JP3087837U - Steam bath - Google Patents

Abstract

(57) [Summary] [PROBLEMS] To make the temperature distribution of the entire sauna room uniform and to adjust the temperature of steam from under the floor to an appropriate temperature for bathers. SOLUTION: An elongated water bath 5 is provided along an edge of a bottom wall 1c of a sauna room 1 along the edge, and a flow is provided adjacent to the water bath 5 at a portion excluding the edge of the bottom wall 1c. A place 10 is provided, and a side wall 5a on the side of the sink 10 in the hot tub 5 is
Is configured to be able to flow out over the entire surface of the sink 10, and a gantry 16 placed on the side walls 5 a,. A bench 15 having a seat 17 is arranged in the bathtub 5 and at the same height as the bathtub 5 so as to cover the sink 10.
9 are arranged in the sink 10 and the sprayer 35 is installed above the sauna room 1.

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 The present invention relates to a steam bath, in which hot water is poured into the bottom of a sauna room, and the steam of the hot water can be used to enjoy a comfortable sauna.

[0002]

[Prior art]

 As shown in Japanese Utility Model No. 3053416, this type of conventional steam bath has a plurality of rough stones containing electromagnetic waves such as far-infrared rays embedded on the wall surface of a substantially horseshoe-shaped sauna room and has a saw-toothed shape. A hot water sink is provided below the floor, a plurality of weirs are erected to meander the hot water, and a plurality of rough stones are laid in the meandering hot water flow path.

[0003] Then, steam rises from a plurality of gaps in the mound-shaped floor, and the water condensed on the wall becomes water of a smaller cluster due to the action of the rough stone buried in the wall, and this water is used as a bather. Drops and adheres to the skin, activating skin cells.

[0004]

[Problems to be solved by the invention]

 However, in the case of the steam bath, since the temperature of the entire sauna room is controlled by the steam of the hot water in the sink, a temperature difference occurs between the lower side and the upper side of the sauna room, and the overall temperature of the sauna room is reduced. There is a problem that it is difficult to maintain the uniformity.

[0005] Further, means for adjusting the temperature of steam from below to an appropriate temperature for a bather is not disclosed.

In view of the above problems, the present invention has an object to provide a steam bath capable of making the temperature distribution of the entire sauna room uniform and adjusting the temperature of steam from under the floor to a suitable temperature for bathers. And

[0007]

[Means for Solving the Problems]

 In order to solve the above-mentioned problem, the steam bath of the present invention includes a sauna room including a side wall, a bottom wall, and a ceiling wall, and hot water flows through the bottom of the sauna room. In a steam bath for filling steam into a sauna room, an elongate bath is provided along the edge of the bottom wall of the sauna room along the edge, and the bath is adjacent to the bath except at the end of the bottom wall. A sink is provided, and the side wall of the sink in the sink is configured to allow the hot water of the sink to flow out to the entire surface of the sink, and the sink is mounted on the side wall of the sink. There is a bench with a frame and a bench that sits just above the surface of the tub, and a sink-shaped floor in the sink is almost the same height as the tub. It is arranged to cover the sink at a location.

For example, a long and narrow arc-shaped water bath is provided along a peripheral portion of a bottom wall of a sauna room having a circular cutting plane, and a substantially circular sink is provided in connection with the water bath. A plurality of long holes are formed in the side wall on the site side along the circumferential direction of the side wall so that the hot water in the hot tub flows out through the long hole in the side wall to the entire surface of the sink. The hot water in the sink will fill the inside of the sauna room with steam.

[0009] Furthermore, the vapor rises through the curtain-shaped seats of the arc-shaped bench arranged in the bathtub, while passing through the curtain-shaped floor arranged to cover the sink. As the temperature rises, the distance to reach the bench seat and floor, the contact with the bench seat and floor removes the heat of the steam, and the temperature of the steam filled in the sauna room becomes The temperature will be lower than the temperature of the hot water supplied to the sink, so that the bather sitting on the bench will be able to carry out metabolism without difficulty, and the temperature of the sauna room will be set appropriately for the bather. .

[0010] Further, as set forth in claim 2, hot water or hot spring water maintained at 60 to 90 degrees is supplied to the hot water tank, and steam of 40 to 60 degrees is supplied to the bench seat and floor. It is preferable to adjust the distance between the surface of the bathtub and the seat of the bench, and the distance between the surface of the sink and the floor in order to reach the maximum temperature.

