JPH0319866Y2 - - Google Patents

Description

[Detailed explanation of the idea]

Industrial Application Field The present invention relates to a sauna device, in particular, a sauna device for slimming and sauna in a compact sauna capsule for single people.
It is a set of various devices that have a beauty effect on the whole body and a cure for rheumatoid arthritis and neuralgia.In particular, it uses a sauna that automatically adjusts the temperature and humidity within a certain predetermined range. The user can operate the temperature and humidity at any desired temperature and humidity within the above-mentioned predetermined range, thereby improving usability. Conventional Technology Conventionally, generally available sauna equipment, whether for a single person or a large number of people, has a closed room with high temperature and high humidity (wet type, so-called steam bath), or a high temperature of nearly 100 degrees Celsius (dry type). By doing so,
It only promotes sweating, and therefore only evaporates water from the body and has little effect on removing neutral fats, cholesterol, etc. In this way, conventional sauna equipment has the effect of temporarily reducing body weight due to evaporation of water immediately after use, but when the same amount of water is absorbed, the body weight returns to the same weight, resulting in so-called excess body weight. It has almost no slimming effect in removing sex fat, cholesterol, and waste products. In this way, since the conventionally provided sauna devices do not have a slimming effect, the present inventor first removed neutral fats, cholesterol, and waste products, and also promoted the activation of skin cells. The company provides a sauna device equipped with a device that removes waste products from the depths of the pores, thereby beautifying the skin and curing rheumatoid arthritis and neuralgia (Japanese Patent Application No. 61-97395). Purpose of the invention The present invention aims to improve the above-mentioned sauna device provided earlier, and aims to miniaturize it to the extent that it can be installed indoors, for example, in a narrow space in the home, and also to accommodate various types of saunas in the miniaturized capsule. The device is installed in a compact manner, and these devices are automatically controlled so that slimming, beauty, and curing effects can be performed more effectively than before. especially,
This sauna device allows the person using the sauna room to finely adjust the temperature and humidity in the sauna room within a predetermined range and set it as desired, and also to control the amount of radon generated to the desired amount. west,
The purpose is to improve usability by allowing users to easily control the temperature, humidity, and amount of radon generated according to each user's preference or physical condition. Structure and operation of the invention In order to achieve the above object, the invention assembles a floor panel made of heat insulating material, a wall panel consisting of four sides (front, rear, left and right), and a ceiling panel in one piece, and also attaches an opening/closing door to the front wall panel. It is a sauna room for single persons that is enclosed all around in a sealed manner, with a box-shaped seat installed along one side wall of the sauna room, and a sufficient area for the rest of the sauna room to stand up. A floor panel heater installed on the floor with a base, a high heat storage material made of sand grains containing salt as a main component and laid at a substantially constant thickness on the floor panel heater, and a handrail installed on the wall above the stool. A radon generator that injects radon ions from an ion outlet drilled in the sauna, an operating switch mounted on a panel that allows fine adjustment of the amount of radon ions generated by the radon generator within a certain range, and the entire sauna room. A far-infrared heater that emits far-infrared rays from both sides of the sauna room toward the center of the sauna room, and controls the floor panel heater and far-infrared heater to maintain the room temperature within the range of 40 to 65 degrees Celsius. A controller that automatically maintains indoor humidity in the range of 50 to 70% by controlling a humidifier, and a controller that allows the above-mentioned guide temperature and indoor humidity to be set to any temperature within the above-mentioned fixed range. The present invention provides a sauna device characterized by comprising: a sauna device and an operating switch connected to the sauna device. Since this sauna device is equipped with an automatic controller as described above, the temperature and humidity inside the sauna room can be maintained within a preferable range, and furthermore,
Temperature and humidity can be adjusted within this range according to the user's preference. Furthermore, in addition to making the sauna room hot and humid like a regular sauna room, we also use a high heat storage material containing radon ions, far infrared rays, and salt as its main ingredients, which reduces the sweating effect. It also has unique slimming, beauty and curing effects. That is,
