JP2006234208A - Hot bath facilities - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide hot bath facilities having novel construction to be efficiently managed while keeping a temperature change near a doorway as gentle as possible. <P>SOLUTION: In the hot bath facilities, exclusive air screen rooms 2, 2 for man and woman dressing rooms 12, 13 are made to communicate with an enclosed bathroom 1, a cooling port air screen room 2 made to communicate with a cooling area 14 is arranged in opposition to the enclosed bathroom 1, and floor heating pipes 4, 41 are arranged in the enclosed bathroom 1. Part of the floor heating pipe 4 is bypassed and circulated in each of the air screen rooms 2, 2, 2. It is covered with a protecting concrete layer 43 and formed with a natural stone-mixed concrete layer 5 for generating growing wave energy. Hot water can be supplied to the floor heating pipes 4, 41. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

    The present invention has all fields related to bathing facilities as its technical field, and includes not only the fields of construction and construction for building facilities, but also the equipment and instruments required in the facility, particularly hot baths. Necessary to provide necessary materials and parts from the field of manufacturing and selling related equipment and instruments, for example, to supply wood, concrete, natural stone, metals, plastics, etc., and to process these materials and parts Fields that provide machinery and tools, fields that provide materials, machinery, and parts, such as wood, plywood, plastics, and various metal materials, electronic components that are incorporated into them, and the integration of them The field of control equipment, the field of various measuring instruments, the field of power machinery that moves the equipment, the field of electricity and energy as the operating energy, and the field of oil All fields generally referred to as industrial machinery, as well as testing and researching those facilities and equipment, fields related to their display, sales, import / export, and their use, generals and equipment It does not relate to the field of recovery, collection and transportation of garbage debris generated during operation, and the field of recycling that efficiently recycles garbage debris, and other new fields that cannot be envisaged at this time, but are related. There is no technical field.

(Viewpoints)
A bedrock bath that lays a paddle or towel on the bedrock warmed by geothermal heat and lies on it to warm the body is warmed by the heat and electromagnetic waves transmitted from the bedrock, along with a large amount of sweat flowing out, Although it is recognized that it can effectively excrete toxins and can be expected to be highly effective in promoting health and improving the constitution, it is maintained at a temperature suitable for bedrock bathing and is also effective in promoting health. The bedrock exists only in a limited area in Japan, and it is necessary to make a reservation for several months before trying to use a hot spring with such an effect. There are many troublesome things such as having to visit the place far away, and it is not the case that anyone can casually use it as a daily facility while knowing the excellent effect of bedrock bath

(Conventional technology)
For example, “Stone bath device” disclosed in Japanese Patent Application Laid-Open No. 2001-95889 is a technique for realizing a facility that can more easily use the bedrock bath, which is said to have excellent effects on recovery and promotion of health. As can be seen in the invention and the “far-infrared irradiated concrete body” invention disclosed in Japanese Patent Application Laid-Open No. 8-12406, there are some that have already been developed and proposed, although these are few, The heating pipe that can be heated by the boiler is buried under the bottom of the room, and the floor is concrete or gravel mixed with natural stone or a material that can irradiate far infrared rays such as natural stone. It is based on a technical idea that is almost common in terms of the structure that lays and warms sand and sand, etc., and these existing structures and facilities that have already been proposed so far, It has been demonstrated that to obtain the efficacy close to warm bath using rock.
(1) JP 2001-95889 A (2) JP 8-12406 A

(Awareness of problems)
However, traditional artificial bathing facilities that have been developed and put to practical use for the above-mentioned purposes rely on boiler hot water for temperature adjustment in the bathroom, and are used for heating under the floor. The temperature of the hot water that flows along the normal route of the piping causes a considerable temperature difference between the supply end and the discharge end, so that the temperature may be too high depending on the position where the user lies or the temperature is low. For example, it is very difficult to adjust and manage the optimal temperature throughout the bathroom, and it is difficult to heat the interior of a large bathroom homogeneously with a hot water supply system that uses underfloor piping. In order to achieve uniform and effective management in an attempt to adjust and control to the appropriate rock surface temperature, room temperature and room humidity, the administrator must pay close attention to always perform delicate adjustment work. More Considering the health of the facility users, it is preferable to keep the rapid change in room temperature between the changing room and the bathroom as small as possible, and the temperature change between the air conditioning temperature and the bathroom temperature in each changing room for men and women Although it is necessary to make the temperature as gentle as possible, such temperature control in every detail in the facility will make the best work load on the management workers as well as being too heavy The harder the effort, the worse the profitability, resulting in problems with management, and there is still forced management to balance workability and profitability. It can be said that the solution of this problem is an urgent matter.