For example, hot water heated to a temperature of 60 to 90 degrees is supplied to a hot water tank, and steam of 40 to 60 degrees is supplied to a seat of a bench and a floor of a cord-like shape so as to reach a depth of the hot water tank. You can enjoy a comfortable sauna simply by setting the floor height.

Further, as set forth in claim 3, a steam pipe for maintaining the temperature of the hot water at a constant level is provided in the hot water tank, and the steam discharge port of the steam pipe is connected to a predetermined surface with respect to the surface of the hot water tank. You may make it oppose at intervals.

In this case, if the steam pipe is provided in the hot water tank, the temperature of the hot water in the hot water tank can be efficiently and constantly maintained by the heat of the steam in a short time. Furthermore, if the steam discharge port of the steam pipe is opposed to the hot water surface of the hot tub at a predetermined interval, the pressure for discharging the steam is not directly applied to the hot water in the hot tub, so that the steam is discharged. The noise of the bath is reduced, and the discomfort of the bather due to the sound of the steam is eliminated.

[0014] Then, in order to allow the steam of 40 to 60 degrees to reach the seat of the bench on the bench of the bench, a steam detour path forming and water droplet for circulating the steam of the hot water in the bathtub is provided. A flow-down prevention device is provided, and the vapor bypass-passage formation / water-drop prevention device is provided with a bypass-passage formation / water-drop prevention portion composed of a plurality of rectangular flat plates arranged in parallel at a predetermined interval. In addition, the upper detour path forming and water drop prevention part and the lower detour path formation and water drop prevention part are formed by the gap between the flat plates of the upper detour path formation and water drop prevention part and the lower part. The detour path and the gap between the flat plates of the water drop prevention part are arranged so as to be located alternately, and the upper detour path and the respective flat plate of the water drop prevention part or the lower detour path are also formed. At least one of the flat plates of the water drop prevention part shall be It is desirable to incline downward.

Accordingly, the steam rising from the hot water tank passes through the gap between the flat plates of the lower detour forming section, and then passes through the gap between the flat plates of the upper detour forming section. For this reason, the steam rising from the hot water tank rises to the seat of the bench in a meandering state, and the air between the hot water tank and the seat of the bench and the upper and lower detour forming sections are formed. The heat is deprived by each of the flat plates, and the temperature of the steam of the hot water in the hot tub can be efficiently reduced to 40 to 60 degrees.

Further, at least one of the flat plates of the upper detour passage forming / water drop preventing portion or the flat plates of the lower detour passage forming / water drop preventing portion is inclined downward toward the sink. In this case, the bather's sweat and waste will not flow down into the bathtub, and the bathtub will not be contaminated by the bather's sweat or waste and will be clean.

In addition, as set forth in claim 5, a plurality of rectangular flat plates constituting the seat of the bench are arranged such that the longitudinal center line of each flat plate is substantially perpendicular to the longitudinal center line of the gantry. It is good to arrange as much as possible.

[0018] Then, in the seat of the bench, water drops staying between the bathers sitting side by side on the bench flow down the bench through the gaps between the flat plates of the bench seat. As a result, indirect contact between adjacent bathers due to retained water droplets can be prevented, and discomfort is eliminated.

[0019] Further, as described in claim 6, it is preferable that the floor is configured to be dividable and detachable from the sink.

Therefore, by dividing the floor, each of the divided floors can be easily cleaned and clean. Furthermore, if each of the divided floors is made detachable to the sink, floor installation work can be performed quickly and easily.

Further, as described in claim 7, it is desirable to provide a sprayer for spraying any one of alkaline ionized water, hot water and hot spring water at a temperature of 40 to 70 degrees above the sauna room.

Therefore, the steam of hot water in the hot tub and the steam of hot water in the sink rise on the lower side of the sauna room, and the steam of the sprayer falls on the upper side of the sauna room, and the steam is released from the sauna room. As a result, the metabolism of bathers becomes more active. Further, the temperature of the sauna room can be maintained at an appropriate temperature in a short time, and the temperature distribution of the entire sauna room becomes substantially uniform.

[0023] In addition, as set forth in the eighth aspect, a sauna of hot water may be provided in the sauna room.

[0024] Then, the bather can easily wash away the sweat and wastes attached to the body with hot water and can easily wash the seat of the bench, and can enjoy the sauna in a comfortable environment.

