JPH0663092A - Private sauna room structure body having air ventilation port - Google Patents

Abstract

PURPOSE:To easily equalize a temperature of plural heat sources by constituting the structure body so that an air ventilation port is formed in a suitable position of an erect reflecting plate of a side part of the heat source provided in the lower part of a floor part, and high temperature air of the side part is moved to the side through this air ventilation port. CONSTITUTION:In the private low temperature sauna room structure body which can set a room temperature to a temperature range of 40 deg.C-90 deg.C, plural heat sources 2 are provided in the lower position of a floor part (far infrared radiation radiator) 1 consisting of a far infrared radiation member. Heat generated from this heat source 2 is subjected to electromagnetic wave radiation into a sauna room through the far infrared radiation radiator 1. In the side part of these heat sources, an erect reflecting plate 4 is provided, and in a suitable position of this erect reflecting plate 4, an air ventilation port 3 is formed. In such a way, air of a high temperature generated by the heat source 2 is moved to the side through the air ventilation port 3, and a temperature of plural heat sources 2 can be set mutually to the same temperature in a comparatively short time.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a personal sauna room structure having an air circulation port, and more particularly, to the warm air generated by the heat source on the side through the air circulation port on the side of the heat source. The present invention relates to a personal sauna room structure having an air flow port, which is moved to the side so that the temperatures of the side air among a plurality of heat sources can be adjusted to the same temperature in a relatively short time. .

[0002]

2. Description of the Related Art Conventionally, water or hot water is applied to hot stones to generate steam, and steam baths using the steam have been utilized as sauna baths in Finland and other areas. Various sauna rooms have been developed, alleged to promote perspiration and enhance metabolism. However, the facilities of those sauna rooms were all sauna rooms for business purposes, and were not personally available at home. Moreover, since the room temperature of the conventional sauna room is high and it is not suitable for long-term bathing, it cannot be said to be a sauna room that can be personally used at home.

[0003]

SUMMARY OF THE INVENTION It is an object of the present invention to provide a personal sauna room structure that can be handled in the same way as ordinary furniture can be put in and taken out of a room of a house of a general household. The first purpose. Further, although the conventional sauna bath is too hot, a second object of the present invention is to provide a low temperature sauna room structure lower than that temperature.
Further, the present invention provides an air circulation port at an appropriate position of the standing reflection plate on the side of the heat source, and moves the warm air generated by the heat source of the side to the side through the air circulation port. A third object is to provide a personal sauna room structure in which the temperatures of a plurality of heat sources can be adjusted to the same temperature in a relatively short time.

[0004]

SUMMARY OF THE INVENTION According to the present invention, a plurality of heat sources are provided below a floor portion of a far infrared ray radiating member of a low temperature sauna room structure, the room temperature of which is in a temperature range of 40 ° C. to 90 ° C. Is provided, the air circulation port is disposed at an appropriate position on the standing reflection plate on the side of the heat source, and the warmed air generated by the heat source on the side is moved to the side through the air circulation port, It is a personal sauna room structure having an air flow port configured to adjust the temperatures of a plurality of heat sources to the same temperature in a relatively short time.

[0005]