(Object of invention)
Therefore, the applicant of the present application started its development and research very quickly, judging whether the temperature in the bathroom and the temperature in the vicinity of the entrance / exit could not be managed efficiently so as to suppress the change as slowly as possible. However, as a result of repeating trial and error over many years and many trial manufactures and experiments, this time, we have finally succeeded in realizing a warm bath facility with a new structure. The details of the configuration will be explained together with representative examples.

(Structure of the invention)
As will be clearly understood from the embodiments representing the present invention shown in the drawings, the hot bath facility included in the present invention basically comprises the following configuration.
That is, the divided men's and women's changing rooms are each connected to a common sealed bathroom through a dedicated windbreak room, and in the same position as the dedicated windbreak room, A floor that is arranged to communicate with the cool place through a separate wind vent room for the cool mouth, and to meander and circulate at a predetermined pitch every one or several blocks on the soil concrete in the sealed bathroom In addition to piping a heating pipe, a part of the pipe for floor heating is also bypassed on the soil concrete of each of the previous windbreak rooms adjacent to and placed in the sealed bathroom, or independent as a different one Then, circulate or pipe the floor heating pipes in the same way, cover them with a protective concrete layer, and as a top layer or a part of the top layer, a natural stone layer or a natural stone mixed concrete layer for generating nurturing wave energy Shape To contrast, a previous adjustment to a predetermined temperature in the floor heating pipe, spa facilities to summary the configuration of the hot water may be controlled was made to allow the hot water supply.

    When this warm bath facility with this basic configuration is shown as a more specific one, the divided men and women changing rooms are connected to a common sealed bathroom through a dedicated wind chamber, respectively. In the position opposite to the side where the exclusive wind removal room is located, the arrangement is such that it leads to the cool place through a separate wind outlet room for men and women or on the concrete in the closed bathroom. Or, every few blocks, pipes for floor heating that meander and circulate at a predetermined pitch, and also on the soil concrete in each of the windbreak chambers adjacent to and arranged in the sealed bathroom. By bypassing a part of the heating pipe, or by independently circulating it separately, laying the floor heating pipe in the same way, covering them with a protective concrete layer, and at least in the enclosed bathroom Protective concrete For each appropriate section on the upper surface of the layer, a natural stone layer for generating nurturing wave energy or a natural stone-mixed concrete layer is formed to be substantially flush, while the previous floor heating pipe is adjusted to a predetermined temperature. This is a hot bath facility having a configuration that enables hot water to be controlled to be supplied.

    More specifically, the divided men's and women's changing rooms are each connected to a common sealed bathroom via a dedicated windbreak room, and in the same position as the dedicated windbreak room on the opposite side. In addition, it is arranged so that it can be connected to a cool place through a wind vent room for both men and women or individual, and it snakes and circulates at a predetermined pitch every one or several blocks on the soil concrete in the sealed bathroom. In addition to piping the floor heating pipe as described above, a part of the floor heating pipe may be bypassed on the soil concrete of each of the windbreak chambers adjacent to and arranged in the sealed bathroom. The floor heating pipes are similarly piped and covered with a protective concrete layer, and at least for each appropriate section of the upper surface of the protective concrete layer in the enclosed bathroom, a nurturing wave is provided. From energy A rough stone plate, which is a natural stone for use and is appropriately sized for the human body lying on the side, is embedded in a substantially flat surface, while hot water that can be adjusted and controlled to a predetermined temperature can be supplied to the previous floor heating pipe. It can be said to be a warm bath facility.

    In the hot bath facility according to the present invention, the divided men's and women's changing rooms are connected to a common sealed bathroom through a dedicated wind chamber, respectively, and opposite to the side where the dedicated wind chamber is placed. In the position of, it is arranged at a predetermined pitch every one or several blocks on the soil concrete in the sealed bathroom, in addition to being arranged to communicate with a cool place through a wind vent room for both men and women or individual Pipes for floor heating that meander and circulate, and also bypass some of the floor heating pipes on the soil concrete in each of the previous wind vents adjacent to and placed in the closed bathroom Or separate and circulate as different things, and similarly pipe the floor heating pipes, cover them with a protective concrete layer, and at least for each appropriate section of the upper surface of the protective concrete layer in the enclosed bathroom Nurture While the natural stone layer for generating energy or the concrete layer mixed with natural stone is formed so as to be substantially flush, the previous floor heating pipe can be supplied with hot water that can be adjusted and controlled to a predetermined temperature. In addition, an insulator corridor made of cocoon that connects the windbreak chambers to each other is placed at the appropriate place on the top surface of the protective concrete layer excluding the natural stone layer or the natural stone-mixed concrete layer forming part provided for each appropriate partition in the sealed bathroom. A warm bath facility is included.

