JP3211152U - Hot bath equipment - Google Patents

Abstract

The present invention provides a hot bath apparatus using ultra-mineral nanoparticles that can be used by a caregiver while the disabled person is on a wheelchair and can defecate. A shower combined room 11 having a shower 11b and a toilet 11c that can be defecate by a wheelchair is provided on a wheelchair-riding bathing floor section 12, and is composed of a wheelchair-riding bathing floor section 12 and a mesolithic layer section 13. Configured as chamber 1 A lower mesolithic layer portion 15 is provided below the paving stone block 12a on the chair bathing surface, and a concrete layer portion 16 is placed below the lower mesolithic layer portion and the mesolithic layer portion. A hot water pipe 3 for circulating hot water from an outdoor boiler 4 is embedded in the medicinal stone layer and the medicinal stone layer, and the inside of the lower medicinal stone layer and the medicinal stone layer is formed from super mineral water to super mineral. A mineral water pipe 5 for inflow from a separately installed mineral water tank 6 is provided so that the nanoparticles can be evaporated. [Selection] Figure 3

Description

  The present invention allows a person with a disability to sit in a wheelchair, and a single caregiver can easily take a bath, defecate, and sweat with hot super-mineral nanoparticles filled by both the handicapped and the caregiver. The present invention relates to a hot bath apparatus using ultra mineral nanoparticles that can be bathed by action. The bathing of the present invention is to perform a sweating action by negative ions such as super mineral nanoparticles and far-infrared rays filled in the thermal chamber without directly entering the bathtub, and is also referred to as a “bedrock bath”.

  Conventionally, in order for a disabled person in a wheelchair to enter a general bathtub and take a bath, it has been necessary to catch at least a few caregivers. For this reason, it has been an important theme of welfare and nursing that how to make it possible for the disabled to easily take a bath. Therefore, various simple bathtubs exist as bathing facilities dedicated to care for the care recipients such as the handicapped and the elderly. As a main type of this type of bathtub, as disclosed in Patent Document 1, in order to make it easier for bathers such as disabled people and care recipients to enter the tank, there is provided an overturned bathtub that tilts about 45 degrees. It has been. Still a hassle for caregivers.

JP-A-9-294895 JP 7-31656 A JP-A-6-319777

  In Patent Document 2, the structure of the wheelchair itself is changed so that the wheelchair can be tilted and raised and lowered so that bathing at home can be performed. In this case, however, a separate wheelchair for bathing must be prepared. It is impossible for cost. In Patent Document 3, the disabled person is hung with the wheelchair to carry the disabled person and take a bath. In this case, there is a great inconvenience such as requiring a considerably large device and cost.

  In addition, many disabled people regularly use diapers. Some people with disabilities may defecate in the bathroom without their own consciousness. This is said to occur when the person feels better. If this is a private home, there is no problem, but in hot springs of public facilities, it develops a great deal of inconvenience to individuals with disabilities, their families, and caregivers. It is also necessary to fulfill this problem.

  Even if a disabled person in a wheelchair is placed in a bathtub by a caregiver, the caregiver's body washing service is indispensable in order to have a comfortable bathing, which is very hard work for the caregiver. . In addition, it is extremely difficult to assist even with defecation in the bathroom.

  For this reason, the problem (technical problem or purpose) to be solved by the present invention is that a single caregiver can not only take a bath for a disabled person in the wheelchair, but also defecate as it is. It is possible to provide a comfortable bathing (bedrock bathing) for the handicapped without having to provide services such as washing the body of the caregiver and assisting in defecation, and also enabling the caregiver to take a bath while taking care. Furthermore, it aims at producing effect effect several tens of times more than the hot spring hot-air bath apparatus which vaporized the conventional hot spring by making mineral particles into nano-level particles.

  Therefore, as a result of intensive researches to solve the above-mentioned problems, the inventor devised the invention of claim 1 as a shower combined room equipped with a shower unit that can be showered by a wheelchair and a toilet that can be defecationed by the wheelchair. Is provided on a wheelchair-riding bathing floor, and is configured as a heating chamber composed of the wheelchair-riding bathing floor and a mesolithic layer, and a lower mesolithic layer is provided below the paving stone block on the surface of the chair-riding bathing floor. In addition, a concrete layer portion is placed under the lower mesolithic layer portion and the mesolithic layer portion, and the concrete layer portion, the lower mesolithic layer portion and the medicinal stone layer portion are provided from a boiler installed outdoors. A mineral water tank separately provided so that a superheated water pipe for circulating warm water is buried, and supermineral nanoparticles can be evaporated from supermineral water inside the bottom medicinal stone layer and the medicinal stone layer. By mineral water pipe for inflow from has a thermal bath apparatus using ultrasonic mineral nanoparticles characterized by comprising provided to solve the above problems.