According to the present invention, the sauna room is formed in a cuboidal structure, and a flat member made of a heat-reflecting material is stretched on the inner side of the sauna room to facilitate heat reflection. To ensure heat insulation, the outer part is made of a rigid and dense material, the floor part is formed directly or the part located below the floor part is formed by far infrared radiator, and the heat source is arranged below it. Since the heat can be transferred to the far-infrared radiator above it, the heat generated from the heat source located below the inside of the sauna room with a structure like a heater, that is, the part of the heating element, is above the far-infrared radiator. It is possible to radiate electromagnetic waves into the sauna room through an infrared radiator, and the electromagnetic waves that accompany the heat are reflected at the ceiling surrounded by a flat member made of a heat-reflecting material such as aluminum and the inner member of the same side wall surface. And the sauna Per electromagnetic wave with a heat bath's inner, also may continue to sweat in a comfortable state without ill since thereby the temperature of the room to 45 ° C. to 60 ° C.. Further, since the sauna room has a ridge-like structure, the bather can take a bath in the sauna room with a sufficient space in a relatively narrow space. Also, by enclosing the outer part of the sauna room having a ridge-like structure with a material made of hard and dense wood or the like, it is possible to give a feeling of very expensive furniture when viewed from the outside. Then, by making the size relatively small and making it about the same size as general large-sized furniture, it can be put in a room of a house or put out outdoors. Especially, the sauna room structure of the present invention is capable of bathing by one or two people individually, unlike a large-scale sauna room for the royal industry. The size is suitable for people or guests to bathe. For example, the width is 1200 mm, the height is 1800 mm, the depth is around 1800 mm, or more, so that one adult and two children can bathe. However, the bath may be continued for 30 minutes to 1 hour, or longer. The sauna room of the present invention is different from the conventional sauna room in which a part of the house room is destroyed and constructed, and the sauna room forms a wide space that can be sufficiently used while being as small as possible, and is particularly a heat source. Steam pipe, electric heater,
It is easy to form a space in the sauna room because it is not necessary to dispose any heat source-related members in the other parts only by disposing the combustion gas generator and the like below the floor part. Among the heat sources, the electric heater can minimize the space of the heat source portion, and by associating the temperature control mechanism in the sauna room with the electric heater serving as the heat source, the heat source portion is overheated and an accident occurs. It can be surely prevented. Further, by making the structure of the door of the sauna room to have the same sectional shape as the surrounding wall structure part of the peripheral side wall surface of the sauna room, it is possible to surely prevent heat from escaping from the sauna room to the outside of the sauna room. Further, the sweating action of the human body is promoted as the ambient temperature becomes higher, but it is also known that if the temperature is too high, the skin is hurt and the physical condition is deteriorated. In order to avoid such a situation, the present invention should be carried out at a room temperature as low as possible, and the temperature range reached through repeated studies to prevent any trouble in sweating should not exceed 80 ° C. at a temperature higher than body temperature. I found out. The temperature range in which the perspiration is relatively promoted but not relatively high is 45 ° C. to 60 ° C.
It was found to be ° C. Also, it has been found that 55 ° C is a temperature that is accepted by a relatively large number of people, although the optimum temperature varies depending on the person. In particular, the invention is
Considering that the wavelength range of electromagnetic waves suitable for sweating is 7 to 12 microns, along with the temperature conditions required to promote sweating to the human body, the sauna room is not simply a high temperature room, but rather a heat source. It is characterized by arranging a far-infrared radiating ceramics panel in the upper position, through which electromagnetic waves adapted to sweating are radiated into the room to oxidize and breathe oxygen in the sauna room. A good sweating state can be continued without causing any trouble in the state and pulse state. Therefore, unlike the conventional sauna bathing method, it takes about 5 to 10 minutes to finish the bath, and if you take a longer bath, you may feel sick in dehydration. Old people, women and children can take a bath without any discomfort. Of course, unlike the conventional sauna bathing method, it does not cause sudden pain, eye pain, throat change, and difficulty in speaking, and there is no deterioration of high-heat and painful hair at all. . Also, especially
The present invention has a far infrared radiation member floor portion, a heat source is provided below the floor portion, and the room temperature is 40 degrees Celsius to 9 degrees Celsius.
It may be possible to adjust the temperature to a temperature range of 0 degrees. Further, according to the present invention, a plurality of heat sources are provided below the floor portion of the low-temperature sauna room structure having a far infrared radiation member, the room temperature of which is in the temperature range of 40 degrees Celsius to 90 degrees Celsius. The air circulation port is installed at an appropriate position on the standing reflection plate of the section, and the warm air generated by the heat source on that side is moved to the side through the air circulation port, and the temperatures of multiple heat sources are compared. The temperatures can be adjusted to the same temperature in a very short time.

[0006]

Embodiment 1 The present invention is a low temperature sauna room having a floor portion of a far infrared ray radiating member, a heat source provided below the floor portion, and having a room temperature in the temperature range of 40 to 90 degrees Celsius. A plurality of heat sources are provided below the floor of the far-infrared radiation member of the structure, and the air circulation port is provided at an appropriate position of the standing reflection plate having a chevron vertical section, which is located on the side of the heat source. However, the warm air generated by the heat source on the side can be moved to the side through the air circulation port so that the temperatures of the plurality of heat sources can be adjusted to the same temperature in a relatively short time. It is a personal sauna room structure having an air circulation port.

