JP3143851U - Personal sauna room - Google Patents

Abstract

[PROBLEMS] To form a bathroom body with a bottomed cylinder and to have a top cover and side doors that can be freely opened and closed, simplifying the shape and improving mass productivity, and enabling a limited space while being compact. It can be used to widen the bathroom, and it can be used easily by individuals, there is no feeling of pressure, the back can be tilted backwards, it is relaxed, it feels free, and it is easy to install Provide a personal sauna room.
SOLUTION: A bathroom body formed in a bottomed cylindrical shape, an upper cover that is slidably opened on the upper surface of the bathroom body in an inclined shape with a lower front side and a higher rear side of the bathroom body, and formed on the back side of the upper cover An opening formed, a side door formed to be openable and closable on one side of the bathroom body, and a seat part having a seat surface part arranged to partition the interior space of the bathroom body into a bathroom and a control room, Humidifier installed in the control room, wall surface heating part embedded in the bathroom wall, floor radiator bedrock layer formed on the floor surface of the bathroom, and floor heating embedded in the floor And a section.
[Selection] Figure 2

Description

  The present invention relates to a personal sauna room using a far-infrared effect installed in an existing facility such as a private house or a hotel.

In recent years, rock baths using natural ore bedrock such as conglomerate horn health (Amaterite), radon ore, feldspar, tourmaline, radium ore, barley stone, granite etc. that can emit far-infrared rays. The facility has gained popularity.
Against this background, there is a need to enjoy a rock bath and sauna at home instead of a rock bath facility, a desire to enjoy a private room feeling, a need to introduce a bedrock bath in a hotel or other facility at a low budget, and elderly There is a growing need for people with disabilities and physically disabled people to take a bath easily on their own, and a personal sauna (bedrock bath) room is being considered.
For example, (Patent Document 1) includes a door provided with a bulge for securing a volume on the back surface inclined to the rear and the front of the box body, in a state where the face is outside the bathroom sitting on the seat surface A home mist sauna to be used is disclosed (Patent Document 2). A box-shaped sauna room main body having a neck hole in an upper surface wall, and a stool provided at a lower part in the back of the sauna room main body. In addition, a mist sauna device including a steam generator installed in an evaporation chamber in a space below the stool is disclosed (Patent Document 3), and a stool portion is formed inside a sealed sauna body. A home sauna is disclosed in which a steam generator is housed in the lower part of the seat, and hot steam is filled into the sauna body from the steam generator.
Utility Model Registration No. 3129476 JP 2008-54755 A Japanese Utility Model Publication No. 5-142

However, the above conventional technique has the following problems.
(1) (Patent Document 1) can take a bath with a face, so it is difficult to feel the pressure of the field of view, but the back of the box body must be inclined backward and a bulge must be provided on the front door, There was a problem that the shape was complicated and lacked mass productivity. In addition, since the door bulge is formed in an arc shape, the feet and neck are likely to be cramped, it is difficult to move when seated, and sufficient relaxation effect cannot be obtained due to the feeling of pressure, resulting in poor usability There was a problem.
(2) (Patent Document 2) can take a bath with a face, but since the neck hole is formed in the flat top wall, the top wall enters the field of view and there is not only a feeling of pressure, but also the back. People who have a low profile cannot reliably expose their entire face to the outside of the sauna room, and conversely, those who are tall are difficult to move because their shoulders are supported by the top wall, and lack of versatility and usability. was there.
In addition, the left and right side walls are divided into front and rear by an oblique cut line, and the front part of the main body is formed to open diagonally forward with respect to the rear part with the lower end of the front wall as a fulcrum, so the structure is complicated Insufficient mass production, heavy front part, large opening and closing work, and the front part must be tilted in front of the main body to enter and exit the sauna room, requiring a large installation space However, there was a problem of lack of space saving and installation flexibility.
Furthermore, since there is no backrest portion on the stool, there is a problem that it is necessary to sit with the back stretched, it becomes easy to feel a sense of tightness, a sufficient relaxing effect cannot be obtained, and the usability is lacking.
In addition, it is necessary to put in and out the drawer containing the steam generator from the side of the main body of the sauna room, and space for the side must be secured for maintenance. When installing multiple units side by side, there was a problem in that they did not fit well and lacked installation flexibility.
(3) (Patent Document 3) is formed by a double door lid that can be opened and closed to both sides in a symmetrical manner while tilting most of the top plate at the upper end of the left and right side walls forward. Since the front door is provided on the front so that it can be opened and closed in the left and right direction, when entering and exiting the sauna body, a total of three doors, the left and right lid doors and the front door, must be opened and closed. However, there was a problem that it was complicated and lacked in handleability. In particular, it was difficult to open and close the left and right lid doors alone while sitting on the seat, and there was a problem of lack of usability.
In addition, a space for opening and closing the lid door and the front door is required on the left and right sides and the front side of the sauna body, and there is a problem that the space saving property and the installation flexibility are lacking. In addition, in order to perform maintenance of the steam generator, a small door that can be opened and closed outward is provided on the side of the sauna body to secure a work space, and multiple units are installed in a small space for facilities such as hotels. In order to install side by side, there was a problem that the accommodation was poor and the installation flexibility was lacking.
In addition, since the back plate is erected vertically on the rear edge of the seat plate, it is necessary to sit with the back straight, making it easier to feel a sense of pressure, not obtaining a sufficient relaxing effect, usability There was a problem of lacking.

  The present invention solves the above-mentioned conventional problems, and the shape of the bathroom body is simplified by forming the bathroom body into a bottomed cylindrical shape and having an upper cover that can be opened and closed and a side door. The mass production can be improved, the shape is compact, the limited space can be used effectively, and the bathroom can be widened despite being compact, so that it can be used easily by individuals. It is possible to provide a personal sauna room that is easy to install, has no feeling of pressure, can tilt its back backwards, and is excellent in relaxation and release.