[0025] As described in claim 9, it is preferable to attach Bincho charcoal to at least one of the side wall and the ceiling wall of the sauna room, the bottom wall and the side wall of the hot tub, and the upper surface of the sink.

Therefore, the bincho charcoal eliminates the odor of sweat and waste products of bathers in the sauna room and improves the indoor environment of the sauna room.

[0027] Further, as described in claim 10, it is preferable to stick a part of the short, substantially square or round bar-shaped charcoal charcoal so as to be exposed, and to form a staggered grid.

Therefore, a large number of Bincho charcoal can be stuck on each wall surface of the sauna room, each wall surface of the hot tub, and the upper surface of the sink, and the deodorizing effect is further improved.

In addition, as set forth in claim 11, a temperature sensor is provided in at least one of the sauna room and the hot tub, and a control device for adjusting the temperature of the sauna room based on a detection signal of the temperature sensor is provided. Is also good.

For example, the temperature of the hot tub and the temperature of the sauna room are compared with their respective set values, and when the detected temperature of the temperature sensor falls below the set value, hot water is supplied to the hot tub to increase the temperature of the sauna room. Then, the temperature distribution of the entire sauna room is controlled to be substantially uniform.

[0031]

[Embodiment of the invention]

 One embodiment of the present invention will be described. The steam bath of the present invention is provided at the edge of the bottom wall of the sauna room, an elongated water bath provided along the edge, and at a portion other than the edge of the bottom wall, adjacent to the water bath. The sink, the side wall of the tub on the side of the sink configured to allow the hot water in the tub to flow out to the entire surface of the sink, the bench arranged in the tub, and the sword-shaped floor arranged in the sink And a sprayer of hot water or hot spring provided in the upper part of the sauna room.

[0032] The bench has a pedestal placed on the side wall of the tub and a sword-shaped seat located just above the surface of the tub, and the floor is substantially the same as the tub. It is located at the height to cover the sink.

As described above, the steam from the hot water in the hot tub and the hot water in the sink are used to raise the steam from the lower side of the sauna room and fill the sauna room with the steam. It promotes the health of the elderly and enjoys a comfortable and comfortable sauna.

[0034]

【Example】

The steam bath of the present invention will be described with reference to FIGS. The steam bath of the present invention includes a sauna room 1 composed of side walls 1a, ..., a ceiling wall 1b, and a bottom wall 1c, and an edge of the bottom wall 1c of the sauna room 1, that is, along a corner of the sauna room 1. The installed L-shaped water bath 5, a sink 10 provided adjacent to the bath 5, a bench 15 laid over the side walls 5 a,... A floor installation structure section 25 installed in the place 10, and a rectangular parallelepiped hot water bath 30 provided in a corner of the sauna room 1 located diagonally to a corner of the sauna room 1 in which the hot tub 5 is installed. A sprayer 35 provided at the upper part of the sauna room 1; an indoor temperature sensor 40 and a bath temperature sensor 41 for detecting the temperatures of the hot tub 5 and the sauna room 1; a indoor temperature sensor 40 and a hot bath temperature sensor 41. Temperature distribution in sauna room 1 is uniform based on detection signal And a control unit (not shown) for controlling so.

, And the ceiling wall 1b of the sauna room, the side walls 5a,... And the bottom wall 5b of the bathtub 5, and the side walls 30a,. It is stuck in a houndstooth check so that a part thereof is exposed, and the deodorizing effect of the sauna room 1 can be obtained by the Bincho charcoal 2,. 1 to 4, the bincho charcoal stuck to the side walls 5a,... And the bottom wall 5b of the hot tub 5 is omitted.

Further, as shown in FIG. 2, the sauna room 1 has a substantially rectangular cut plane, and a door 3 is installed adjacent to the bathtub 30. The sauna room 1 is heated by steam of hot water discharged from the sprayer 35, steam of hot water supplied to the hot tub 5, and steam of hot water discharged to the sink 10. The temperature is controlled in the range of degrees to 60 degrees.

