JPH0326978B2 - - Google Patents

Description

[Detailed description of the invention]

INDUSTRIAL APPLICATION FIELD The present invention relates to a sauna device and a method for creating a sauna atmosphere using the device, and more particularly, the present invention relates to a sauna device and a method for creating a sauna atmosphere using the device, and more particularly, it has a slimming effect and a skin beautifying effect and whitening effect that makes the skin smooth. ,
We have added various functions to cure rheumatoid arthritis, neuralgia, etc., and create a slimming and whole body beauty system.
The present invention relates to a sauna device that is compactly set in a single capsule, and a method for creating a sauna atmosphere. Conventional technology Conventionally, generally available sauna equipment only promotes sweating by keeping the inside of a closed room at high temperature and humidity (wet type, so-called steam bath) or at a high temperature of nearly 100 degrees Celsius (dry type). , Therefore, it only mainly releases water from the body,
It has almost no effect on removing neutral fats, cholesterol, etc. In this way, conventional sauna equipment has the effect of temporarily reducing weight due to the release of water immediately after use, but when the same amount of water is absorbed, the weight returns to the same weight, resulting in so-called excess neutral fat, It has almost no slimming effect in removing cholesterol and waste products. Purpose of the Invention The present invention adds various mechanisms that have the function of removing fat and old waste to the above-mentioned conventional sauna device, and removes excess fat and the like along with water, thereby achieving a substantial slimming effect. At the same time, it promotes the activation of skin cells and removes waste products from deep within the pores.
Therefore, it is an object of the present invention to provide a sauna apparatus and a method for creating a sauna atmosphere, which have skin beautifying effects and effects of curing rheumatoid arthritis and neuralgia. Furthermore, the present invention compactly installs the whole body beauty system including slimming in one capsule sauna device, further enhances the effect through the synergistic action of each mechanism, and allows the user to enjoy various slimming and beauty effects. The system is time-efficient and can be used at low cost, as it can be received all at once. Structure and operation of the invention In order to achieve the above-mentioned object, the present invention provides a sauna room where the inside of a closed room is kept in a high temperature and high humidity state to promote sweating. In addition to injecting radon gas to remove cholesterol, old waste, etc., the floor area of the sauna room is set to a size that allows the sauna to lie down to provide the best sweating effect, and the main component is salt in the form of sand grains on the floor. A high heat storage material is laid through a heating element, and the salt in the high heat storage material promotes the dehydration action, and carbon dioxide gas is generated in the sauna room by containing sodium bicarbonate in the high heat storage material. It is equipped with an infrared heating device that smooths the skin through the action of carbon dioxide gas and has various effects such as sterilization.In other words, it is a sauna room with radon hot springs, sand baths, and infrared rays. These are compactly packed into one capsule. Specifically, the present invention provides a planar heating element on the floor of the sauna room body, which has a sufficient floor area for lying down, and the entire periphery including the ceiling and the opening/closing door of the entrance/exit is hermetically surrounded by a heat insulating material. A radon generator is provided, in which an external heating element is filled with a high heat storage material whose main component is salt grains to a roughly constant thickness, and radon gas is injected into the sauna room from one side of the main body, and water vapor is injected into the sauna room. In addition to providing a humidifier to be input, an infrared heating device is provided on the other side of the main body, and a temperature adjustment layer is provided on each of the high heat storage material and the heating device, while a foot board is provided near the entrance of the main body, Further, the present invention provides a sauna device characterized in that the sauna device is equipped with a pillow stand near one side of the main body. Further, the present invention provides a method for laying a high heat storage material in the form of sand grains, which is mainly composed of salt having a dehydrating effect, on the floor of the sauna room main body, on which the person lies prone, and heating the sauna room to a predetermined temperature from below. A method of creating a sauna atmosphere characterized by introducing radon gas and water vapor into a room to make the room highly humid, and heating the sauna room with an infrared heater to make it high temperature, and the high heat storage material mentioned above. By adding an appropriate amount of sodium bicarbonate to the sauna and heating the high heat storage material to a predetermined temperature, an appropriate amount of carbon dioxide gas is generated, and the humidity in the sauna room is controlled to 60 to 70% by controlling the amount of water vapor input.
%, and the air temperature in the sauna room is kept at 60~60% using an infrared heater and a heat generating means installed on the floor.
The present invention provides a method for creating a sauna atmosphere characterized by maintaining the temperature at 70°C. Embodiments Hereinafter, the present invention will be explained in detail with reference to embodiments shown in the drawings. In the plan view of the capsule house shown in FIG. 1, 1 is a sauna room, 2 is a changing room, and 3 is a shower room. Sauna room 1 consists of a rectangular room with enough floor space for one person to lie down.
A frame body is formed by a sauna room main body 4 in which a ceiling and walls are assembled together to form a sealed room. The sauna room main body 4 is connected with a changing room/shower room main body 5, which has a floor, ceiling, and walls assembled together, and the interior of the main body 5 is partitioned with a curtain 6 to separate it into a changing room 2 and a shower room 3. are doing. In the sauna room main body 4, an opening/closing door 7 for the entrance/exit is attached to the side wall connecting with the changing room 2, and an opening/closing door 8 for the entrance/exit to the outside is attached to the side wall 5 of the changing room 2 of the main body 5. There is. The ceiling (not shown) and the entire surrounding wall 9 of the sauna room main body 4 are formed of a composite panel filled with a heat insulating material made of urethane, and the opening/closing door 7 is an insulating door made of aluminum frame material. ing. A flooring material 10 is assembled to a ceiling and walls 9 integrally formed of the heat insulating material to form an insulated sealed room. A planar heating element 11 is laid on the upper surface of the flooring 10, and a sand grain-like high heat storage material 12 is placed on the heating element 11.
is filled to a roughly constant thickness. Although the heating element 11 and the high heat storage material 12 are laid over the entire flooring 10, they may be laid only on the portions where they come into contact with each other in a prone state. The high heat storage material 12 is mainly composed of salt, with a weight ratio of 30 to 90% salt and 5 to 50% sodium sulfate.
% weight ratio, sodium bicarbonate 2-30% weight ratio,
A material containing 1 to 5% by weight of borax, 0.5 to 20% by weight of kaolin, and 0.5 to 5% by weight of sodium polyphosphate is used. The high heat storage material 12 does not necessarily need to contain the above components, but preferably contains at least salt, sodium sulfate, sodium hydrogen carbonate, and sodium polyphosphate. Further, the high heat storage material 12 may be a natural material obtained by crushing rock salt containing salt, kaolin, and borax, or may be an artificial material obtained by synthesizing sodium bicarbonate, sodium sulfate, and sodium polyphosphate. The particle size of the high heat storage material 12 is approximately 12Ml ^on ~