In order to solve the above conventional problems, the personal sauna room of the present invention has the following configuration.
The personal sauna room according to claim 1 of the present invention includes a bathroom body formed in a bottomed cylindrical shape, and an upper surface of the bathroom body formed in an inclined shape so that the front side of the bathroom body is low and the back side is high. An upper cover that can be opened and closed freely, an opening formed in the upper cover on the back side of the bathroom body, a side door that can be opened and closed on one side of the bathroom body, and A seat portion having a seating surface portion for one person disposed in the bathroom body so as to partition the interior space of the bathroom body into a bathroom and a control room, and a humidifier disposed in the control room to humidify the bathroom. And a wall surface heating part embedded in the wall surface of the bathroom, a floor radiator bedrock layer that radiates electromagnetic waves such as far infrared rays formed on the surface of the floor of the bathroom, and embedded in the floor part A floor heating unit for heating the floor radiator bedrock layer, It is.
With this configuration, the following effects can be obtained.
(1) Since it has an opening formed in the upper cover on the back side of the bathroom body, the user can sit on the seat with the head protruding from the opening, making it difficult to feel pressure and usability Excellent.
(2) Since the top cover is formed in an inclined shape so that the front side of the bathroom body is low and the back side is high, the neck and shoulders should feel pressured regardless of the back height or sitting height of the bather. In addition, the face can be put out from the opening while sitting on the seat, the upper cover is difficult to enter, the field of view is wide, and versatility, relaxation, and feeling of freedom are excellent.
(3) By having an upper cover that can be opened and closed on the upper surface of the bathroom body, the upper surface of the bathroom body can be opened widely so that the upper cover can be flipped upward. Easy to enter, exit, sit, and stand up, and has excellent usability.
(4) By having an upper cover that can be opened and closed on the upper surface of the bathroom body and a side door that is formed to be openable and closable on one side of the bathroom body, The opening amount of the top cover and the side door can be appropriately selected according to the height of the ceiling of the installation site or the distance from the wall or adjacent obstacles. Excellent versatility and installation flexibility.
(5) By disposing the seat in the bathroom body, the interior space of the bathroom body can be divided into an entrance bathroom and a control room, which is excellent in mass productivity and space saving.
(6) By providing a humidifier that humidifies the bathroom, the humidity inside the bathroom can be adjusted, and the far infrared rays can be absorbed by the air (steam) in the bathroom and the far infrared effect can be improved. In addition, the set temperature of the wall surface heating unit and the floor heating unit can be lowered, and energy saving is excellent.
(7) By providing a humidifier for humidifying the bathroom, it is easy to manage the humidity in the bathroom, and the humidity can be kept substantially constant at all times, and the controllability is excellent.
(8) In addition to the heat of the wall surface heating part and the floor part heating part, far infrared rays are generated from the floor radiator bedrock layer, and both the heat and far infrared rays warm the bather. The set temperature of the part can be lowered, energy saving is excellent, and bathing can be performed at a low temperature.
(9) Since the floor part has a floor radiator bedrock layer and a floor heating part, the body can be efficiently warmed by the far-infrared effect from the toes, sweating action is obtained early, and energy saving is excellent. The heat and far-infrared rays from the radiator directly act on the sole where the vases of the whole body are gathered, and the health promotion effect is obtained.

Here, as a bathroom main body, what was formed in cylinder shapes, such as a substantially cubic shape, a substantially rectangular parallelepiped shape, and a substantially cylindrical shape, is used suitably.
The upper cover is preferably one that pivotally supports the upper end of the front side of the bathroom body. This is because the upper cover can be easily opened by flipping up the upper cover from the back side of the bathroom body. This also eliminates the need for a space for opening and closing the upper cover before and after the bathroom body, and on the left and right sides, can reduce the installation floor space, and can also install a plurality of personal sauna rooms adjacent to each other.
The inclination angle of the upper cover is preferably 15 to 35 degrees with respect to the horizontal plane (bottom surface). As the inclination angle of the upper cover becomes smaller than 15 degrees, the volume of the bathroom body increases, the heating efficiency tends to decrease, and the upper cover tends to enter the field of view and feel a sense of pressure, 35 degrees As it becomes larger, there is a tendency that when sitting on the seat, the circumference of the neck and shoulders becomes narrow and it becomes difficult to move, both of which are not preferable.
The side door can be provided on either the left or right wall of the bathroom body. By selecting either left or right according to the installation location, it excels in space saving.

If the seat is arranged without a gap so as to bridge between the left and right walls, there is no useless gap, the cleaning is easy, and the durability is excellent. The seat portion is preferably provided with a backrest portion. In particular, when the backrest portion is inclined toward the back side of the bathroom body, the posture at the time of sitting can be eased, and the relaxation property is excellent. In addition, you may incline the wall of the back side of a bathroom main body, and may utilize it as a backrest part. It is not necessary to form the backrest portion with a separate member, and the installation space for the backrest portion can be eliminated, and the productivity and compactness are excellent.
It is preferable to embed a heat insulating material on the outside of the wall surface heating unit and the floor heating unit and on the seat. This is because the heat in the bathroom is difficult to escape to the control room, the inside of the bathroom can be efficiently heated, and energy saving is excellent. As the heat insulating material, materials having high heat insulating properties such as inorganic fiber materials such as glass wool and rock wool, foamed plastic materials such as polystyrene foam and urethane foam, and wood fiber materials are preferably used. In particular, foamed plastics are preferred because of their excellent heat insulation and durability.
In addition, by disposing a protective layer inside the wall surface heating unit or floor heating unit, the bather does not directly touch the wall surface heating unit or floor heating unit, and can prevent burns and the like and is excellent in safety. . As a material for the protective layer, a wood board such as a veneer board, a soft synthetic resin sheet, or the like is preferably used.

An ultrasonic humidifier is preferably used as the humidifier. Moreover, when the humidifier is equipped with the ultraviolet irradiation lamp, the vapor | steam which a humidifier emits can be disinfected, and it is hygienic and excellent in safety.
A water tank is connected to the humidifier. The water supply tank may be a fixed type or a detachable cartridge type. In the case of a cartridge type in which the water supply tank is detachable, water can be easily supplied by attaching and detaching the water supply tank, and the handleability is excellent. The steam emitted from the humidifier can be ejected into the bathroom by forming a steam ejection hole in the lower part, side part or seat surface part of the seat part.
Since the humidifier can be maintained from inside the bathroom by providing an opening and closing means on the seat, it is not necessary to secure a space for maintenance other than near the side door when installing a personal sauna room side by side in a facility, etc. It is possible to install the back side of the bathroom body facing the wall surface of the facility, and it is excellent in installation flexibility.
As the opening / closing means, the seat surface portion of the seat portion may be lifted with a lid shape, or the seat surface portion may be opened and closed like a single support door by a hinge or the like. Moreover, you may provide a door in the wall of the foot under a seat surface part, or provide the drawer | drawer which takes in and out a humidifier.

The humidity in the bathroom is preferably 70% to 95%. As the humidity in the bathroom becomes lower than 70%, the humidity in the bathroom is insufficient and far infrared rays are difficult to be absorbed by indoor air, and there is a tendency that sufficient far infrared effect cannot be obtained. As it becomes higher, the humidity becomes too high, and the bather tends to feel uncomfortable.
As the wall surface heating section or floor section heating section embedded in the wall surface or floor section of the bathroom, an electrothermal planar heater is preferably used. This is because it is lightweight and not bulky, is excellent in space saving, workability and flexibility, and can improve productivity.
In addition, when carbon fiber or ceramic powder is applied to the surface of the wall surface heating unit or floor heating unit, or when a radiator that radiates electromagnetic waves such as far infrared rays is laid, the heat of the wall surface heating unit or floor heating unit The body of a bather can be warmed by both infrared rays and far infrared rays, and the bedrock bathing effect can be improved.

  Radiant materials used for the floor radiator bedrock layer formed on the surface of the floor include conglomerate hornfels (Amaterite), radon ore, feldspar, tourmaline (tourmaline), radium ore, barley rice Natural ore such as stone, granite, natural stone, quartz, silica, artificial ceramics, etc. are used. Conglomerate hornfels (Amaterite) has a high far-infrared radiation amount among far-infrared radiation materials, but is known to have a high generation rate of far-infrared rays having a wavelength of 6 μm to 13 μm that is particularly easily absorbed by water. Because far-infrared light with a wavelength that is easily absorbed by water activates white blood cells and lymphocytes in the body to suppress lipid peroxide formation, and has a strong effect on the suppression of skin diseases such as atopic dermatitis and cancer cell growth, Preferably used. In addition, when using conglomerate hornfels, the amount of far-infrared radiation is large, so by setting the humidity to 70% -95%, the moisture in the room is far infrared and the bedrock is sufficient at low temperatures. A bathing effect can be obtained. In particular, when the thickness of water is 1 μm to 10 μm, there is selectivity for far-infrared absorption, so far-infrared light is absorbed by water vapor (monomolecular), and the bedrock bath effect can be enhanced.