The side wall 5a of the hot tub 5 on the side of the sink 10 is formed lower than the side wall 5a parallel to the side wall 5a, and further has a plurality of notches 5e,. For this reason, the side wall 5 a of the hot tub 5 on the side of the sink 10 is configured such that hot water exceeding a predetermined flow rate of the hot tub 5 can flow out to the entire surface of the sink 10. Further, a steam pipe 6 and a hot water supply pipe 7 are provided in the hot water tank 5 as shown in FIGS. The steam pipe 6 is led out to the hot tub 5 of the sauna room 1, is further bent from the side wall 5 a of the hot tub 5 along the bottom wall 5 b into an inverted L-shape, and then along one side of the bottom wall 5 b of the hot tub 5. It is arranged in a straight line, then folded back into a U-shape at the corner of the hot water tank 5, and arranged again in a straight line along the other side of the bottom wall 5b, and finally its end is raised. It is bent in an inverted U-shape as much as possible, and the terminal end opening (steam discharge port) 6a is positioned so as to face the hot water surface of the hot water tank 5 at a predetermined interval. As described above, since the terminal opening 6a of the steam pipe 6 is located above the level of the hot water in the hot water tank 5, when the steam is discharged, the hot water in the hot water tank 5 is not pressurized by the steam. The exhaust sound of the steam discharged from the terminal opening 6a is reduced. On the other hand, the hot water supply pipe 7 is arranged in parallel with the steam pipe 6, and its end is bent in an inverted L-shape to face the end of the steam pipe 6 at a predetermined interval. 5c is a drain port of the hot water tank 5, 5d is a plug of the drain port 5c, 8 is a steam adjusting valve provided on the steam pipe 6, 9 is a hot water replenishing valve provided on the hot water replenishing pipe 7. It is.

As shown in FIGS. 1 and 3, the indoor temperature sensor 40 is disposed above the sauna room 1, and the temperature of the sauna room is controlled by the indoor temperature sensor 40 in a range of 40 to 55 degrees. Have been. The hot water tank temperature sensor 41 is disposed between the steam pipe 6 and the hot water supply pipe 7, and the hot water temperature of the hot water tank 5 is controlled by the hot water tank temperature sensor 41 in a range of 60 to 90 degrees.

As shown in FIG. 1, the sink 10 has a drain port 11 formed on the side of the tub 30, a drain pipe 12 connected to the drain port 11, and a hot water outlet of the sink 10. 11 has a gently inclined surface 13 formed so as to flow out to 11, and the hot water flowing out of the hot tub 5 flows out through the inclined surface 13 of the sink 10, the drain port 11, and the drain pipe 12.

The bench 15 is assembled from any one of bamboo, wood, synthetic resin, and stainless steel, and includes a horizontally long base 16 and a cord-shaped seat 17 assembled on an upper surface of the base 16. The mount 16 of the bench 15 is provided with a steam detour passage forming / water drop prevention device 18.

As shown in FIG. 4, the seat portion 17 of the bench 15 includes a plurality of rectangular flat plates 17a,... Constituting the seat portion 17 arranged at predetermined intervals. Are orthogonal to the longitudinal center line of the gantry 16 of the bench 15. For this reason, when a plurality of bathers A sit on the bench 15, the dew water of steam and the water droplets in which the sweat and waste products of the bather A are mixed stay in the seat portion 17 of the bench 15. However, the condensed dew water and water droplets flow down from the gaps between the flat plates 17a,... Of the seat portion 17 of the bench 15, and each bather A seated alongside the bench 15 is indirectly condensed by the dew water and water droplets. The user can comfortably and comfortably sit on the seat 17 of the bench 15 without touching the floor.

As shown in FIG. 1 and FIG. 5, the steam detour passage forming / water drop prevention device 18 is composed of a plurality of rectangular flat plates 19a,..., 20a,. The configured detour passage forming and water droplet falling prevention portions 19 and 20 are disposed vertically. Moreover, the tip of each of the flat plates 19a,... Of the upper detour passage forming and water droplet falling prevention portion 19 and the tip of each of the flat plates 20a,. , 20a,... Of the upper and lower detour passage forming and water drop prevention portions 19, 20 have a V-shape. Further, the upper and lower detour passage forming and water drop preventing portions 19 and 20 are provided with a gap between the flat plates 19a,... Of the upper detour passage forming and water drop preventing portion 19 and the lower detour passage forming and water drop portion. The gaps between the flat plates 20a,... Of the flow-down preventing section 20 are arranged alternately. Therefore, the steam from the hot water tank 5 contacts each of the flat plates 20a,... Of the lower bypass passage forming / water drop prevention part 20 and each flat plate 19a,. , 19a, ... of the alternately formed lower and upper detour passage forming / water drop prevention parts 20, 19, meandering upward. Therefore, the steam from the hot tub 5 reaches the seat 17 of the bench 15 from the hot tub 5 over time, so that the steam comes into contact with the air and heat is taken off, and the lower bypass path is formed and the water drops are prevented from flowing down. The heat is also taken off by contacting the flat plates 20a,... Of the portion 20 and the flat plates 19a,. Therefore, the temperature of the steam in the vicinity of the hot tub 5 is in the range of 60 to 90 degrees, but when the steam reaches the seat 17 of the bench 16, the temperature is appropriate for the human body (40 to 60 degrees). It has become. In this way, the high-temperature steam from the hot tub 5 does not directly contact the human body, but the moderate-temperature steam comes into contact with the human body. The blood circulation of the patient is improved, and the patient can effectively make a new payment.