[0007]

[Embodiment 2] The present invention has a floor portion made of a far-infrared ray radiating member, and a wooden ventilation frame member in the shape of a saw is arranged above the floor portion and below the floor portion. A heat source is provided, and a plurality of heat sources are provided below the floor portion of the far-infrared radiation member of the low temperature sauna room structure in which the room temperature is in the temperature range of 40 to 85 degrees Celsius, and the heat sources are located on the sides of the heat source. Then, the air circulation port is arranged at an appropriate position of the standing reflection plate having a vertical cross section, and the warm air generated by the heat source of the side portion is moved to the side through the air circulation port,
It is a personal sauna room structure having an air circulation port that allows the temperatures of a plurality of heat sources to be adjusted to the same temperature in a relatively short time.

[0008]

[Third Embodiment] The present invention is a low-temperature sauna having a floor portion made of a far-infrared radiation member, a heat source provided below the floor portion, and the room temperature being in the temperature range of 40 ° C to 80 ° C. A plurality of heat sources are provided below the floor portion of the far-infrared radiation member of the room structure, and the air circulation port is arranged at an appropriate position of the upright reflector whose vertical cross section is located on the side of the heat sources. The warm air generated by the heat source on the side can be moved to the side through the air circulation port, and the temperatures of the plurality of heat sources can be adjusted to the same temperature in a relatively short time. This is a personal sauna room structure having an air circulation port.

[0009]

[Fourth Embodiment] The present invention is a low-temperature sauna having a floor portion made of far-infrared radiation member, a heat source provided below the floor portion, and having a room temperature in the temperature range of 40 ° C to 80 ° C. A plurality of heat sources are provided below the floor portion of the far-infrared radiation member of the room structure, and the air circulation port is arranged at an appropriate position of the upright reflector whose vertical cross section is located on the side of the heat sources. The warm air generated by the heat source on the side is moved to the side through the air flow port, and the temperatures of the multiple heat sources are set to the same temperature in a relatively short time. A personal sauna room structure having an air flow port, in which a member made of a hard and dense material such as wood, which has an excellent appearance, is disposed, and an overall structure is a rigid, box-like structure.

[0010]

[Embodiment 5] According to the present invention, a flat member made of a heat-reflecting material is stretched on the inside of the ceiling and the peripheral side wall surface of a low temperature sauna room structure, and the inside of the flat member is heated with a hard and dense material. A personal sauna room structure having an air flow port formed underneath the far-infrared radiator by arranging wood that is difficult to deform and arranging a heat source capable of transmitting heat to the far-infrared radiator. is there.

[0011]

[Embodiment 6] In the present invention, a heat source is provided in which a heat insulating material such as glass wool is arranged in the central portion of the ceiling and the peripheral side wall surface of the low temperature sauna room structure so that heat can be transmitted to the far infrared radiator. It is a personal sauna room structure having an air circulation port arranged below the far-infrared radiator.

[0012]

[Embodiment 7] According to the present invention, an inner plane member made of a hard and dense wood, a peripheral side wall surface portion from the inside to the outside thereof, an intermediate plane member made of an aluminum heat-reflecting material, and a hard and dense wood are used. Is a personal sauna room structure having an air circulation port formed by a three-layer structure of an external flat member.

[0013]

[Embodiment 8] According to the present invention, wood made of hard, dense and heavy material such as oak, cypress, oak, etc., which has a low shrinkage rate and is hard, dense and heavy, has inner and outer structures of the peripheral side wall surface of the low temperature sauna room structure. It is a personal sauna room structure having an air circulation port arranged in a part thereof.

[0014]

[Embodiment 9] The present invention relates to a personal sauna room structural body having an air circulation port, in which an outer structural portion of a peripheral side wall surface portion of a low temperature sauna room structural body is formed by a dense and dense wood with beautiful wood grain. is there.