^It has a dryness of 97 to 95%, and is placed on the flat heating element 11 with a thickness of about 15 cm. Planar heating element 11 provided below the high heat storage material 12
is an automatic temperature adjustment device consisting of a thermostat, which turns on at 52°C and turns off at 57°C to maintain the surface temperature of the high heat storage material 12 at 50 to 55°C. The floor material 10 facing the opening/closing door 7 in the sauna room 1 is made of a material with poor thermoelectric efficiency and water absorption, for example,
A footboard 13 made of board material is installed. In addition, at one end of the sauna room away from the opening/closing door 7, there is a wooden pillow stand 1 that doubles as a seat along one side wall.
4 is placed on the flooring 10, and when one lies down as shown by the chain line with the head resting on the pillow base 14, the upper body is placed on the left side 1a of the sauna room 1, and the right side is placed on the right side of the sauna room 1. The lower body is positioned at 1b. In addition, a radon gas pipe 15 is installed along the wall surface of the tip end of the bed base 14, jet ports 15a are provided at intervals in the pipe 15, and radon gas is injected into the sauna room 1 through the jet ports 15a. Radon gas is spewed out towards the head. The amount of radon generated by the radon gas is 25 to 27ME, which is 5.5ME according to the Japanese Hot Spring Act and 5.5ME according to the Japanese Hot Springs Regulations.
The amount of radon is increased compared to 8.25ME.
The radon gas pipe 15 is connected to a radon generator 16 installed outside via piping 17,
Radon generated by the radon generator 16 is sent to the pipe 15 as radon gas together with outside air from a compressor (not shown). In addition, a humidifier 19 is attached to the upper part of the wall on the head side, and water vapor is injected into the sauna room 1.
The temperature is set at 60-70%. On the other hand, two-lamp far-infrared heaters 20A and 20B are set up along both corners of the wall on the foot side, and are directed from both sides toward the center (near the abdomen of a prone person).
It emits infrared radiation of 12 microns. The heater 20
A, 20B are thermostats, ON at 98℃, 110
It is specified to turn off at ℃. Moreover, the temperature of the air inside the sauna room 1 heated by the heaters 20A, 20B and the heating element 11 on the floor is approximately 60°C.
It is controlled by an electric control device 21 so that the temperature is ~70°C. For example, when the temperature reaches 70°C, the heaters 20A, 20
Lower the voltage of B to emit infrared rays but lower the amount of heat generated, and when the temperature reaches 65℃, heaters 20A and 2
The voltage of 0B is increased to increase the amount of heat generated. Furthermore, a certification device 22 that issues an orange color is installed on the upper part of the wall between the heaters 20A and 20B, and a speaker 23 is installed on the wall on the head side to play music inside the sauna room 1. ing. With the above configuration, in the sauna room 1, the floor side is heated by the heating element 11, and the air in the lower part of the room is heated by the far-infrared heaters 20A and 20B, causing convection, and the entire air in the room is heated. It is heated and maintained at approximately 70°C by a temperature control device. Moreover, the humidity is 60 to 70% due to the water vapor injected into the sauna room 1 from the humidifier 19. Further, radon gas is injected into the sauna room 1 from the spout 15a, and radon and oxygen are sufficiently introduced into the room air. moreover,
Since the high heat storage material 12 is heated by the heating element 11,
Carbon dioxide gas is generated by the sodium bicarbonate component. The amount of carbon dioxide gas generated is not large because the temperature of the heating element 11 is controlled, the room temperature is controlled at 70°C, and the surface temperature of the high heat storage material 12 is maintained at approximately 50°C. Only an appropriate amount is generated for the skin. Note that if the surface temperature of the high heat storage material 12 exceeds 70°C, a large amount of carbon dioxide gas will be generated, which is not preferable, so it is controlled to 50°C as described above. The main body 5 that constitutes the changing room 2 and the shower room 3 that are connected to the sauna room 1 is also made of a heat insulating material.
In the changing room 2, there is a certification device 30, a unit shelf 31,
While an equipment storage/seat 32 is installed, a hand wash basin 33, a shower hose hanger 34, and a mirror 35 are installed in the shower room 3. Next, the operation of the sauna device will be explained. A user who enters the sauna room 1 from the changing room 2 places his head on the pillow stand 14 and lies down with his upper body and lower body in contact with the high heat storage material 12. In this state, the closed high-temperature, high-humidity atmosphere promotes perspiration, and since the body comes into direct contact with the high heat storage material 12, its main components, salt and sodium sulfate, dehydrate the body. Moisture is evaporated, and the sodium bicarbonate opens the pores of the skin to promote sweating, and the carbon dioxide gas generated from the borax, kaolin, sodium polyphosphate, and sodium bicarbonate makes the skin smooth. In addition, the radon element in the radon gas that is injected indoors has the strongest ionization effect among substances that exist in nature, and this is absorbed into the body and activates the body, reducing neutral fat and cholesterol. , excess sugar, waste products, etc. are sweated out from the body. Therefore, not only water but also fat can be effectively eliminated from the body. Furthermore, even if carbon dioxide gas is generated from the high heat storage material 12, since outside air is introduced together with the radon element,
Oxygen in the outside air does not interfere with breathing. In addition, since the radon gas containing the outside air is injected toward the head, it is possible to prevent the head from becoming dizzy in a high-temperature atmosphere. In this way, while radon gas and water vapor are ejected from the humidifier 19 to the head side, the foot side is heated by the far infrared heaters 20A and 20B, so the temperature of the head side and upper body side decreases, and the temperature of the foot side and The temperature of the lower body becomes higher, creating a comfortable state for the body. Furthermore, since infrared rays are projected onto the body using the far infrared heaters 20A and 20B, it is possible to receive physical and chemical healing effects such as sterilization effects of infrared rays. Furthermore, since the various actions described above are performed while the body is relaxed while listening to comfortable music under orange lighting, each action is efficiently promoted and performed simultaneously. A synergistic effect occurs. Furthermore, when entering the sauna room 1, the user's feet first come into contact with the footboard 13 which is not heated to a high temperature, so there is no discomfort caused by the high temperature. Furthermore, since there is a shower room 3 after leaving the sauna room 1, it is possible to come into contact with the high heat storage material 12 and wash the sweating body. <<Experimental Example>> Seven people A to G shown in the table below first entered this sauna room for 25 minutes, measured their weight before and after that, and measured the weight loss effect of this sauna room. (Measurement date - April 10, 1985) Next, on April 12, two days after the above date of use, I measured my weight and lost weight. We measured the sustainability of After the weight measurement, subjects entered a conventional sauna room, left the room after 25 minutes, measured their weight, and measured the weight loss effect of the conventional sauna room. In addition, in the sauna room of the present invention, the temperature is 65 to 70℃,
The humidity was 60 to 70%, the surface temperature of the high heat storage material was 55°C, and the patient was only lying face down on the surface of the high heat storage material, but the particles of the high heat storage material were not applied to his body. Radon gas is injected and projected using an infrared heater. On the other hand, the temperature and humidity of a conventional sauna room are the same as the above-mentioned main sauna room, at 65-70℃ and 60-70%.
The bed temperature is 55°C, but of course no radon gas is injected.

