JP2007307260A - Warm bath equipment - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide warm bath equipment which controls the homogenous heating in a wide bathroom, the surface temperature of a rock bed suitable for bedrock bathing and indoor atmospheric temperature and humidity to control them constant and controlling the heating of the bedrock by virtue of the hot-water supply system of underfloor piping so as to always stabilize the surface temperature of the bedrock and the indoor atmospheric temperature and humidity. <P>SOLUTION: The warm bath equipment is constituted so that a growing wave concrete layer is formed through a protective concrete layer after up and down meandering pipes are laid on the floor concrete in a hermetically closed bathroom 2 at a predetermined pitch, raw ore plates 52 for emitting growing wave energy are embedded in and fixed to the unit spaces 51 demarcating the growing wave concrete layer as at least lying-alone places in an almost flush state so as to provide a slightly downward gradient and a proper amount of hot water is allowed to flow down at a proper times or at ordinary times from the vicinity of the highest region. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

    The present invention has all fields related to a hot bath facility as its technical field. From the field of providing and selling equipment and tools necessary for the construction as well as the field of constructing a hot bath facility. , Fields that provide materials, machinery, and parts necessary for materials, such as wood, stone, various fibers, plastics, various metal materials, etc., electronic components incorporated in them, and control-related equipment that integrates them Fields that are generally referred to as industrial machines, such as the field of various instruments, the field of various measuring instruments, the field of power machines that move the equipment, the equipment, the electric power that is the energy and the field of electricity and oil, , Test and research these facilities and instruments, fields related to their display, sales, import and export, generals, the results of their use and the facilities and instruments used to build them Collection of litter generated along with the the field relating to transportation or the like, recycling art to reuse them litter efficiently, until new areas that can not be expected in other time, it is enough not art unrelated.

(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, It is recognized that toxins can be effectively excreted and is highly effective for improving health and improving physical condition, but natural bedrock that is effective for promoting health at a temperature suitable for bedrock bathing is However, if you want to use these hot springs, you have to make a reservation several months in advance and visit Harubaru Yuharu from a distance. It was not available.

(Conventional technology)
As described in Japanese Patent Laid-Open No. 2001-95889, the “stone bath device” invention and the Japanese Patent The invention of “Far-infrared irradiated concrete body” of Japanese Patent No. 8-12406 has already been developed, and all of these are heating pipes heated by a boiler buried under the bottom of the room and laid on the floor. It is a concrete body that can irradiate far-infrared rays, such as natural stone or natural stone, or a structure that warms gravel, sand, etc., so that it can obtain an effect close to that of a natural rock bath facility.

However, since the artificial bathing facilities that have been developed so far, represented by the above invention, are based on a system that relies on hot water supply by a boiler to adjust the temperature in the bathroom, continuous heating pipes laid under the floor surface The temperature of the hot water that flows along the path of the flow will cause a very large temperature difference between the supply end and the discharge end, and the temperature will be too high depending on where the user lies down and enjoys the bathing effect, or vice versa. The temperature is too low, and it has the disadvantage that it is very difficult to adjust and manage so that it can be used at the optimum temperature everywhere in the bathroom. The inventor of the present invention has already proposed a hot bath facility that has been improved so as to be easy to maintain and manage with high thermal efficiency, as the invention of Japanese Patent Laid-Open No. 2005-87651 “Warm Bath Facility”. A pre-departure has achieved the intended purpose.
(1) JP 2001-95889 A (2) JP 8-12406 A (3) JP 2005-87651 A

(Awareness of problems)
The artificial bathing facility completed in this way allows many people to enjoy the bedrock bath, which is recognized as having a high effect on promoting health and improving its physical condition, without relying on limited natural hot spring sources. Can be enjoyed relatively easily, and it is possible to enhance the natural healing power by restoring and activating human body functions, and anyone tends to fall due to various factors such as natural destruction and complicated human society Those who have been able to relieve or avoid modern illness as much as possible, people who use artificial warm bath facilities in anticipation of those effects, further enhance the use effect during the use of the facility, Or, if you can add other effects, it would be less desirable for modern people who are busy.

(Object of invention)
Therefore, the present invention stands on the above problem consciousness, and when using an artificial warm bath facility to enjoy the effects of a rock bath, it is applied to a predetermined rock surface that is artificially cut for a predetermined time. Because it is necessary to continue to stop, during that time, it is warmed by heat and electromagnetic waves transmitted from the bedrock, and the bedrock bath's original action and effect that effectively drains waste and toxins etc. in the body with a large amount of sweat flowing out is ensured While enjoying it, it is useful for the restoration and activation of human functions by the action different from that of the rock bath, and by extension, even some effective means to be able to further enhance the action effect of the rock bath itself If we can find this, it will be much faster for modern people who are busy in their busy days to determine the value of this artificial bathing facility. As a result of repeating trial and error over many years and many trial productions and experiments, we have finally succeeded in realizing a new and improved structure of the bathing facility. The construction of the present invention will be described in detail together with the embodiment representing the present invention.

(Structure of the invention)
As will be clearly understood from the embodiments representing the present invention shown in the drawings, the hot bath facility of the present invention basically comprises the following configuration.
In other words, on floor concrete in a closed bathroom, at least two-tiered, each floor is laid with pipes for floor heating that are meandered and piped at a predetermined pitch, and all of them are buried in a protective concrete layer The growth wave concrete layer formed by kneading the natural stone powder that emits the growth wave energy while being fixed is formed so as to have a slight downward gradient in a certain direction, and then the growth wave concrete layer is loosened. An appropriately sized rough stone disc made of natural stone of the nature that emits nurturing wave energy is embedded on the floor surface of each unit space that is partitioned for at least one person in the inclined surface, substantially flush with the gently inclined surface, On the other hand, while being fixed, it is possible to flow a suitable amount of hot water in a timely or always manner from near the top of the gently inclined surface in each unit space including each of these rough stones. Both the pipe for floor heating in the protective concrete layer is a hot bath facility is adjusted to a predetermined temperature, a configuration in which the hot water from the control, dedicated boiler was made by allowing the circulation hot water and gist.

