WO2008020485A1

WO2008020485A1 - Warm bath facility

Info

Publication number: WO2008020485A1
Application number: PCT/JP2006/316261
Authority: WO
Inventors: Toshihiro Nunokawa
Original assignee: Kabushiki Kaisha Taisha
Priority date: 2006-08-18
Filing date: 2006-08-18
Publication date: 2008-02-21

Abstract

Pipes (4, 41) arranged in two stages vertically are laid on the earth floor concrete (3) in an enclosed bath room (2), and a protective concrete layer (43) and a wire mesh mat layer (5) are laid thereon. Raw stone flat boards (52) generating growth wave energy are placed substantially flush with each other in an appropriately sectioned space (51) above the mesh wire mat layer (5). The pipes (4, 41) arranged in two stages vertically can be supplied with circulating hot water, respectively, from dedicated boilers (44, 45), thus constituting a warm bath facility (1).

Description

Specification

Hot bath facility

Technical field

[0001] The present invention has all fields related to hot bath facilities as its technical field.

In addition to the field of constructing hot bath facilities, the field of providing equipment and equipment necessary for the construction, and the field of providing materials necessary for these materials, machinery and parts from the field of sales, The field of electronic components incorporated in them, the field of control-related equipment that integrates them, the field of various measuring instruments, the field of power machines that drive the equipment, the field of electricity and oil that is the energy and energy source of operating energy In general, it is related to the field generally referred to as industrial machinery, as well as the fields related to testing, researching, displaying, selling, importing and exporting these facilities and equipment.

Background art

[0002] A bedrock bath that lays a lot of towels on a bedrock that has been warmed by geothermal heat and warms the body lying down on it is warmed by the heat and electromagnetic waves transmitted to the bedrock, It is recognized that it can effectively discharge waste products, toxins, etc., and is highly effective in improving health and improving health. However, natural bedrock that has a suitable temperature suitable for bedrock bathing and is effective for improving health exists only in a limited area in Japan. Then, it was not something that anyone could easily use on a daily basis, such as having to make a reservation several months ago and visit far away from Yuharu.

[0003] As a technique for realizing a facility that makes it possible to more easily use the bedrock bath, which is said to have an excellent effect on recovery and enhancement of health as described above, for example, “Stone bath apparatus” disclosed in Japanese Patent Laid-Open No. 2001-95889 The invention, the “far-infrared irradiation concrete” invention described in JP-A-8-12406, and the like have been proposed. Each of these is a concrete body, or gravel, sand, etc., in which a heating pipe heated by a boiler is buried under the bottom of the room, and the floor can be irradiated with far infrared rays such as natural stone or natural stone. It has a structure that lays and warms it up, so that it is close to a natural bedrock bathing facility, so that the effect can be obtained. Patent Document 1: Japanese Patent Laid-Open No. 2001-95889

Patent Document 2: JP-A-8-12406

Disclosure of the invention

Problems to be solved by the invention

[0004] However, the artificial bathing facility that has been developed for the above-mentioned purpose relies on boiler hot water for temperature adjustment in the bathroom, and the route of the heating pipe laid under the floor surface. The temperature of the hot water that flows along the path causes a very large temperature difference between the supply end and the discharge end, so the temperature is too high depending on where the user wants to enjoy the warm bath effect. In other words, it is very difficult to adjust and manage the temperature optimally for the entire bathroom because the temperature is too low. It was difficult to heat the inside uniformly. To adjust and control the bedrock surface temperature, room temperature and room humidity suitable for bedrock baths in a uniform and effective manner, we must endeavor to perform delicate adjustments. As a result, there was a problem that profitability deteriorated.

[0005] The present invention has been made in view of such a situation, and an object of the present invention is to make it possible to manage the surface temperature and the indoor temperature and humidity of the rock mass as efficiently as possible. It is to provide a hot bath facility having a novel structure capable of reducing cost, labor burden and operation cost.

Means for solving the problem

[0006] In order to solve the above-described problems of the prior art, the hot bath facility included in the present invention basically has the following configuration.

[0007] That is, at least two upper and lower pipes for floor heating, which are combined with lath materials such as wire meshes, are respectively spirally or meandered at a predetermined pitch, are hermetically sealed. It is laid on soil concrete in the bathroom, and a protective concrete layer and a wire mesh mat layer are laid on the soil concrete, and in an appropriately partitioned space on the wire mesh mat layer, An appropriately sized rough ore plate made of natural stone that emits nurturing wave energy is installed in a substantially flush manner, while each of the at least two upper and lower pipes has hot water adjusted and controlled to a predetermined temperature. Each is a hot bath facility whose main point is that it is configured to allow circulating hot water supply, such as a dedicated boiler.

[0008] If the warm bath facility of the present invention having this basic configuration is shown as having a more specific structure, lath materials such as wire mesh are combined in the upper, lower, upper, middle, and lower sides, and each has a predetermined pitch. The lower and upper pipes, which are at least two-tiered for floor heating that are piped in a spiral or meandering at the top, are placed on the soil concrete in the enclosed bathroom via a waterproof sheet and heat insulating material. A protective concrete layer and a wire mesh mat layer are laid on the interstitial concrete, and at least a chest part of a supine human body is provided in an appropriately partitioned space on the wire mesh mat layer, respectively. While the slabs and legs are large enough to be placed at the same time, the natural stone slabs that generate nurturing wave energy are installed almost flush with each other, Each of the pipes in the upper and lower two-stage combination can be said to be a hot bath facility in which hot water adjusted and controlled to a predetermined temperature is configured to be capable of supplying dedicated boiler power circulation hot water.