[Table] As is clear from the table above, when using the sauna room of the present invention, you will lose 1.1 to 1.6 kg, and even after 2 days, your weight will increase slightly compared to immediately after using this sauna room. In comparison, the weight loss was about 0.3 to 1.0 kg, and the weight loss was sustainable. On the other hand, when using a conventional sauna room, the weight loss is only about 0.4 to 0.5 kg, which is half of that in this sauna room.Moreover, although not shown in the table, when using a conventional sauna room, After two days, he had returned to his normal weight. As described above, this sauna device has twice the weight loss effect as compared to conventional general saunas, and has good sustainability without returning to its original state even after several days have passed. Effects of the Invention As is clear from the above description, according to the present invention, a mechanism for injecting radon gas into a high-temperature, high-humidity sauna room, which is an intermediate state between a conventional wet sauna and a dry sauna, is provided, and a The floor is filled with a high heat storage material that has the effect of a bath, an infrared heater is used, and various slimming and beauty mechanisms are added to the sauna room, so it has the effects listed below. The high temperature and high humidity of the sauna promotes perspiration, and by filling the floor with a high heat storage material containing salt as its main ingredient and lying down on it, water in the body is effectively evaporated. Therefore, by bathing in water, obese bodies can be effectively slimmed down. Since radon gas is injected into the sauna room, the ionization effect of the radon element can eliminate fat, cholesterol, and waste products from the body.
By eliminating fat in this way, the body that has become obese can be effectively slimmed down by fat removal. Since weight loss due to moisture dissipation and weight loss due to fat elimination are achieved simultaneously, the weight loss effect is large in a short period of time, and since water and fat are removed from the whole body, a balanced weight loss is achieved from the whole body. The action of radon gas activates the body,
By eliminating cholesterol, old waste products, excess sugar, etc., it has the effect of gently curing stubborn neuralgia, rheumatoid arthritis, gout, lower back pain, sensitivity to cold, etc. The action of the radon gas eliminates old waste products, and since it emits infrared rays, it has the effect of curing acne and pimples and making the skin beautiful and white. Since the high heat storage material contains sodium carbonate, it generates an appropriate amount of carbon dioxide gas, which has the effect of making the skin smooth and smooth. Since each of the above effects is performed at the same time, and the patient only needs to lie down, slimming and whole body beauty can be achieved easily and in a short time. Since various mechanisms having slimming, beauty, and healing effects are added to the sauna room and set compactly in one capsule house, the sauna room is cheaper and takes up less space than when they are provided separately.