    The warm bath facility of the present invention having the basic configuration as described above is shown as a more concrete one. At least two upper and lower columns are set on the soil concrete in the sealed bathroom, and each level meanders at a predetermined pitch. Laying pipes for floor heating made of pipes, burying and fixing them all in a protective concrete layer, and constant growth wave concrete layer formed by kneading natural stone powder emitting growth wave energy on it The nurturing wave energy is formed on the floor surface of each unit space that is formed so as to have a downward slope of about 5% to 20% toward the direction and is partitioned for at least one person in the gently sloping surface of the nurturing wave concrete layer. An appropriately sized rough stone plate made of natural stones that emits natural stones shall be embedded and fixed in a substantially flat shape with respect to a gently inclined surface. From the vicinity of the top of the gently sloping surface in each unit space, an appropriate amount of hot water can flow down in a timely or constant manner, and the floor heating pipe in the protective concrete layer is adjusted to a specified temperature and controlled from a dedicated boiler. This is a hot bath facility that is configured to be capable of circulating hot water.

    The warm bath facility of the present invention having the basic configuration described above has at least two upper and lower sets on the soil concrete in the sealed bathroom, and each stage is for floor heating which is meandered and piped at a predetermined pitch. Pipes are laid, and all of them are buried and fixed in a protective concrete layer, and a growth-wave concrete layer formed by kneading natural stone powder that emits growth-wave energy is fixed in a certain direction by 5% to 20%. Appropriately formed of natural stones that generate growing wave energy on the floor surface of each unit space that is formed to have a downward slope of a certain degree, and that is divided into at least one person sleeping in the gently inclined surface of the growing wave concrete layer A rough stone that is large and has an uneven surface that allows it to come into contact with the vicinity of the acupoint on the meridian of the supine human body is embedded and fixed in a substantially flush manner with respect to the gently inclined surface. On the other hand, an appropriate amount of hot water can be allowed to flow from time to time or constantly from the top of the gently inclined surface in each unit space including each of these rough stone discs, and the floor heating pipe in the protective concrete layer In addition, a hot bath facility is provided that enables hot water from a dedicated boiler adjusted and controlled to a predetermined temperature to be circulated and supplied.

    In other words, the floor heating pipes that are meandered and piped at a predetermined pitch are laid on the soil concrete in the closed bathroom at least in the upper and lower stages, and the whole is a protective concrete layer. In addition to embedding and fixing in the inside, a growth wave concrete layer formed by kneading natural stone powder emitting growth wave energy is formed so as to have a downward gradient of about 5% to 20% in a certain direction. The floor of each unit space that is partitioned for at least one person in the gently sloping surface of the nurturing wave concrete layer is appropriately sized with natural stones having the property of nurturing nurturing wave energy, and the human body that is supine on its upper surface On the other hand, it is assumed that a rough stone disk having a plurality of convex portions that can be supported in a slightly floating state is embedded and fixed substantially flush with a gently inclined surface. From the vicinity of the top of the gently inclined surface in each unit space including the board, an appropriate amount of hot water can flow down between the convex parts provided on the rough stone board in a timely or constant manner, and for floor heating in the protective concrete layer. The pipe can be referred to as a hot bath facility in which hot water from a dedicated boiler adjusted and controlled to a predetermined temperature can be circulated and supplied.

    In addition, on floor concrete in a closed bathroom, at least two-tiered, each floor is laid with pipes for floor heating meandering and piping at a predetermined pitch, and all of them are buried in a protective concrete layer A growing wave concrete layer formed by kneading natural stone powder that emits growing wave energy while being fixed is formed so as to have a downward gradient of about 5% to 20% in a certain direction, and then the growing The floor surface of each unit space that is divided for at least one person in the gently sloping surface of the wave concrete layer is an appropriate size made of natural stone with the property of generating nurturing wave energy, and is continuous in the gradient direction on the upper surface. A plurality of grooves or net-like grooves are formed, but they are embedded and fixed in a substantially flush manner with respect to the gently inclined surface. For the floor heating in the protective concrete layer, it allows the appropriate amount of hot water to flow through the multiple or net-like grooves provided on the rough stone board in a timely or constant manner from near the top of the gently inclined surface in each unit space. This pipe includes a hot bath facility having a configuration in which hot water from a dedicated boiler adjusted and controlled to a predetermined temperature is circulated and supplied.

    As described above, according to the hot bath facility of the present invention, even in a place where there is no hot spring that can be bedrocked and where the benefits were not originally received, the facility based on the technical idea of the present invention Wherever construction is possible, the installation of such facilities will enable the recovery and enhancement of human functions by enjoying the effects of heat and electromagnetic waves generated from special natural stones that have been heated. Moreover, if the appropriate amount of hot water is allowed to flow from the vicinity of the highest level of the gently inclined surface in each unit space, including each of the stones of the nurturing wave concrete layer, the flowing hot water increases the contact area with the supine human body. As a result, it is possible to secure warmness to a more homogeneous human body on the supine and obtain a high warm bath effect. In addition, the user's sweat can be washed away to automatically maintain a hygienic environment on the floor. it can Soo features referred are those obtained.

    In addition, the upper surface of the rough stone board has an irregular surface shape that can be in contact with the vicinity of the acupoint on the meridian of the supine human body, so that the growing wave energy generated by the rough stone board can penetrate deeper into the vicinity of the acupuncture point. Acupressure can also be obtained by abutting the vicinity, and a plurality of convex portions that can be supported in a state where the supine human body is slightly lifted are formed to supply hot water evenly under the supine human body. It is possible to uniformly heat up to each convex part of the rough stone disc and to keep the floor located on the back of the human body always clean, so the same place is used one after another Even if the user uses it, there is no problem in terms of hygiene, the user can also use it comfortably without discomfort, etc. In addition, a shape that has a plurality of continuous or net-like grooves in the gradient direction Then, supine human body Or without, hot water is supplied from the higher-level, it becomes to exhibit the effect of the continue to maintain a homogeneous heating state flows down on a floor surface without causing stagnation and temperature unevenness.