[0009] More specifically, a lath material such as a wire mesh is combined in the upper, lower, upper, middle, and lower sides, and each is piped in a spiral shape at a predetermined pitch or piped while meandering. The lower and upper pipes in a multi-layer structure are laid on the soil concrete in the sealed bathroom via a waterproof sheet and a heat insulating material, and the protective concrete layer and the wire mesh mat layer are placed on the soil concrete. Are laid, and in the appropriately partitioned space on the mat layer of the wire mesh, each of the supine human body has a size capable of placing at least the chest, waist, and legs at the same time, and emits nurturing wave energy. A rough plate made of natural stone is installed on the same plane, and on each side of the rough plate embedding space, there is a watering nozzle force up to a watering channel. A water supply side groove descending with a predetermined gradient is formed, and each of the watering channel and each water supply side groove is provided with a cocoon child that is substantially flush with the rough stone plate and does not disturb the watering, and at least the two upper and lower columns. Each pipe is configured so that hot water adjusted and controlled to a predetermined temperature can be used for exclusive boiler power circulation hot water supply, and the temperature and humidity in the bathroom can be increased by heating the floor surface of each boiler and the heat of vaporization caused by water spraying into the watering channel. Can be said to be a hot bath facility that is configured to be controllable.

[0010] Another hot bath facility of the present invention is a combination of a lath material such as a wire mesh. Pipes that are at least two-tiered for floor heating that are spirally piped or meandered at a predetermined pitch are laid on the soil concrete in a closed bathroom, and the soil concrete A protective mortar layer made by kneading cement, water, silica sand, glass grains, and natural stone powder that generates growth wave energy is placed on the top, and a wire mesh mat layer is formed on the protective mortar layer. An appropriately sized rough slab that is a natural stone force that generates nurturing wave energy is installed in a space that is laid and appropriately arranged on the mat layer of the wire mesh, while the at least Each of the pipes in the lower two-tiered set has a hot bath whose gist is that hot water adjusted and controlled to a predetermined temperature is configured to allow dedicated boiler power circulation hot water supply. It is a facility.

More specifically, in the other hot bath facilities of the present invention, lath materials such as wire mesh are combined in the upper, lower, upper, middle, and lower sides, respectively, while being spirally piped or meandered at a predetermined pitch. A lower pipe and an upper pipe that are at least two-tiered for floor heating that are piped are laid on the soil concrete in a closed bathroom via a waterproof sheet and a heat insulating material. Is provided with a protective mortar layer in which cement, water, silica sand, glass grains, and natural stone powder that emits growth wave energy are mixed, and a mat layer of wire mesh is laid on the protective mortar layer. Each of the space on the mat layer of the wire mesh is appropriately sized so that at least the chest, waist, and legs of the human body on the supine can be placed at the same time. While the rough slabs made of natural stone are installed almost flush with each other, each of the at least two pipes in the upper and lower stages can be adjusted to a predetermined temperature and controlled with hot water. It is possible to call it a hot bath facility that is structured as follows.

[0012] In another warm bath facility of the present invention, more specifically, lath materials such as wire mesh are combined in the upper, lower, upper, middle, and lower sides, respectively, while being spirally piped or meandered at a predetermined pitch. A lower pipe and an upper pipe, which are at least two-tiered for floor heating that are piped, are laid on the soil concrete in a closed bathroom via a waterproof sheet and a heat insulating material, and above the soil concrete. Is provided with a protective mortar layer formed by kneading cement, water, silica sand, glass grains, and natural stone powder that generates growth wave energy, and a mat layer of wire mesh is laid on the protective mortar layer, Wire mesh mat In the appropriately partitioned space on the strata, a rough plate made of natural stone that emits nurturing wave energy is approximately flush with each other so that at least the chest, waist and legs of the supine human body can be placed simultaneously. In addition, a water supply side groove that descends with a predetermined gradient from the water spray nozzle to the water spray channel is formed on each side of the rough stone slab embedding space, and each of the water supply channel and each water supply side groove has the raw stone. While the cocoons are laid on the same plane as the flat plate and do not interfere with water spraying, the hot water adjusted and controlled at a predetermined temperature is supplied to each of the pipes that are at least two-tiered. It can be configured as a warm bath facility where the temperature and humidity in the bathroom can be controlled by heating the floor surface by each boiler and the heat of vaporization by water spraying to the water spray channel.