[0015]

[Embodiment 10] According to the present invention, the inner structural portion of the peripheral side wall surface portion of the low temperature sauna room structure is resistant to deformation and has durability.
A personal sauna having an air flow port formed of a material such as a cypress with a color tone, luster and fragrance, or a type of cypress (CYPRESS), and having a flat-screen television set inside the structure of the low temperature sauna room. It is a room structure.

[0016]

[Embodiment 11] According to the present invention, a rod-shaped structure made of wood that is hard to be deformed by heat is arranged in the uppermost structural portion of the floor of a low temperature sauna room structure, and a far infrared ray radiating ceramics body is arranged below it. A personal sauna room structure having a panel made up of air and an air circulation port below which a heat source including an electric heater, a heat radiator such as a steam pipe, and other heat radiators or heat generators is disposed. is there.

[0017]

[Embodiment 12] According to the present invention, the uppermost structural portion of the floor portion of the low temperature sauna room structure that can be placed on the concrete foundation structure or the wooden planar structure portion is made of wood that is not easily deformed by heat. Fig. 3 is a personal sauna room structure having an air circulation port formed by arranging the sludge-like structure.

[0018]

[Embodiment 13] In the present invention, the substructure of the heat insulating material in the central portion of the peripheral side wall surface of the low temperature sauna room structure is Otani Ishi,
It is made of a fire-resistant stone material such as anti-fire stone, and has a far-infrared radiation ceramics panel provided above it, and has an air flow port provided with a heat source that can heat the panel. It is a personal sauna room structure.

[0019]

[Embodiment 14] According to the present invention, a joist is arranged under a sludge-like structure provided at an appropriate position below the low temperature sauna room structure, and a Daihiki is arranged under the slatted structure, so that the large cross-pieces facing each other are disposed. A far-infrared radiating ceramics panel is placed in between, and a receiving material for the ceramics panel is placed below it, and an electric heater or steam or other heat source as a heat source is placed below it. It is a personal sauna room structure having an air circulation port.

[0020]

Fifteenth Embodiment According to the present invention, air is provided by arranging a stone plate made of stone material having strong fire resistance such as Otani stone and anti-fire stone in a lower portion of an inner structural portion of a peripheral side wall surface portion in a low temperature sauna room structure. It is a personal sauna room structure having a circulation port.

[0021]

[Embodiment 16] The present invention is a personal sauna room structure having an air flow port, which is formed by assembling and disassembling the entire structure of a low temperature sauna room structure.

[0022]

[Embodiment 17] The present invention is a personal sauna room structural body having an air circulation port, which is configured so that the entire structure of the low temperature sauna room structural body can be carried in a trapezoidal structure.

[0023]

[Embodiment 18] According to the present invention, by using high-grade wood used for high-grade furniture or the like in at least the inner structure part of the peripheral side wall surface part of the surface of the whole structure of the low temperature sauna room structure, It is a personal sauna room structure having an air flow port that can be arranged at a desired position.

[0024]

[Embodiment 19] The present invention is a personal sauna room structure having an air flow port formed by forming an airtight door at an appropriate position on the peripheral side wall surface portion of the low temperature sauna room structure.

[0025]

[Embodiment 20] The present invention relates to a personal sauna room structure having an air flow port formed by disposing one or a plurality of transparent heat-resistant glass viewing windows at appropriate positions on a door.

[0026]

[Embodiment 21] The present invention is a personal sauna room structure having an air flow port formed as a double door by forming a small room between the door of the low temperature sauna room structure and the inside of the sauna room. .

[0027]

[Embodiment 22] In the present invention, a supporting member made of metal such as iron is disposed under a wooden saw-like structure, and the supporting member supports the saw-like structure, and a far-infrared radiation ceramics panel is provided. A personal sauna room structure having an air circulation port supported by a side surface and supporting a heat source such as an electric heater.

[0028]

Twenty-third Embodiment The present invention relates to an individual having an air circulation port formed by interposing a heat insulating material between a metal supporting member along a peripheral side wall surface portion of a low temperature sauna room structure and a side surface portion of the peripheral side wall surface portion. It is a sauna room structure.

[0029]

[Embodiment 24] According to the present invention, the ceiling of a low temperature sauna room structure has a three-layer structure, the upper structure of which is formed of plywood with oak, the intermediate structure is an aluminum foil-clad plywood, and the lower structure includes cypress. A personal sauna room structure having an air circulation port formed of high-grade wood.