  The invention of claim 2, wherein the lower mesolithic layer portion and the medicinal stone of the mesolithic layer portion are germanium stone, tourmaline stone, barley stone, changy limestone, positive rock, rhyolite, flower storm rock, The above problems have been solved by providing a hot bath apparatus using ultra-mineral nanoparticles characterized by being composed of basalt, amphibolite, etc. and being mixed as fine particles. The invention according to claim 3 is the invention according to claim 1 or 2, wherein the wheelchair-riding bathing floor portion and the drug stone layer portion are provided side by side through a partition rising wall, and the height of the drug stone layer portion is the wheelchair riding bath The above-described problem has been solved by providing a hot bath apparatus using super mineral nanoparticles characterized by being configured to be several tens of centimeters higher than the floor surface.

  The subject matter of claim 4 is the hot bath apparatus using super mineral nanoparticles characterized in that, in claim 3, a handrail material is provided on the upper end side of the partition rising wall. Solved. The above-mentioned problem has been solved by making the invention of claim 5 a hot bath apparatus using super mineral nanoparticles, wherein the handrail material is made of wood in claim 4. The invention of claim 6 is characterized in that, in claim 4, the handrail material is a hot bath apparatus using super mineral nanoparticles, wherein the handrail material is made of a soft synthetic resin. It has been solved.

  In the first aspect of the invention, in particular, a single caregiver can not only take a bath for a disabled person on the wheelchair while using a normal wheelchair, There is an advantage that the bather can comfortably bathe and the caregiver can bathe while taking care. Furthermore, there is an effect capable of improving the health of both the handicapped and the caregivers. In particular, by making minerals into nano-level particles, it is possible to send ultra-mineral nanoparticles from the mouth to the lungs to the human body, chemical allergies, cancer, atopy, wrinkles, skin spots, low back pain slipping, etc. However, it has much better efficacy than the hot spring hot air bath equipment that vaporizes the traditional hot springs. Furthermore, a bactericidal effect is also produced, and an effect of detoxifying agricultural chemicals, additives, rotten water, etc. is also produced.

  The medicinal stone in the invention of claim 2 is composed of germanium stone, tourmaline stone, barley stone, olivine limestone, positive rock, rhyolite, flower storm rock, basalt, amphibolite, etc., and these are mixed as fine particles Therefore, negative ions, far infrared rays, etc. are generated, and the body has a good effect. In the invention of claim 3, a handicapped person in a wheelchair can safely and easily move onto the mesolithic layer. According to the inventions of claims 4 to 6, there is an effect that a handicapped person in a wheelchair can safely and safely move on the mesolithic layer.

It is the top view made into the partial cross section which shows the outline of this invention. It is an enlarged plan view which made the thermal chamber of this invention a partial cross section. It is an expansion longitudinal cross-sectional view of the thermal chamber of this invention. It is the perspective view which cut some hot chambers longitudinally. (A), (B), (C) is sectional drawing of the partition rising wall in a thermal chamber, respectively. It is a chart of the mineral element contained in super mineral water.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. FIG. 1 and FIG. 2 are plan views of a hot bath apparatus using super mineral nanoparticles that can be used for a wheelchair according to the present invention. The main configuration is that a shower / chamber room 11 for wheelchairs is provided in the hot room 1. In the shower combined room 11, shower portions 11b, 11b,... Are provided on the walls of partition portions 11a, 11a,. Further, Western-style toilets 11c, 11c,... Are provided in the partition portions 11a, 11a,. The floor of the shower combined room 11 is configured as a wheelchair-occupied bathing floor 12.

  Adhesive layer 13 is provided adjacent to wheelchair bathing floor 12. The wheelchair riding bath floor 12 and the drug stone layer 13 are separated by a partition rising wall 14. The warming chamber 1 is constituted by the wheelchair passenger bathing floor 12 and the drug stone layer 13. The wheelchair-riding bathing floor portion 12 is made of a strong and hard material such as concrete, so that the wheelchair can enter and exit, and further, a disabled person can use the shower portion 11b while riding on the wheelchair in the partition portion 11a. It is configured. The hot water in the shower part 11b may be normal hot water or hot spring water.

  The wheelchair-occupied bathing floor 12 is at a height that is several tens of centimeters below the surface of the drug stone layer 13, and is square (rectangular) as the floor of the shower / compartment room 11. In some cases, rectangular paving stone blocks 12a, 12a,... Are spread out to form a flat floor so that the wheelchair on which the handicapped rides can be placed stably in any position. A changing room 2 is provided adjacent to the heating room 1 having the shower combined room 11. The changing room 2 is provided with a wheelchair riding floor 21 and is provided with a locker 22 and a wheelchair toilet 23. The changing room 2 is provided with a clog box 24 and a front door 25. There are paving stone blocks at the 25 entrances / exits, but, of course, it is configured so as not to hinder the wheelchair.

