JPH05161687A - Private sauna room structural body - Google Patents

Abstract

PURPOSE:To provide the private sauna room structural body which can be handled in the same way as general furniture is taken in and out to and from the inside of general home by providing that which is formed by laminating a heat reflective material, a heat insulating material and wood from the inside, on a ceiling and a peripheral side wall surface part, and forming the whole structure by a box-like structure. CONSTITUTION:In the inside of a ceiling 1 and a peripheral side wall surface part 2, respectively of a sauna room, a plane member 3 consisting of a heat reflective material is extended and provided. A box-like structure is formed by providing a heat insulating material 4 on its outside, and also, surrounding its outside by a material 5 of a hard and elaborate quality. A floor part 6 is formed directly or the part positioned in the lower part of the floor part 6 is formed by an extreme infrared radiator, and in its lower position, a heat source 8 which can transmit heat to the extreme infrared radiator is provided. In such a way, even in a comparatively narrow space, a bathing person can take a bath by having sufficient room in the sauna room, and also, its sauna room can be taken into a room of a house or can be taken out to the outdoors.

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, and more particularly to a movable personal sauna room structure.

[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 sweating and enhance metabolism. However, the facilities of those sauna rooms were all sauna rooms for business purposes, and were not personally available 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 manner as ordinary furniture can be put in and taken out of a room of a house of a general household. It is what

[0004]

A floor portion made of a far-infrared radiation member is used as an upper structural portion, a heat source is provided below the upper structural portion, and the heat source has thermal energy of steam generated by a steam generator. , Or an electric heater, or the heat energy of the combustion gas, or other heat energy, in a low temperature sauna room structure, inside the ceiling and the peripheral side wall surface A flat member made of a heat-reflecting material is stretched, a heat insulating material is arranged on the outside thereof, and a hard and dense material such as wood is arranged on the outside thereof to provide an excellent appearance. Is a personal sauna room structure having a box-like structure.

[0005]

According to the present invention, the sauna room is formed in a flat structure, and a flat member made of a heat-reflecting material is stretched on the inner side of the flat structure to facilitate heat reflection, and the intermediate member is insulated. Material to ensure heat insulation, the outer part is made of hard 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 located below it. Since it is arranged so that heat can be transferred to the far-infrared radiator above the heat source, the heat source is located in the lower part of the inside of the sauna room with a ridge-like structure, particularly below the floor part,
That is, the heat generated from the heating element portion can radiate electromagnetic waves into the sauna room through the far infrared radiator above the heating element, and the electromagnetic waves accompanied by the heat are flat surfaces made of a heat-reflecting material such as aluminum. It can be reflected by the inner member of the ceiling and the surrounding side wall surface surrounded by the members, the bather in the sauna room is exposed to heat-induced electromagnetic waves, and the room temperature is kept at 45 to 60 ° C. You can continue sweating in a comfortable state without breaking down. Further, since the sauna room has a ridge-like structure, a bather can take a bath in the sauna room with a sufficient space in a relatively narrow space. In addition, 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 as large as general large-sized furniture, it can be put in the room of a house or taken out. Particularly, the sauna room structure of the present invention is different from a large-sized sauna room for business, and is intended to allow one or two people to take a bath individually. Or make it suitable for neighbors or guests to take a bath, for example a width of 12
00mm, height 1800mm, depth about 1800mm, or more, one adult,
Two children can take a bath for 30 minutes to 1 hour or more. 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, so that the sauna room can form a wide space that can be sufficiently used while being as small as possible. It is easy to create a space in the sauna room because the steam pipes, electric heaters, combustion gas generators, etc. that serve as heat sources are installed below the floor part, and there is no need to install any heat source related parts in other parts. Is. Then, 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. It is possible to reliably prevent accidents from occurring. In addition, the structure of the door of the sauna room has exactly the same sectional shape as the surrounding wall structure part of the peripheral side wall surface of the sauna room, so that heat can be surely prevented 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 is conducted at the lowest possible room temperature, and the temperature range reached through repeated studies to prevent the sweating action from being hindered should not exceed 80 ° C. above the body temperature. I found out. It was also found that the temperature range in which the perspiration action is relatively promoted but the temperature is not relatively high is 45 ° C to 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 for promoting sweating to the human body and the fact that the wavelength range of the electromagnetic wave suitable for sweating is 7 to 12 microns. Rather, it is characterized by arranging a far-infrared radiation ceramics panel above the heat source, and the electromagnetic wave adapted to sweating is radiated into the room through the panel to prevent the user of the sauna room from radiating. A good sweating state can be continued without causing any trouble in the oxygen intake state, the breathing state, the pulse state, and the like. Therefore, like traditional sauna bathing methods, 5
It takes about 10 to 10 minutes to complete the bath, and it is completely different from the feeling that dehydration may make you feel uncomfortable if you take a longer bath. No matter whether you are sick, the elderly, a woman, or a child. You can take a bath without any problem. Of course, unlike conventional sauna bathing methods, there is no sudden pain in the eyes, pain in the eyes, or throat changes that make it difficult to say words. Nor.