Further, the flat plates 20a,..., 19a,... Of the lower and upper detour passage forming / water drop prevention parts 20, 19 not only divert steam but also take bathers sitting on the bench 15. A is inclined downward to the sink 10 so as to contribute to the suppression of the drop of sweat and wastes discharged from the human body of A. Each flat plate 19a,. , The flat plates 20a,... Of the lower detour passage forming / water drop prevention portion 20 are gently inclined. The angle between each flat plate 20a,... Of the lower detour passage forming and water drop prevention part 20 and each flat plate 19a,. Any angle may be used as long as the water droplets flowing down to the flat plates 19a,..., 20a,.

The floor installation structure section 25 is provided with rectangular parallelepiped bracelets 26,... Disposed in a sink at predetermined intervals in front, rear, left and right, and columns 27, which are erected on each of the bracelets 26,. , ..., parallel long bars 28, ..., which are erected on the columns 27, ..., and slat-like floors 29, ... It is composed of Each of the floors 29,... Is provided with a plurality of long flat plates 29a,... At predetermined intervals, and is provided at a position substantially at the same height as the side walls 5a,. The height of each floor 29 is set in the range of 10 cm to 1 m in consideration of lowering the temperature of the steam of hot water supplied to the sink 10. The depth of the hot tub 5 is substantially the same as the height of each floor 29,..., In the range of 10 cm to 1 m, and the height of the seat 17 of the bench 15 with respect to the height of the side walls 5a,. The height is set in the range of 10 cm to 1 m.

Furthermore, since each floor 29 is divided, it is easy to clean and the installation work is made more efficient. In addition, hot water or air is allowed to flow between the skewers 26,..., So that the convection of heat in the lower layer of each floor 29,.

The bathtub 30 is formed by a concrete wall, and is covered with hot water of 30 to 45 degrees. By covering the bath water, it is possible to wash away the sweat and waste discharged from the human body of the bather A and the human body in the seat 17 of the bench 15.

The sprayer 35 is connected to a sprayer pipe 36 that is drawn into the sauna room 1 from the outside, and the sprayer pipe 36 is suspended from a substantially central portion of the ceiling wall 1 b of the sauna room 1. The sprayer 35 includes a sprayer main body 37 having a substantially disk shape, and nozzles 38,... The nebulizer pipe 36 to a predetermined pressure ^{(2kg / cm 2 ~15kg / cm} 2) hot water (40 to 70 degrees) Tona Ru water is supplied atomizer each nozzle 38 of 35, sprayed from ... radially This fine particle vapor is diffused below the sauna room 1. Reference numeral 39 denotes a sprayer valve provided in the sprayer pipe 36.

Next, regarding the usage mode of the steam bath of the present invention, first, in the initial state, that is, in a state where the sauna room 1 is unmanned and hot water is not supplied to the water bath 5 and the sink 10 of the sauna room 1. explain. The steam regulating valve 8 and the hot water replenishing valve 9 are opened, hot water consisting of hot water of 60 to 90 degrees is supplied from the hot water replenishing pipe 7 to the hot water tank 5 and steam is supplied to the steam piping 6. The sprayer valve 39 is also opened, and hot water of 40 to 70 degrees is sprayed radially downward from the nozzles 38,.