The invention's effect

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 rocked, each pipe is dedicated to each of the upper and lower two-tier pipes buried under the floor. The boiler is connected to supply separately adjusted and controlled hot water, so that it can be heated evenly over a thick area above and below the floor, making it possible to heat the floor evenly. The entire surface can be heated more uniformly, the floor temperature can be stabilized, and the heat capacity can be increased to reduce the effect of cooling due to heat radiation to the outside, and the outside temperature due to seasonal changes and daily weather changes can be reduced. It is not affected by fluctuations, can always maintain a stable floor surface temperature, can enjoy the effects of heat and electromagnetic waves emitted from natural stones, and can restore and enhance human body functions, and it can also improve boiler fuel economy To reduce the economic and natural environment It is possible to also take into the. In addition, the rough slabs that generate the nurturing wave energy are installed using a wire mesh mat layer, so that the construction work can be performed easily and quickly, and the construction cost of the bathing facility can be reduced. it can. When a protective mortar layer made by mixing cement, water, silica sand, glass grains, and natural stone powder that emits growth wave energy is placed on the concrete between the soil, it is also possible to generate rough stone flat force. There is no material that absorbs or interferes with the wave energy below the floor (for example, quartz or mica contained in sand that is normally used in mortar), thus losing the growing wave energy Everything can be applied to users in a closed bathroom. Brief Description of Drawings

[0014] The drawings show a typical embodiment that embodies the technical idea of the hot bath facility of the present invention and the temperature and humidity control method thereof.

FIG. 1 is a plan view showing the internal structure of a hot bath facility.

[FIG. 2] FIG. 2 is a plan view showing a piping structure of a pipe having two upper and lower sets.

FIG. 3 is a side view showing the underfloor structure in a longitudinal section.

[FIG. 4] FIG. 4 is a plan view showing an arrangement structure of a watering channel and a water supply side groove.

FIG. 5 is a plan view showing the arrangement of the blower fans and intake / exhaust fans in a closed bathroom.

[FIG. 6] FIG. 6 is a side view conceptually showing a state in which a rough plate is installed.

[FIG. 7] FIG. 7 is a side view showing a partial upper surface of a rough plate of the raw stone in a longitudinal section.

[Fig. 8] Fig. 8 is a plan view showing a piping structure of a lower pipe among pipes arranged as a two-stage set, according to a modification.

[Fig. 9] Fig. 9 is a plan view showing a piping structure of an upper pipe among pipes arranged as a two-stage upper and lower rows, according to a modification.

BEST MODE FOR CARRYING OUT THE INVENTION

[0015] In carrying out the present invention having the above-described constitutional power, the best or desirable mode will be described.

[0016] The sealed bathroom allows the hot bath facility to be kept hermetically sealed, and the temperature and humidity in the indoor bathroom can be adjusted and controlled appropriately, ensuring that the rough slab is heated to a predetermined temperature. At the same time, it fulfills the function of allowing the user to enjoy the effects of heat and electromagnetic waves efficiently released from the heated rough. In addition, it must have a function that allows users to freely enter and exit, and it must have a sealed structure that can maintain heat by improving heat insulation and ensuring high heat insulation, such as doors and windows at entrances and exits. However, it should have a seal structure that can be closed in a sealed manner, and should have a handle and handle that can be easily locked. It is desirable to have a structure that prevents sudden temperature changes. In addition, air fans that can stir room air can be installed at multiple locations on the ceiling of the bathroom, and the room temperature can be increased at appropriate locations in the room. A temperature detection unit that can detect the outside air is installed, and an outside air suction fan that can be started in conjunction with the temperature detection unit is provided on the wall near the ceiling, and the opposite wall facing the outside air suction fan An exhaust fan that can be started in conjunction with the same temperature detector can also be installed near the surface.

[0017] The soil concrete supports the structure under the floor of the closed bathroom from the lower side to solidify the foundation of the entire floor, enhances heat insulation and heat insulation, and releases heat to the ground or the lower floor. It is a function that reduces the humidity, and between the protective concrete layer and the protective mortar layer. It is desirable to improve moisture resistance and heat insulation by inserting a waterproof sheet or heat insulating material, etc. When installing on the first floor or the basement, etc., a moisture-proof soil sheet is sandwiched between the soil concrete floors, and crushed stone laying is arranged to directly touch the ground or the ground without forming an underfloor space. It can be increased.

[0018] The floor heating pipe is embedded under the floor surface of the closed bathroom, receives the hot water from the boiler, heats the floor surface, and raises the temperature in the bathroom. It must be assembled, piped in a spiral at a predetermined pitch below the floor, or piped while meandering, and a dedicated boiler connected to each. In combination with each of the upper, middle, and lower tiers, embed in the protective concrete layer or protective mortar layer, and integrate with the lower soil concrete to strengthen the overall strength and prevent cracking, settling, and deformation. In order to enable uniform heating that is desirable for each of the upper and lower two-tiered pipes, the dedicated boilers are also required to receive hot water supply in opposite directions. Thus, when the protective concrete layer or protective mortar layer is set to a thickness of around 110 mm, pipes with an outer diameter of around 20 mm and an inner diameter of around 16 mm are meandered at a pitch of about 150 mm respectively, and the upper and lower pipes are adjacent to each other. The pipes are arranged so that the intervals are substantially uniform, and are further spirally or meandering and piped so that all the midway parts of the flat arrangement of the upper and lower two-tiered pipes are as crossed as possible. It ’s good to say.

[0019] The boiler performs the function of heating the floor surface in a closed bathroom to a desired temperature by allowing the hot water adjusted and controlled to a predetermined temperature to be circulated and supplied to each pipe. And dedicated to the lower stage Neuve, each burning various fuels It is desirable that a predetermined amount of water be heated or hot water supplied by electric power or the like, and a structure capable of stable operation by supplying water at a constant water pressure is desirable.