In implementing the present invention having the above-described configuration, the best or desirable mode will be described.
The sealed bathroom allows the inside of the hot bath facility to be kept sealed, makes it possible to suitably adjust and control the temperature and humidity in the room, making it easy to reliably hold the rock stone heated to a predetermined temperature, To enable users to enjoy the effects of heat, electromagnetic waves, etc. that are efficiently released from heated stones, so that they can remain mentally and physically stable and rest. A seal that can close the doors and windows of entrances and exits in a sealed manner in order to achieve a function, to ensure high heat insulation by securing high heat insulation and to maintain a stable temperature and humidity. The structure should be adopted, and it should have a handle and handle that can be easily locked, and each doorway is provided with a windbreak room for rapid access when users enter and exit. As a structure to prevent temperature changes, Effect is desirable to avoid out.

    In addition, in the interior of this closed bathroom, a blower fan that can stir the room air is installed in a plurality of appropriate places on the ceiling, and a temperature detector that can detect an increase in the room temperature is provided in the appropriate place in the ceiling. An outside air suction fan that can be started in conjunction with the temperature detection unit is provided on the nearby wall surface, and is also linked to the same temperature detection unit in the vicinity of the wall on the opposite side facing the outside air suction fan. It is good to have a startable exhaust fan, and it is also a nurturing wave concrete with natural stone powder that emits nurturing wave energy, or a natural stone that nurtures nurturing wave energy, near the center of the floor. Formed in a bowl shape having a predetermined capacity formed from, having an automatic water supply mechanism, opening the water surface indoors, providing heat from the floor surface, and providing a humidity adjustment bottle that can heat the stored water, Automatic with evaporating water Degree adjustment and the water pumped up from squares and Watering watering can also be possible to fine-tune the room temperature.

    Clay concrete functions to support the structure under the floor of a closed bathroom from the bottom to harden the foundation of the entire floor, improve heat insulation and heat insulation, and reduce heat release to 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 when installing a closed bathroom on the ground floor or the basement, etc. It is desirable that the moisture-proof soil sheet is sandwiched between the soil-concrete layers and crushed stone is placed, and the ground is directly grounded to the ground or the ground without forming the under-floor space, so that the heat retention is improved. Similar to the concrete layer, it can be formed of concrete to which natural stone powder that emits nurturing wave energy is added.

    Pipes for floor heating are buried under the floor of a closed bathroom, heated by the boiler water supply and heated to maintain and maintain the temperature in the bathroom. It is assumed that a dedicated boiler is connected to each other by meandering and piping at a predetermined pitch under the floor surface, and lath materials such as wire mesh are combined in each of the upper and lower stages, or the upper, middle and lower stages, It should be embedded in the protective concrete layer and integrated with the lower soil concrete and upper nurtured wave concrete layer to strengthen the overall strength and prevent cracking, settling and deformation. It is desirable for each of the pipes to be piped so as to receive hot water supply in the opposite direction from each dedicated boiler. To enable uniform heating, when the protective concrete layer is set to a thickness of around 110 mm, the outer diameter 2 Pipes with an inner diameter of about 16 mm and an inner diameter of about 16 mm meandering at a pitch of about 150 mm, respectively, so that the adjacent intervals between the upper and lower pipes are substantially equal, and further, a plurality of locations in the plane arrangement of the upper and lower two-tier pipes In this case, it is preferable that the middle portions of each other are meandered and piped so as to form a cross-over arrangement.

    The protective concrete layer allows the floor heating pipes meandering and piped in two stages, upper and lower, to be fixedly placed at a set position between the soil concrete and the growth wave concrete layer. Enables efficient heat transfer to the concrete layer, and functions to prevent inadvertent compression and deformation of pipes buried by the load on the floor of a closed bathroom. It should have almost the same strength as concrete, and it should be combined with lath materials such as wire mesh to ensure sufficient strength and integrated with soil concrete and nurtured wave concrete respectively. In addition to a concrete layer kneaded with general aggregate, it can be a concrete layer kneaded with natural stones or crushed stones that generate growth wave energy. It is possible.

    The nurturing wave concrete layer forms a general concrete layer in appearance, but emits nurturing wave energy similar to that of rough stone, and the natural stone is flush with the floor in a closed bathroom. It must be a concrete layer that is kneaded with an appropriate amount of natural stone powder that generates nurturing wave energy. Should be formed over almost the entire surface of the unit space, preferably a closed bathroom floor, and can be formed so that the lower side of the rough stone is in contact with the nurturing wave concrete layer. It is also possible to form the lower surface in contact with the upper surface of the protective concrete layer, and it is desirable that the unit space including the rough stone disk be formed in a gently inclined surface in a certain direction. It is most desirable to have a downward slope of about 20%, and hot water should be supplied and flowed from the vicinity of the highest level of the gently inclined surface. It is possible to form a plurality of convex portions, a plurality of convex portions, a groove portion connected in a net shape, or the like.

    The unit space is divided into a predetermined size on the nurturing wave concrete layer, and a predetermined large rough stone plate made of natural stone that emits nurturing wave energy is buried in a suitable place, making it suitable for a warm bath. A space that is divided into vertical and horizontal dimensions that fulfills the function of securing space and enables a person to be in a supine position, and is sized and arranged so that at least the chest, waist, and legs can be placed simultaneously. In the same space, the place where the stone board is not buried must be where the nurturing wave concrete is exposed, and the place corresponding to the chest, waist and legs Tile-shaped rough slabs with a diameter of about 20 to 30 cm can be embedded either one on the left or one on the left or one in the center, and the width is about 3 corresponding to the chest, waist, and legs. cm, the range of about depth of about 140cm, either one ore board, or may be provided with paved ore panel divided into a plurality.

    In addition, the head is the highest on the gentle slope with a downward slope of about 5% to 20% from either the head side to the leg side or the leg side to the head side of the supine human body. Hot water can be supplied and flowed from near the side edge, and if necessary, the temperature of the hot water flowing down can be adjusted by installing an adjustment operation unit within the reach of the user himself / herself lying in the corresponding unit space. It is possible to provide a warm water adjustment mechanism that can freely change and adjust the flow rate according to your preference. Place a board, or form a concave dent shaped like a supine human body in a range that includes the rough stone board to a certain depth, or lower the waist of the dent and raise the head and legs The entire unit space, including the rough stone board, can be set, and the human body supine Toward the leg side from the head, lumbar and lower, set high head and leg so as to be able to lie comfortably, can or the like to that set with a corrugated shape.