The ionization effect of the radon ions mentioned above removes neutral fats, cholesterol, old wastes, etc. from the body and purifies the blood, and the salt, which is a high heat storage material, promotes dehydration, so it has a great slimming effect. be. Furthermore, when sodium bicarbonate is contained in a high heat storage material to generate carbon dioxide gas in the sauna room, the action of the carbon dioxide gas smooths the skin and has a beautifying effect. Infrared rays have a bactericidal effect that performs various types of healing, and also have the effect of improving blood circulation by using infrared rays with a particularly high penetration rate of 28 to 30 microns. Embodiments Hereinafter, the present invention will be explained in detail with reference to embodiments shown in the drawings. The sauna room 1 has a small area for a single person, and in the example, the area is set to 740 mm x 1010 mm in length and width, so that it can be installed even in a narrow indoor space. The sauna room 1 is formed by integrally assembling a floor panel 2, a wall panel 3 consisting of four sides (front, rear, left and right), and a ceiling panel 4 to form a sealed room. Each panel 2 above,
As shown in FIG. 4, composite panels 3 and 4 are used in which a heat insulating material 6 is interposed between noncombustible plywood 5 on both sides, and the wall panels 3 are connected to each other and the wall panels 3
and the ceiling panel 4 are connected via FRP corner members 7 to ensure the airtightness of the room and to prevent the ends of the panels from being seen from the outside. An entrance/exit 8 is provided approximately in the center of the front wall panel 3A, and an outward-opening opening/closing door 9 is attached to the entrance/exit 8. On the floor panel 5, facing the front wall panel 3A, a footboard 10 made of a material with poor thermal conductivity and water absorption, such as a wooden board, is installed. Also,
A seat 11 made of a wooden box is installed along the entire length facing the right side wall panel 3B. The seat 1
A radon generator 12 is housed inside the radon generator 1, and a portion of the front wall panel 3A facing the seat side surface 11a is opened to expose the side surface 11a to the outside, and an air port 11b is provided on the side surface 11a. A radon generator controller 13 is attached. The width of the seat 11 is set to such an extent that the person entering the room can sit on it comfortably.
mm. On the right side panel 3B located above the seat 11, there is a tubular handrail 14 at the position where the head hits when sitting, and at the position where the hands are extended when standing (approximately 1200 mm height from the floor). protrudes along the entire length. The handrail 14 is connected to a pipe 15 that supplies radon ions generated from the radon generator 12 together with the outside air from the air port 11b, and ion blow-off ports 14a are provided at a predetermined interval in the front surface of the handrail 14. , radon ions are sprayed directly toward the head that is leaning against the handrail 14. The radon generator 12 injects radon ions at a rate of 14/min, and the amount of radon generated is 25 to 27 ME, which is higher than the 5.5 ME stipulated by the Japanese Hot Spring Law and the 8.25 ME stipulated by the Japanese Therapeutic Spring Regulations. are doing. Furthermore, the air outlet 14
The amount of radon ions ejected into the sauna room 1 from a is maintained within a certain range by the controller 13, and an operating switch 13a attached to the controller 13 is provided to control the amount of radon ions within the range by the user's operation. I make it possible to adjust it. The footboard 10 and seat 11 on the floor panel 5
The rest except for the cross section is square (450mm x 450mm).
The space is large enough for those entering the room to stand up and take appropriate movements such as stepping on their feet, and a floor panel heater 17 is installed over the entire remaining space through an asbestos board 16 of a heat insulating board. The high heat storage material 18 is filled with a thickness of . As shown in FIG. 5, the floor panel heater 17 includes a lower stainless steel plate 19, a heat insulation board 20, and a push plate 2 made of an iron plate.
1. It has a structure in which a mica heater 22 as a heating element and an upper stainless steel plate 23 are laminated. As shown in the figure, a thermostat 24 for preventing excessive temperature rise is attached to the floor panel heater 17 to maintain the surface temperature at an appropriately set temperature in the range of 40 to 65°C, for example, 60°C. The high heat storage material 18 filled on the floor panel heater 17 is a sand grain-like material whose main component is salt.
Salt 30-90% weight ratio, sodium sulfate 5-50% weight ratio, sodium bicarbonate 2-30% weight ratio, borax 1-5% weight ratio, carrion 0.5-20% weight ratio, sodium polyphosphate 0.3-5 % weight ratio is used. In addition, the particle size of the high heat storage material 17 is about 12 Ml to 80 Ml, and the dryness is 97 to 95%,
It is laid with a thickness of approximately 8 to 10 cm. As described above, by automatically controlling the surface temperature of the floor panel heater 17 to a predetermined temperature, the surface temperature of the high heat storage material 17 is also maintained substantially constant. For example, when the surface temperature of the floor panel heater 17 is controlled to about 60°C, the surface temperature of the high heat storage material 18 is maintained at around 52°C. Furthermore, inside the sauna room, there is a left side wall panel 3C.