[0020] The protective concrete layer or the protective mortar layer enables each floor heating nove, which is piped in two stages, to be placed at a set position between the soil concrete and the rough slab, and to the rough slab. The pipe is buried by the load on the floor surface of a closed bathroom and prevents the deformation of the pipe. Especially, the glass is used to form a protective mortar layer. By using grains, materials that reduce the effects of heat, electromagnetic waves, etc. released from the rough slab are eliminated, and natural stone powder that emits nurturing wave energy is used to evenly arrange and effectively use the ingredients It is possible to do.

[0021] The wire mesh mat layer is a combination of vegger mesh that functions to hold a rough or flat plate that emits nurturing wave energy on the floor of a closed bath room in a flat and fixed manner. It has sufficient strength and size, and is placed on the protective concrete layer or protective mortar layer over almost the entire surface including the surrounding area of the rough or flat plate on the floor surface of the closed bathroom. It is to be laid and can be formed so that it touches the lower surface of the rough slab.

[0022] The rough slab installation space is partitioned into a predetermined size on the wire mesh mat layer, and a rough slab of a predetermined size made from natural stone that emits nurturing wave energy is installed in the same plane. It is a space that is divided into vertical and horizontal dimensions that can function as a warm bath and that allows one or more people to be in a supine posture.At least the chest, waist, and legs One or more rough slabs that can be placed and placed at the same time can be provided, and a pillow-shaped rough slab is provided at the location corresponding to the head. It can be arranged.

[0023] Natural stone emits far-infrared rays having a power wavelength of at least 3 m to 25 m, and includes a wavelength band of 4 m to 14 m, and activates human cells. Good for health such as blood circulation promotion! / It must have the property of generating nurturing wave energy, and if it changes the expression, it generates ultra-weak vibration energy or weak magnetic energy to stimulate cells in the human body to improve constitution and recover from fatigue In addition to helping, beautiful skin effect, It has various properties such as diet, chronic fatigue, low back pain, stiff shoulders, improvement of skin shoulder, prevention of colds. Specific examples include amphibolite (from Iwate Prefecture) (Miyazaki Prefecture), tourmaline (Brazilian), purple quartz (Brazilian), quartz (Brazilian), etc. The rough slab has a certain area and a certain thickness that cut out such natural stone force. It is a flat plate.

[0024] The watering channel is recessed so that watering can be guided to the appropriate place on the floor surface of the sealed bathroom, and the watering under the floor is heated to evaporate the watering and raise the humidity in the room. It functions to reduce the surface temperature of the overlying protective concrete layer or protective mortar layer or rough slab, as well as to control the temperature and humidity by lowering the room temperature. It should be possible to secure a sufficient channel area according to the heating capacity of the floor heating, and it is desirable to provide a wooden fence that does not impede the flow of the water sprinkler and to be flush with the space where the rough plate is installed. It should have a structure that heats and evaporates all the water sprayed in the process of flowing down from the upstream side to the downstream side. To be able to discharge outside Is possible.

[0025] The water supply side groove allows water to be sprayed along both sides of the rough plate installation space, lowers the surface temperature of the rough plate installation space, lowers the temperature in the closed bathroom, and receives heat from underfloor force. It functions to evaporate part or all of the water spray to increase the humidity in the enclosed bathroom, and is recessed with a predetermined width and predetermined gradient along both sides of the rough stone installation space. It should be placed so that its descending slope reaches the watering channel, and wooden fences that are flush with the rough stone installation space are arranged so as not to obstruct the watering. Is desirable.

[0026] The temperature and humidity harmony control method of the hot bath facility is that the management operator himself controls the hot water temperature of each dedicated boiler while observing the exposed surface temperature, room temperature, indoor humidity, etc. of each rough plate installation space in the sealed bathroom. It is possible to manage and control manually by adjusting the water supply valve operation, watering operation from the watering nozzle, air blower fan and intake / exhaust fan, etc. An automatic control device that performs feedback control based on the detection value from the sensor or performs sequence control based on a predetermined control program. It is also possible to carry out by setting.

In the following, the structure will be described in detail together with an embodiment representative of the present invention shown in the drawings.

Example 1

[0027] Fig. 1 is a plan view of the inside of a warm 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 view of a watering channel and a water supply ditch in a closed bathroom. FIG. 5 is a plan view of a ventilation and circulation fan in a closed bathroom. The case shown in these figures is a typical example in the hot bath facility of the present invention.

[0028] The basic structure of this warm bath facility 1 is that pipes 4 and 41 in two upper and lower stages are laid on the soil concrete 3 in the closed bathroom 2, and on the soil concrete 3 there is a protective concrete. The layer 43 and the wire mesh mat layer 5 are laid, and the rough plate 52 is arranged in a substantially flat space 51 on the wire mesh mat layer 5 as appropriate. On the other hand, each of the pipes 4 and 41, which are divided into two upper and lower parts, can be supplied with hot water adjusted and controlled at a predetermined temperature from the dedicated boilers 44 and 45, respectively.

[0029] The peripheral portion of the space 51 is formed by driving a protective concrete layer 43 up to a height that is substantially flush with the rough plate 52 to be installed, and is outside the mat layer 5 of the wire mesh. The periphery is embedded in the protective concrete layer 43.

In addition, the bathing facility 1 has men and women changing rooms 12 and 13 that are placed on the left and right sides of the changing room 12 and 13, respectively. It is connected to the adjacent closed bathroom 2 via the rooms 14, 14, and the outdoor side cool place (rest area, cool down room) through a single windbreak room 14 at the opposite side of the closed bathroom 2 15 is arranged. Such a cool place 15 is a place where it is comfortable to rest a warm body in the sealed bathroom 2 and cool the body, and by repeatedly warming and cooling the body several times, sweating becomes active, It is provided so that the body can be reset.