In forming the floor radiator bedrock layer, the above-mentioned radiator bedrock is cut and polished into a flat plate shape, or the crushed material obtained by crushing the above-mentioned radiator and cement etc. are mixed or sintered. For example, those formed into a rock or tile shape are preferably used. In addition, if the cobblestone of the radiator is directly laid, the unevenness may stimulate the sole.
The temperature in the bathroom is preferably set to 35 ° C to 60 ° C, preferably 35 ° C to 50 ° C. As the temperature in the bathroom becomes lower than 35 ° C, the thermal effect and far-infrared effect are insufficient, and there is a tendency that the sweating action becomes insufficient and the rock bath effect tends to be difficult to be obtained. There is a tendency that it is difficult to use bathers who are vulnerable to high temperatures, such as children and women, and there is a tendency for lack of versatility.

The invention according to claim 2 of the present invention is the personal sauna room according to claim 1, wherein the seat portion radiation that radiates electromagnetic waves such as far infrared rays formed on at least the surface of the seat portion of the seat portion. A body rock layer, and a seat heating unit that heats the seat radiator rock layer embedded on the back side of the seat radiator rock layer.
With this configuration, in addition to the operation obtained in the first aspect, the following operation can be obtained.
(1) A seat portion radiator rock layer that emits electromagnetic waves such as far infrared rays is formed on at least the surface of the seat portion of the seat portion, and the seat portion heating section that heats the seat portion radiator bed layer is a seat portion radiator. Since it is embedded on the back side of the bedrock layer, far infrared rays are generated from the seat radiator bedrock layer in addition to the heat of the seat heating unit, and both the heat and far infrared rays warm the bather. The set temperature of the heating part and the seat heating part can be lowered, and the energy saving property is excellent.

  Here, the seat heating unit and the seat radiator bedrock layer are the same as the wall surface heating unit, floor heating unit, and floor radiator bedrock layer, respectively. The seat radiator bedrock layer is formed on the surface of at least the seat surface part of the seat part, but when the seat part has a backrest part, a similar seat radiator bedrock layer is formed on the backrest part, and the back surface thereof. A seat heating unit may be embedded on the side. This is because the bather's whole body can be warmed reliably and efficiently, and the bedrock bathing effect can be enhanced.

The invention according to claim 3 of the present invention is the personal sauna room according to claim 1 or 2, wherein the wall surface including the side door of the bathroom and the inner surface of the upper cover are formed. It has the structure provided with the far-infrared radiation layer containing the powder of the radiator which radiates | emits a far-infrared ray.
With this configuration, in addition to the operation obtained in the first or second aspect, the following operation can be obtained.
(1) Since the far-infrared radiation layer containing the powder of the radiator that emits far-infrared rays is formed on the inner surface of the wall and the upper cover including the side door of the bathroom, the heat of the wall surface heating unit In addition, far-infrared rays are generated from the far-infrared radiation layer, and the bather can be efficiently warmed from all directions by both heat and far-infrared rays, and is excellent in energy saving and heating efficiency.

Here, as the powder of the radiator that forms the far-infrared radiation layer, the same powder as that of the aforementioned radiator is preferably used. Moreover, by embedding the upper heating part similar to the wall surface heating part or floor heating part inside the upper cover, the far infrared radiation layer of the upper cover can be directly heated, and the far infrared effect is enhanced. Can do.
It is preferable that a protective member is partially disposed on the surface of the far-infrared radiation layer on the left and right side walls of the bathroom. This is because it is possible to prevent the bather's body from touching the far-infrared radiation layer directly and to have excellent safety. In addition, when not using a backrest part in a seat part and using a back wall as a backrest part, it is preferable to arrange | position the same protective member also to a back wall. When the protective member is arranged in the shape of a cocoon, it prevents contact with the far infrared radiation layer and radiates far infrared light between the protective member and the protective member to warm the bather's body safely and effectively. It is excellent in reliability and heating efficiency. As the material of the protection member, a material that does not easily transmit heat is preferable, and a material in which wood or bamboo is formed into a plate shape is preferably used.

Invention of Claim 4 of this invention is a personal sauna room of any one of Claim 1 thru | or 3, Comprising: The vapor | steam produced | generated by the said humidifier formed in the said seat surface part of the said seat part It has the structure provided with the vapor | steam ejection hole which ejects.
With this configuration, in addition to the action obtained in any one of claims 1 to 3, the following action is obtained.
(1) By forming a steam ejection hole for ejecting steam generated by the humidifier on the seat surface, the heated steam can be injected and warmed to the lower body of the bather centering on the buttocks. It is possible to promote health by preventing gynecological diseases, hemorrhoids, etc., and relieving pain.

Invention of Claim 5 of this invention is a personal sauna room of any one of Claims 1 thru | or 4, Comprising: It arrange | positions in the bottom face part of the said bathroom main body, a back part, or the said seat part. The angle formed by the backrest portion to be formed is 100 degrees to 115 degrees.
With this configuration, in addition to the action obtained in any one of claims 1 to 4, the following action is obtained.
(1) The back surface portion of the bathroom body is formed so that the angle formed by the bottom surface portion of the bathroom body and the backrest portion disposed on the back surface or the seat portion is 100 degrees to 115 degrees. Or you can sit in an easy posture as you put your weight on the backrest, it is hard to feel a sense of pressure, and it is excellent in usability and relaxation.
(2) The angle formed by the bottom surface of the bathroom body and the backrest disposed on the back surface or the seat is 100 degrees to 115 degrees, so that the center of gravity is on the back side. Prevents over-bias and excels in installation stability.

  Here, the angle formed between the bottom surface of the bathroom body and the backrest disposed on the back surface or the seat is 100 to 115 degrees (the inclination angle with respect to the vertical surface is 10 to 25 degrees). However, it is possible to incline only the back part of the bathroom body (the wall on the back side) or the backrest part of the seat part arranged inside the bathroom body, or incline the whole bathroom body to the back side. May be. In addition, the shape of the bathroom body at this time may be a rectangular tube shape or a cylindrical shape. As the angle between the bottom of the bathroom body and the back or backrest of the seat becomes smaller than 100 degrees, it is difficult to leave a weight on the back of the bathroom body when sitting, making it difficult to take a relaxed posture. As the angle becomes larger than 115 degrees, the center of gravity tends to be biased toward the back side of the bathroom body, and the installation stability of the bathroom body tends to decrease, which is not preferable.

The invention according to claim 6 of the present invention is the personal sauna room according to claim 5, wherein the bathroom body is formed in a cylindrical shape inclined to the back side, and a wall surface on the back side of the bathroom body is formed. The seat portion also serves as a backrest portion.
With this configuration, in addition to the operation obtained in the fifth aspect, the following operation can be obtained.
(1) The bathroom body is formed in a cylindrical shape inclined toward the back side, so that the area of the bottom surface portion is expanded and the center of gravity is prevented from being biased to the back side. It is easy to sit and stretch, and it is space-saving and excellent in relaxation.
(2) Since the wall on the back side of the bathroom body also serves as the backrest of the seat, there is no need to form a backrest with a separate member, and there is no need for an installation space for the backrest. Space can be used effectively, and it is excellent in productivity and compactness.

