

221: temperature display window 222: temperature control button

223: start / stop button 224: sensor

230: temperature detection unit

300: infrared lamp

310: coupling piece 320: coupling socket

330: Coupling Screws

400: Graphite Lamp

410: quartz tube 420: graphite

430: spring 440: board

500: support plate

510: seating portion 520: hollow

530: electric wire connector 540: fixed steel wire

541 fixing part 542 supporting part

543: Fixed steel screw nail 550: Groove

600: voltage control unit

610: first control unit 620: second control unit

700: ceramic piece

EL: Electric cable

W: wire

Claims (10)

In the left seat, Body portion 100 is provided with a seating portion 120; A control unit 200 provided inside the body unit 100 and operated by being supplied with power; An infrared lamp 300 provided in the body part 100 and controlled by the controller 200; A graphite lamp 400 provided in the body part 100 and controlled by the controller 200; A support plate 500 provided inside the body part 100 to support the infrared lamp 300 and to support the graphite lamp 400 at the same time; And A voltage adjusting part 600 provided inside the body part 100 and controlled by the control part 200 to adjust voltages of the infrared lamp 300 and the graphite lamp 400; Far infrared seat left, characterized in that consisting of. According to claim 1, wherein the material of the body portion 100, A far-infrared seater, comprising a mixture of petroleum, barotone, alumina hydroxide, ceramic powder, germanium, elvan, tourmaline and graphite. According to claim 1, The material of the seating portion 120 of the body portion 100, Far infrared seating, characterized in that consisting of at least one of crystallites, loess, jade, germanium, tourmaline and elvan. According to claim 1, Inside the body portion 100, Far-infrared seater, characterized in that the ceramic piece 700 for emitting far infrared rays is further provided The method of claim 1, wherein the control unit 200, An LED unit 210 to which a plurality of LEDs 211 are attached; An operation unit 220 for adjusting a temperature inside the body unit 100; And A temperature sensing unit 230 which senses a temperature inside the body unit 100 and transmits information about the temperature to the control unit 200; Far infrared seat left, characterized in that is further provided. The method of claim 5, wherein the temperature detection unit 230, Far-infrared seat warmer, characterized in that it operates to maintain the temperature inside the body portion 100 at a maximum 70 ℃. The method of claim 1, wherein the graphite lamp 420, A quartz tube 410 having a vacuum inside; Graphite 420 inserted into the quartz tube 410; Springs 430 respectively coupled to both ends of the graphite 420; And A board 440 coupled to both ends of the spring 430 to which power is applied; Far-infrared seater, characterized in that consisting of. The method of claim 1, wherein the support plate 500, A far infrared seated left body, characterized in that the material is made of carbon and emits far infrared rays by receiving the heat of the far infrared lamp 300 and the graphite lamp 400. The method of claim 1, wherein the voltage adjusting unit 600, A first control unit 610 for adjusting the voltage of the infrared lamp 300; And A second control unit 620 for adjusting the voltage of the graphite lamp 420; Far-infrared seater, characterized in that consisting of. The method of claim 1, wherein the body portion 100, Far-infrared seat warmer, characterized in that the lower portion is further provided with a non-slip means 140 to prevent slipping.

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