    The rough stone disc itself emits far-infrared rays having a wavelength of 3 μm to 25 μm, and includes a wavelength band of 4 μm to 14 μm, and activates human cells to promote blood circulation and other health. It must have the property of generating good nurturing wave energy, and if you change the expression, it will generate ultra-weak vibration energy or weak magnetic energy to stimulate cells in the human body and help improve constitution and recover from fatigue , Skin benefits, diet, chronic fatigue, low back pain, stiff shoulders, skin improvement, cold prevention, and other properties, such as amphibolite (Iwate Prefecture), Tenteishi (produced in Miyazaki Prefecture), tourmaline (produced in Brazil), purple crystal (produced in Brazil), crystal (produced in Brazil), etc. A stone plate of product, thickness, and shape, with its upper surface abutting near the acupuncture point on the supine meridian as necessary, with a possible uneven surface shape, or with the supine human body slightly floating on the upper surface In addition to forming a plurality of convex portions that can be supported in the state, or forming a plurality of continuous grooves in the gradient direction or a groove connected in a net shape on the upper surface, A plurality of protrusions, a plurality of protrusions, or grooves connected in a net shape can be appropriately combined.

The dedicated boiler performs the function of heating the floor in the closed bathroom to the desired temperature by allowing the hot water adjusted and controlled to a predetermined temperature to be circulated and supplied to each pipe, to the desired temperature, kerosene, heavy oil, pulverized coal, Any one of various fuels such as gas is burned, or water is heated or supplied with electric power, etc., and it must be usable regardless of location without using geothermal heat, etc. It is desirable to install a reserve tank that can store the water supply of water, to enable stable operation by supplying water at a constant water pressure, and to install a dedicated one for each stage of the upper and lower floor heating pipes. In addition to a boiler dedicated to heating pipes, it can also be equipped with a function to supply an appropriate amount of hot water near the top of the slowly inclined surface in each unit space. ,Pieces The unit space highest hot water in the vicinity can also be used to install a dedicated boiler for supplying of.
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.

    FIG. 1 is a plan view of the inside of the hot bath facility, FIG. 2 is a plan view of a pipe for heating, FIG. 3 is a side view of the underfloor structure, and FIG. 4 is a plan view of a watering channel and a water supply side groove in the closed bathroom. The example shown in the plan view of the ventilation and circulation fan in the closed bathroom of FIG. 5, the plan view of the unit space in FIG. 6, and the sectional view of the unit space growing wave concrete in FIG. 7 is a lath material 42 such as a wire mesh. Are combined, and pipes 4 and 41, which are at least two-tiered for floor heating, meandering and piping at a predetermined pitch, are laid on the soil concrete 3 in the sealed bathroom 2 and further protected thereon. A nurturing wave concrete layer 5 kneaded with natural stone powder that emits nurturing wave energy through the concrete layer 43 is formed, and a certain direction is formed on the floor surface of a space 51 appropriately partitioned on the surface of the nurturing wave concrete 5. A rough stone plate 52 of an appropriate size made of natural stone that emits nurturing wave energy is embedded in the inclined floor surface in a substantially flush manner with a slight downward slope toward Each of the pipes 4 and 41 in a set allows hot water adjusted and controlled to a predetermined temperature to be circulated and supplied from the dedicated boilers 44 and 45, respectively, and an appropriate amount of hot water from the vicinity of the highest level of the inclined floor surface. 1 shows a typical embodiment in the warm bath facility 1 comprised of the present invention, which has a basic structure that enables the supply flow to be carried out in a timely or always manner.

    The warm bath facility 1 is one step higher from the entrance 11, and men and women changing rooms 12 and 13 for taking off shoes or slippers are arranged on the left and right, respectively. Each changing room 12 and 13 has a separate windbreak room 14 and 14, respectively. The outdoor cooler 15 is arranged through a single wind vent room 14 at a position opposite to the closed bathroom 2 through the adjacent closed bathroom 2.

    The closed bathroom 2 has a rectangular shape with a width of about 12 m and a depth of about 5.5 m, and the height from the top of the floor to the bottom of the ceiling is set to about 3 m. The underfloor structure is shown in FIG. As described above, the soil concrete 3 which is a slab concrete having a thickness of about 120 mm is provided on the crushed stone laid on the ground with a thickness of about 120 mm above the ground, and the waterproof sheet 31 and the thickness are provided on the soil concrete 3. Heat insulating material 32 having a thickness of about 50 mm is sequentially laminated, and 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 disposed thereon with a pitch interval of about 150 mm. In addition, the wire mesh 42 is laid on the lower pipe 4 and the upper pipe 41 having the same dimensions is arranged at a pitch of 150 mm on the upper pipe 4. The corrugated pipes 4 and 41 meander and pipe so that they have a plane pitch interval of about 75 mm, and are filled with cement so that the upper and lower wire meshes 42 and 42 and the upper and lower pipes 4 and 41 are embedded. 3 A protective concrete layer 43 having a thickness of about 110 mm is formed on top, and a powder of amphibolite (granite from Iwate Prefecture) as a natural stone that generates nurturing wave energy is formed on the protective concrete layer 43 per square meter. The cultivated wave concrete layer 5 is formed by mixing and kneading with cement at a rate of about 15 kg to form a mortar having a thickness of about 90 mm.

As shown in FIG. 2, the pipes 4 and 41 in the upper and lower two-stage groups are buried under the floor of the closed bathroom 2, and the lower pipe 4 indicated by a broken line in the figure has a boiler 44 dedicated to the lower pipe. The upper pipe 41 shown by the solid line in the figure is connected to an upper pipe boiler 45, and hot water adjusted to a predetermined temperature and controlled by an individual dedicated boiler is respectively connected to the upper and lower pipes 4 adjacent to each other. 41 can be supplied to flow in opposite directions.
In FIG. 2, the pipes 4 and 41 in the upper and lower two-stage sets are shown meandering and piped so as to be parallel to each other. , 41 can be meandered and piped so as to be vertically and horizontally crossed at a plurality of locations in the middle of each other.