A box 26 housing a humidifier 25 is attached to the upper end, and a humidifying outlet 27 is provided at the center of the inner side of the box 26, and a humidifying outlet 28 is provided at the side facing outside from the opening of the front wall panel 3A. has been established. Steam is injected into the sauna room from the humidifier 25 at a rate of about 15 minutes to bring the humidity of the entire room to 50 to 70.
Preferably set humidity in the range of %, e.g. 60%
It is possible to maintain the Also, along both corners of the left side wall panel 3C,
Far infrared heater 30A, 3 at a height of 900mm from the floor
0B, and install a far infrared heater 30C horizontally on the upper part of the right side wall panel 3B.
These far-infrared heaters emit infrared rays of 28 to 30 microns from both sides of the sauna room toward the center of the room. The far infrared heaters 30A, 30B,
The 30C is automatically adjusted to the set temperature using a thermostat, for example, it is set to turn on at 98℃ and turn off at 110℃. The above far infrared heaters 30A, 30B, 30
C. The floor panel heater 17 and the humidifier 25 are turned on and off by an operating switch 40 connected to a controller 32 attached to the outer surface of the front wall panel 3A of the sauna room 1, and controlled at a predetermined temperature within a certain range. The temperature can be set to a predetermined humidity level, and a safety device is installed that automatically cuts off the current when the temperature reaches a certain level. That is, the air temperature in the sauna room 1 heated by the far-infrared heaters 30A to 30C and the floor panel heater 17 is controlled to be approximately 40 to 65°C, and the humidity in the sauna room is controlled to be approximately 50 to 70°C. %. Furthermore, by using the operating switch 40 attached to the controller 32, the temperature inside the sauna room can be set to any predetermined temperature in the range of 40 to 65°C, and the humidity in the sauna room can be set to any predetermined temperature in the range of 50 to 70%. The user can adjust the humidity to a specified level by operating a switch. Furthermore, in the sauna room, a red lamp 36 is installed on the ceiling panel 5, and a thermometer 37,
A hygrometer 38 is attached. In the sauna device having the above structure,
Those who enter sauna room 1 must use floor panel heater 1.
The user can stand up on the high heat storage material 17 of No. 7, or sit on the stool 11. In either case, the foot comes into direct contact with the high heat storage material 17, and the action of the high heat storage material 17 acts directly on the body. Also, if you hold the handrail 14 while standing up,
When you turn your head to the side, the radon ions ejected from the outlet 14a can be applied directly to your face, chest, etc., but when you sit on the stool 11 and lean your head against the handrail 14, the radon ions can be directly applied to your head. It hits the target. In this way, since the radon ions are directly injected into the vicinity of the respiratory organs, the radon ions are effectively absorbed into the body, and the radon ions cool the head in a hot and humid atmosphere. This sauna device has the original effect of a sealed high-temperature and humid sauna room, that is, the sweating effect, and
It has the following specific effects. In other words, radon ions are blown into the sauna room 1, and since radon is a gas with the strongest ionizing effect among substances in nature, when these are absorbed into the body, they activate the body and stimulate the body. Removes sexual fat, cholesterol, excess sugar, waste products, etc. from the body through sweating. It can effectively remove not only water but also fat from the body. In addition, radon ions are absorbed directly into the blood from the lungs, purifying the blood. Since the high heat storage material 18 is filled on the floor panel heater 17 of the sauna room 1, the salt and sodium sulfate, which are the main components of the high heat storage material 18, have a dehydrating effect, and a larger amount of water in the body is released. At the same time, sodium bicarbonate opens the pores of the skin and promotes sweating. In addition, the carbon dioxide gas generated from the borax, carrion, sodium polyphosphate, and sodium hydrogen carbonate that it contains makes the skin smooth. Furthermore, the high heat storage material 18 has a deodorizing effect and can eliminate unpleasant odors peculiar to sauna rooms. Far-infrared heaters 30A to 30C are installed, and the heaters emit light with the longest wavelength among the sun's rays from almost the entire periphery toward the center, so far-infrared rays are irradiated over the whole body of the person entering the room. . Therefore, it also has physical and chemical healing effects such as the sterilization effect of infrared rays, and in particular, because the far infrared rays use a wavelength of 28 to 30 microns, which has a high penetration rate, it penetrates deep into the human body and improves blood circulation. It has the effect of warming the body from the core. <Experimental Example> Seven people A to G shown in Table 1 on the next page entered the sauna room for 25 minutes, measured their weight before and after, and measured the weight loss effect of bathing in the sauna room. In addition, in the sauna room, the indoor temperature is 40 to 65℃, the humidity is 50 to 70%, and the surface temperature of the high heat storage material is 52℃.
The subjects were seated on a stool with particles of high heat storage material covering their feet.