  Furthermore, the specific structure of the wheelchair riding bathing floor 12 is provided with a lower drug stone layer portion 15 made of the same drug stone as the drug stone layer portion 13 below the paving stone blocks 12a, 12a,. More specifically, the paving stone blocks 12a, 12a,... Are arranged on the lower mesolithic layer 15 paved with a predetermined thickness (about 10 to 15 cm), so that the wheelchair can be stably used. It is like that. Important points are generation of super mineral nanoparticles, lower ions and far infrared rays from the lower mesolithic layer 15 and the super mineral water through the gap between the paving stone blocks 12a, 12a,.

  The medicinal stone layer portion 13 is composed of germanium stone, tourmaline stone, barley stone, olivine limestone, positive rock, rhyolite, flower storm rock, basalt, amphibolite, etc., and these are mixed as fine particles Layer. Its thickness is about 20 cm to about 40 cm. This thickness is spread on the concrete layer portion 16 having a step. In the lower position, the lower stone layer portion 15 is laid under the paving stone blocks 12a, 12a,.

  A hot water pipe 3 for heating connected to a boiler 4 provided outdoors is embedded in the drug stone layer portion 13, the lower drug stone layer portion 15 and the concrete layer portion 16. In general, the hot water pipe 3 is formed in an upper and lower triple type as a whole, and the upper single is embedded in an intermediate position (in the height direction) between the drug stone layer portion 13 and the lower drug stone layer portion 15. The lower double is embedded in the concrete layer portion 16. Moreover, although the said partition rising wall 14 is formed as a continuous wall, it is comprised so that the said hot water pipe 3 may penetrate in the said cobblestone blocks 12a, 12a, ... and the said lower mesolithic layer part 15 places. . In the figure, reference numeral 18 denotes a heating chamber entrance / exit.

  In the hot water pipe 3 configured in this manner, the hot water heated by the boiler 4 circulates in the hot water pipe 3 to heat the medicinal stone layer portion 13, the lower medicinal stone layer portion 15 and the concrete layer portion 16. As a result, the heating chamber 1 can be heated. Furthermore, the mineral water leaching pipe 5 is embedded in the medicinal stone layer portion 13 and the lower medicinal stone layer portion 15, and the branching portion 5a (13 places of the medicinal stone layer portion) and one end (from the left side in FIG. 3) in the middle thereof Openings are made so that the super mineral water is immersed in the drug stone layer portion 13 and the lower drug stone layer portion 15. Moreover, it may be comprised so that it may be immersed from many small holes provided in the circumference | surroundings of the middle suitably as needed.

  The other end of the mineral water leaching pipe 5 (on the right side in FIG. 3) is connected to a mineral water tank 6 provided outside, and super mineral water is gradually leached out when this hot bath is used. When the super mineral water is heated, the super mineral water becomes vapor as super mineral nanoparticles and is filled in the hot chamber 1 while evaporating. In particular, the room temperature of the hot chamber 1 is maintained at about 45 ° C. by the heating by the hot water pipe 3 and the heating of the super mineral water itself from the mineral water leaching pipe 5, and the mesolithic layer 13 and the lower medicinal stone The super mineral water soaked in the layer part 15 evaporates and becomes super mineral nanoparticles.

  The super mineral water in the present invention contains many mineral elements as shown in the table of FIG. Such super mineral water is diluted to about 500 ppm or more and stored in the mineral water tank 6. The super mineral water is not mere mineral water vapor but becomes a vapor of finely divided nanoparticles as super mineral nano particles due to warm heat such as medicinal stones. For this reason, it is easy to enter the body from the skin.

  Furthermore, by filling the thermal chamber 1 with such nano-particle vapors, which are ultra-mineral nanoparticles, the mineral mineral contained in the refined mineral water penetrates well into the body, and the fine granules of the medicinal stones By laying on the floor, when taking a bath in the thermal chamber 1 due to the emission of negative ions or far infrared rays, it acts on the body more effectively than a hot spring bath or a sauna. In other words, the generation of super mineral nanoparticles, generation of negative ions and far-infrared rays, and the like have a remarkable effect.

  The paving stone block 12 a is made of the same material as the stones of the drug stone layer portion 13 and the lower drug stone layer portion 15. Furthermore, the medicinal stones of the medicinal stone layer portion 13 and the lower medicinal stone layer portion 15 may be formed in a block shape such as several tens of cm 2, that is, in a rock shape. Mineral minerals are also generated in the block-shaped paving stone block 12a, the mesolithic layer portion 13 and the lower mesolithic layer portion 15.