Here, just by obliquely cutting the lower end side of the bathroom body formed into a cylinder, the entire bathroom body can be formed into a cylindrical shape inclined to the back side, which eliminates the need for complicated manufacturing processes and excels in mass productivity. .
The side door is preferably provided at an oblique front portion of the bathroom body. When the side door is opened, the amount of protrusion to the side of the bathroom body can be suppressed, even if it is installed near the wall of the installation location or adjacent to other personal sauna rooms, This is because the side door does not interfere with the installation location or the wall surface of another personal sauna room, and is excellent in installation flexibility.

As described above, according to the personal sauna room of the present invention, the following advantageous effects can be obtained.
The device according to claim 1 has the following effects.
(1) The upper cover, which can be opened and closed on the upper surface of the bathroom body, is flipped upward so that the upper surface of the bathroom body can be opened widely, making it easy to enter, enter, sit and stand in the bathroom. A personal sauna room with excellent usability can be provided.
(2) Opening one of the upper cover that is openably and closably on the upper surface of the bathroom body and the side door formed to be openable and closable on one side of the bathroom body, Provided a personal sauna room with excellent versatility and installation flexibility that allows the amount of opening to be kept small and the opening amount of the top cover and side door to be selected appropriately according to the situation of the installation location. be able to.

According to the invention described in claim 2, in addition to the effect described in claim 1, the following advantageous effects can be obtained.
(1) By heating the seat radiator bedrock layer, which is formed on the surface of at least the seat part of the seat part and radiates electromagnetic waves such as far-infrared rays, in the seat part heating part embedded on the back side thereof, without any spots, Both the heat of the seat heating section and the far infrared rays generated from the seat radiator bedrock layer can efficiently warm the bather, and the set temperature of the wall surface heating section and the seat heating section can be lowered. A personal sauna room excellent in energy saving and heating efficiency can be provided.

According to the invention described in claim 3, in addition to the effect described in claim 1 or 2, the following advantageous effect can be obtained.
(1) By generating far-infrared rays from a far-infrared radiation layer containing powder of a radiator that emits far-infrared rays formed on the inner surface of the upper cover and the wall surface including the side door of the bathroom, It is possible to provide a personal sauna room excellent in energy saving and heating efficiency capable of efficiently warming the bather from all directions together with the heat of the heating section.

According to the invention described in claim 4, in addition to the effect described in any one of claims 1 to 3, the following advantageous effects can be obtained.
(1) By blowing the steam generated by the humidifier through the steam outlet hole formed in the seating surface, the lower body of the bather centering on the buttocks can be warmed intensively, coolness, gynecological diseases, hemorrhoids, etc. It is possible to provide a personal sauna room with excellent usability that can prevent health or alleviate pain and improve health.

According to the invention described in claim 5, in addition to the effect described in any one of claims 1 to 4, the following advantageous effects can be obtained.
(1) The bathroom body is formed so that the angle formed by the bottom part and the back part or the backrest part of the seat part is between 100 degrees and 115 degrees, so that the body weight is deposited on the back side of the bathroom body. Thus, even when seated, the center of gravity is not excessively biased toward the back side, and a personal sauna room having excellent compactness, relaxability, and installation stability can be provided.

According to the invention described in claim 6, in addition to the effect described in claim 5, the following advantageous effects can be obtained.
(1) The bathroom body is formed in a cylindrical shape that is inclined to the back side, and the wall surface (rear part) on the back side of the bathroom body also serves as the backrest part of the seat, thereby expanding the area of the bottom part of the bathroom body. While improving the installation stability, you can sit in an easy posture with your legs and back extended, making it difficult to feel the pressure while saving space and effectively using the limited space inside the bathroom A personal sauna room with excellent productivity, compactness, usability, and relaxation can be provided.

Hereinafter, a personal sauna room according to an embodiment of the present invention will be described with reference to the drawings.
(Embodiment 1)
FIG. 1 is an overall perspective view showing a personal sauna room in the first embodiment, FIG. 2 is a cross-sectional side view of the personal sauna room in the first embodiment, and FIG. 3 is a cross section of the personal sauna room in the first embodiment. It is a top view.
First, the appearance will be described.
In FIG. 1, 1 is a personal sauna room according to the first embodiment, 2 is a bottomed rectangular tube-shaped bathroom body formed so that the front wall 3 side is low and the back wall 6 side is high, and 2a is the front wall 3 and the left side wall. 4, a wall surface forming the outer periphery of the bathroom body 2 by the right side wall 5 and the back wall 6; A hinge 7 is held on the top surface of the bathroom body 2 so that the front wall 3 side of the bathroom body 2 is low and the back wall 6 side of the bathroom body 2 is high. An opening formed in a cutout shape in the upper cover 7 on the rear wall 6 side, 7b is a hinge for rotatably holding the upper cover 7 at the upper end of the front wall 3, and 7c is a right side wall 5 of the upper cover 7. The handle 8 disposed on the side end face is fixed to the upper surface of the bathroom body 2 on the back wall 6 side. The upper wall 8 a is a notch formed in the upper wall 8, 9 is a bottom surface portion of the bathroom body 2, 9 a is a caster disposed at the four corners of the bottom surface portion 9, and 30 is disposed on the right wall 5. It is an operation part which adjusts the temperature and humidity of the bathroom 10 mentioned later.

Next, the interior of the bathroom will be described.
2 and 3, 10 is a bathroom formed in the bathroom body 2 of the personal sauna room 1, and 11 is a bathroom body 2 so that the space in the bathroom body 2 is divided into the bathroom 10 and the control room 12. The seat portion 11a is a seat surface portion for one person of the seat portion 11 where the bather sits when taking a bath, and 11b is inclined toward the back wall 6 so that the angle with the bottom surface portion 9 is 100 degrees to 115 degrees. The seat back 11 is formed as a backrest, 13 is a humidifier installed in the control chamber 12, 13a is a water supply tank attached to the humidifier 13, and 14 is connected to the humidifier 13 and generated in the humidifier 13. An air supply pipe for guiding the generated steam to the bathroom 10, 15 is disposed in the lower part of the seat part 11, and the steam ejected from the air supply pipe 14 penetrates the central part in the width direction of the seat part 11 in a vertically long shape in a slit shape. Expanded in an inclined shape so as to be led to the formed steam ejection hole 16 16 is a floor portion of the bathroom 10, 18 is a seat support beam that supports the rear wall 6 side end of the seat surface portion 11 a and the lower end portion of the backrest portion 11 b, and 19 is a seat A hinge 20 as an opening / closing means disposed between the seat surface portion 11a and the seat portion support beam 18 so that the surface portion 11a can rotate, is disposed at a lower portion of the seat surface portion 11a on the front wall 3 side, and is a seat surface portion. Reference numeral 21 denotes a seat surface support wall that supports 11 a, and 21 is a seat support column that is disposed at both ends of the seat support beam 18 and supports the seat support beam 18.