[Brief explanation of drawings]

FIG. 1 is a plan view showing an embodiment of the present invention, FIG. 2 is a sectional view taken along the line -- in FIG. 1, and FIG. 3 is a sectional view of the floor. 1...Sauna room, 2...Dressing room, 3...Shower room, 4...Sauna room body, 7...Opening/closing door, 10
...Floor material, 11...Heating element, 12...High heat storage material,
13... Foot board, 14... Pillow base, 15... Radon gas pipe, 17... Radon generator, 19...
Humidifier, 20A, 20B... far infrared heater.

Claims (1)

[Scope of Claims] 1. A planar heating element is provided on the floor of the sauna room main body, which has enough floor space to allow the sauna to lie down, with the entire periphery including the ceiling and entrance/exit doors sealed in a heat insulating material. A radon generator is provided, in which the heating element is filled with a high heat storage material whose main component is sand-grained salt to a roughly constant thickness, and radon gas is injected into the sauna room from one side of the main body, and water vapor is injected into the sauna chamber. In addition to providing a humidifier to be input, an infrared heating device is provided on the other side of the main body, and a temperature control device is provided for each of the high heat storage material and the heating device, while a foot plate is provided near the entrance of the main body, Further, the sauna device is characterized in that it includes a pillow stand near one side of the main body. 2. On the floor of the sauna room where you can lie down,
A high heat storage material in the form of sand grains whose main component is salt that has a dehydrating effect is laid down and heated from below to a predetermined temperature, and an appropriate amount of sodium bicarbonate is added to the high heat storage material to raise the high heat storage material to a predetermined temperature. By heating the sauna to a temperature, an appropriate amount of carbon dioxide gas is generated, and radon gas is injected into the sauna room, followed by water vapor, and the amount of water vapor input is controlled to reduce the humidity in the room to 60%.
% to 70%, and an infrared heater is installed in the sauna room, and the air temperature in the sauna room is controlled to 60℃ to 70℃ using the infrared heater and a heating element installed on the floor.
A method of creating a sauna atmosphere characterized by maintaining a sauna atmosphere.