  The operation of the present invention will be described. First, a caregiver enters the changing room 2 with a disabled person in a wheelchair. At this time, the caregiver changes clothes such as nightclothes and samurai clothing that can be used by disabled persons in wheelchairs. In addition, the caregiver changes clothes as well. The disabled person and the caregiver enter the heating chamber 1 at about 45 ° C. At this time, both take sufficient mineral water during bathing. This is also because the sweating action becomes active in the hot chamber 1 at about 45 ° C., and water is replenished for further activation.

  And not only the caregiver on the medicinal stone layer 13 in the thermal chamber 1 but also the disabled person who rides in the wheelchair in the thermal chamber 1 of about 45 ° C. filled with super mineral nanoparticles, the bathing floor for riding in the wheelchair 12 also generates negative ions and far infrared rays from the lower mesolithic layer 15 by the hot water pipe 3, and the disabled and caregivers open all sweat glands in the body, have a surprising sweating effect, Oysters and dirt on the body also run away with sweat. Even in the warm room 1, even a disabled person in a wheelchair, the super mineral water from the mineral water leaching pipe 5 allows the super mineral nanoparticles contained in the super mineral water to penetrate well into the body. be able to.

  In addition, fine particles are spread on the floor in the mesolithic layer 13 and the lower mesolithic layer 15 so that the released negative ions and far-infrared rays penetrate well into the body and promote the health of both handicapped and caregivers. be able to. Such an amazing sweating effect has the greatest advantage that the caregiver can comfortably bathe the disabled without having to service the disabled. In addition, caregivers can take advantage of bathing while taking care.

  Furthermore, bathing by ordinary care is a tough job that requires labor and labor, but the wheelchair-compatible hot bath device according to the present invention allows a caregiver to take a bath while taking care. It is a device that can greatly relieve the fatigue of the elderly and is very pleased. In particular, in the present invention, even if the handicapped person uses this wheelchair-compatible bath and defecates in the bathroom in the unconscious state of the person himself, it is possible to defecate while staying in the wheelchair. Even if it is a hot spring in a public facility, not just at home, it has the greatest advantage of being able to handle the disabled individual, their family members and caregivers without any inconvenience.

  Even if a disabled person wants to get on the mesolithic layer 13 instead of just getting on the wheelchair, he can get off the wheelchair and easily transfer onto the mesolithic layer 13. In other words, in the present invention, the height of the mesolithic layer portion 13 is configured to be several tens of centimeters higher than the wheelchair riding bathing floor 12 surface, so that it can be easily moved from the wheelchair.

  In particular, the upper end of the partition rising wall 14 is provided with a wooden handrail material 14a (see FIG. 5A), a soft synthetic resin handrail material 14a [see FIG. 5B], or a foamed synthetic material. In the case of the handrail material 14a made of a resin material (see FIG. 5C), it is possible for the caregiver and the handicapped to safely and safely transfer onto the mesolithic layer portion 13. After moving to the medicinal layer 13, you can take a bath in a more comfortable posture (lie down). In this way, disabled persons and caregivers in the thermal chamber 1 use the shower section 11b of the shower combined room 11 after removing a large amount of sweat, thereby removing the sweat in the body and making it refreshing and extremely comfortable. it can.

  As mentioned above, in the thermal bath device for wheelchairs as a dedicated bath for wheelchair users using ore baths and bedrock baths, room temperature is about 45 degrees, while disabled people can stay on wheelchairs and respond to defecation, and mineral minerals You can sweat a lot with particles, negative ions, far-infrared rays, etc. to improve your health. Furthermore, in the past, there was the biggest drawback that disabled people would not be able to take a bath unless the work of taking a bath was handled by 2 to 3 people. You can feel refreshed than general bathing, and the room is full of minerals, so even people who are ill can take a bath without age restrictions.

  This device can be bathed in a wheelchair, can be bathed by only one caregiver, can easily give a disabled person a separate hot spring, and can respond to defecation, unlike a sauna, it is cold, sick Even people with disabilities who regularly use diapers can take a bath without any restrictions, so there is a great advantage in making it extremely useful in our future welfare policy.

DESCRIPTION OF SYMBOLS 1 ... Hot room, 11 ... Shower combined room, 11b ... Shower part, 11c ... Toilet bowl,
12 ... Wheelchair bathing floor, 12a ... Paving stone block, 15 ... Lower mesolithic layer,
13 ... Medicinal stone layer part, 14 ... Partition rising wall, 14a ... Handrail material, 16 ... Concrete layer part,
3 ... Warm water pipe, 4 ... Boiler, 5 ... Pipe for mineral water leaching, 6 ... Mineral water tank.