By having the front wall 3 erected on the bottom surface portion 9 of the bathroom body 2 and the upper cover 7 formed in an inclined shape so that the front wall 3 side of the bathroom body 2 is low and the back wall 6 side is high, the floor portion The space of 17 can be secured, the step does not become cramped, the bather can relax and sit down, and can easily sit and stand up.
The upper cover 7 was rotatably held by a hinge 7b disposed at the upper end of the bathroom body 2 on the front wall 3 side. Thereby, it is possible to easily open the upper cover 7 from the back wall 6 side of the bathroom body 2, and it is excellent in usability. In addition, a space for opening and closing the upper cover 7 before and after the bathroom body 2 and right and left is unnecessary, the floor area of the installation can be suppressed, and a plurality of personal sauna rooms 1 can be installed adjacent to each other.
The inclination angle of the upper cover 7 was 15 to 35 degrees with respect to the bottom surface portion 9. As the inclination angle of the upper cover 7 becomes smaller than 15 degrees, the volume of the bathroom body 2 increases, the heating efficiency tends to decrease, and the upper cover 7 enters the field of view and tends to feel a sense of pressure. This is because as the angle becomes larger than 35 degrees, when sitting on the seat 11, the circumference of the neck and shoulders is narrowed, and it is found that movement tends to be difficult.

As shown in FIG. 3, the seat portion 11 is disposed between the left side wall 4 and the right side wall 5 without a gap, so that the cleaning is easy and the durability is excellent. The seat portion 11 is provided with a backrest portion 11b. By inclining the backrest part 11b toward the back wall 6 side of the bathroom body 2, the posture at the time of sitting can be made easy, and the relaxation property is excellent.
As the humidifier 13, an ultrasonic humidifier equipped with an ultraviolet irradiation lamp or a hybrid type combining an ultrasonic method and a heating method was used. This is because the steam generated by the humidifier 13 can be sterilized and is hygienic and excellent in safety. The water supply tank 13a attached to the humidifier 13 is a detachable cartridge type. Thereby, water supply tank 13a can be attached or detached and water supply can be performed easily, and it is excellent in handling property and practicality. The water supply tank 13a may be fixed and water may be replenished from another container to the water supply tank 13a.

Next, the detail of each part is demonstrated.
First, the structure of the seat portion 11 will be described in detail.
In FIG. 2, 31 is a back surface plate of the seat surface portion formed of a panel material such as a plywood on the back surface of the seat surface portion 11a, 32 is an inorganic fiber system such as glass wool or rock wool, a foamed plastic system such as polystyrene foam or urethane foam, woody A seat heat insulating material layer disposed on the seat back surface plate 31 with a highly heat insulating material such as a fiber system, and 33 is an electrothermal planar heater disposed on the seat heat insulating material layer 32. The formed seat heating section, 34 is a seat protection layer formed on the seat heating section 33 by a panel material such as a plywood board, and 35 is formed on the seat protection layer 34 and emits electromagnetic waves such as far infrared rays. The radiating seat radiator bedrock layer 36 is a wooden square or the like, is disposed on the base side of the seat surface 11a, and a hinge mounting portion 37 to which the hinge 19 disposed between the seat supporting beam 18 is mounted, 37 Makeup arranged on the outer periphery of the seat surface portion 11a with wood or the like , 38 is a back portion back plate formed of a panel material such as a veneer plate on the back surface of the back portion 11b, 39 is a seat heat insulating layer disposed on the back portion back plate 38, and 40 is a seat heat insulating layer. 39 is a seat heating unit disposed on 39, 41 is a seat protection layer formed on the seat heating unit 40 with a panel material such as plywood, 42 is formed on the seat protection layer 41, A seat radiator bedrock layer 43 for radiating electromagnetic waves such as far infrared rays is a decorative board disposed around the seat radiator bed layer 42 on the seat protection layer 41 with wood or the like.

  As the seat radiator bedrock layers 35 and 42, natural ore such as conglomerate hornfels (Amaterite), radon ore, feldspar, tourmaline, radium ore, barley stone, granite, natural stone, quartz, Radiant rocks such as silica and artificial ceramics are cut and polished into a flat plate shape, or crushed materials obtained by crushing the above-mentioned radiators and mixed with cement etc. However, in this example, a natural ore bedrock cut and polished into a flat plate shape is laid and formed. In addition, a radiator that emits far infrared rays having a wavelength of 8 μm to 14 μm, which is easily absorbed by the human body, is selected here. This is because the body can be warmed from the core, the bedrock bathing effect can be improved, and it is efficient and excellent in energy saving. You may apply | coat the powder of the said radiator to the lower surface (contact surface with the seat part heating parts 33 and 40) of the seat part protective layers 34 and 41 of the lower layer of the seat part radiator rock layers 35 and 42. FIG. This is to improve the bedrock effect by far infrared rays.

Next, the structure of the floor portion 17 will be described in detail.
In FIG. 2, 44 is a bottom plate formed of a panel material such as a veneer board or a hard resin board, 45 is an inorganic fiber system such as glass wool or rock wool, a foamed plastic system such as polystyrene foam or urethane foam, or a wood fiber system. A floor insulating material layer disposed on the bottom plate 44 with a high quality material, and an electric heating type 46 disposed on the floor insulating material layer 45 so as to be located on the floor portion 17 of the bathroom 10. A floor heating part 47 formed by a planar heater, 47 is a floor protection layer formed on the floor heating part 46 by a panel material such as plywood, 48 is formed on the floor protection layer 47, Reference numeral 49 denotes a floor radiator bedrock layer that radiates electromagnetic waves such as infrared rays. Reference numeral 49 denotes a decorative board that is made of wood or the like and is disposed on the floor protection layer 47 so as to surround the floor radiator bedrock layer 48.
As the floor radiator rock layer 48, the same radiator as that described in the seat radiator rock layers 35 and 42 is used.

Next, the structure of the wall surface 2a of the bathroom body 2 will be described in detail.
2 and 3, 50 is an exterior material that is an outer surface of a wall surface 2 a (front wall 3, left wall 4, right wall 5, back wall 6) formed of melamine board, and 51 is a panel material such as a plywood board. The outer plate 52 formed on the inner side of the outer packaging material 50 is a highly heat-insulating material such as an inorganic fiber such as glass wool or rock wool, a foam plastic such as polystyrene foam or urethane foam, or a wood fiber. A wall surface heat insulating material layer 53 disposed inside is formed by a planar heater, and is disposed inside the wall surface heat insulating material layer 52 of the front wall 3, the left side wall 4, and the right side wall 5 of the wall surface 2a. An electric heating type wall surface heating unit, 54 is a panel material such as a plywood plate, a wall surface part protective layer formed inside the wall surface heating unit 53 or the wall surface unit heat insulating material layer 52, and 55 is a front wall 3 and a left side wall in the wall surface 2a 4. Inside the wall surface protective layer 54 of the right side wall 5 A far-infrared radiation layer 55b formed by applying a paint containing a radiator powder that emits electromagnetic waves such as far-infrared rays, and the far-infrared radiation layer 55 on the left side wall 4 and the right side wall 5 of the wall surface 2a. It is the protection member arrange | positioned inside by the shape of a cage.
As the far-infrared radiation layer 55, the same radiator as that described in the seat radiator rock layers 35 and 42 is used.