[0030] The closed bathroom 2 is, for example, formed in a rectangular shape having a width of about 12 m and a depth of about 5.5 m, and the height to the floor top surface is about 3 m. It is set. The underfloor structure of the closed bathroom 2 is provided at the bottom as shown in Fig. 3. Soil concrete 3, waterproof sheet 31 sequentially laminated on this soil concrete 3 and heat insulating material 32 having a thickness of around 50 mm, wire mesh 42 which is a lath material disposed on the upper layer, lower heating stage provided thereon Protective concrete laid with pipe 4, wire mesh 42 further laid on the lower pipe 4, upper heating pipe 41, upper and lower wire mesh 42 and upper and lower pipes 4, 41 provided thereon A layer 43 and a wire mesh mat layer 5 laid on and in the protective concrete layer 43 are provided.

[0031] The soil concrete 3 is, for example, a slab concrete having a thickness of about 120 mm with a moisture-proof soil sheet sandwiched between crushed stones formed to a thickness of about 120 mm above the ground. Further, the lower heating pipe 4 is piped in a spiral shape in a plan view as shown in FIG. 2 so that the pitch interval is about 150 mm with a pipe having an outer diameter of about 20 mm and an inner diameter of about 16 mm. The upper pipe 41 has a plane as shown in FIG. 2 so that the pipes having the same dimensions as the lower pipe 4 have a pitch interval of 150 mm, and the upper and lower pipes 4, 41 have a pitch interval of about 75 mm. The pipes are spirally viewed.

[0032] Furthermore, the protective concrete layer 43 is filled with mortar or the like so as to embed the upper and lower wire meshes 42 and 42 and the upper and lower pipes 4 and 41, and has a thickness of about 110 mm on the soil concrete 3. Is formed. Depending on the area of the closed bathroom 2, etc., the heating pipes can be arranged in a three-tiered upper / lower / lower section, and the wire mesh can be installed in a spiral shape. It is possible to lay over three stages.

[0033] The wire mesh mat layer 5 corresponds to the size of the rough stone plate installation space 51 by arranging a large number of wires vertically and horizontally at a predetermined pitch and joining the crossing portions with each other by welding or the like. It is formed into a mat shape.

As shown in FIG. 2, the upper and lower pipes 4 and 41 are buried under the floor of the closed bathroom 2 respectively. A lower pipe 4 boiler 44 is connected to the lower pipe 4 shown by the broken line in the figure, and an upper pipe boiler 45 is connected to the upper pipe 41 shown by the solid line in the figure. 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 with respect to each other. [0034] The lower pipe 4 and the upper pipe 41 are arranged at a pitch interval so that the main portions do not overlap each other in the vertical direction, and are heated substantially evenly over the entire floor surface. It is configured.

In Fig. 2, pipes with upper and lower two-tiered pipes 4, 41 are shown spirally piped so that they are parallel to each other. It is also possible for 41 to be piped so as to be vertically and horizontally crossed at multiple points in the middle. Note that the spiral direction of the upper and lower pipes 4, 41 may be clockwise and counterclockwise! /.

[0035] In the center of the depth direction of the enclosed bathroom 2, as shown in Fig. 4, there is a watering channel 6 having a width of about 900mm and a depth of about 150mm. It is recessed with a gentle downward slope across the edge. On both sides along the watering channel 6, the head of the human body can be faced outward in the depth direction of the bathroom 2 and the legs can be laid with the legs facing the watering channel 6. Raw stone flat space 51, 51, ..., divided into dimensions of around 900mm, is formed in multiple sections in a range that is out of the entrance of each windbreak chamber 14, 14, 14.

[0036] Each rough stone installation space 51, 51, ... is from amphibole as a natural stone that emits nurturing wave energy within the range where the chest, waist, and legs of the human body lying near the center can be placed simultaneously. About 470 mm in length, about 470 mm in length, about 1400 mm in length, about 350 mm in width, about 470 mm in length Around 350mm, thickness of about 20mm ~: 3 pieces of rough slabs 52 around LOOmm are installed in a line from the chest to the leg, and in a place corresponding to the head of the supine human body. Is a hornblende pillow with a wooden edging, which is fixed about 50mm forward and backward from the floor.

[0037] Further, on both sides of each of the rough plate installation spaces 51, 51,..., The width of the wall surface of the closed bathroom 2 has a gentle downward slope toward the water sprinkling channel 6, as shown in FIG. Water supply side grooves 61, 61,... About 200 mm deep and about 100 mm deep are recessed. On the wall side end opposite to the water sprinkling channel 6 of each of the water supply side grooves 61, 61,..., An appropriate force in the sealed bathroom 2 and an open / close valve (not shown) provided in an appropriate location outside the bathroom 2 Open and close by Water nozzles 62, 62,... That can be made are arranged. In addition, as shown in FIG. 1, in the sprinkling channel 6 and the water supply side grooves 61, 61,..., A floor surface that is flush with each rough plate installation space 51, 51,. There is a wooden fence 63 that does not obstruct the flow of water supplied to the water sprinkling channel 6 and the water supply channels 61, 61,.