[0006]

[Embodiment 1] A floor portion made of far-infrared radiation ceramics is used as an upper structure portion, and a heat source made of a steam pipe connected to a steam generator is arranged below the upper structure portion, or an electric heater is provided. This is a personal sauna room structure which is used as a heat source or the heat energy of combustion gas.

[0007]

[Embodiment 2] A floor portion formed 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 is an upper structure portion, and a steam generator is located below the upper structure portion. As a superstructure part of the floor part of the low temperature sauna room structure, which is provided with a heat source consisting of a steam pipe connected to the above, or an electric heater is used as the heat source, or the heat energy of the combustion gas is used as the heat source. It is a personal sauna room structure in which a drain-like portion is arranged.

[0008]

[Embodiment 3] A panel made of far-infrared radiating ceramics is arranged on the floor and a heat source consisting of a steam pipe connected to a steam generator is arranged below it, or an electric heater is used as a heat source. Is a low temperature sauna room structure that uses the heat energy of combustion gas as a heat source, and 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 peripheral side wall surface, respectively. A heat insulating material is placed on the outside, and the outside is surrounded by a rigid and dense material to form a box-like structure, and the floor portion is formed directly or below the floor portion by far infrared radiator. Further, the sauna room structural body for personal use, in which a heat source capable of transmitting heat to the far-infrared radiator is arranged in a lower position thereof.

[0009]

[Embodiment 4] A flat member made of a heat-reflecting material such as an aluminum plate or an aluminum film is stretched inside each of the ceiling and the peripheral side wall surface, and at least the flat member made of a heat-reflecting material for the peripheral side wall surface is provided. A personal sauna room structure in which a layered portion made of a heat insulating material capable of holding an air layer is formed on the outer side, and the outer side is surrounded by a hard and dense material of wood to form a box-shaped structure.

[00010]

[Embodiment 5] A flat member made of a heat-reflecting material is stretched on the inside of the ceiling and the peripheral side wall surface, and a hard and dense material which is hard to be deformed by heat is arranged inside the flat member. It is a personal sauna room structure.

[0011]

[Embodiment 6] A personal sauna room structure in which a heat insulating material such as glass wool is disposed in the central portion of the ceiling and the peripheral side wall surface.

[0012]

[Embodiment 7] Inner plane member made of hard and dense lumber from its inner side to outer side, middle plane member made of aluminum heat-reflecting material, and outer plane member made of hard and dense wood. It is a personal sauna room structure with a four-layer structure.

[0013]

[Embodiment 8] A personal sauna in which oak, cypress, oak, etc. are strong and have a low shrinkage ratio, and hard, dense and heavy wood is placed in the inner and outer structural parts of the peripheral side wall surface. It is a room structure.

[0014]

[Embodiment 9] A personal sauna room structure in which the outer structure portion of the peripheral side wall surface portion is formed of a dense and hard wood which has beautiful wood grain.

[0015]

[Embodiment 10] For personal use, the inner structural portion of the peripheral side wall surface portion is made of a material such as a cypress which is durable and durable, and has a color tone, luster, fragrance, or a kind of cypress (cypress). It is a sauna room structure.

[0016]

[Embodiment 11] On the uppermost structural portion of the floor portion, there is provided a saw-toothed structure formed of wood that is hard to be deformed by heat, and a far infrared radiating ceramics panel is provided below it. A sauna room structure for personal use, in which a heat source including an electric heater, a radiator such as a steam pipe, another radiator, or a heating element is disposed.

[0017]

[Embodiment 12] A personal sauna room structure that can be placed on concrete.

[0018]

[Embodiment 13] A personal sauna room structure in which the lower structure of the heat insulating material in the central portion of the peripheral side wall is made of fire-resistant stone material such as Otani stone.