Since the protective member 55b is disposed inside the far-infrared radiation layer 55 on the left side wall 4 and the right side wall 5, the body of the bather can be used when entering and exiting the bathroom 10 and sitting or standing on the seat portion 11. Can be prevented from directly touching the far-infrared radiation layer 55 and is excellent in safety. In addition, by disposing the protective member 55b in the shape of a spider, far infrared rays can be emitted from the gap to warm the bather's body safely and effectively, and the reliability and heating efficiency are excellent. In the present embodiment, the material of the protection member 55b is made of bamboo in the shape of a plate. However, the material of the protection member 55b may be any material as long as it is difficult to transfer heat, such as cedar and straw. Wood may be used.
Instead of forming the seat radiator rock layer 42 on the back 11b of the seat 11, a far infrared radiation layer 55 similar to the left side wall 4 and right side wall 5 is formed, and a protective member 55b is disposed on the surface thereof. By installing it, the bather can be warmed safely and effectively from the back side. Further, instead of forming the backrest part 11b, the back wall 6 can be used as a backrest part by inclining the back wall 6 to the back side. At this time, if the back wall 6 has the same structure as the left side wall 4 and the right side wall 5, the heating efficiency similar to the case where the backrest part 11b is formed can be obtained.

Next, the structure of the upper cover 7 and the upper wall 8 of the bathroom body 2 will be described in detail.
In FIG. 2, 56 is an exterior material that is the outer surface of the upper cover 7 and the upper wall 8 formed of melamine board, 57 is a panel material such as a plywood board, and is an outer plate formed inside the exterior material 56, and 58 is glass wool. Upper heat insulating material layer 59 disposed on the inner side of the outer plate 57 with a highly heat insulating material such as inorganic fiber such as rock wool, foamed plastic such as polystyrene foam or urethane foam, wood fiber, etc. 59 is planar An electric heating type upper heating unit 60 formed by a heater and disposed inside the upper heat insulating material layer 58 of the upper cover 7 is a panel material such as a plywood plate, and is formed inside the upper heating unit 59 or the upper heat insulating material layer 58. The upper protective layer 61 is a far-infrared radiation layer formed by applying a coating containing a powder of a radiator that emits electromagnetic waves such as far-infrared rays inside the upper protective layer 60 of the upper cover 7.
As the far-infrared radiation layer 61, the same radiator as that described in the seat radiator rock layers 35 and 42 is used.

Next, the opening / closing mechanism of the upper cover 7 will be described in detail.
4A is an overall perspective view showing a state in which the upper cover and side doors of the personal sauna room in the first embodiment are opened, and FIG. 4B is an upper cover of the personal sauna room in the first embodiment. It is a principal part expansion perspective view which shows the opening / closing mechanism of this.
In FIG. 4B, 7d is an opening / closing link portion disposed between the left side portion of the upper cover 7 and the left side wall 4, and 7e is disposed between the lower side surface of the upper cover 7 and the upper surface of the left side wall 4. It is a spring part provided. Thereby, the upper cover 7 can be opened and closed smoothly with a small force, and the power saving is excellent.

The usage method of the personal sauna room in Embodiment 1 formed as described above will be described.
First, in FIG. 1, the upper cover 7 is pivoted upward by the handle 7c to open the upper part of the bathroom body 2, and then the side door 2b is opened as shown in FIG. 4 (a). Then enter the bathroom 10.
Next, in FIG. 2, the seat surface portion 11 a is opened, water is supplied to the water supply tank 13 a, the seat surface portion 11 a is closed, and the outside of the bathroom 10 is exited. The side door 2b and the upper cover 7 are closed, and the temperature and humidity of the bathroom 10 are set by the operation unit 30. At this time, the bathroom 10 can be easily sealed by covering the opening 7a and the notch 8a with a towel or the like.
The inside of the bathroom 10 and the seat part 11 are heated by the seat part heating parts 33 and 40, the floor part heating part 46, the wall surface heating part 53, and the upper heating part 59. The seat heating units 33 and 40 and the floor heating unit 46 heat the seat radiator rock layers 35 and 42 and the floor radiator rock layer 48 to emit electromagnetic waves such as far infrared rays. Furthermore, electromagnetic waves such as far-infrared rays are emitted from the far-infrared radiation layers 55 and 61 also by heat generated by the wall surface heating unit 53 and the upper heating unit 59. Moreover, the vapor | steam which the humidifier 13 emits is supplied into the inside of the bathroom 10 through the air supply pipe 14 from the vapor | steam ejection hole 16, and the bathroom 10 is humidified. By covering the opening 7a and the notch 8a, heat and steam can be prevented from escaping to the outside of the bathroom 10, and heating and humidification can be performed efficiently in a short time.
When the inside of the bathroom 10 reaches the set temperature and humidity, the lid is removed, the side door 2b and the upper cover 7 are opened, and the bather enters the bathroom 10. The bather sits on the seat 11, closes the side door 2 b and the upper cover 7, and puts his head out of the opening 7 a of the upper cover 7.

The temperature in the bathroom 10 is set to 35 ° C to 60 ° C, preferably 35 ° C to 50 ° C. The humidity in the bathroom 10 is set to 70% to 95%.
In addition to the heat of the seat heating units 33 and 40, the floor heating unit 46, the wall surface heating unit 53, and the upper heating unit 59, the seat radiator rock layers 35 and 42, the floor radiator bed layer 48, and the far infrared radiation layer Electromagnetic waves such as far infrared rays are radiated from 55 and 61, and the bather is warmed by both heat and far infrared rays. Moreover, since the far-infrared ray is absorbed by the water vapor in the bathroom 10 by humidifying the bathroom 10 and the far-infrared effect can be improved, the seat heating units 33 and 40, the floor heating unit 46, the wall surface heating The temperature of the part 53 and the upper heating part 59 can be set low, and bathing can be performed at a low temperature.
After bathing, the top cover 7 is opened to stand up, the side door 2b is opened, and the bath 10 is exited.

In the present embodiment, the steam ejection holes 16 are formed in the seat surface portion 11a, and the steam is directly sprayed on the lower body of the bather centered on the buttocks. As a result, the lower body of the bather can be effectively warmed, which is effective for coldness, gynecological diseases, wrinkles and the like. Further, the steam supplied from the air supply pipe 14 can be reliably guided to the steam ejection hole 16 by the air supply pipe connecting portion 15, and the steam can be ejected from the entire length of the steam ejection hole 16. Excellent. In addition, the vapor | steam ejection hole 16 may be formed not only in the seat surface part 11a but in the lower part, side part, etc. of the seat part 11a, and you may make it vaporize directly into the inside of the bathroom 10.
The bather wears a yukata, and bathes with a bath towel on the seat 11a, so it is difficult for sweat to adhere to the inside of the bath 2 and the seat 11a and backrest with a towel if necessary. 11b etc. may be wiped off.