    As shown in FIG. 4, a sprinkling channel 6 having a width of about 900 mm and a depth of about 150 mm extends from one end to the other end in the width direction of the sealed bathroom 2. 6 and FIG. 7, the human body head is directed outward in the depth direction of the bathroom 2 on both sides along the sprinkling channel 6, and the leg portions are recessed. Is about 2100 mm long and about 750 mm wide and can be supine toward the water sprinkling channel 6. From the head side near the wall to the leg side on the water sprinkling channel 6 side, 5% to Unit spaces 51, 51,... Formed in a planar shape having a 20% downward slope are arranged in a plurality of sections and formed in a range outside the entrance / exit of each of the wind vent rooms 14, 14, 14 shown in FIG. Each unit space 51, 51,... Is the same as the human body chest, waist, In the range where it can be placed on, the rough stone plate 52 having a length of about 1400 mm, a width of about 350 mm, and a thickness of about 20 mm to about 100 mm cut out from an amphibole as a natural stone that emits nurturing wave energy is flush. It is assumed to be buried, or two rough stone discs 52, 52 of about 500 mm in length, about 350 mm in width and about 20 mm to 100 mm in thickness are placed on the chest and waist, and about 400 mm in length (width and thickness dimensions are the same) 1) of the original stone board 52 is continuously embedded so as to correspond to the leg portion.

    Further, as shown in FIG. 4, the highest position of each of the unit spaces 51, 51,... Is used for spraying a plurality of hot water sprays either near the center or in a range over almost the entire width. .. Are provided in the hot water nozzles 9, 9,... Each of the unit spaces 51, 51,. And has a valve that enables the supply of hot water and water supply to be stopped and the water temperature to be adjusted. Further, on both sides of the valve, a gentle downward slope from the wall surface of the sealed bathroom 2 toward the water sprinkling channel 6 is provided. The water supply side grooves 61, 61,... Having a width of about 200 mm and a depth of about 100 mm are recessed, and the wall side end on the opposite side of the water supply channel 6 of each of the water supply side grooves 61, 61,. Each is installed in a suitable place inside the enclosed bathroom 2 or outside the bathroom 2 Closing operable watering nozzle 62 by being administrator only unillustrated switch valve, ... it is arranged.

    As shown in FIG. 1, each water supply side groove 61, 61,... Has a flush surface with the same slope as the adjacent unit spaces 51, 51,. A horizontal floor surface that substantially coincides with the lowest level of the unit spaces 51, 51, ... is formed between the unit spaces 51, 51, ..., and each unit space 51, The flow of water supplied to the water sprinkling channel 6 and the water supply side grooves 61, 61,... Is obstructed so as to form a horizontal floor surface that is substantially flush with the vicinity of the lowest position, which is the leg mold end of 51,. There is no wooden fence 63.

    On the ceiling of the closed bathroom 2, as shown by broken lines in FIG. 5, three blower fans 7, 7, 7 are arranged at substantially equal intervals to forcibly stir the room air. Further, an outside air suction fan 71 is arranged near the ceiling of the one end side wall of the sealed bathroom 2, and an exhaust fan 72 is arranged near the ceiling of the other end side wall on the opposite side. When the room temperature exceeds 45 ° C. at the appropriate position 2, the outside air intake fan 71 and the exhaust fan 72 are automatically activated, and when the room temperature reaches around 42 ° C., the outside air intake fan 71 and the exhaust fan 72 are automatically activated. A temperature detection unit (not shown) such as a thermostat to be stopped is provided.

    In addition, a certain amount of hot water is always stored in a humidifying tank with the top surface open, in the vicinity of the windbreak room 14 that is the entrance to the cool place 15 and close to the center of the closed bathroom 2. A box 8 which is made of the same material as the nurturing wave concrete layer 5 and protrudes on the floor integrally with the nurturing wave concrete layer 5 is a humidity adjusting ridge 8 capable of managing the humidity in the mold bathroom 2 substantially constant. It has been formed.

    The example shown in the plan view of the unit space in FIG. 8 and the cross-sectional view of the unit space in FIG. 9 shows another embodiment showing a modification of the unit space 51 in the warm bath facility included in the present invention. 1 and FIG. 3, the floor heating pipes 4 and 41 are formed in at least a two-tiered structure on the soil concrete 3 in the closed bathroom 2, and each stage meanders and pipes at a predetermined pitch. Laying and burying and fixing them all in the protective concrete layer 43, and forming the nurturing wave concrete layer 5 as its upper layer so as to have a downward gradient of about 5% to 20% toward a certain direction, As shown in FIG. 8 and FIG. 9, at the floor surface of each unit space 51, 51,... A rough stone 52, 52, 52 having an appropriate size made of natural stones having a characteristic of rugi and having an upper surface with an uneven surface shape capable of coming into contact with the vicinity of the acupoint on the meridian of the supine human body. 5 is embedded and fixed so as to be substantially flush with 5.

    4. From the hot water nozzles 9, 9,... Shown in FIG. 4 arranged in the unit spaces 51, 51,... Each including the rough stone discs 52, 52,. The pipes 4 and 41 for floor heating in the protective concrete layer 5 shown in FIG. 2 and FIG. 3 are adjusted and controlled to a predetermined temperature so that an appropriate amount of hot water can flow down timely or constantly. Hot water from the dedicated boilers 44 and 45 is circulated and hot water supplied. More specifically, the upper surface of each of the raw stone discs 52, 52 and 52 is spaced from about 35 mm to about 40 mm from the supine human meridian. A plurality of hemispherical convex portions 53, 53,... Are arranged so as to correspond to the vicinity of the upper point and set to a height of about 3 mm to 5 mm.

    The plan view of the unit space in FIG. 10 and the cross-sectional view of the unit space in FIG. 11 show that the unit space 51 in the warm bath facility 1 included in the present invention adopts a further shape, The floor surface of the unit space 51 including the boards 52, 52, 52 is formed as a curved concave surface digging shape so as to represent the back side shape of the supine human body, and the lowermost end portion on the leg side of the human-shaped curved concave surface In this case, an outflow groove 54 that allows discharge of the flowing down hot water is formed. Further, as shown in the sectional view of the unit space in FIG. 12, the curved concave surface shape of the floor surface can be a large corrugated shape that roughly represents the back contour shape of the supine human body. The cross-sectional shape in the left-right width direction of the unit space 51 can be formed to have the same cross-sectional shape as shown in FIG.