[0019]

[Embodiment 14] A joist is arranged under the slatted structure, a Daihiki is arranged under it, and a far-infrared emitting ceramics panel is arranged between the Daihiki facing each other. Is a personal sauna room structure in which a ceramic panel-receiving material is disposed underneath, and an electric heater serving as a heat source, steam or another heat source is disposed thereunder.

[0020]

[Embodiment 15] A personal sauna room structure in which a stone plate made of stone material having high fire resistance such as Otani stone is arranged below the inner structure portion of the peripheral side wall surface portion.

[0021]

[Embodiment 16] A personal sauna room structure in which the entire structure is assembled and disassembled.

[0022]

[Embodiment 17] A sauna room structure for personal use, which is constructed so that it can be carried as a whole structure.

[0023]

[Embodiment 18] By using high-grade wood used for high-grade furniture in at least the inner structure of the peripheral side wall of the entire structure of the sauna room, it can be arranged at a desired position in the room of the house. This is the personal sauna room structure that is formed in this way.

[0024]

[Embodiment 19] A sauna room structure for personal use, in which a door having the same sectional structure as the peripheral side wall surface portion is formed at an appropriate position on the peripheral side wall surface portion.

[0025]

[Embodiment 20] A personal sauna room structure in which one or a plurality of transparent heat-resistant glass viewing windows are arranged at appropriate positions on a door.

[0026]

[Embodiment 21] A personal sauna room structure having a double door by forming a small space between the door and the room inside the sauna room.

[0027]

[Embodiment 22] A support member made of metal such as iron is disposed under a wooden drainage structure, and the support member supports the drainage structure and the far-infrared radiation ceramics panel is supported by its side surface portion. In addition, it is a personal sauna room structure that supports a member serving as a heat source such as an electric heater.

[0028]

Twenty-third Embodiment A personal sauna room structure in which a heat insulating material is interposed between a metal supporting member along the peripheral side wall surface portion and a side surface portion of the peripheral side wall surface portion.

[0029]

[Example 24] The ceiling has a three-layer structure, the upper structure thereof is formed by a plywood with a mixture, and the intermediate structure is an aluminum foil-clad plywood,
This is a personal sauna room structure in which the lower structure is made of cypress wood such as spruce.

[0030]

Twenty-fifth Embodiment An outer structure portion of the peripheral side wall surface portion is formed of a plywood with a kneading material, an intermediate structure is made into a heat insulating material, an aluminum foil-clad plywood is arranged inside the heat insulating material, and a spruce or other cypress is arranged inside thereof. This is the structure of the personal sauna room that is installed.

[0031]

[Embodiment 26] A personal sauna room structure in which two plane members made of an incombustible material such as asbestos slate are arranged under a heat source.

[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 inside 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 hard 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 located below it. Since it is arranged so that heat can be transferred to the far-infrared radiator above the heat source, the heat source is located in the lower part of the inside of the sauna room with a ridge-like structure, particularly below the floor part,
That is, the heat generated from the heating element portion can radiate electromagnetic waves into the sauna room through the far infrared radiator above the heating element, and the electromagnetic waves accompanied by the heat are flat surfaces made of a heat-reflecting material such as aluminum. It can be reflected by the inner member of the ceiling and the surrounding side wall surface surrounded by the members, the bather in the sauna room is exposed to heat-induced electromagnetic waves, and the room temperature is kept at 45 to 60 ° C. The effect is that you can continue sweating in a comfortable state without breaking down. Further, since the sauna room has a ridge-like structure, there is an effect that a bather can take a bath in the sauna room with a sufficient space in a relatively narrow space. In addition, 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, there is an effect that it can give a feeling of extremely expensive furniture when viewed from the outside. The relatively small size of the furniture allows it to be put in a room of a house or put out of the house. Particularly, the sauna room structure of the present invention is different from a large-sized sauna room for business, and is intended to allow one or two people to take a bath individually. Or a size that is suitable for neighbors or guests to take a bath, for example, width 1200 mm, height 1800 mm, depth 1800
By adjusting the size to around mm or more, one adult and two children can bathe for 30 minutes to 1 hour or more.
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, so that the sauna room can form a wide space that can be sufficiently used while being as small as possible. It is easy to form a space inside the sauna room because the steam pipes, electric heaters, combustion gas generators, etc. that serve as heat sources are installed below the floor part, and there is no need to install any heat source-related members in other parts. There is a possible effect.
Then, 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. It has an effect of surely preventing an accident from occurring. 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, there is an effect that the heat is surely prevented 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 is conducted at the lowest possible room temperature, and the temperature range reached through repeated studies to prevent the sweating action from being hindered should not exceed 80 ° C. above the body temperature. I found out. It was also found that the temperature range in which the perspiration action is relatively promoted but the temperature is not relatively high is 45 ° C to 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 for promoting sweating to the human body and the fact that the wavelength range of the electromagnetic wave suitable for sweating is 7 to 12 microns. Rather, it is characterized by disposing a far-infrared radiation ceramics panel above the heat source,
The effect of radiating electromagnetic waves adapted to perspiration through the panel into the room and maintaining a good sweating state without causing any problems in the oxygen intake state, breathing state, pulse state, etc. of sauna room users There is. Therefore, it takes about 5 to 10 minutes to bathe as in the conventional sauna bathing method,
It is completely different from that if you take a bath more than that, you may feel sick in dehydration.
It is effective for women and children to take a bath without any discomfort. Of course, unlike conventional sauna bathing methods, there is no sudden pain in the eyes, pain in the eyes, or throat changes that make it difficult to say words. There is no effect.