    As described above, according to the warm bath facility of the present invention, first and foremost, under the floor surface of each windbreak room disposed between the gender changing room and the cool place and the sealed bathroom, Since pipes for floor heating that are substantially the same are installed, it is possible to generate heat from the floor surface in the same form as in a closed bathroom and to control the indoor air temperature accordingly, and the temperature when the user enters and leaves the closed bathroom The physical burden caused by the difference is greatly reduced so that the physical load due to the temperature difference when entering and exiting each room is minimized, and as a result, natural stone layers or natural stones are mixed for generating nurturing wave energy It has the excellent feature that the effective nurturing wave energy emitted from the concrete layer is reflected on the body without loss, and the health recovery and enhancement effects can be made more efficient.

    Further, in the warm bath facility according to the present invention, the floor heating pipes extending in the upper and lower multi-stage groups in the floor structure are protected even when the same hot water temperature supply is provided, as compared with the case where the pipes are further buried. The occurrence of temperature unevenness is reduced over the entire thickness of the concrete layer, and the entire floor surface in the enclosed bathroom and each windbreak room is heated more uniformly to stabilize the floor surface temperature and increase the heat capacity. The effect of cooling due to heat radiation to the outside can be reduced, and it is less affected by changes in the outside air temperature due to seasonal changes and daily weather changes, etc., and can maintain a stable floor surface temperature. It is possible to provide a constant and constant warm bath environment with a small amount of windshield chambers at appropriate locations on the top surface of the protective concrete layer excluding the natural stone layer for generating nurturing wave energy or the natural stone mixed concrete layer forming part. In the case where the corridor made of Isogo is connected, the heat of that part is taken away by frequent passage, and the natural stone layer for generating the nurturing wave energy or natural It is designed to prevent the situation where the heating of the stone mixed concrete layer is uneven and the effect of the warm bath is impaired. The benefits of being able to significantly reduce the fuel consumption of water and hot water facilities, etc. are also obtained, which is economical overall and can be realized as a relatively simple structure with consideration for the natural environment It is expected to have an excellent effect.

In implementing the present invention having the above-described configuration, the best or desirable mode will be described.
The sealed bathroom can keep the inside of the bathroom in a hermetically sealed state, and can adjust and control the temperature and humidity in the bathroom appropriately, while also allowing the user to freely enter and exit, and has heat insulation properties. It has a sealed structure that can maintain high humidity while maintaining high humidity, and can maintain humidity, and the doors and windows of the entrance and exit are provided with a seal structure that can be closed in a sealed manner, and has a handle and handle that can be easily locked Air blowers for air conditioning that should be equipped with wind vents at each doorway to prevent sudden temperature changes when users enter and exit, and that can stir indoor air in the right place In addition, it is desirable to provide a ventilation fan or the like that allows the intake of outside air and the release of room air, and that the room temperature and humidity can be optimally controlled at all times by automatic control or control by an administrator.

    The men's and women's changing rooms have functions that allow men's exclusive changing rooms and women's changing rooms to be separated into separate rooms, allowing them to enter and exit a common closed bathroom. Each room has a separate windbreak room between the men's and women's dedicated entrances and exits, and a large number of users can be undressed and dressed at the same time, with at least standard equipment as a changing room The number of lockers and washstands corresponding to the scale of the hot bath facility should be installed, and various facilities such as a shower room and a toilet can be added as necessary.

    The exclusive dressing room for men and women is connected to each men and women's individual dressing room and the men's and women's dedicated entrances to the common sealed bathroom, when users enter and exit the sealed bathroom. It functions to alleviate sudden temperature changes and prevent the temperature and humidity in the closed bathroom from changing significantly when the user enters and exits. The doorway to the changing room and the doorway to the closed bathroom must be provided with an open / close mechanism such as an open / close door or sliding door that blocks the flow of internal and external air. The door should be provided with an opening / closing operation part such as a door knob or lever that can be easily locked and unlocked by the user. Shower rooms, washstands, etc. if necessary I also installed the attached equipment It can be.

    A cool place serves as a space for a user who has warmed up and sweated in a closed bathroom to go out of the closed bathroom, take a break while exposing the body to the outside air, and cool down. It must be placed on the opposite side of the male and female dressing room in the bathroom, and connected through a dedicated windbreak room, and to some extent visually isolated from the outside by partitions, trees, etc. The structure should be such that the wall surface is removed to the extent that sufficient outside air can pass through to the person, and if necessary, the insulator is laid on the floor or a wooden deck is provided. Desirably, bare feet should be devised so as not to touch the outdoor concrete surface that is hot in summer and cold in winter, and it is better to install a roof that blocks direct sunlight and surpasses rain.