(Operation of Example)
The warm bath facility 1 of the present invention configured as described above is controlled so that the inside of the sealed bathroom 2 has a temperature and humidity suitable for the warm bath as shown below.
When the heating of the closed bathroom 2 is started, the dedicated boilers 44 and 45 are activated and, as shown in FIG. 2, adjacent to the pipes 4 and 14 in the upper and lower two-stage groups indicated by the solid line and the chain line, respectively. Individual hot water supply in the opposite direction between the pipes to be heated is heated almost uniformly over the entire floor surface, and the entire floor surface is gradually heated over several days to a week. The exposed surface temperature of unit space 51 is stabilized at around 50 ° C., and each dedicated boiler 44, 45 is controlled so as to continue hot water supply without stopping for 24 hours, so that the exposed surface temperature of unit space 51 is always around 50 ° C. It shall be heated.

From the time when the temperature in the closed bathroom 2 gradually increased to around 42 ° C., as shown by the solid line arrows in FIG. 4, a small amount of water was simultaneously discharged from all the watering nozzles 62, 62,. Each of the water supply side grooves 61, 61,... Slowly flows down and is gradually discharged into the water spray channel 6 as shown by the white arrow to form a water flow film, which is evaporated by heating from the floor surface. Is raised to around 90%, and when the room temperature exceeds 45 ° C, similar watering is performed again to induce the heat of vaporization from the floor to lower the room temperature to around 42 ° C. Control the humidity in the bathroom to be kept at around 90%.
Further, from the hot water nozzles 9, 9,... Provided at the highest positions of the unit spaces 51, 51,..., As shown by broken white arrows in FIG. Hot water is slowly supplied and flowed so as to form a hot water flow film over almost the entire surface, and the flow rate and water temperature can be freely set and used by users according to their preferences. It is also possible to do.

    Then, since the air temperature in the closed bathroom 2 reaches around 42 ° C., a plurality of blower fans 7, 7, 7 installed on the ceiling surface in the bathroom 2 are broken lines as shown in FIG. Start up as shown by the arrow, stir the room air so that it can maintain the same temperature and humidity everywhere in the room, and if the temperature in the bathroom 2 exceeds 45 ° C, The temperature detection unit that detects the air automatically activates the outside air intake fan 71 and the exhaust fan 72 to force fresh outside air into the closed bathroom 2 as indicated by white arrows in FIG. While taking in, forcibly exhausting indoor air of the same amount as the intake air to the outside to reduce the room temperature and ventilating at the same time, when the temperature detection unit detects that the temperature inside the bathroom 2 has reached 42 ° C, The outside air intake fan 71 and the exhaust fan 72 are automatically operated. Sealed, stabilize the bathroom 2 temperature within a substantially constant range, so as to maintain.

    The humidity adjusting basin 8 always secures a certain amount of stored water in the humidifying tank, constantly evaporates water from the exposed water surface, and keeps the humidity in the closed bathroom 2 high. At the same time, since it is made of nurturing wave concrete, it continues to radiate the nurturing wave energy toward its surroundings and stored water.

    In this way, the temperature and humidity in the closed bathroom 2 and the temperature of the unit space 51 can be appropriately continuously controlled over the operation time to use the hot bath under optimum conditions. After changing into clothes that may sweat, such as yukata and jersey, in the men's and women's changing rooms 12 and 13 in FIG. The body load when entering the windbreak chambers 14, 14 set higher than 13, acclimatizing the body to a higher temperature, and entering the closed bathroom 2 with a higher temperature setting , And then exits the windbreak chambers 14 and 14 and enters the closed bathroom 2 to select any unit space 51 that has been partitioned in advance, and the rough stone plates 52, 52,. On the unit space 51 including the embedded range of ... First, lie down on your back and warm up your chest and abdomen for about 5 minutes while recovering or activating the functions of internal organs such as the gastrointestinal tract, and then place your back and lumbar parts on my stone 52 respectively. It is warmed for about 5 to 10 minutes on its back and recovers or activates its functions, including the functions of various internal organs that have changed its direction, centering on the functions of the muscles and joints on the back of the human body. A windbreaker that is kept below the temperature in the bathroom 2 and around 30 to 35 ° C, which is higher than the outside temperature. Since it moves to the cool place 15 through the chamber 14 and is accompanied by a large amount of sweat for only about 15 to 20 minutes, the water lost by the brought-in mineral water is replenished.

    During this time, you have to take a break for a while, for example, by sitting on a bench prepared in the cool place 15, but the cool place 15 that is designed to be open to the outside takes fresh outside air, otherwise it is air-conditioned. Rely on equipment, etc. for about 5 minutes to keep the body warm (but differ depending on the season and take into account individual differences). In order to warm up the body that has been cooled down, this time, it passes through the windbreak room 14 and enters the closed bathroom 2 to lie down in the prone state and the supine state. If it is repeated for a time that is shorter than the first time and can be endured by the user, the sealed bathroom 2 is moved to the cool place 15 through the windbreak room 14 again and rested. Warm bath and cool place inside By repeating a series of bathing steps of 5 breaks a total of 2 to 3 times, wastes, lipid peroxides, heavy metals, toxins such as pesticides, etc. are discharged out of the body along with sweat, promoting metabolism and attraction. In other words, the body function is restored and activated, leading to a healthy weak alkaline constitution.

Many people may leave various germs and viruses in the closed bathroom 2 after sweating, but it is installed in each unit space 51, 51, ... When the user lies down and enjoys the warm bath effect due to the supply and flow of the hot water from the hot water nozzles 9, 9,... Amphibolite (natural stone that emits nurturing wave energy) contained in itself and the nurturing wave concrete layer 5 has a sterilizing and deodorizing action and decomposes pollutants discharged with sweat, resulting in generation of bad odors. The entire interior including the air in the hermetic bathroom 2 is maintained in a sanitary environment without causing wrinkles or dirt to adhere to the wall surface or floor surface while being pressed.
Then, at the time of cleaning at night or during holidays, the water in the sealed bathroom 2 is discharged and washed with a brush, and then the water discharge from the water nozzles 62, 62,... And the hot water nozzles 9, 9,. The entire inside of the sealed bathroom 2 is sufficiently dried only by heating from the floor surface over a predetermined time to completely kill germs and viruses and prepare for the next business day.