  The present invention is designed to allow the disabled person to sit in a wheelchair, and for the caregiver to be able to easily take a bath, defecate, and to satisfy both the disabled person and the caregiver.Mineral element Mineral water vapor from abundant mineral waterThe present invention relates to a hot bath apparatus that can take a bath by sweating action. The bath of the present invention fills the hot room without directly entering the bathtub Mineral water vaporPerspiration by far-infrared ions and the like, and is also referred to as a “rock bath”.

  Conventionally, in order for a disabled person in a wheelchair to enter a general bathtub and take a bath, it has been necessary to catch at least a few caregivers. For this reason, it has been an important theme of welfare and nursing that how to make it possible for the disabled to easily take a bath. Therefore, various simple bathtubs exist as bathing facilities dedicated to care for the care recipients such as the handicapped and the elderly. As a main type of this type of bathtub, as disclosed in Patent Document 1, in order to make it easier for bathers such as disabled people and care recipients to enter the tank, there is provided an overturned bathtub that tilts about 45 degrees. It has been. Still a hassle for caregivers.

JP-A-9-294895 JP 7-31656 A JP-A-6-319777

  In Patent Document 2, the structure of the wheelchair itself is changed so that the wheelchair can be tilted and raised and lowered so that bathing at home can be performed. In this case, however, a separate wheelchair for bathing must be prepared. It is impossible for cost. In Patent Document 3, the disabled person is hung with the wheelchair to carry the disabled person and take a bath. In this case, there is a great inconvenience such as requiring a considerably large device and cost.

  In addition, many disabled people regularly use diapers. Some people with disabilities may defecate in the bathroom without their own consciousness. This is said to occur when the person feels better. If this is a private home, there is no problem, but in hot springs of public facilities, it develops a great deal of inconvenience to individuals with disabilities, their families, and caregivers. It is also necessary to fulfill this problem.

  Even if a disabled person in a wheelchair is placed in a bathtub by a caregiver, the caregiver's body washing service is indispensable in order to have a comfortable bathing, which is very hard work for the caregiver. . In addition, it is extremely difficult to assist even with defecation in the bathroom.

  For this reason, the problem (technical problem or purpose) to be solved by the present invention is that a single caregiver can not only take a bath for a disabled person in the wheelchair, but also defecate as it is. It is possible to provide a comfortable bathing (bedrock bathing) for the handicapped without having to provide services such as washing the body of the caregiver and assisting in defecation, and also enabling the caregiver to take a bath while taking care. Furthermore, it aims at producing an effect of the effect several tens of times higher than that of a hot spring hot air bath device in which mineral water is made into nano-level particles to vaporize a conventional hot spring.

Therefore, as a result of intensive researches to solve the above-mentioned problems, the inventor devised the invention of claim 1 as a shower combined room equipped with a shower unit that can be showered by a wheelchair and a toilet that can be defecationed by the wheelchair. Is provided on a wheelchair-riding bathing floor, and is configured as a heating chamber composed of the wheelchair-riding bathing floor and a mesolithic layer, and a lower mesolithic layer is provided below the paving stone block on the surface of the chair-riding bathing floor. In addition, a concrete layer portion is placed under the lower mesolithic layer portion and the mesolithic layer portion, and the concrete layer portion, the lower mesolithic layer portion and the medicinal stone layer portion are provided from a boiler installed outdoors. with hot water pipe for circulating the hot water is being embedded in the interior of the lower Yakuseki layer portion and the Yakuseki layer portion, so that the mineral water mineral raw element is contained numerous may evaporate the minerals le steam, The above-mentioned problem has been solved by providing a hot-water bath apparatus characterized by being provided with a mineral water pipe for inflow from a separately installed mineral water tank.

  The invention of claim 2, wherein the lower mesolithic layer portion and the medicinal stone of the mesolithic layer portion are germanium stone, tourmaline stone, barley stone, changy limestone, positive rock, rhyolite, flower storm rock, The above-mentioned problem has been solved by providing a hot bath apparatus comprising basalt and amphibolite, which are mixed as fine particles. The invention according to claim 3 is the invention according to claim 1 or 2, wherein the wheelchair-riding bathing floor portion and the drug stone layer portion are provided side by side through a partition rising wall, and the height of the drug stone layer portion is the wheelchair riding bath The above-mentioned problem has been solved by providing a hot bath apparatus characterized by being configured to be several tens of centimeters higher than the floor surface.

  The above problem has been solved by the invention of claim 4 wherein the hot bath apparatus is characterized in that, in claim 3, a handrail material is provided on the upper end side of the partition rising wall. The above problem was solved by using the hot-water bath apparatus according to claim 5, wherein the handrail material according to claim 4 is made of wood. The above-mentioned problem is solved by the invention of claim 6, wherein the handrail material according to claim 4 is a hot bath apparatus characterized in that it is made of a soft synthetic resin.