    The air vent room for the cool mouth prevents and protects the users who go back and forth between the sealed bathroom and the cool place from receiving a sudden temperature change, and cool and dry outside air enters from the entrance to the cool place. It functions to prevent the temperature and humidity in the closed bathroom from being lowered and destabilized, and the entrance / exit of the closed bathroom has a sealable seal structure. An open / close mechanism with door knobs and levers that can be locked and unlocked with simple operation must be provided, and a wind vent room with a similar seal structure and open / close mechanism at the entrance to the cooler place. It should ensure its own heat retention.

    Dust concrete supports at least the underfloor structure of the closed bathroom and each windbreak room from below, solidifies the foundation of the entire floor surface, improves heat retention and heat insulation, and heats the ground or lower floor. It is desirable to improve moisture resistance and heat insulation by sandwiching a waterproof sheet or heat insulating material between the protective concrete layer and the closed bathroom on the ground floor or basement. In case of installing on the ground, the moisture-proof soil sheet is sandwiched between the lower layers of the soil concrete, and crushed stone is placed, and the ground is directly grounded to the ground or the ground without forming the underfloor space, so that the heat retaining property is improved. It is also desirable that, like the protective concrete layer, it can be formed of a natural stone that emits nurturing wave energy, a granular material thereof, or concrete mixed with powder.

    The floor heating pipe is buried under the floor surface of the closed bathroom and each windbreak room, and receives the hot water to heat the floor surface and raise the temperature in the bathroom. It must meander and circulate at a predetermined pitch every one or several blocks below the surface, and it must be meandered under each floor surface of each windbreak room, which is almost the same as a closed bathroom In addition to being able to make only one upper and lower pipes that meander at a pitch, the upper and lower two-tiers and higher and lower multi-tiers are set as necessary, and the meander pitch is set to be relatively larger than that of a closed bathroom. It is assumed that a dedicated boiler is connected to each, and lath materials such as wire mesh are combined in each of the upper and lower stages or the upper, middle and lower stages, embedded in the protective concrete layer and integrated with the soil concrete below it I will try It must be to strengthen and cracked and settling the entire strength, to so prevent the deformation is desired.

    The protective concrete layer fixes floor heating pipes piped at a predetermined pitch in a stable position on the soil-concrete and stabilizes them at the same time. In addition to enabling efficient heat transfer, of course, it becomes a structural floor that receives the load on the closed bathroom floor surface, so that buried and piped pipes are not inadvertently pressed or deformed at the same time It must have the same strength as ordinary concrete, combined with a lath material such as wire mesh to ensure sufficient strength, and integrated with soil concrete In addition to being able to be a concrete layer that is kneaded with conventional general aggregates, natural stones that generate nurturing wave energy There are mixed the crushed stone and the like, it is also possible to kneading concrete layer.

    Natural stones are heated and receive heat energy, and emit far-infrared rays having a wavelength of at least 3 μm to 25 μm, and include a wavelength band of 4 μm to 14 μm, and activate human cells. It has the property of generating nurturing wave energy effective for health promotion such as blood circulation promotion, in other words, it emits ultra-weak vibration energy or weak magnetic energy to stimulate cells in the human body to help improve constitution and recover from fatigue, as well as beautiful skin It must have properties that can provide various effects such as effects, diet, chronic fatigue, low back pain, stiff shoulders, skin improvement, cold prevention, etc. Specific examples include amphibolite (produced in Iwate Prefecture) , Tenteishi (from Miyazaki Prefecture), tourmaline (from Brazil), purple crystal (from Brazil), crystal (from Brazil), etc. And laid out as a predetermined thickness within a predetermined range, or a rough or flat plate with a predetermined area and a predetermined thickness cut out from such natural stone, or a combination of them It may be selected according to the conditions, but considering that the user repeatedly sweats and sweats and secures the subsequent hygiene, one person is also lying down from the economic point of view. It is desirable to use a rough slab that is as wide as possible (not necessarily a single plate).

A natural stone-mixed concrete layer is formed by mixing an appropriate amount of the above natural stone pulverized to an appropriate particle size into general or special (lightweight, early strength, weight, etc.) concrete as an additive or as an aggregate. It functions to emit the energy of nurturing waves effective to promote metabolism in the user's body, and is limited to at least the compartment space in which the user bathes in a supine position on the floor surface in a closed bathroom Or a wider area, which may extend over substantially the entire surface of the enclosed bathroom floor, or may be formed over substantially the entire surface of the enclosed bathroom floor and each wind vent room floor. Should be formed so that the lower surface of natural stone or rough stone slab embedded in the user's supine space touches the natural stone mixed concrete layer (nurturing wave concrete layer) It is also possible to form so as to contact the lower surface of the stones and rough stone flat plate in the protective concrete layer top surface.
In the following, the structure of the present invention will be described in detail together with an embodiment representative of the present invention shown in the drawings.