    The unit space 51 formed in a gently sloping surface is configured to allow warm water to slowly flow down on the surface thereof as shown by the white arrow in FIG. However, it is convenient for each user to adjust the floor temperature according to their preference, and the gap between the supine human body and the floor is filled with flowing hot water to the body. In addition to enhancing the warm bath effect, as shown in FIG. 8, convex portions 53, 53,... Are formed at a plurality of locations corresponding to the vicinity of the acupoints of the supine human body, and a hot water film is formed between the supine human body and the floor surface. Is formed so that the floor surface temperature can be homogenized while the user lies down, and the rough stone plates 52, 52, 52 of the convex portions 53, 53,. In addition to the action of radiating wave energy, it can also act to stimulate acupoints To become.

    Also, as shown in FIG. 10 and FIG. 11, the shape of the concave body is such that the supine human body sinks, and it receives not only the back surface of the lying human body but also the growing wave energy from the surrounding direction surrounded by the curved wall surface. In addition, more warm water flowing down the gently inclined surface comes into contact with the human body and the bathing effect is enhanced. Further, as shown in FIG. The curved concave surface not only increases the contact area of the original stone discs 52, 52, 52 to the supine human body to further enhance the warming effect, but when the user lies down, Suppresses natural gaps, eliminates unnecessary tension, and enables a more relaxing warm bath.

(Effect of Example)
In addition to the features described in the section of the effect of the present invention, the warm bath facility 1 of Example 1 configured as described above has a substantially central portion of the closed bathroom 2 as shown in FIGS. A plurality of unit spaces 51, 51,... Are arranged on both sides of the vertical watering channel 6 so that a large number of users can use them at the same time. Moreover, as shown in FIGS. A set of pipes 4 and 41 is embedded so that all the unit spaces 51, 51,... Can be heated uniformly, and as shown in FIG. The water spray nozzles 62, 62,... Arranged on both sides of the water are discharged and sprinkled through the water supply side grooves 61, 61,. And is evenly humidified. User who has selected the space 51 so that it can enjoy all equivalent bath effect, becomes a large feature that becomes the warm bath efficacy can enjoy reliably obtained.

    In addition, the water stored in the humidity adjusting basin 8 installed in the center of the closed bathroom 2 is always heated and evaporates, and the humidity in the closed bathroom 2 is kept within a predetermined range to prevent excessive drying. In addition, it is possible to eliminate the exposure of the wet floor surface by attaching the scissors 63 to the water supply side groove 61 and the watering nozzle 62, and the entire floor surface except for the unit spaces 51, 51,. The legs of the unit spaces 51, 51,... Are finished in a flat shape that almost coincides with the lowest position of the unit, so that they can prevent whispering and falling while walking, ensuring higher safety for users. The effect of being able to be demonstrated.

    Further, as in the second embodiment shown in FIGS. 8 and 9, the convex portions 53, 53, In the projecting project, a plurality of acupoints of a user lying on their back or lying on the unit space 51 are simultaneously stimulated, and the nurturing wave energy is concentrated from each convex portion 53, 53,. Radiating, it becomes possible to obtain a higher acupressure effect and a massage effect, and as in Example 3 shown in FIG. 10 and FIG. The part corresponding to the supine human body in the space 51 is formed in a concave concave shape, and when lying down so that the body sinks in the concave surface part and warm water is slowly poured down, the body is wrapped not only from the back but also from the back. In the case of receiving the wave energy and having the wave shape shown in FIG. 12, the contact area to the back of the human body is further increased, and the growing wave energy can be received more effectively. Benefits will be gained.

(Conclusion)
As described above, the hot bath facility of the present invention can achieve the intended purpose evenly by its novel structure, and forms a unit space including a rough stone disk of a nurturing wave concrete layer in a gently inclined surface, By slowly supplying hot water from the end of the floor, which is the highest level, and flowing it down, it is possible to obtain a new warm bath effect that was not possible with conventional hot bath facilities. The warm water that is supplied and discharged one after another can quickly wash away the waste and other waste discharged along with the user's sweat, keep the unit space clean, and greatly improve the efficiency of the cleaning work. , To reduce the burden of management work and ensure that costs can be reduced, and to manage users who want to recover and improve their health through bathing, and to manage bathing facilities that provide bathing services to these users, High is evaluated executives, etc., available across a wide range, it is expected to continue to spread.

The drawings show typical embodiments embodying the technical idea of the hot bath facility of the present invention.
It is a top view which shows the internal structure of a warm bath facility. It is a top view which shows the piping structure of the pipe made into the upper and lower two-stage group. It is a side view which shows underfloor structure in the longitudinal section. It is a top view which shows the arrangement structure of a watering channel and a water supply side groove | channel. It is a top view which shows arrangement | positioning of the ventilation fan of an enclosed type bathroom, and an intake / exhaust fan. It is a top view which shows the shape of a unit space. It is sectional drawing which shows the structure of a unit space. It is a top view which shows the shape of the unit space which changed a part. It is sectional drawing which shows the structure of the unit space which changed a part. It is a top view which shows the shape of the unit space made into curved concave shape. It is sectional drawing which shows the structure of the unit space made into curved concave shape. It is sectional drawing which shows the structure of the unit space made into the substantially wave shape.