  In the first aspect of the invention, in particular, a single caregiver can not only take a bath for a disabled person on the wheelchair while using a normal wheelchair, There is an advantage that the bather can comfortably bathe and the caregiver can bathe while taking care. Furthermore, there is an effect capable of improving the health of both the handicapped and the caregivers. In particular, mineral water can be converted into nano-level particles, so that mineral water vapor can be sent from the mouth to the lungs to the human body, resulting in chemical allergies, cancer, atopy, hemorrhoids, skin spots, low back pain, etc. However, it has a much better effect than a hot spring hot air bath device that vaporizes a conventional hot spring. Furthermore, a bactericidal effect is also produced, and an effect of detoxifying agricultural chemicals, additives, rotten water, etc. is also produced.

  The medicinal stone according to claim 2 is composed of germanium stone, tourmaline stone, barley stone, changy limestone, positive rock, rhyolite, flower storm rock, basalt, amphibolite, and these are mixed as fine particles. Therefore, negative ions, far-infrared rays and the like are generated, and the body has a good effect. In the invention of claim 3, a handicapped person in a wheelchair can safely and easily move onto the mesolithic layer. According to the inventions of claims 4 to 6, there is an effect that a handicapped person in a wheelchair can safely and safely move on the mesolithic layer.

It is the top view made into the partial cross section which shows the outline of this invention. It is an enlarged plan view which made the thermal chamber of this invention a partial cross section. It is an expansion longitudinal cross-sectional view of the thermal chamber of this invention. It is the perspective view which cut some hot chambers longitudinally. (A), (B), (C) is sectional drawing of the partition rising wall in a thermal chamber, respectively. It is a chart of the mineral element contained in mineral water.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. FIG. 1 and FIG. 2 are plan views of a hot water bath apparatus that can be used for a wheelchair according to the present invention. The main configuration is that a shower / chamber room 11 for wheelchairs is provided in the hot room 1. In the shower combined room 11, shower portions 11b, 11b,... Are provided on the walls of partition portions 11a, 11a,. Further, Western-style toilets 11c, 11c,... Are provided in the partition portions 11a, 11a,. The floor of the shower combined room 11 is configured as a wheelchair-occupied bathing floor 12.

  Adhesive layer 13 is provided adjacent to wheelchair bathing floor 12. The wheelchair riding bath floor 12 and the drug stone layer 13 are separated by a partition rising wall 14. The warming chamber 1 is constituted by the wheelchair passenger bathing floor 12 and the drug stone layer 13. The wheelchair-riding bathing floor portion 12 is made of a strong and hard material such as concrete, so that the wheelchair can enter and exit, and further, a disabled person can use the shower portion 11b while riding on the wheelchair in the partition portion 11a. It is configured. The hot water in the shower part 11b may be normal hot water or hot spring water.

  The wheelchair-occupied bathing floor 12 is at a height that is several tens of centimeters below the surface of the drug stone layer 13, and is square (rectangular) as the floor of the shower / compartment room 11. In some cases, rectangular paving stone blocks 12a, 12a,... Are spread out to form a flat floor so that the wheelchair on which the handicapped rides can be placed stably in any position. A changing room 2 is provided adjacent to the heating room 1 having the shower combined room 11. The changing room 2 is provided with a wheelchair riding floor 21 and is provided with a locker 22 and a wheelchair toilet 23. The changing room 2 is provided with a clog box 24 and a front door 25. There are paving stone blocks at the 25 entrances / exits, but, of course, it is configured so as not to hinder the wheelchair.

  Furthermore, the specific structure of the wheelchair riding bathing floor 12 is provided with a lower drug stone layer portion 15 made of the same drug stone as the drug stone layer portion 13 below the paving stone blocks 12a, 12a,. More specifically, the paving stone blocks 12a, 12a,... Are arranged on the lower mesolithic layer 15 paved with a predetermined thickness (about 10 to 15 cm), so that the wheelchair can be stably used. It is like that. The important point is that generation of mineral water vapor, negative ions and far infrared rays are generated from the lower mesolithic layer 15 and mineral water through the gap between the paving stone blocks 12a, 12a,.

  The medicinal stone layer portion 13 is composed of germanium stone, tourmaline stone, barley stone, olivine limestone, positive rock, rhyolite, flower storm rock, basalt, amphibolite, etc., and these are mixed as fine particles Of layers. Its thickness is about 20 cm to about 40 cm. This thickness is spread on the concrete layer portion 16 having a step. In the lower position, the lower stone layer portion 15 is laid under the paving stone blocks 12a, 12a,.