    The example shown in the plan view of the lower-pipe piping structure for floor heating in the warm bath facility of FIG. 1, the plan view of the indoor structure of the hot bath facility in FIG. 2, and the side view of the floor heating pipe piping structure in FIG. The male and female changing rooms 12 and 13 are connected to the common sealed bathroom 1 through the dedicated wind chambers 2 and 2, respectively, and are opposite to the side where the dedicated wind chambers 2 and 2 are arranged. In the position of, it is arranged so as to communicate with the cool place 14 through the wind vent room 2 for both men and women or individual, and every one or several blocks on the soil concrete 3 in the sealed bathroom 1 The floor heating pipes 4 and 41 are arranged to meander and circulate at a predetermined pitch, and on the soil concrete 3 in each of the windbreak chambers 2, 2, and 2 disposed adjacent to the closed bathroom 1. In addition, a part of the floor heating pipe 4 is bypassed and circulated. These are covered with the protective concrete layer 43, and the natural stone-mixed concrete layer 5 for generating nurturing wave energy is formed on the upper surface or a part of the upper surface, while the floor heating pipes 4 and 41 have a predetermined 1 shows a typical embodiment in a warm bath facility included in the present invention in which hot water that can be adjusted and controlled to a temperature can be supplied.

    The warm bath facility is one step higher from the entrance 11, and men and women changing rooms 12 and 13 that are opened by removing shoes or slippers are arranged on the left and right, respectively, and the changing rooms 12 and 13 respectively pass through exclusive windbreak rooms 2 and 2, respectively. The open-air cooler 14 is arranged through a single windbreak room 2 at a position opposite to the closed bathroom 1 and adjacent to the closed bathroom 1. Is equipped with user lockers 15, 15, ..., washstands 16, 16, ... and toilets 17, 17 and is comfortable for the user by air conditioning equipment such as an air conditioner (not shown) or a blower. The wind chambers 2 and 2 individually arranged in the gender changing rooms 12 and 13 are each provided with two shower rooms 18 adjacent to each other. .

    The cool place 14 is surrounded by a floor made of a wooden deck and a simple wall provided with a wooden fence with an open large window or a glass window that can be opened and closed, and the outdoor side can be blindfolded as necessary. Trees or the like are planted, and an open-air type or various roofs that transmit or shield sunlight are installed.

    The closed bathroom 1 has a rectangular shape with a width of about 12 m and a depth of about 5.5 m, and the height from the floor upper surface to the ceiling lower surface is set to about 3 m, and each wind chamber 2 arranged adjacent to the height is about 3 m. , 2 and 2 are set in a square shape of about 2 m square, and the underfloor structure of the closed bathroom 1 and the windbreak chambers 2, 2 and 2 has a thickness of about 120 mm above the ground as shown in FIG. An earthen concrete 3 that is about 120 mm thick slab concrete is provided on a crushed stone laid on the crushed stone, and a waterproof sheet 31 and a heat insulating material 32 about 50 mm thick are sequentially laminated on the earthen concrete 3 A wire mesh 42, which is a lath material, is disposed on the upper layer, and a heating lower pipe 4 having an outer diameter of about 20 mm and an inner diameter of about 16 mm is formed thereon, and the floor area of the hermetic bathroom 1 is substantially divided into four blocks. Every pitch interval The meandering and piping are made to be about 150 mm, and the lower pipe 4 is partially extended from the block adjacent to each of the windbreak chambers 2, 2, and 2. It is assumed that a wire mesh 42 is laid on the pipe 4.

    In the closed bathroom 1, the upper pipe 41 having the same dimensions is arranged on the wire mesh 42 on the lower pipe 4 with a pitch interval of 150 mm, and the upper and lower pipes 4 and 41 meander with a pitch interval of about 75 mm. After the piping, the upper and lower wire meshes 42 and 42 and the upper and lower pipes 4 and 41 are filled with cement to form a protective concrete layer 43 having a thickness of about 110 mm on the soil concrete 3, In each of the windbreak chambers 2, 2, 2, only the lower pipe 4 is provided, and the wire mesh 42 and the lower pipe 4 laid on the upper and lower sides thereof are buried with cement to protect the soil concrete 3 with a thickness of about 110 mm. In addition to the formation of the concrete layers 43, each protective concrete layer 43 has corners as natural stones that generate nurturing wave energy. Stone (granite from Iwate) is mixed with cement at a rate of about 15 kg per square meter and kneaded to form a mortar with a thickness of about 90 mm. The mixed concrete layer (nurturing wave concrete layer) 5 is formed.