[Brief description of drawings]

FIG. 1 is a perspective view showing an appearance of an entire structure of a personal sauna room structure according to the present invention.

FIG. 2 is a vertical sectional view of FIG.

3 is a detailed cross-sectional view of a circle A portion of FIG.

FIG. 4 is a detailed sectional view of a circle B in FIG.

5 is a vertical cross-sectional view of another embodiment of FIG.

FIG. 6 is a conceptual diagram showing a mode in which far infrared rays are radiated into a room.

FIG. 7 is a conceptual diagram by a perspective view method showing a radiation mode of far infrared rays in another embodiment different from FIG.

FIG. 8 is a conceptual diagram showing a far-infrared radiation mode of an embodiment in which the arrangement positions of the heat sources are the same as those in FIG. 7 but are different in other portions.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Ceiling 2 Circumferential side wall surface part 3 Planar member made of heat-reflecting material 4 Layered member made of heat insulating material 5 Outer structure part 6 surrounded by wood 6 Floor part 7 Sludge-like structure 8 Heat source 9 Far infrared radiation ceramics panel 10 Vertical Facing iron panel 11 door

Claims (27)

[Claims] 1. A floor part made of a member for radiating far infrared rays is used as an upper structure part, and a heat source is provided below the upper structure part, and the heat source is thermal energy of steam generated by a steam generator, In the low temperature sauna room structure which is an electric heater, a heat energy of combustion gas, or other heat energy, a heat-reflecting material is provided on the inside of the ceiling and the peripheral side wall surface of the structure. Stretch a flat member consisting of
Furthermore, a personal sauna room structure is formed on the outer side of which is made of a hard and dense material such as wood, which has an excellent appearance, so that the overall structure is a squat-like structure. 2. A floor portion made of far infrared radiating ceramics is used as an upper structure portion, and a heat source made of a steam pipe connected to a steam generator is arranged below the upper structure portion, or an electric heater is provided. The personal sauna room structure according to claim 1, which is used as a heat source or the heat energy of combustion gas is used as a heat source. 3. A steam generator is provided at a position below the upper structure part, which is a floor part composed of an aggregate of small structures having a wide surface such as a granular body or a lump of the far infrared radiation ceramics body. As a superstructure part of the floor portion of the low temperature sauna room structure, which is provided with a heat source consisting of a steam pipe connected to the above, or an electric heater is used as the heat source, or the heat energy of the combustion gas is used as the heat source. The personal sauna room structure according to claim 1, wherein the drain-like portion is provided. 4. 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 it, or an electric heater is used as the heat source. Is a low temperature sauna room structure that uses the heat energy of combustion gas as a heat source, and 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 peripheral side wall surface, respectively. A heat insulating material is placed on the outside, and the outside is surrounded by a rigid and dense material to form a box-like structure, and the floor portion is formed directly or below the floor portion by far infrared radiator. The personal sauna room structure according to claim 1, wherein a heat source capable of transmitting heat to the far-infrared radiator is disposed below the heat source. 5. A flat member made of a heat-reflecting material such as an aluminum plate or an aluminum film is stretched inside each of the ceiling and the side wall surface portion, and at least the flat member made of a heat-reflecting material for the peripheral side wall surface portion is provided. The personal sauna room structure according to claim 1, wherein a layered portion made of a heat insulating material capable of holding an air layer is formed on the outer side, and the outer side is surrounded by a hard and dense material of wood to form a box-shaped structure. 6. A flat member made of a heat-reflecting material is stretched inside the ceiling and the peripheral side wall surface portion, and a hard and dense material which is hard to be deformed by heat is arranged inside the flat member. The personal sauna room structure according to claim 1. 7. The personal sauna room structure according to claim 1, wherein a heat insulating material such as glass wool is provided in a central portion of the ceiling and the peripheral side wall surface portion. 8. An inner plane member made of hard and dense lumber from its inner side to outer sides, an intermediate plane member made of aluminum heat-reflecting material, and an outer plane member made of hard and dense wood. The four-layer structure of