  A hot water pipe 3 for heating connected to a boiler 4 provided outdoors is embedded in the drug stone layer portion 13, the lower drug stone layer portion 15 and the concrete layer portion 16. In general, the hot water pipe 3 is formed in an upper and lower triple type as a whole, and the upper single is embedded in an intermediate position (in the height direction) between the drug stone layer portion 13 and the lower drug stone layer portion 15. The lower double is embedded in the concrete layer portion 16. Moreover, although the said partition rising wall 14 is formed as a continuous wall, it is comprised so that the said hot water pipe 3 may penetrate in the said cobblestone blocks 12a, 12a, ... and the said lower mesolithic layer part 15 places. . In the figure, reference numeral 18 denotes a heating chamber entrance / exit.

  In the hot water pipe 3 configured in this manner, the hot water heated by the boiler 4 circulates in the hot water pipe 3 to heat the medicinal stone layer portion 13, the lower medicinal stone layer portion 15 and the concrete layer portion 16. As a result, the heating chamber 1 can be heated. Furthermore, the mineral water leaching pipe 5 is embedded in the medicinal stone layer portion 13 and the lower medicinal stone layer portion 15, and the branching portion 5a (13 places of the medicinal stone layer portion) and one end (from the left side in FIG. 3) in the middle thereof Openings are provided in the medicinal stone layer portion 13 and the lower medicinal stone layer portion 15 so that mineral water is submerged. Moreover, it may be comprised so that it may be immersed from many small holes provided in the circumference | surroundings of the middle suitably as needed.

  The other end of the mineral water leaching pipe 5 (on the right side in FIG. 3) is connected to a mineral water tank 6 provided outside, and the mineral water is gradually leached and permeated when the hot water bath is used. By heating the mineral water, the mineral water is vaporized as mineral water vapor and filled in the hot chamber 1 while transpiration. In particular, the room temperature of the hot chamber 1 is maintained at about 45 ° C. by heating with the hot water pipe 3 and the mineral water itself from the mineral water leaching pipe 5, and the mesolithic layer 13 and the lower mesolithic layer. The mineral water soaked in the part 15 evaporates and becomes mineral water vapor.

  The mineral water in the present invention contains many mineral elements as shown in the table of FIG. Such mineral water is diluted to about 500 ppm or more and stored in the mineral water tank 6. The mineral water is not mere mineral water vapor, but vaporized as finely divided nanoparticles as mineral water vapor due to the heat of medicines and the like. For this reason, it is easy to enter the body from the skin.

  Further, by filling the thermal chamber 1 with such nano-particle vapor, which is mineral water vapor, the mineral mineral contained in the finely divided mineral water penetrates well into the body, and fine granules of medicinal stones are put on the floor. By laying down, when bathing in the thermal chamber 1 due to the release of negative ions or far infrared rays, it acts on the body more effectively than a hot spring bath or a sauna. In other words, the generation of mineral water vapor, the generation of negative ions and far-infrared rays, and the like are particularly effective.

  The paving stone block 12 a is made of the same material as the stones of the drug stone layer portion 13 and the lower drug stone layer portion 15. Furthermore, the medicinal stones of the medicinal stone layer portion 13 and the lower medicinal stone layer portion 15 may be formed in a block shape such as several tens of cm 2, that is, in a rock shape. Mineral minerals are also generated in the block-shaped paving stone block 12a, the mesolithic layer portion 13 and the lower mesolithic layer portion 15.

  The operation of the present invention will be described. First, a caregiver enters the changing room 2 with a disabled person in a wheelchair. At this time, the caregiver changes clothes such as nightclothes and samurai clothing that can be used by disabled persons in wheelchairs. In addition, the caregiver changes clothes as well. The disabled person and the caregiver enter the heating chamber 1 at about 45 ° C. At this time, both take sufficient mineral water during bathing. This is also because the sweating action becomes active in the hot chamber 1 at about 45 ° C., and water is replenished for further activation.

  And not only the caregiver on the medicinal stone layer 13 in the thermal chamber 1 but also the disabled person who rides in the wheelchair in the thermal chamber 1 of about 45 ° C. filled with mineral water vapor, Also on the lower side, negative ions and far infrared rays are generated by the lower mesolithic layer 15 by the hot water pipe 3, and the disabled and caregivers open all sweat glands in the body, have a surprising sweating action, sweat a lot, Body dirt also flows away with sweat. Even in the warm chamber 1, even a disabled person who is in a wheelchair, the mineral water contained in the mineral water can penetrate well into the body with the mineral water from the mineral water leaching pipe 5.

  In addition, fine particles are spread on the floor in the mesolithic layer 13 and the lower mesolithic layer 15 so that the released negative ions and far-infrared rays penetrate well into the body and promote the health of both handicapped and caregivers. be able to. Such an amazing sweating effect has the greatest advantage that the caregiver can comfortably bathe the disabled without having to service the disabled. In addition, caregivers can take advantage of bathing while taking care.