    As shown in FIG. 3, the pipes 4 and 41 in the upper and lower two-tiered groups are buried under the floor of the closed bathroom 1, and as shown in FIG. 1, the closed bathroom 1 and each wind chamber 2. , 2 and 2 are connected to the lower pipe boiler 44, and the upper pipe 41 shown in FIG. 3 is connected to the upper pipe boiler 45 in FIG. Hot water adjusted and controlled to a predetermined temperature by a dedicated boiler can be supplied to the adjacent upper and lower pipes 4 and 41 so as to flow in opposite directions.

    As shown in FIGS. 2 and 3, a sprinkling channel 6 having a width of about 900 mm and a depth of about 150 mm is provided from one end in the width direction of the sealed bathroom 1. It is recessed with a gentle downward slope across the edge, and on both sides along the sprinkling channel 6, the human head is directed outward in the depth direction of the bathroom 1 and the legs are directed to the sprinkling channel 6. The rough stone flat space 51, 51,..., Divided into dimensions of approximately 1,800 mm in length and approximately 900 mm in width, is divided into multiple sections in the range away from the entrance / exit of each windbreak chamber 2, 2, 2. Each of the rough slab embedment spaces 51, 51,... Is an amphibole as a natural stone that emits nurturing wave energy within a range in which the chest, the main part, and the legs of the supine human body near the center can be placed simultaneously. About 1400mm in length and about 350mm in width A rough plate 52 having a thickness of about 20 mm to about 100 mm is embedded in the same plane, or three pieces of a rough plate 52 having a length of about 470 mm, a width of about 350 mm, and a thickness of about 20 mm to about 100 mm. It has been embedded in the same plane over the range corresponding to the legs.

    In addition, on each side of each of the raw stone flat space 51, 51,..., Water supply having a gentle downward slope from the wall surface of the closed bathroom 1 toward the watering channel 6 and having a width of about 200 mm and a depth of about 100 mm. Side grooves 61, 61,... Are recessed, and each of the water supply side grooves 61, 61,... A plurality of watering nozzles that can be opened and closed by an opening and closing valve (not shown) provided at an appropriate location outside 1 are arranged. As shown in FIG. 2, the watering path 6, water supply side grooves 61, 61,. In the passage area connecting the water channel 6 and the windbreak chambers 2, 2, and 2, a flat surface is formed with each of the rough stone burying spaces 51, 51,. A wooden fence that does not obstruct the flow of water supplied to the side grooves 61, 61, ... 63 is laid.

    Each of the windbreak rooms 2 and 2 for the men and women changing rooms 12 and 13 is provided with a sliding door 21 at the entrance facing the changing rooms 12 and 13, and at the entrance and exit facing the closed bathroom 1 on the entire periphery of the door. A sealing structure is provided along with a sealed door 22 having a lock / unlock mechanism that allows simple locking and unlocking operations to be performed in a sealed manner by operating an opening / closing lever. In addition, a sealed door 22 having a sealing structure and a lock / unlock mechanism is provided at two locations facing the closed bathroom 1 side and the cool station 14 side of the windbreak room 2 on the cool station 14 side. It is assumed.

(Operation of Example)
When the heating bath facility of the present invention having the above-described configuration starts heating the sealed bathroom 2, first, the dedicated boilers 44 and 45 shown in FIGS. 1 and 2 are activated, In FIG. 1 and FIG. 3, individual hot water is supplied to each of the upper and lower pipes 4 and 14 and heated substantially uniformly over the entire floor surface. Gradually heating over a period of about a week to stabilize the exposed surface temperature of the rough slab embedding space 51 at around 50 ° C., and the dedicated boilers 44 and 45 continuously supply hot water without stopping for 24 hours. Then, the exposed surface temperature of the rough plate embedding space 51 is always controlled to be around 50 ° C.

    Then, from the time when the temperature in the closed bathroom 2 gradually rises to around 42 ° C., a small amount of water is simultaneously discharged from each watering nozzle (not shown), and each water supply side groove 61, 61,. It is allowed to flow down and gradually discharged toward the sprinkling channel 6 to form a running water film, evaporate by heating from the floor surface, raise the indoor humidity to around 90%, and again when the room temperature exceeds 45 ° C. The same watering is performed to induce the heat of vaporization from the floor to lower the room temperature to around 42 ° C., and the humidity in the bathroom is controlled to be around 90%.

    At this time, the floor surfaces of the windbreak chambers 14, 14, 14 are heated to about 30 ° C. to 40 ° C. by the lower pipe 4 circulated from the sealed bathroom 2, and the closed windbreak chambers 14, 14 and 14 are heated gently and kept at a substantially constant temperature, and are suddenly applied to users entering and exiting the sealed bathroom 1 from the men's and women's changing rooms 12 and 13 and to the cool place 14 from the sealed bathroom 1. In the case where individual air conditioning equipment is installed in each of the wind vent rooms 14, 14, 14 due to the structure in which the lower pipe 4 for floor heating of the closed bathroom 1 is bypassed in consideration of the temperature change. Compared to the above, it is possible to greatly reduce the fuel consumption or the power consumption.