[0030]

[Embodiment 25] In the present invention, the outer structure portion of the peripheral side wall surface portion of the low temperature sauna room structure is formed of plywood with heathered material, the intermediate structure is made into a heat insulating material, and the aluminum foil-clad plywood is arranged inside thereof. A personal sauna room structure having an air flow port formed by arranging a high-quality material including a cypress material such as spruce inside thereof.

[0031]

[Twenty-sixth Embodiment] The present invention is a personal sauna room structure having an air flow port formed by disposing a plane member made of non-combustible material such as rock wool under the heat source in the low temperature sauna room structure.

[0032]

[Effects] The present invention forms a sauna room in a box-like structure, and a flat member made of a heat-reflecting material is stretched over the inside of the box-like structure to facilitate heat reflection, and the intermediate member is insulated. Material to ensure heat insulation, the outer part is made of a rigid and dense material, the lower part of the floor part is formed by far-infrared radiator, and the heat source is installed at the lower part of it. Since the heat can be transferred to the far-infrared radiator located in, the heat generated from the lower part of the inside of the sauna room with the structure of a ridge, especially the heat source located below the floor part, that is, the part of the heating element is above it. It is possible to radiate electromagnetic waves into the sauna room via the far-infrared radiator located in, and the electromagnetic waves accompanied by the heat are generated by the inner members of the ceiling and the peripheral side wall surface parts surrounded by the flat member made of a heat-reflecting material such as aluminum. That can be reflected Ri, wherein per sauna waves with heat bather in the room and the temperature is also 45 ° C. to 60 room
By keeping the temperature at ℃, you can continue sweating in a comfortable state without losing your physical condition. Further, since the sauna room has a ridge-like structure, the bather has an effect of being able to take a bath in the sauna room with a sufficient space in spite of the relatively narrow space. In addition, since the outer part of the sauna room having the ridge-like structure is surrounded by the hard and dense wood, it has an effect of giving an expensive furniture-like appearance when viewed from the outside. Further, by making the size relatively small and making it about the same size as general large-sized furniture, there is an effect that it can be put in a room of a house or put out outdoors. Particularly, the sauna room structure of the present invention is intended to allow one or two people to take a bath individually, unlike a large-sized sauna room for business use. The size is suitable for people or guests to take a bath, for example, the width is 1200 mm, the height is 1800 mm,
By setting the depth to around 1800 mm or more, one adult and two children can take a bath,
Bathing can be continued for 30 minutes to 1 hour, or longer. The sauna room of the present invention is different from the conventional sauna room in which a part of the house room is destroyed and constructed, and it is possible to form a wide space that can be sufficiently used in the sauna room while making it as small as possible. A steam pipe that becomes a heat source,
Since the electric heater, the combustion gas generator, and the like are merely arranged below the floor portion, and it is not necessary to arrange any heat source-related members in other portions, it is possible to easily form a space in the sauna room. Among the heat sources, the electric heater can minimize the space of the heat source portion, and by associating the temperature control mechanism in the sauna room with the electric heater serving as the heat source, the heat source portion may be overheated. There is an effect that it is possible to reliably prevent an accident from occurring. Also,
By making the structure of the door of the sauna room completely the same in cross-sectional shape as the surrounding wall structure part of the peripheral side wall surface of the sauna room, there is an effect of surely preventing heat from escaping from the door part to the outside of the sauna room. Further, the sweating action of the human body is promoted as the ambient temperature becomes higher, but it is also known that if the temperature is too high, the skin is hurt and the physical condition is deteriorated. In order to avoid such a situation, the present invention should be carried out at a room temperature as low as possible, and the temperature range reached through repeated studies to prevent any trouble in sweating should not exceed 80 ° C. at a temperature higher than body temperature. I found out. And, the temperature range where the perspiration is relatively accelerated but the temperature is not relatively high is 45 ° C.
It was found to be from -60 ° C. Also, it has been found that 55 ° C is a temperature that is accepted by a relatively large number of people, although the optimum temperature varies depending on the person. Particularly, in the present invention, the sauna room is simply a high temperature room in consideration of the temperature condition necessary to promote sweating to the human body and the fact that the wavelength range of the electromagnetic wave suitable for sweating is 7 to 12 microns. Instead, it is characterized by arranging a far-infrared radiation ceramics panel above the heat source, and the electromagnetic waves adapted to sweating are radiated into the room through the panel to prevent the user of the sauna room from radiating. Oxygen uptake,
There is an effect that a good sweating state can be continued without causing any trouble in the breathing state and the pulse state. Therefore, it is completely different from the conventional sauna bathing method in that it takes about 5 to 10 minutes to bathe, and further bathing may make you feel sick in dehydration. However, it has the effect that even old people, women and children can take a bath without any discomfort. Of course, unlike conventional sauna bathing methods, there is no sudden pain, eye pain, or throat change that makes it difficult to say words, and high-heat, painful hair is completely altered. There is no effect.
Further, in particular, the present invention has a far-infrared radiation member floor portion made of a planar member of a far-infrared radiation body in a low temperature sauna room structure, a heat source is provided under the floor portion, and the room temperature thereof is 40 degrees Celsius. The effect is that the temperature can be adjusted within a temperature range of 90 to 90 degrees Celsius. Further, according to the present invention, a plurality of heat sources are provided below the floor portion of the low-temperature sauna room structure having a far infrared radiation member, the room temperature of which is in the temperature range of 40 degrees Celsius to 90 degrees Celsius. The air circulation port is installed at an appropriate position on the standing reflection plate of the section, and the warm air generated by the heat source on that side is moved to the side through the air circulation port, and the temperatures of multiple heat sources are compared. There is an effect that they can be adjusted to the same temperature for a relatively short time.