  Furthermore, bathing by ordinary care is a tough job that requires labor and labor, but the wheelchair-compatible hot bath device according to the present invention allows a caregiver to take a bath while taking care. It is a device that can greatly relieve the fatigue of the elderly and is very pleased. In particular, in the present invention, even if the handicapped person uses this wheelchair-compatible bath and defecates in the bathroom in the unconscious state of the person himself, it is possible to defecate while staying in the wheelchair. Even if it is a hot spring in a public facility, not just at home, it has the greatest advantage of being able to handle the disabled individual, their family members and caregivers without any inconvenience.

  Even if a disabled person wants to get on the mesolithic layer 13 instead of just getting on the wheelchair, he can get off the wheelchair and easily transfer onto the mesolithic layer 13. In other words, in the present invention, the height of the mesolithic layer portion 13 is configured to be several tens of centimeters higher than the wheelchair riding bathing floor 12 surface, so that it can be easily moved from the wheelchair.

  In particular, the upper end of the partition rising wall 14 is provided with a wooden handrail material 14a (see FIG. 5A), a soft synthetic resin handrail material 14a [see FIG. 5B], or a foamed synthetic material. In the case of the handrail material 14a made of a resin material (see FIG. 5C), it is possible for the caregiver and the handicapped to safely and safely transfer onto the mesolithic layer portion 13. After moving to the medicinal layer 13, you can take a bath in a more comfortable posture (lie down). In this way, disabled persons and caregivers in the thermal chamber 1 use the shower section 11b of the shower combined room 11 after removing a large amount of sweat, thereby removing the sweat in the body and making it refreshing and extremely comfortable. it can.

  As mentioned above, in the thermal bath device for wheelchairs as a dedicated bath for wheelchair users using ore baths and bedrock baths, room temperature is about 45 degrees, while disabled people can stay on wheelchairs and respond to defecation, and mineral minerals You can sweat a lot with particles, negative ions, far-infrared rays, etc. to improve your health. Furthermore, in the past, there was the biggest drawback that disabled people would not be able to take a bath unless the work of taking a bath was handled by 2 to 3 people. You can feel refreshed than general bathing, and the room is full of minerals, so even people who are ill can take a bath without age restrictions.

  This device can be bathed in a wheelchair, can be bathed by only one caregiver, can easily give a disabled person a separate hot spring, and can respond to defecation, unlike a sauna, it is cold, sick Even people with disabilities who regularly use diapers can take a bath without any restrictions, so there is a great advantage in making it extremely useful in our future welfare policy.

DESCRIPTION OF SYMBOLS 1 ... Hot room, 11 ... Shower combined room, 11b ... Shower part, 11c ... Toilet bowl,
12 ... Wheelchair bathing floor, 12a ... Paving stone block, 15 ... Lower mesolithic layer,
13 ... Medicinal stone layer part, 14 ... Partition rising wall, 14a ... Handrail material, 16 ... Concrete layer part,
3 ... Warm water pipe, 4 ... Boiler, 5 ... Pipe for mineral water leaching, 6 ... Mineral water tank.

Claims (6)

  A shower combined room equipped with a shower section that can be showered with a wheelchair and a toilet that can be defecate with the wheelchair is provided on a wheelchair-riding bathing floor section, A lower mesolithic layer portion is provided below the paving stone block on the chair riding bath floor surface, and a concrete layer portion is placed below the lower mesolithic layer portion and the medicinal stone layer portion, In the concrete layer part, the lower mesolithic layer part and the medicinal stone layer part, a hot water pipe for circulating hot water from a boiler installed outdoors is embedded, and inside the lower mesolithic layer part and the medicinal stone layer part A mineral water pipe for inflow from a mineral water tank installed separately is provided so that ultramineral nanoparticles can be evaporated from the ultramineral water. Thermal bath device using a child.   2. The lower mesolithic layer portion and the medicinal stone of the mesolithic layer portion according to claim 1 are composed of germanium stone, tourmaline stone, barley stone, olivine limestone, positive rock, rhyolite, flower storm rock, basalt, amphibolite, etc. And a hot bath apparatus using super mineral nanoparticles characterized in that these are mixed as fine particles.   In Claim 1 or 2, the wheelchair-riding bathing floor part and the medicinal stone layer part are provided side-by-side through a partition rising wall, and the height of the medicinal stone layer part is several tens of the height of the wheelchair riding bathing floor part. A hot bath apparatus using ultra-mineral nanoparticles, characterized in that it is configured to be cm high.   The hot bath apparatus using super mineral nanoparticles according to claim 3, wherein a handrail material is provided on an upper end side of the partition rising wall.   5. The hot bath apparatus using super mineral nanoparticles according to claim 4, wherein the handrail material is made of wood.   5. The hot bath apparatus using super mineral nanoparticles according to claim 4, wherein the handrail material is made of a soft synthetic resin.

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