    In addition, when two upper and lower heating pipes 4 and 41 are arranged at a relatively large pitch interval (about 200 mm) than the closed bathroom 1 below the floor surface of each wind chamber 14, 14, and 14. In addition to obtaining a substantially similar heating function, the doors facing the sealed bathroom 2 of the windbreak chambers 14, 14, and 14 are each provided with a sealing structure and a lock / unlock mechanism. 22, sliding doors 21 and 21 are provided at the entrances facing the men and women changing rooms 12 and 13, and closed doors 22 are provided at the entrances and entrances facing the cool place 14. The leakage of air and the inflow of outside air are minimized.

(Effect of Example)
In addition to the features described in the above section of the effect of the present invention, the hot bath facility of the embodiment having the above-described configuration includes a plurality of raw stone flat space embedded on both sides of the water sprinkling channel 6 running vertically through the approximate center of the sealed bathroom 2. Since 51, 51,... Are arranged, a large number of users can use at the same time, and each doorway of the windbreak chambers 14, 14, 14 has a lock / unlock mechanism at each doorway. In the case where the sealed doors 22, 22, 22 are provided, even when many users enter and leave the sealed bathroom 1, an advantage can be obtained that can prevent the temperature and humidity in the bathroom 1 from being lowered. .

    Further, as shown in FIG. 3, in the case where pipes 4 and 41 in a two-tiered structure are embedded under the floor, they are heated and stored so as to be as homogeneously distributed as possible in the thickness direction of the protective concrete layer. In this way, all of the raw stone slab embedding spaces 51, 51,... Are heated uniformly, and the water supply side grooves 61, 61 disposed on both sides of each of the rough slab embedding spaces 51, 51,. , ... through the water sprinkling channel 6 through the water, keep the surroundings always clean and receive the humidification from the surroundings, so use the rough slab embedding spaces 51, 51, ... All the persons who enjoy can enjoy the bathing effect under substantially the same conditions and enjoy the effect.

(Conclusion)
As described above, the hot bath facility according to the present invention can achieve the intended purpose evenly by its novel configuration, and each windbreak room is provided with a heating pipe that is common or independent of the closed bathroom. When getting into the bathroom by not humidifying, the body can quickly get used to the temperature in the bathroom, and when leaving the bathroom, keep the warmth of the body from under the feet and near the head It can be quickly cooled to get a refreshing feeling, so that heat is transmitted from the feet so that it is not directly heated to the head, and it is used as an entrance to a closed bathroom that is relatively hot and humid. In addition to being able to maintain optimum conditions, it is possible to obtain a sufficient heating effect without installing individual air conditioning equipment for each windbreak room, and the temperature and humidity adjustment of each room and the efficiency of management work itself Big This is an effective hot bath for users who are conscious of health care because it can reduce the burden of management work and make it possible to achieve cost reductions, making it economically superior. In addition to being able to enjoy the benefits, it is expected that the management and management of hot bath facilities that provide hot bath services will be highly evaluated and will be widely used and spread.

The drawings show a typical embodiment embodying the technical idea of the hot bath facility of the present invention.
It is a top view which shows the partial piping state of the pipe for floor heating of a warm bath facility. It is a top view which shows the indoor structure of a warm bath facility. It is a side view which cuts and shows the piping state of the pipe for floor heating.

Explanation of symbols

1 Enclosed bathroom
11 Same entrance
12 Same male changing room
13 The female changing room
14 Cooling place
15 Same locker
16 Same washbasin
17 Toilet
18 Shower 2 Wind chamber
21 Sliding door
22 The same closed door 3 Dust concrete
31 The same tarpaulin
32 Insulation 4 Lower heating pipe
41 Same heating upper pipe
42 Same wire mesh
43 Same protective concrete layer
44 Boiler for the lower pipe
45 Boiler for upper pipes 5 Concrete layer mixed with natural stone
51 Same flat burial space
52 Rough plate 6 Sprinkling channel
61 Same water supply side ditch
63 Same Child

Claims (8)