Since the personal sauna room in Embodiment 1 is configured as described above, the following effects can be obtained.
(1) Since it has the opening 7a formed in the upper cover 7 on the back wall 6 side of the bathroom body 2, the user can sit on the seat 11 with the head protruding from the opening 7a, and press It is hard to feel a feeling and is excellent in usability.
(2) Since the upper cover 7 is formed in an inclined shape so that the front wall 3 side of the bathroom body 2 is low and the back wall 6 side is high, the neck, shoulders, etc., regardless of the height or sitting height of the bather The face can be put out from the opening 7a in a state of being seated on the seat 11 without feeling a sense of pressure, the upper cover 7 is difficult to enter the field of view, has a wide field of view, and is excellent in versatility and relaxation.
(3) Since the upper cover 7 is provided on the upper surface of the bathroom body 2 so as to be freely opened and closed, the upper surface of the bathroom body 2 can be widely opened as the upper cover 7 is flipped upward. It is easy to enter and leave the bathroom 10, sit down and stand up, and is excellent in usability.
(4) By having an upper cover 7 that is openable and closable on the upper surface of the bathroom body 2 and a side door 2b that is formed to be openable and closable on one side of the bathroom body 2, either one of them is greatly opened. If so, the opening amount of the other side can be kept small, so that the opening amount of the upper cover 7 and the side door 2a is appropriately set according to the height of the ceiling of the installation place or the distance from the wall or an adjacent obstacle. It can be selected and is excellent in versatility and installation flexibility.
(5) By disposing the seat portion 11 in the bathroom body 2, the interior space of the bathroom body 2 can be partitioned into the bathroom 10 and the control room 12, which is excellent in mass productivity and space saving.
(6) By providing the humidifier 13 that humidifies the bathroom 10, the humidity inside the bathroom 10 can be adjusted, and the far-infrared effect is obtained by absorbing far-infrared rays into the air (steam) in the bathroom 10. In addition, the set temperature of the floor heating unit 46 and the wall surface heating unit 53 can be lowered, and energy saving is excellent.
(7) By providing the humidifier 13 that humidifies the bathroom 10, it is easy to manage the humidity in the bathroom 10, and the humidity can be kept substantially constant at all times, and the controllability is excellent.
(8) In addition to the heat of the floor heating unit 46 and the wall surface heating unit 53, far infrared rays are generated from the floor radiator bedrock layer 48, and both the heat and far infrared rays warm the bather. 46 and the wall surface heating unit 53 can be set at a low temperature, excellent in energy saving, bathing at a low temperature, and can be used by patients such as elderly people and high blood pressure, and is excellent in versatility.
(9) Since the floor portion 17 includes the floor radiator bedrock layer 48 and the floor heating portion 46, the body can be efficiently warmed by the far-infrared effect from the toes, and sweating action can be obtained early and energy saving. In addition, the heat from the radiator and far-infrared rays directly act on the soles where the urns of the whole body are gathered, resulting in a health promotion effect.
(10) The seat portion radiator bedrock layer 35 that radiates electromagnetic waves such as far infrared rays is formed on the surfaces of the seat surface portion 11a and the backrest portion 11b of the seat portion 11, and the seat portion that heats the seat portion radiator bedrock layer 35. Since the heating unit 33 is embedded on the back surface side of the seat radiator rock layer 35, far infrared rays are generated from the seat radiator bed layer 35 in addition to the heat of the seat heater 33, and the heat and far infrared rays are generated. Since both warm the bather, the set temperature of the seat heating unit 33 and the wall surface heating unit 53 can be lowered, and the energy saving property is excellent.
(11) The far wall containing radiator powder that emits far-infrared rays on the front wall 3, left wall 4, right wall 5 and upper cover 7 of the wall surface 2a including the side door 2b of the bathroom 10 Since the infrared radiation layers 55 and 61 are formed, far infrared rays are generated from the far infrared radiation layers 55 and 61 in addition to the heat of the wall surface heating unit 53 and the upper heating unit 59, and both the heat and the far infrared rays are generated. The bather can be efficiently warmed from all directions, and is excellent in energy saving and heating efficiency.
(12) Since the steam ejection hole 16 for ejecting the steam generated by the humidifier 13 is formed in the seat surface portion 11a, the heated steam is sprayed and heated on the lower body of the bather centering on the buttocks. It is possible to improve health by preventing coldness, gynecological diseases, hemorrhoids, etc., and relieving pain.

(Embodiment 2)
The personal sauna room in the second embodiment will be described below with reference to the drawings. In addition, the same code | symbol is attached | subjected to the thing similar to Embodiment 1, and description is abbreviate | omitted.
FIG. 5 is an overall perspective view showing the personal sauna room in the second embodiment, FIG. 6 is a sectional side view of the personal sauna room in the second embodiment, and FIG. 7 is a cross section of the personal sauna room in the second embodiment. FIG. 8 is an overall perspective view showing a state in which the upper cover and the side door of the personal sauna room in Embodiment 2 are opened.
5 to 8, the personal sauna room 1a in the second embodiment is different from the first embodiment in that the bathroom body 2 is formed in a cylindrical shape inclined to the back side, and the front upper end of the wall surface 2a. A hinge hinge portion 3a disposed on the inside is fixed with two left and right slide hinges 7f for rotatably holding the upper cover 7, and a wall surface is formed on the seat portion 11 instead of forming the backrest portion 11b. A far-infrared radiation layer 55a is formed on almost the entire inner surface including the back side of 2a, and a wall surface heating portion 53a for heating the far-infrared radiation layer 55a is embedded on the back surface side of the wall surface protection layer 54a and the far-infrared radiation layer Protective members 55b formed of bamboo on the left and right side surfaces and the back side surface of 55a are disposed in the shape of a cocoon, and the steam ejection hole 16, the seat heating portion 33, and the seat portion on the seat surface portion 11a. Radiant bedrock layer 35 shaped A point where the seat surface portion 11a is rotatably held by a hinge 19 disposed on the back side of the seat surface fixing portion 37a fixed to the inner periphery of the wall surface 2a, The hole 16 is formed in the seating surface support wall 20 on one side of the wall surface 2a below the seating surface portion 11a.

The inclination angle of the bathroom body 2 was formed such that the angle formed by the bottom surface portion 9 and the back surface portion (the back surface side of the wall surface 2a) was 100 to 115 degrees. As the inclination angle of the bathroom body 2 becomes smaller than 100 degrees, it is difficult to leave a weight on the back side of the bathroom body 2 when sitting, and it becomes difficult to take a relaxed posture. This is because it has been found out as a result of diligent studies and experiments according to bathers (old and young) that it tends to be biased toward the back side of the main body 2 and the installation stability of the bathroom main body 2 tends to decrease.
By tilting the entire bathroom body 2 toward the back side, the back side of the wall surface 2a of the bathroom 2 can be used as a backrest portion. At this time, since the protective member 55b is provided on the surface of the far-infrared radiation layer 55a, the bather can be prevented from directly touching the far-infrared radiation layer 55a, and the safety is excellent. In particular, by disposing the protective member 55b in the shape of a scissors, far infrared rays can be emitted from the gap portion of the protective member 55b to warm the back safely and effectively, and the reliability and heating efficiency are excellent. In addition, since the protective member 55b extends to the left and right side wall portions of the wall surface 2a of the bathroom 2 and is formed in a semicircular arc shape, the bather can be used even when the hand is widened or standing up while sitting. Can reliably prevent the body from touching the far-infrared radiation layer 55a, and the handleability is excellent.
The side door 2 b is provided at an oblique front portion of the bathroom body 2. When the side door 2b is opened, the amount of protrusion to the side of the bathroom body 2 can be suppressed, and it can be installed in the vicinity of the wall surface of the installation location or adjacent to the other personal sauna room 1a. However, the side door 2b does not interfere with the installation location, the wall surface of the other personal sauna room 1a, etc., and is excellent in installation flexibility.