[Brief description of drawings]

FIG. 1 is a perspective view of the external structure of the entire personal sauna room structure of the present invention.

FIG. 2 is a plan view of an air circulating device for a personal sauna room structure according to the present invention.

3 is a cross-sectional view of a main part of the air circulation device shown in FIG.

[Explanation of symbols]

1 Floor part 2 Heat source 3 Air flow port 4 Standing reflector on the side of heat source

Claims (30)

[Claims] 1. A plurality of heat sources are provided below a floor portion, which is a member for radiating far-infrared rays, of a low temperature sauna room structure whose room temperature is in a temperature range of 40 ° C. to 90 ° C., and side portions of the heat sources. An air circulation port is provided at an appropriate position on the standing reflection plate of, and the warm air generated by the heat source on that side is moved to the side through the air circulation port, so that the temperatures of a plurality of heat sources can be kept relatively low. A personal sauna room structure having an air flow port, which can be adjusted to the same temperature in a short time. 2. A low temperature sauna room structure having a floor portion made of a far infrared ray radiating member, a heat source provided below the floor portion, and having a room temperature in the temperature range of 40 ° C. to 85 ° C. A heat source is provided at a lower position of a floor portion made of a far infrared ray radiating member, an air circulation port is arranged at an appropriate position on a side portion of the heat source, and the diameter or size of the air circulation port is set to an appropriate dimension, The warm air generated by the heat source on the side of the heat source is moved to the side through the air circulation port of the, and the temperature of the air on the side of the heat source is adjusted to the same temperature in a relatively short time. A personal sauna room structure having an air circulation port according to claim 1, wherein 3. A floor portion made of a far infrared ray radiating member, a wooden ventilation frame member in the shape of a saw is provided above the floor portion, and a heat source is provided below the floor portion. A heat source is provided below the floor portion of the low-temperature sauna room structure having a room temperature in the temperature range of 40 ° C. to 85 ° C. and made of far-infrared radiation members, and an air circulation port is provided at an appropriate position on the side of the heat source. Is arranged, and the diameter or size of the air circulation port is set to an appropriate dimension, and the warm air generated by the heat source of the side portion is moved to the side through the air circulation port, and 2. The personal sauna room structure having an air passage according to claim 1, wherein the temperatures of the side air can be adjusted to the same temperature in a relatively short time. 4. A low temperature sauna room structure having a floor portion made of a far infrared ray radiating member, a heat source provided below the floor portion and having a room temperature in the temperature range of 40 ° C. to 80 ° C. An air circulation device is arranged at an appropriate position above or below the floor portion, and a plate-shaped structure portion having a through hole of the air circulation device is provided. Below the plate-shaped structure portion, an air circulation port is provided. , The warm air generated by the heat source on the side of the heat source is moved laterally so that the temperature of the air on the side of the heat source can be adjusted to the same temperature in a relatively short time. A personal sauna room structure having the air circulation port according to 1. 5. A low temperature sauna room structure having a floor portion made of a far infrared ray radiating member, a heat source provided below the floor portion, and having a room temperature in the temperature range of 40 ° C. to 80 ° C. An air circulation device is installed at an appropriate position above the floor portion, and warm air generated by the heat source on the side of the heat source portion is moved to the side through the air circulation port, and the side of the heat source portion is moved. The temperature of the other air can be adjusted to the same temperature in a relatively short period of time, and the outer structure member with a good appearance such as wood made of a rigid and dense material is arranged, The personal sauna room structure having an air circulation port according to claim 1, wherein the entire structure is a rigid, box-like structure. 