Structural diagram of far-infrared sauna room

　　The bedrock used in traditional saunas that use far-infrared radiation emits far-infrared radiation, thus lacking shape freedom and being heavy. It is also prone to faults such as breakage and fragmentation, and the wavelength range of the target beam will become increasingly large. Due to the difficulty of arbitrary design, it is necessary to set the temperature inside the sauna to high temperature to promote sweating from the body, and there is a problem of people feeling stuffy. In addition, the ionization efficiency of the air in the sauna is low, and it is difficult to increase the density of the air in the sauna using ions.

　　In sauna room 101, there is a far-infrared radiation heating device 102 that emits the farthest infrared radiation in the range of 3 to 16 μ m, which is the wavelength range of growing light. It is a substance that emits ion components into konjac fibers and can be designed to have a large specific surface area. The ion generator 103, which generates a large number of ions through formation, emits growing rays into the body in a low-temperature environment of 30 to 40 ℃, while absorbing a large number of ions into the body.

　　In recent years, as a far-infrared low-temperature sauna room, far-infrared heaters have been placed on the front wall surface, bench, and rear wall surface of the sauna room, and marble, calcium carbide (tourmaline), barley stone, and black silica have been provided to cover the upper surface of the heater. Select the bedrock from the group composed of graphite black silica (graphite silica) and artificial stone to cover a portion of the upper surface of the far-infrared heater, forming an integrated panel structure and forming far-infrared radiation. A far-infrared low-temperature sauna has been proposed, which can bathe at a stable temperature at low temperatures using far-infrared and negative ions generated by a heater and bedrock (e.g., Practical New Reference 1).

　　In addition, a floor is placed in the sauna, and a ceramic thermal storage material emitting far infrared radiation is placed on the surface of the floor. A heating device is set on the thermal storage material, which is used for generating negative ions. The negative ion generation device is also used for the house. It has also been proposed that the wall material has a sidewall surface, which is stretched by mixing diatomaceous earth.

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