After a lapse of a predetermined time, the hot tub 5 becomes full, and the hot water exceeding the predetermined amount flows out of the side wall 5 a of the hot tub 5 on the side of the hot tub 10 into the hot tub 10, and the entire surface of the hot tub 5 is filled. Hot water is supplied. The hot water flows from the side wall 5a of the hot tub 5 on the side of the sink 10 and the cutout 5e of the side wall 5a to the side of the door 3 of the sauna room 1 through the inclined surface 13 of the sink 10, and the outlet of the sink 10 11. Drained to the outside through the drain pipe 12.

At this time, steam is generated from the hot water in the hot tub 5 and the hot water in the sink 10, and the hot water in the hot tub 5 is supplied to the gantry 16 of the bench 15, the steam detour passage forming / water drop prevention device 18. , 20a,... And the gap between the flat plates 17a,... Of the seat portion 17 of the bench 15, while the steam of the hot water in the sink 10 is discharged from the floor 29. Rises through the gaps between the flat plates 29a, and the sauna room 1 is filled with steam.

As described above, in the steam detour passage forming / water drop prevention device 18, the steam of the hot water in the hot water tank 5 is used to remove the gap between the flat plates 20 a,. , Rises through the gap between the flat plates 19a,... Of the upper detour passage forming and water droplet preventing portion 19, and reaches approximately 40 to 60 degrees from the hot water bath 5 to the seat 17 of the bench 15. The temperature of the steam has been adjusted.

When the temperature of the sauna room 1 and the temperature of the hot water in the hot tub 5 reach the set values, the steam adjusting valve 8 is closed by the detection signals of the indoor temperature sensor 40 and the hot water bath temperature sensor 41 to close the steam. The supply is stopped, and the heating of the hot water in the hot tub 5 is stopped. At this time, the atomizer valve 39 is in an open state, and the vapor is continuously supplied from the atomizer 35. When the temperature of the sauna room 1 and the temperature of the hot water in the hot tub 5 become lower than the predetermined temperatures, the steam adjusting valve 8 is opened again to supply steam, and the hot water in the hot tub 5 is heated, while the steam is adjusted. The sprayer valve 39 is opened at the same time as the spray valve 8, and the hot water of 40 to 70 degrees is sprayed radially from the nozzles 38,... Of the sprayer 35. In this way, the above operation is repeated so that the entire temperature of the sauna room 1 is adjusted to be substantially constant at 40 to 55 degrees by the lower steam and the upper steam, and quickly adjusted.

Next, in a state where the temperature of the sauna room 1 is kept substantially constant, when the bather A enters the sauna room 1 and sits on the seat 17 of the bench 15, the bathtub 5 adjusted to an appropriate temperature is set. The steam from the water comes into contact with the body of bather A, and the body of bather A is warmed, the metabolism is performed without difficulty, and the health of bather A is promoted.

Further, in the steam bath of the present invention, the bincho charcoal adhered to the side wall 1a and the ceiling wall 1b of the sauna room 1, the side walls 5a,... And the bottom wall 5b of the bathtub 5, and the side walls 30a,. By the steps 2,..., The odor of the sweat of the bather A in the sauna room 1 is removed.

In addition, even when a plurality of bathers A are seated side by side on the bench 15, the longitudinal center lines of the flat plates 17 a,... Is disposed so as to be substantially perpendicular to the longitudinal center line of the bather A, so that the part where each bather A sits is provided with dew condensation water by steam and water droplets of the bather A's sweat and waste. The area of the puddle is small, so that bathers A,... Do not feel discomfort due to indirect contact between condensed water and puddles, and enjoy the sauna comfortably and comfortably.

The water droplets flowing down from the gaps between the flat plates 17 a of the seat portion 17 of the bench 15 flow through a steam detour passage forming / water drop prevention device 18 provided on the gantry 16 of the bench 15. It will flow down to 10. That is, most of the water droplets flow down to the sink 10 due to the steeply descending inclined surfaces of the flat plates 19a,... Of the upper vapor bypass passage forming / water droplet falling prevention portion 19. Flows down and stays on the respective flat plates 20a,... Of the lower detour passage forming / water droplet falling prevention section 20. On the other hand, some of the water droplets staying on the respective flat plates 20a,... Of the lower detour passage forming / water droplet drip prevention unit 20 are gradually loosened by the respective flat plates 20a,. It flows down to the sink 10 by the descending slope. In any case, the water droplets staying in the upper and lower detour passage forming / water droplet flow-down preventing portions 19, 20 rarely flow down to the hot tub 5 by the descending inclined surfaces of the flat plates 19a, ..., 20a, ... Many will be guided to the sink 10 side. Therefore, contamination of the water bath 5 by the water droplets can be prevented.