6. A low-temperature sauna room structure is provided with a floor portion made of far-infrared radiation ceramics, the floor portion being an upper structural portion, and a steam pipe connected to a steam generator at a position below the upper structural portion. The personal sauna room structure having an air circulation port according to claim 1, wherein a heat source is provided, an electric heater is used as the heat source, or the thermal energy of the combustion gas is used as the heat source. 7. A steam generator at a position below the upper structure portion is a floor portion made of an aggregate of small structures having a wide surface such as a granular body or a lump formed of a far infrared radiation ceramics body. A heat source consisting of a steam pipe connected to the heat source, or an electric heater as a heat source, or the upper part of the floor of the low temperature sauna room structure that uses the heat energy of the combustion gas as a heat source. The personal sauna room structure having an air circulation port according to claim 1, wherein the portion is provided. 8. A far-infrared radiating ceramics panel is provided on the floor, and a heat source consisting of a steam pipe connected to a steam generator is provided below the panel, or an electric heater is used as the heat source, or combustion is performed. In a low temperature sauna room structure using heat energy of gas as a heat source, a flat member such as a plate member or a thin film member made of a heat-reflecting material is stretched inside the ceiling and the surrounding side wall surface portion, and the outside thereof A heat insulating material is arranged on the outside, and the outer side is surrounded by a material made of a rigid and dense material to form a box-like structure, and the floor portion is directly or below the floor portion is formed by the far infrared radiator, 2. The personal sauna room structure having an air circulation port according to claim 1, wherein a heat source capable of transmitting heat to the far-infrared radiator is disposed below the heat source. 9. A flat member made of a heat-reflecting material such as an aluminum plate or an aluminum film is provided inside the ceiling and the peripheral side wall surface of the low temperature sauna room structure, respectively.
A layered portion made of a heat insulating material capable of holding an air layer is formed outside at least the flat member made of a heat-reflecting material of the peripheral side wall surface portion, and the outside is surrounded by a hard and dense material wood to form a box-like structure. A personal sauna room structure having an air flow opening according to claim 1. 10. A flat member made of a heat-reflecting material is stretched inside the ceiling and the peripheral side wall surface of the low temperature sauna room structure,
The personal sauna room structure having an air circulation port according to claim 1, wherein a wood made of a rigid and dense material which is hard to be deformed by heat is arranged inside the flat member. 11. The personal sauna room structure having an air circulation port according to claim 1, wherein a heat insulating material such as glass wool is provided in the central portion of the ceiling and the peripheral side wall surface portion. 12. An inner plane member made of a hard and dense wood, a middle plane member made of a heat-reflecting material made of aluminum, a peripheral side wall surface portion inside the low temperature sauna room structure from the inside to the outside thereof, a hard and dense body. The personal sauna room structure having an air passage according to claim 1, which has a four-layer structure of an outer flat member made of wood. 13. A wood material which is hard, dense and heavy, such as oak, cypress, oak, etc., having a high strength and a low shrinkage ratio, is arranged in the inner structure part and the outer structure part of the peripheral side wall surface part in the low temperature sauna room structure. A personal sauna room structure having an air circulation port according to claim 1. 14. The personal sauna room structure having an air circulation port according to claim 1, wherein the outer structure portion of the peripheral side wall surface portion is formed of a dense and hard wood which has beautiful wood grain. 15. A cypress, which is a kind of cypress or a spruce of cypress with color tone, luster, fragrance, and the like, in which the inner structural portion of the peripheral side wall surface of the low temperature sauna room structure is less likely to be deformed and has durability. The personal sauna room structure having an air passage according to claim 1, which is formed of a material such as (CYPRESS). 16. A ladder-shaped structure formed of wood that is hard to be deformed by heat is arranged on the uppermost structural part of the floor part, and a far-infrared radiation ceramics panel is arranged below it.