[Table] As is clear from the above table, when the sauna room of the present invention was used, the weight was reduced by 1.20 to 1.90 kg. In this way, this sauna device not only has the above-mentioned slimming effect, but also has beauty and healing effects.
It is possible to use the device at a low temperature of about 40 to 65 degrees Celsius to produce the same perspiration effect and at the same time to produce other unique effects without using the device at a high temperature of 12 degrees Celsius. Effects of the invention As is clear from the above explanation, the sauna device according to the invention automatically controls the temperature and humidity to create a sauna atmosphere within a certain range according to the user's preference, and the amount of radon ions generated is etc., so it is possible to create the most comfortable atmosphere for the user. In addition, various devices for slimming, beauty, and healing effects are preset in a small-sized capsule house for single people, so you only need to set up the capsule house at the time of installation. Since it is easy to use and has a small area, it can be installed even in narrow spaces in the home. In addition, since various devices are arranged using the space of each part of the small room, it is possible to take not only a standing state but also a sitting state, despite the small area. Furthermore, as mentioned above, due to the effects of the radon generator, humidifier, far-infrared heater, etc., you can achieve unique slimming effects that do not occur with conventional sauna equipment.
It has beauty and healing effects.

[Brief explanation of drawings]

Fig. 1 is a perspective view of the sauna device according to the present invention, Fig. 2 is a horizontal sectional view of the sauna device, Fig. 3 is a vertical sectional view, Fig. 4 is a sectional view of the wall panel, and Fig. 5 is the floor panel. FIG. 3 is a cross-sectional view of the heater. 1...Sauna room, 2...Floor panel, 3,3A~
3C...Wall panel, 4...Ceiling panel, 9...Opening/closing door, 10...Foot board, 11...Stool, 12...
Radon generator, 14... handrail, 14a... radon gas outlet, 17... floor panel heater, 18...
...High heat storage material, 25...Humidifier, 30A-30C...
...Far-infrared heater.

Claims (1)

[Scope of Claim for Utility Model Registration] (1) A floor panel made of heat insulating material, a wall panel consisting of four sides (front, rear, left and right), and a ceiling panel are integrally assembled, and an opening/closing door is attached to the front wall panel to cover the entire periphery. It is a sauna room for single people that is enclosed in a sealed manner, with a box-shaped seat installed along one side wall of the sauna room, and a floor area with sufficient area for the rest of the sauna room to stand up. The installed floor panel heater, the high heat storage material made of sand grains containing salt as a main component and laid at a substantially constant thickness on the floor panel heater, and the ionized material drilled into the handrail installed on the wall above the stool. A radon generator that injects radon ions from the air outlet, a control switch attached to a panel that allows fine adjustment of the amount of radon ions generated by the radon generator within a certain range, and a humidifier that humidifies the entire sauna room. , A far-infrared heater that emits far-infrared rays from both sides of the sauna room toward the center of the room, and the above-mentioned floor panel heater and far-infrared heater are controlled to automatically maintain the room temperature within a range of 40 to 65 degrees Celsius. Control the humidifier to keep the indoor humidity at 50~
It is characterized by being equipped with a controller that automatically maintains the temperature within the range of 70%, and an operating switch connected to the controller so that the guide temperature and indoor humidity can be set to any desired temperature within the fixed range. sauna equipment. (2) In the sauna device described in claim (1) for utility model registration, the far infrared rays have a high penetration rate of 12
A sauna device characterized in that it uses a wavelength of ~30 microns, preferably a wavelength of 28-30 microns.