[0038] On the ceiling of the enclosed bathroom 2, as indicated by the broken lines in FIG. 5, three blower fans 7, 7, and 7 are substantially equal to each other along the width direction (lateral direction) of the enclosed bathroom 2. Arranged at intervals, the blower fan 7 forcibly agitates the room air. Further, an outside air suction fan 71 is disposed near the ceiling of the one end side wall of the closed bathroom 2, and an exhaust fan 72 is disposed near the ceiling of the other end side wall on the opposite side. If the room temperature exceeds 45 ° C, the outside air intake fan 71 and the exhaust fan 72 are automatically activated at the appropriate location in the closed bathroom 2. A temperature detection unit (not shown) such as a thermostat for automatically stopping the suction fan 71 and the exhaust fan 72 is further provided.

[0039] On the other hand, as shown in FIG. 6, the rough plate 52 in each rough plate installation space 51 has a gentle downward slope (for example, 1Z100 to 1. 5/100), which makes it possible for people to lie down and lie down in a comfortable posture and to make cleaning work easier. . Further, as shown in FIG. 7, the upper surface of the rough stone plate 52 has an uneven portion extending in the width direction of the sealed bathroom 2 with a certain width dimension and having a dimension of about lmm in height. It is formed from the wall surface of the irrigation channel 6 toward the sprinkling channel 6, and the unevenness increases the strength of the rough plate 52 so that water droplets and sweat from humans can flow smoothly into the water supply side groove 61 and the sprinkling channel 6. Yes.

The warm bath facility 1 according to the embodiment of the present invention having the configuration as described above is suitably controlled so that the inside of the sealed bathroom 2 has a temperature and humidity suitable for the warm bath by the temperature and humidity harmony control method shown below. Is.

[0040] First, when heating of the enclosed bathroom 2 is started, the dedicated boilers 44 and 45 are activated, and as shown in FIG. For each of these, separate hot water supply in the opposite direction between adjacent pipes is performed over the entire floor surface. It shall be heated uniformly. Then, the entire floor surface is gradually heated over several days to a week to stabilize the exposed surface temperature of the rough plate installation space 51 at around 50 ° C. The dedicated boilers 44 and 45 are controlled so as to continue hot water supply without stopping for 24 hours so that the exposed surface temperature of the rough plate installation space 51 is constantly heated to around 50 ° C.

[0041] Next, from the time when the temperature in the closed bathroom 2 gradually rose and reached around 42 ° C, a small amount from all the water spray nozzles 62, 62,... Each water is discharged at the same time, slowly flowing down each of the water supply side grooves 61, 61, ..., and gradually discharged into the sprinkling channel 6 as shown by the white arrow to form a flowing water film. It evaporates by heating and raises the room humidity to around 90%. Then, when the room temperature exceeds 45 ° C, the same watering is performed again to induce the floor surface force to lose heat of vaporization and lower the room temperature to around 42 ° C. Is controlled to keep around 90%.

[0042] Also, since the temperature in the closed bathroom 2 reaches around 42 ° C, a plurality of blower fans 7 installed on the ceiling surface in the bathroom 2 are indicated by broken-line arrows in FIG. Rotate in the direction to stir the room air evenly so that it can maintain the same temperature and humidity everywhere in the room. Furthermore, when the temperature in the bathroom 2 exceeds 45 ° C, the temperature detection unit that detects this automatically activates the outside air intake fan 71 and the exhaust fan 72, and the white arrow in FIG. As shown in the figure, fresh outside air is forcibly taken into the closed bathroom 2, and the room air is forcibly exhausted to the outside in the same amount as the intake air to lower the room temperature and at the same time perform ventilation. When the temperature detector detects that the temperature in the bathroom 2 has reached 42 ° C, the outside air intake fan 71 and the exhaust fan 72 are automatically stopped to maintain the temperature in the bathroom 2 stably. To do.

[0043] In this manner, the temperature and humidity in the closed bathroom 2 and the temperature of the rough plate installation space 51 are continuously controlled appropriately for 24 hours a day, so that the bath can be bathed under optimum conditions every day. Can be used. Therefore, users change into clothes that may sweat, such as yukata and jersey, in the men's and women's changing rooms 12 and 13 in Fig. 1, and enter the sealed bathroom 2 through the wind chambers 14 and 14, respectively. Select the rough stone plate installation space 51, lay a bath towel in the range including the rough stone plate 52, and lie down on its face 1 For about 5 to 5 minutes, place the chest and abdomen on the rough plate 52 and warm them up, and after activating the gastrointestinal tract, bring your back, waist, and legs back on the rough plate 52 and bring them in. While drinking mineral water, it warmed for about 5 to 10 minutes and ran a large amount of sweat, and then the temperature was maintained around 30 ° C, which is lower than the temperature inside the sealed bathroom 2 and higher than the outside temperature Move through the windbreak room 14 to a cool place 15 so as not to give a sudden temperature change to the body, take a break for a while, such as sitting on a bench, and again before the body cools down. 14 enter the enclosed bathroom 2 and perform the same warm bath for 2 or 3 times in total, and excrete waste, lipid peroxides, heavy metals, pesticides and other toxins together with sweat Will lead to a healthy, weakly alkaline constitution.