The personal sauna room structure having an air circulation port according to claim 1, wherein a heat source including an electric heater, a radiator such as a steam pipe, and other radiators or heat generators is disposed thereunder. 17. A personal sauna room structure having an air circulation port according to claim 1, which is adapted to be placed on a planar structure part of concrete floor or a planar structure part of board floor such as floor or corridor. 18. The air according to claim 1, wherein the lower structure of the heat insulating material in the central portion of the peripheral side wall surface of the low temperature sauna room structure is formed of a fire resistant stone material such as Otani stone or anti-fire stone. A personal sauna room structure having a flow port. 19. A joist is provided under the slatted structure, a Daihiki is provided under the joist, and a far-infrared emitting ceramics panel is provided between the Daihiki facing each other. 2. A personal sauna room structure having an air circulation port according to claim 1, wherein a receiving material for the ceramic body panel is provided in the interior, and an electric heater serving as a heat source, a steam pipe, or another heat source is provided under the receiving material. body. 20. An individual having an air circulation port according to claim 1, wherein a stone plate made of stone material having high fire resistance such as Otani stone and anti-fire stone is arranged below the inner structural portion of the peripheral side wall surface portion. Sauna room structure. 21. The air circulation port according to claim 1, wherein the whole structure is made into a scenic structure so that it can be carried, and a thin television receiver is arranged at an appropriate position on the peripheral side wall surface portion in the low temperature sauna room structure. The personal sauna room structure that has. 22. By using high-grade wood used for high-grade furniture etc. in at least the inner structure part of the side wall surface part of the outer surface part of the entire structure of the sauna room, it can be arranged at a desired position in the room of the house. A personal sauna room structure having an air circulation opening according to claim 1. 23. The personal sauna room structure having an air circulation port according to claim 1, wherein an airtight door structure is formed at an appropriate position on the peripheral side wall surface portion. 24. The personal sauna room structure having an air circulation port according to claim 1, wherein one or more viewing windows made of transparent heat-resistant glass are arranged at appropriate positions on the door. 25. The personal sauna room structure with an air flow opening according to claim 1, wherein a small space is formed between the door and the room inside the sauna room to dispose a double door. 26. A metal support member is disposed under a wooden drainage structure, and the support member supports the drainage structure and the far-infrared radiation ceramics panel, and an electric heater or the like. The personal sauna room structure having an air circulation port according to claim 1, wherein the member serving as the electric heat source is supported. 27. A heat insulating material is interposed between an inner member of the peripheral side wall surface part and an outer member of the peripheral side wall surface part so that the heat insulation of the low temperature sauna chamber can be performed by the heat insulating material. A personal sauna room structure having the air circulation port according to 1. 28. The ceiling has a three-layer structure, the upper structure thereof is formed of plywood with a kneading material, and the intermediate structure is an aluminum foil-clad plywood,
2. The personal sauna room structure having an air circulation port according to claim 1, wherein the lower structure is a high-grade material containing a cypress such as spruce. 29. The outer structure portion of the peripheral side wall surface portion is formed of a plywood with a kneading material, the intermediate structure is a heat insulating material, the aluminum foil clad plywood is arranged inside the heat insulating material, and the inside is made into a high-grade material such as a cypress. A personal sauna room structure having an air flow opening according to claim 1. 30. The personal sauna room structure having an air circulation opening according to claim 1, wherein a flat member made of non-combustible building material such as a plurality of rock wool boards is arranged under a heat source.