Explanation of symbols

1 Hot bath facility
11 Same entrance
12 Men's changing room
13 Women's changing room
14 Same windbreak room
15 Cooling place 2 Sealed bathroom 3 Dust concrete
31 The same tarpaulin
32 Heat insulation 4 Lower pipe (pipe for floor heating)
41 Same as above (pipe for floor heating)
42 Same glass material (wire mesh etc.)
43 Same protective concrete layer
44 Boiler for the lower pipe
45 Boiler for upper pipe 5 Same as above
51 Same unit space
52
53 Convex section
54 Outflow ditch 6 Sprinkling channel
61 Same water supply side ditch
62 Water spray nozzle
63 Same child 7 Fan
71 Same as above Air intake fan
72 Exhaust fan 8 Humidity adjustment rod 9 Hot water nozzle

Claims (8)

    On floor soil concrete in a closed bathroom, at least two-tiered, each floor is laid with pipes for floor heating meandering and piping at a predetermined pitch, and all of them are buried and fixed in a protective concrete layer In addition, a growth wave concrete layer formed by kneading natural stone powder that emits growth wave energy thereon is formed so as to have a slight downward gradient in a certain direction, and then the gently inclined surface of the growth wave concrete layer On the floor of each unit space that is partitioned for at least one person inside, an appropriately sized rough stone plate made of natural stone that generates growth wave energy is embedded and fixed substantially flush with a gently inclined surface. On the other hand, an appropriate amount of hot water can be allowed to flow from time to time or constantly from the vicinity of the top of the gently inclined surface in each unit space including each of these rough stone discs. A pipe for floor heating in the protective concrete layer is adjusted to a predetermined temperature, the control and spa facilities, characterized in that the hot water from a dedicated boiler was made by allowing the circulation hot water was.     On floor soil concrete in a closed bathroom, at least two-tiered, each floor is laid with pipes for floor heating meandering and piping at a predetermined pitch, and all of them are buried and fixed in a protective concrete layer In addition, a nurturing wave concrete layer formed by kneading natural stone powder that emits nurturing wave energy is formed so as to have a downward gradient of about 5% to 20% in a certain direction, and then the nurturing wave concrete is formed. An appropriately sized rough stone disc made of natural stone of the nature that generates nurturing wave energy is substantially flush with the gently inclined surface on the floor surface of each unit space partitioned for at least one person in the gently inclined surface of the layer. However, the appropriate amount of hot water will flow down from the vicinity of the highest level of the gently sloping surface in each unit space including each of these rough stones. While the ability to pipe for floor heating in the protective concrete layer is adjusted to a predetermined temperature, the control and spa facilities, characterized in that the hot water from a dedicated boiler was made by allowing the circulation hot water was. (More specific limitation: gradient limitation)     On floor soil concrete in a closed bathroom, at least two-tiered, each floor is laid with pipes for floor heating meandering and piping at a predetermined pitch, and all of them are buried and fixed in a protective concrete layer In addition, a nurturing wave concrete layer formed by kneading natural stone powder that emits nurturing wave energy is formed so as to have a downward gradient of about 5% to 20% in a certain direction, and then the nurturing wave concrete is formed. On the floor surface of each unit space that is partitioned for at least one person in the gently sloping surface of the layer, the floor is of an appropriate size made of natural stone that has the property of generating nurturing wave energy, and the upper surface is a point on the meridian of the supine human body A rough stone with an irregular surface shape that can be contacted in the vicinity is embedded and fixed in a substantially flush manner with respect to a gently inclined surface, while a unit space including each of these rough stones. The appropriate amount of hot water can flow down from the vicinity of the top of the gently sloping surface in an individual manner, and the floor heating pipe in the protective concrete layer is heated and supplied from a dedicated boiler that is adjusted and controlled to a specified temperature. A hot bath facility characterized by making it possible to circulate hot water. (More specific configuration: limited uneven surface)     On floor soil concrete in a closed bathroom, at least two-tiered, each floor is laid with pipes for floor heating meandering and piping at a predetermined pitch, and all of them are buried and fixed in a protective concrete layer In addition, a nurturing wave concrete layer formed by kneading natural stone powder that emits nurturing wave energy is formed so as to have a downward gradient of about 5% to 20% in a certain direction, and then the nurturing wave concrete is formed. The floor surface of each unit space that is partitioned for at least one person in the gently sloping surface of the layer is an appropriate size made of natural stones that generate growth wave energy, and a supine human body slightly floats on the upper surface A unit that includes a plurality of convex portions that can be supported in a state and is embedded and fixed substantially flush with a gently inclined surface. An appropriate amount of hot water can flow between multiple convex parts provided on the rough stone board in a timely or always manner from near the highest point of the slowly inclined surface in each pace, and the floor heating pipe in the protective concrete layer has a predetermined amount. A hot-bath facility characterized in that hot water from a dedicated boiler that is adjusted and controlled to temperature can be circulated. (In other words, the hot water flows down between the convex parts of the rough stone board)     On floor soil concrete in a closed bathroom, at least two-tiered, each floor is laid with pipes for floor heating meandering and piping at a predetermined pitch, and all of them are buried and fixed in a protective concrete layer In addition, a nurturing wave concrete layer formed by kneading natural stone powder that emits nurturing wave energy is formed so as to have a downward gradient of about 5% to 20% in a certain direction, and then the nurturing wave concrete is formed. A plurality of continuous stones of a natural stone of the nature that emits nurturing wave energy on the floor surface of each unit space partitioned for at least one person in the gently sloping surface of the layer, and continuous in the gradient direction on the upper surface The grooves or the nets connected to each other are shaped, but they are embedded and fixed in a substantially flush manner with respect to the gently inclined surface, while each of these single stone discs is included. Pipes for floor heating in a protective concrete layer are made to allow a suitable amount of warm water to flow through a plurality or net-like grooves on the rough stone board in a timely or always manner from near the top of the gently inclined surface in each space. The hot-bath facility is characterized in that hot water from a dedicated boiler adjusted and controlled to a predetermined temperature is circulated and supplied. (Further, the expression is changed: hot water flows down through multiple or net-like grooves on the rough stone board)     Each unit space allows a suitable amount of hot water to flow from near the highest point of each gently inclined surface, and the user who is lying in the unit space can change the water temperature, the amount of water supplied, etc. according to their preferences. The hot bath facility according to any one of claims 1 to 5, wherein a hot water adjustment mechanism that can be changed and adjusted as appropriate is provided.     The warm bath facility according to any one of claims 1 to 6, wherein the floor surface of each unit space is formed by digging the upper surface including the rough stone board into a curved concave surface so as to accommodate the back side of the supine human body shallowly. The floor surface of each unit space is formed into a large corrugated shape with the lower back and the upper part of the head and legs, with the upper part including the rough stone board in the shape of the back side of the human body supine. The warm bath facility according to any one of claims 1 to 7.

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