    The separated men's and women's changing rooms are each connected to a common closed bathroom through a dedicated windbreak room, and in the same closed bathroom, opposite to the side where the exclusive windbreak room is located, either men and women or individually For floor heating, which is arranged to communicate with the cool place through the wind vent room for the cool mouth, and meanders and circulates at a predetermined pitch every one or several blocks on the soil concrete in the sealed bathroom In addition to piping, pipes for floor heating are either bypassed on the soil concrete in each of the windbreak chambers that are adjacent to and placed in the closed bathroom. In the same way, pipe the floor heating pipes, cover them with a protective concrete layer, and form a natural stone layer or a natural stone mixed concrete layer for generating nurturing wave energy as an upper layer or a part of the upper layer. Do Write, previously adjusted to a predetermined temperature in the floor heating pipe, spa facilities, characterized in that the hot water can be controlled was made to allow the hot water supply.     The separated men's and women's changing rooms are each connected to a common closed bathroom through a dedicated windbreak room, and in the same closed bathroom, opposite to the side where the exclusive windbreak room is located, either men and women or individually For floor heating, which is arranged to communicate with the cool place through the wind vent room for the cool mouth, and meanders and circulates at a predetermined pitch every one or several blocks on the soil concrete in the sealed bathroom In addition to piping, pipes for floor heating are either bypassed on the soil concrete in each of the windbreak chambers that are adjacent to and placed in the closed bathroom. In the same way, pipes for floor heating are similarly installed, covered with a protective concrete layer, and at least in each appropriate section on the upper surface of the protective concrete layer in the enclosed bathroom, a natural stone for generating nurturing wave energy is used. Layer or While the natural stone-mixed concrete layer is formed so as to be substantially flush, the above floor heating pipe is made to be able to supply hot water that can be adjusted and controlled to a predetermined temperature. Hot bath facility.     The separated men's and women's changing rooms are each connected to a common closed bathroom through a dedicated windbreak room, and in the same closed bathroom, opposite to the side where the exclusive windbreak room is located, either men and women or individually For floor heating, which is arranged to communicate with the cool place through the wind vent room for the cool mouth, and meanders and circulates at a predetermined pitch every one or several blocks on the soil concrete in the sealed bathroom In addition to piping, pipes for floor heating are either bypassed on the soil concrete in each of the windbreak chambers that are adjacent to and placed in the closed bathroom. In the same way, pipes for floor heating are similarly installed, covered with a protective concrete layer, and at least in each appropriate section on the upper surface of the protective concrete layer in the enclosed bathroom, a natural stone for generating nurturing wave energy is used. So A rough stone plate of an appropriate size suitable for a human body lying on the side is embedded in a substantially flat surface, while the previous floor heating pipe is made to be able to supply hot water that can be adjusted and controlled to a predetermined temperature. A warm bath facility.     The separated men's and women's changing rooms are each connected to a common closed bathroom through a dedicated windbreak room, and in the same closed bathroom, opposite to the side where the exclusive windbreak room is located, either men and women or individually For floor heating, which is arranged to communicate with the cool place through the wind vent room for the cool mouth, and meanders and circulates at a predetermined pitch every one or several blocks on the soil concrete in the sealed bathroom In addition to piping, pipes for floor heating are either bypassed on the soil concrete in each of the windbreak chambers that are adjacent to and placed in the closed bathroom. In the same way, pipes for floor heating are similarly installed, covered with a protective concrete layer, and at least in each appropriate section on the upper surface of the protective concrete layer in the enclosed bathroom, a natural stone for generating nurturing wave energy is used. Layer or While the natural stone-mixed concrete layer is formed so as to be substantially flush, the above floor heating pipe can be supplied with hot water that can be adjusted and controlled to a predetermined temperature, and each appropriate section in the enclosed bathroom In addition to the natural stone layer or the natural stone-mixed concrete layer forming part provided on the upper surface of the protective concrete layer, it is characterized by the fact that a ladder corridor made of insulators that connects the windbreak chambers to each other is arranged. Hot bath facility.     The hot bath facility according to any one of claims 1 to 4, wherein, among the floor heating pipes of each room, at least the pipes of the closed bathroom are arranged in a multi-stage assembly.     Among the floor heating pipes, pipes in a closed bathroom are arranged as a multi-tiered top and bottom, and each of the wind chambers adjacent to and arranged in the sealed bathroom is a multi-tiered floor heating pipe. The hot bath facility according to any one of claims 1 to 4, wherein a part of the hot water bath is formed in a detour shape so as to meander at a pitch larger than the pitch of the pipe for heating the same floor in a multistage assembly.     Among the floor heating pipes, pipes in a closed bathroom are arranged as a multi-tiered top and bottom, and each of the wind chambers adjacent to and arranged in the sealed bathroom is a multi-tiered floor heating pipe. The hot bath facility according to any one of claims 1 to 4, wherein only one of the upper and lower stages is connected in a detoured manner. Each windbreak room is provided with an opening / closing mechanism at the entrance / exit facing either the changing room or the cool room of either men and women, and at the entrance / exit leading to the sealed bathroom, and at least the opening / closing mechanism facing the sealed bathroom The warm bath according to any one of claims 1 to 7, comprising a hermetic seal capable of ensuring airtightness, and a lock / unlock mechanism that can be temporarily fixed in a closed state and can be easily opened and closed. Facilities.

Images