The personal sauna room structure described. 9. A wood material, such as oak, cypress, oak, etc., which has a high strength and a low shrinkage ratio, and which is made of a hard, dense and heavy material is disposed in the inner structure part and the outer structure part of the peripheral side wall surface part. The personal sauna room structure described. 10. The outer structural portion of the peripheral side wall surface portion is formed by a dense and hard wood which has a beautiful wood grain.
The personal sauna room structure described. 11. The inner structural portion of the peripheral side wall surface portion is formed of a material such as a cypress, which is durable and has durability, and has a color tone, luster, fragrance, or a type of cypress. 1. The personal sauna room structure according to 1. 12. A sludge-like structure formed of wood, which is hard to be deformed by heat, is disposed on the uppermost structural portion of the floor portion,
A far-infrared radiating ceramics panel is provided on the lower side of the panel, and an electric heater, a radiator such as a steam pipe, other radiators, or a heat source composed of a heating element is provided below the panel. 1. The personal sauna room structure according to 1. 13. The personal sauna room structure according to claim 1, which is adapted to be placed on concrete. 14. The personal sauna room structure according to claim 1, wherein the lower structure of the heat insulating material in the central portion of the peripheral side wall surface is formed of a fire resistant stone material such as Otani stone. 15. A joist is arranged under the drainage structure,
A Daihiki is arranged below it, a far-infrared radiation ceramics panel is arranged between the Daihikis facing each other, and a receiving member for the ceramics panel is arranged below it, and a heat source is provided under the panel. The personal sauna room structure according to claim 1, wherein an electric heater, steam or other heat source is provided. 16. The personal sauna room structure according to claim 1, wherein a stone plate made of stone material having high fire resistance such as Otani stone is provided below the inner structural portion of the peripheral side wall surface portion. 17. The personal sauna room structure according to claim 1, wherein the entire structure is assembled and disassembled. 18. The personal sauna room structure according to claim 1, wherein the entire structure is made into a box-like structure and can be carried. 19. A sauna can be arranged at a desired location in a room of a house by using high-grade wood used for high-grade furniture or the like in at least an inner surface of the side wall of an outer structure of the entire sauna room. The personal sauna room structure according to claim 1, which is formed as described above. 20. The personal sauna room structure according to claim 1, wherein a door having the same sectional structure as the peripheral side wall surface portion is formed at an appropriate position on the peripheral side wall surface portion. 21. The personal sauna room structure according to claim 1, wherein one or more viewing windows made of transparent heat-resistant glass are arranged at appropriate positions on the door. 22. The personal sauna room structure according to claim 1, wherein a small space is formed between the door and the room inside the sauna room to form a double door. 23. A support member made of metal such as iron is disposed under the wooden drainage structure, and the support member supports the drainage structure and the far-infrared emitting ceramics panel is supported by its side surface portion. The personal sauna room structure according to claim 1, further comprising a member that serves as a heat source, such as an electric heater. 24. The personal sauna room structure according to claim 1, wherein a heat insulating material is interposed between the metal supporting member along the peripheral side wall surface portion and the side surface portion of the peripheral side wall surface portion. 25. The ceiling structure has a three-layer structure, the upper structure thereof is formed by plywood with a kneading material, the intermediate structure is formed of aluminum foil-clad plywood, and the lower structure is formed by a cypress material such as spruce. Personal sauna room structure. 26. An outer structural portion of the peripheral side wall surface portion is formed of a plywood with kneading, an intermediate structure is made into a heat insulating material, an aluminum foil-clad plywood is arranged inside thereof, and a spruce or other cypress is arranged inside thereof. The personal sauna room structure according to claim 1, which is provided. 27. The personal sauna room structure according to claim 1, wherein a flat member made of a non-combustible material such as two layers of asbestos slate is disposed under the heat source.