Further, if the water droplets staying in the seat 17 of the bench 15 are worrisome, the seat 17 of the bench 15 may be washed away with the hot water of the tub 30. At this time, the hot water that has washed off the seat portion 17 of the bench 15 flows down below the bench 15, but flows out to the sink 10 side by the steam detour passage forming / water drop prevention device 18. Pollution can be prevented.

In addition, if the bath water of the bathtub 30 is covered, the sweat and waste of the bather A can be washed away, and the body of the bather A becomes clean.

When the sauna room 1 is periodically cleaned, the bench 15 is taken out from the sauna room 1 and the divided floors 29 are taken out, and the hot water in the hot tub 5, the sink 10, and the hot tub 30 is drained. Then, the sauna room 1, the bench 15, the floors 29,..., The bath 5, the sink 10, and the bath 30 can be easily and quickly cleaned.

As described above, according to the steam bath of the present invention, the steam of the ultrafine particles is generated by the hot water of the hot water bath 5 and the hot water of the sink 10, and the steam detour passage and the water droplet flow are formed. The lower protection device 18 will generate low-temperature steam. This steam is not the high-temperature steam generated by the existing steam generator using a boiler, but has a temperature (40 to 60 degrees) that can promote reasonable metabolism to the human body. Furthermore, by contacting the low-temperature steam of the ultrafine particles with the Bincho charcoal, a deodorizing effect is added and the deodorizing effect of the sauna room 1 is obtained at the same time. In addition, the spray from the upper side spreads uniformly to the lower side of the sauna room 1 and is uniformly poured down. At the same time, the steam from the lower side passes through the steam detour passage forming / blow-off prevention device 18 of the bench 15 and the sauna Ascending while diffusing to the upper side of the room 1, the spray from the upper side and the steam from the lower side are united, and the temperature distribution of the sauna room 1 is made substantially uniform in the range of 40 to 50 degrees. The spray of water and the lower steam make the human body more metabolized. Further, it is possible to prevent the bather A from contaminating the bathtub 5 with sweat, waste products, hanging hot water, and the like, and to prevent indirect contact of each bather A,... A good environment can be maintained.

In the above-described embodiment, the steam is supplied from the sprayer 35 to the sauna room 1 regardless of the presence or absence of the bather A. For saving, the sprayer valve 39 may be closed and the supply of steam from the sprayer 35 may be stopped. When the bather A enters the room, the sprayer valve 39 is opened again and steam is supplied to the upper part of the sauna room 1. May be supplied.

In the above embodiment, the cut plane of the sauna room 1 is substantially rectangular, but may be circular. In this case, an arc-shaped bath 5 and a bench 15 are provided.

Further, instead of Bincho charcoal 2,... Adhered to sauna room 1, ore emitting negative ions may be adhered.

In addition, in the case of the above-described embodiment, the sprayer 35 in which the plurality of nozzles 38 are provided radially is used, but the plurality of pipes disposed in the upper part of the sauna room 1 A plurality of nozzles may be provided on the peripheral surface of the body along the axial direction. Further, hot water made of hot water is sprayed from the sprayer 35, but hot water of 40 to 70 degrees or hot water made of alkaline ionized water may be used. However, in the case of a hot spring, it is preferable that the quality of the spring is small so that the holes of the nozzles 38 of the atomizer 35 are not clogged.

In the above embodiment, the L-shaped water bath 5 is used, but it may be a straight line or a U-shape. In short, the shape of the hot tub 5 is an elongated shape along the edge of the bottom wall 1c of the sauna room 1 along the edge, and a shape capable of supplying the steam of the hot water in the hot tub 5 to the seat 17 of the bench 15. I just need.

Further, the bent shapes of the steam pipe 6 and the hot water supply pipe 7 provided in the hot water tank 5 are not limited to those illustrated. In the case of the steam pipe 6, the steam discharge port 6 a only needs to face the hot water surface of the hot tub 5 at a predetermined interval.

In addition, in the case of the above embodiment, the side wall 5 a of the hot tub 5 on the side of the sink 10 is made lower than the side wall 5 a facing the side wall 5 a, and Although a plurality of notches 5e,... Are formed, a plurality of slots may be formed in the side wall 5a on the side of the sink 10. In short, the side wall 5 a of the hot tub 5 on the side of the sink 10 may have any configuration as long as the hot water in the hot tub 5 can flow out to the entire surface of the sink 10.