Next, a modified example of the opening / closing mechanism of the upper cover 7 will be described.
FIG. 9 is an essential part enlarged perspective view showing a modification of the opening / closing mechanism of the upper cover of the personal sauna room in the second embodiment.
The modification of the opening / closing mechanism of the upper cover 7 in FIG. 9 is different from the second embodiment in that instead of using the slide hinge 7f, the upper cover support portion 3b and the upper cover disposed at the upper end on the front side of the wall surface 2a. 7 is the same as the first embodiment in that an opening / closing link portion 7d and a spring portion 7e are provided. In FIG. 9, reference numeral 3c denotes a cut portion formed in the upper cover support portion 3b for operating the opening / closing link portion 7d. Thereby, the upper cover 7 can be opened and closed smoothly and reliably with a small force, and the power saving is excellent.

In addition, since the usage method of the personal sauna room 1a in Embodiment 2 is the same as that of Embodiment 1, description is abbreviate | omitted.
In the present embodiment, the seat heating section 33 and the seat radiator rock layer 35 are not formed on the seat surface portion 11a, but the seat heating section 33 and the seat radiator bed rock layer are formed as in the first embodiment. 35 may be formed. In that case, the lower body of the bather can be effectively warmed by the heat of the seat heating section 33 and the far infrared rays of the seat radiator rock layer 35, and the bedrock effect can be enhanced.

Since the personal sauna room in the second embodiment is configured as described above, the following actions are obtained in addition to the same actions as in the first embodiment (1) to (9).
(1) By forming the far-infrared radiation layer 55a containing the powder of the radiator that emits far-infrared rays on the inner surface of the wall surface 2a including the side door 2b of the bathroom 10 and the upper cover 7, Far-infrared rays are generated from the far-infrared radiation layer 55a in addition to the heat of the wall surface heating part 53a, and the bather can be efficiently warmed from all directions by both heat and far-infrared rays, energy saving and heating efficiency Excellent.
(2) The entire bathroom body 2a is formed in a cylindrical shape inclined to the back side so that the angle between the bottom surface portion 9 of the bathroom body 2a and the back surface portion of the wall surface 2a (the back surface side of the wall surface 2a) is 100 to 115 degrees. As a result, while expanding the area of the bottom surface portion 9, it is possible to prevent the center of gravity from being biased to the back side and to be excellent in installation stability, and to extend and sit on the legs, while saving space, Excellent relaxation.
(4) Since the wall surface 2a on the back side of the bathroom body 2a also serves as the backrest portion of the seat portion 11, there is no need to form a backrest portion as a separate member, and the installation space for the backrest portion is not required and the bathroom 10 It is possible to effectively use the limited space, and it is excellent in productivity and compactness.
(5) Since the wall surface 2a inclined to the back side of the bathroom body 2a can be used as a backrest part, it can be seated in an easy posture so as to leave the weight on the back side of the bathroom body 2a. It is hard to feel and is easy to use.

  The present invention can simplify the shape of the bathroom body and improve mass productivity by forming the bathroom body into a cylindrical shape with a bottom, and having a top cover that can be opened and closed and a side door. The private sauna can be used effectively by confining the limited space and can be easily used by individuals, without feeling of pressure, compactness, relaxation, and easy installation. A room can be provided, and can be easily installed and used in an individual house or an existing facility for the purpose of health promotion, diet, thermotherapy, and the like.

Overall perspective view showing a personal sauna room in the first embodiment Sectional side view of personal sauna room in the first embodiment Cross-sectional plan view of the personal sauna room in the first embodiment (A) Whole perspective view showing a state in which the upper cover and side doors of the personal sauna room in Embodiment 1 are opened (b) Main part enlarged perspective view showing the opening / closing mechanism of the upper cover of the personal sauna room in Embodiment 1 Figure Overall perspective view showing a personal sauna room in the second embodiment Sectional side view of personal sauna room in the second embodiment Sectional plan view of a personal sauna room in the second embodiment Whole perspective view which shows the state which opened the upper cover and side door of the personal sauna room in Embodiment 2 The principal part expansion perspective view which shows the modification of the opening / closing mechanism of the upper cover of the personal sauna room in Embodiment 2

Explanation of symbols

DESCRIPTION OF SYMBOLS 1,1a Personal sauna room 2 Bathroom main body 2a Wall surface 2b Side door 3 Front wall 3a Hinge fixing part 3b Upper cover support part 4 Left side wall 5 Right side wall 6 Back wall 7 Upper cover 7a Opening part 7b Hinge 7c Handle 7d Opening / closing link part 7e Spring part 7f Slide hinge 8 Upper wall 8a Notch part 9 Bottom part 10 Bathroom 11 Seat part 11a Seat part 11b Backrest part 12 Control room 13 Humidifier 13a Water supply tank 14 Air supply pipe 15 Air supply pipe connection part 16 Steam outlet 17 Floor part 18 Seat part support beam 19 Hinge 20 Seat part support wall 21 Seat part support pillar 30 Operation part 31 Seat part back plate 32 Seat part heat insulating material layer 33 Seat part heating part 34 Seat part protection layer 35 Seat part radiator bedrock layer 36 Hinge mounting part 37 Decorative plate 37a Seating surface fixing part 38 Backrest part back plate 39 Seating part insulation layer 40 Seating part heating part 41 Seating Protective layer 42 Seat part radiator rock layer 43 Decorative plate 44 Bottom plate 45 Floor heat insulation layer 46 Floor heating unit 47 Floor protection layer 48 Floor radiator bed layer 49 Decorative plate 50 Exterior material 51 Outer plate 52 Wall surface insulation Material layer 53, 53a Wall surface heating part 54, 54a Wall surface part protection layer 55, 55a Far infrared radiation layer 55b Protection member 56 Exterior material 57 Outer plate 58 Upper heat insulating material layer 59 Upper heating part 60 Upper protection layer 61 Far infrared radiation layer

Claims (6)

A bathroom body formed in a bottomed cylindrical shape, an upper cover formed in an inclined shape so that the front side of the bathroom body is low and the back side is high, and is covered on the top surface of the bathroom body so as to be openable and closable; An opening formed in the upper cover on the back side of the main body, a side door formed to be openable and closable on one side of the bathroom body, and a space in the bathroom body are partitioned into a bathroom and a control room. A seat portion having a seat surface portion for one person disposed in the bathroom body, a humidifier disposed in the control room and humidifying the bathroom, and a wall surface heating section embedded in the wall surface of the bathroom A floor radiator bedrock layer that radiates electromagnetic waves such as far infrared rays formed on the surface of the floor part of the bathroom, and a floor heating unit that is embedded in the floor part and heats the floor radiator bedrock layer And a personal sauna room. A seat part radiator rock layer that radiates electromagnetic waves such as far infrared rays formed on at least the surface of the seat part of the seat part, and the seat part radiator bedrock embedded on the back side of the seat part radiator bed layer The personal sauna room according to claim 1, further comprising: a seat heating unit that heats the layer. A far-infrared radiation layer containing a powder of a radiator that emits far-infrared radiation formed on the inner surface of the wall surface including the side door of the bathroom and the upper cover is provided. The personal sauna room according to claim 1 or 2. The personal sauna room according to any one of claims 1 to 3, further comprising a steam ejection hole that is formed in the seat surface portion of the seat portion and ejects steam generated by the humidifier. 5. An angle formed by a bottom surface portion of the bathroom body and a backrest portion disposed on a back surface portion or the seat portion is formed to be 100 degrees to 115 degrees. A personal sauna room according to any one of the above. 6. The personal sauna room according to claim 5, wherein the bathroom body is formed in a cylindrical shape inclined to the back side, and a wall surface on the back side of the bathroom body also serves as a backrest part of the seat part. .

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