[0044] It should be noted that a variety of germs and viruses may be left in the closed bathroom 2 after many people use it to sweat. Amphibolite (bringing wave) contained in the rough stone plate 52 itself (Natural stones that generate energy) have a sterilizing and deodorizing action and decompose pollutants discharged with sweat to prevent the generation of bad odors, so that dirt adheres to the walls and floors. Without being able to maintain a hygienic environment as a whole, including the air in the enclosed bathroom 2. However, during nighttime cleaning, the inside of the sealed bathroom 2 is drained and washed with a brush, and then the water spray from the watering nozzle 62 is stopped and the interior of the bathroom 2 is sufficiently dried by heating the floor surface for a predetermined time. By letting it dry, all bacteria and viruses will be completely killed, and by preparing for the next day's operation, the sealed bathroom 2 will be kept obsolete for many years and will remain in the same state as the original construction. It will be a sword.

In addition to the features of the basic bath configuration shown in FIG. 1 and FIG. 4, the warm bath facility 1 comprising the configuration of the present embodiment is a closed bathroom. By arranging a plurality of rough plate installation spaces 51, 51,... On both sides of the sprinkling channel 6 that runs through the approximate center of 2, a large number of users can use it simultaneously. Also, since the rough plate 52 is installed on the wire mesh mat layer 5, heat from the pipes 4 and 41 in the upper and lower two-tiered sets is transmitted without loss through the protective concrete layer 43 and sufficient. It will be supported by strength and can be used for a long time without cracks.

[0045] Also, as shown in Fig. 2 and Fig. 3, by burying pipes 4, 41 in the upper and lower two columns under the floor, each of the rough plate installation spaces 51, 51, ... Heat evenly You can. Then, as shown in Fig. 4, water spray nozzles 62, 62,..., And water supply side grooves 61, 61,. By discharging and sprinkling all the way, each rough plate installation space 51, 51,... Is cooled in the same way and is evenly humidified, so that all users who have selected any rough plate installation space 51, The advantage is that you can enjoy the same warm bath effect and fully enjoy its effects.

Example 2

In the hot bath facility 1 of Example 2, as shown in FIG. 3, instead of the protective concrete layer 43, a protective mortar layer 43a is provided. This protective mortar layer 43a is made by kneading mortar from the bottom of these pipes 4, 41 after the construction of the upper and lower two-tiered pipes 4, 41, and is made of cement, water, silica sand, glass grains, growth waves. It is formed from mortar made by kneading amphibole (granite from Iwate Prefecture) as a natural stone that emits energy, and sand used for ordinary mortar making is used.

[0047] This is because normal sand contains various ores such as quartz and mica! / And may absorb and block the growth wave energy emitted from the rough plate 52. The purpose is to eliminate 100% of materials that interfere with the radiation of the growing wave energy by using glass grains. In addition, by using powder as natural stone, the protective mortar layer 43a also has a structure that emits growing wave energy. Such natural stone powder is mixed and kneaded with cement at a rate of about 15 kg per square meter. Other configurations and operational effects are the same as those of the first embodiment.

As described above, the power described in the embodiment of the present invention is not limited to the above-described embodiment, and various modifications and changes can be made based on the technical idea of the present invention. is there.

[0049] For example, the piping shape of the upper and lower pipes 4, 41 is not limited to a spiral shape in plan view as in the above-described embodiments, but is meandering as shown in FIGS. Also good. In other words, as shown in FIG. 8, the lower pipe 41 extends in the horizontal direction while meandering in the windbreak chamber 14, and extends in the horizontal direction while meandering in the sealed bathroom 2 while extending in a vertical direction. As a result, the entire floor of the closed bathroom 2 is piped. The upper pipe 4 is shown in Fig. 9. As shown, it extends in the vertical direction while meandering in the windbreak chamber 14, and extends horizontally in the sealed bathroom 2 and extends in the vertical direction while meandering. It is piped. As described above, when the upper and lower pipes 4 and 41 are meandered, the upper and lower pipes 4 and 41 can be arranged more easily than the spiral pipe.

Claims

The scope of the claims

[1] Lath materials such as wire mesh are combined, and each pipe is spirally piped at a predetermined pitch or piped in a meandering manner. A protective concrete layer and a wire mesh mat layer are laid on the soil concrete, and in the appropriately partitioned space on the wire mesh mesh layer, a nurturing wave is laid. An appropriately sized rough ore plate made of natural stone that emits energy is installed almost flush with each other, while each of the at least two upper and lower pipes has hot water adjusted and controlled to a predetermined temperature. A hot-bath facility characterized by the ability to supply hot water from a dedicated boiler.

[2] Lower stage in at least upper and lower two-tiered for floor heating, which is made by combining lath materials such as wire mesh on the upper, lower, upper, middle, and lower sides, and spirally piped with a predetermined pitch or piped while meandering The pipe and the upper pipe are laid on the soil concrete in the sealed bathroom via a waterproof sheet and heat insulating material, and a protective concrete layer and a wire mesh mat layer are laid on the soil concrete. In addition, the space on the mat layer of the wire mesh, which is appropriately partitioned, is a natural stone that emits nurturing wave energy with a size capable of simultaneously placing at least the chest, waist, and legs of the human body supine. While the rough slabs are installed almost flush with each other, each of the at least two upper and lower pipes is supplied with hot water adjusted and controlled to a predetermined temperature. Use boiler force circulating hot water supply configured to be capable to spa facilities, characterized in that Ru.

[3] Upper and lower or upper, middle, and lower lath materials such as wire mesh are combined in a spiral shape with a predetermined pitch, or at least two upper and lower sets for floor heating that are piped while meandering The pipe and the upper pipe are laid on the soil concrete in the sealed bathroom via a waterproof sheet and a heat insulating material, and a protective concrete layer and a wire mesh mat layer are laid on the soil concrete. In addition, the space on the mat layer of the wire mesh, which is appropriately partitioned, is a natural stone that emits nurturing wave energy with a size capable of simultaneously placing at least the chest, waist, and legs of the human body supine. In addition to the rough slabs being installed on a substantially flat surface, each of the two sides of the slab embedding space is supplied with water at a predetermined gradient from the water spray nozzle to the water spray channel. A gutter is formed and the watering In each of the channel and each water supply side groove, there is a cocoon ridge that is substantially flush with the rough stone plate and does not disturb the watering, while each of the at least two-stage neutrons is adjusted to a predetermined temperature, Each controlled hot water is configured to be capable of supplying hot water to a dedicated boiler, and the temperature and humidity in the bathroom can be controlled by heating the floor surface of each boiler and the heat of vaporization caused by water spraying into the watering channel. A warm bath facility.

[4] Lath materials such as wire mesh are combined, and each pipe is spirally piped at a predetermined pitch or piped while meandering. A protective mortar layer in which cement, water, silica sand, glass particles, and natural stone powder that emits growth wave energy are kneaded is placed on the soil concrete. A wire mesh mat layer is laid on the protective mortar layer, and an appropriately sized rough slab that can generate natural wave energy is almost flush with the space defined on the wire mesh mat layer. On the other hand, hot water adjusted and controlled to a predetermined temperature is supplied to each of the pipes that are at least two-stage above and below, respectively. Hot water can be configured, spa facilities characterized by and Turkey.

[5] Upper and lower or upper, middle, and lower lath materials such as wire mesh are combined in a spiral shape with a predetermined pitch, or in a meandering manner with at least two upper and lower sets for floor heating. The pipe and the upper pipe are laid on the soil concrete in the sealed bathroom through a waterproof sheet and heat insulating material, and on the soil concrete, cement, water, quartz sand, glass particles, and natural waves that generate nurturing wave energy A protective mortar layer formed by kneading stone powder is provided, and a wire mesh mat layer is laid on the protective mortar layer, and in each appropriately partitioned space on the wire mesh mat layer, A natural stone slab that nurtures wave energy is set to be approximately flush with the supine human body so that at least the chest, waist, and legs can be placed simultaneously. On the other hand, each of the pipes having at least two upper and lower sets is configured so that hot water adjusted and controlled to a predetermined temperature can be circulated and supplied from a dedicated boiler. Facilities.

[6] At least for floor heating, which is made by combining lath materials such as wire mesh on the top, bottom, upper, middle, and lower, respectively, and piped in a spiral shape with a predetermined pitch or while meandering. A lower pipe and an upper pipe, which are arranged in two upper and lower stages, are laid on the soil concrete in a sealed bathroom via a waterproof sheet and a heat insulating material. On the soil concrete, cement, water, silica sand, glass particles In addition, a protective mortar layer obtained by kneading natural stone powder that emits growing wave energy is placed, and a wire mesh mat layer is laid on the protective mortar layer. In each of the compartments, there is a natural stone slab that is placed on a plane that is large enough to place at least the chest, waist, and legs of the supine human body at the same time. In addition, a water supply side groove that descends at a predetermined gradient to the water spray nozzle force water distribution channel is formed on each of both sides of the rough plate flat space, and each of the water supply channel and each water supply side groove is formed. The slats that are almost flush with the rough slab and do not interfere with watering are laid. On the other hand, at least two pipes in the upper and lower stages are each circulated from a dedicated boiler with hot water adjusted and controlled to a predetermined temperature. A warm bath facility characterized in that it is configured to be capable of supplying hot water, and the temperature and humidity in the bathroom can be controlled by heating the floor surface by each boiler and the heat of vaporization by sprinkling water into the sprinkling channel.

[7] The closed bathroom is provided with a blower fan that can stir the room air at a plurality of appropriate places on the ceiling of the room, and a temperature detector that can detect a rise in room temperature is provided at the appropriate place in the room. In addition, the wall near the ceiling is provided with an outside air suction fan that can be started in conjunction with the temperature detection section, and also on the opposite side of the wall opposite to the outside air suction fan. The hot bath facility according to any one of claims 1 to 6, wherein an exhaust fan that can be started in conjunction with the temperature detection unit is provided.

[8] The pipe having the upper and lower two-stage set is characterized in that the pipes are spirally or meandered so that the middle portions of the pipes are arranged in a crossing manner at a plurality of locations in a planar arrangement. The hot bath facility according to any one of claims 1 to 7.

[9] The rough slabs in each of the rough slab embedding spaces are installed so as to have a gentle downward slope of 1Z100 to 1.5Z100 from the wall surface of the sealed bathroom toward the watering channel. The hot bath facility according to any one of claims 1 to 8.

[10] On the upper surface of the rough stone plate, an uneven portion having a certain width dimension extending in the width direction of the sealed bathroom and having a height of about 1 mm is provided on the wall surface of the sealed bathroom. The warm bath according to any one of claims 1 to 9, wherein the hot bath is formed toward the body.