Further, in the case of the above embodiment, the vapor bypass passage forming / water drop prevention device 18 provided on the bench 15 is provided with the flat plates 19 a of the upper and lower bypass passage forming / water drop prevention portions 19 and 20. , 20a,... Are formed in a V-shape, but the flat plates 19a,..., 20a,. You may make it descend and incline. In short, each of the flat plates 19a,..., 20a,... Of the upper and lower bypass passage forming / water drop prevention portions 19, 20 passes through the gap between the flat plates 19a,. , 20 a,..., 20 a, and so on.

Further, in the case of the above embodiment, the temperature sensors 40 and 41 are provided in the sauna room 1 and the hot tub 5, but may be provided only in the sauna room 1. In this case, it is necessary to change the control method of the control device so that the steam pipe 6, the hot water supply pipe 7, and the sprayer 35 can be controlled by one temperature sensor. However, if it is desired to control the temperature of the sauna room 1 substantially uniformly, it is preferable to dispose them in the sauna room 1 and the hot tub 5. Further, the amount of hot water in the hot water tank 5 may be controlled by a liquid level sensor, or the sprayer 35 may be controlled by a timer.

[0071]

[Effect of the invention]

 As described above, the steam bath of the present invention is provided with a long and narrow bath along the edge of the bottom wall of the sauna room, and at a location other than the edge of the bottom wall adjacent to the bath. The sink is provided in contact with the sink, and the side wall of the sink in the sink is configured so that the hot water in the tank can flow out to the entire surface of the sink. The entire sauna room can be filled with steam. Furthermore, a bench having a gantry mounted on the side wall of the tub and a slat-shaped seat located just above the surface of the tub is arranged in the tub, so that the bather can By sitting on the bench seat, you can enjoy the steam sauna.

In addition, hot water or hot spring water kept at 60 to 90 degrees is supplied to the water bath, and steam of 40 to 60 degrees is caused to reach the seat and floor of the bench. Adjusting the distance between the surface of the bathtub and the bench and the distance between the surface of the sink and the floor will increase the metabolism of bathers and promote health promotion effectively.

Further, a steam pipe for keeping the temperature of the hot water constant is provided in the hot tub, and the steam discharge port of the steam pipe is arranged to face the hot water surface of the hot tub at a predetermined interval. In addition, the temperature of the hot water in the hot tub can be efficiently and constantly maintained by the heat of the steam in a short time, and the noise due to the discharge of the steam can be reduced.

Further, since a steam detour passage forming / water drop prevention device is provided on a bench of the bench to allow steam of 40 to 60 degrees to reach the seat of the bench, the steam temperature can be easily adjusted. . In addition, a bypass passage forming / water droplet falling prevention portion composed of a plurality of rectangular flat plates arranged in parallel at a predetermined interval is disposed vertically, and each of the upper side bypass passage forming / water droplet falling prevention portion flat plate is provided. The gaps between the plates and the gaps between the plates of the lower detour passage forming / water drop prevention part are alternately located.By bypassing the steam, the temperature of the steam rising from the hot water tank can be efficiently controlled. Can be lowered. Furthermore, since each flat plate of the upper detour passage forming and water drop prevention part, or at least one of each flat plate of the lower detour passage formation and water drop prevention part is inclined downward to the sink side, Most of the bathers' sweat and wastes flow down to the sink without flowing down to the bath, and the bath is clean.

In addition, a plurality of rectangular flat plates forming the seat of the bench are arranged such that the longitudinal center line of each flat plate is substantially orthogonal to the longitudinal center line of the gantry. Therefore, you can enjoy the sauna comfortably without worrying about bathers sitting on the bench.

In addition, since the floor is configured to be dividable and detachable from the sink, the efficiency of the cleaning work and the installation work for each of the divided floors can be improved.

Further, since a sprayer for spraying any one of alkaline ionized water, hot water and hot spring water at a temperature of 40 to 70 degrees is provided at the upper part of the sauna room, the metabolism of bathers becomes more active. At the same time, the temperature distribution of the entire sauna room can be maintained substantially uniformly in a short time.

In addition, if a bath of hot water is provided in the sauna room, the bather can easily wash away sweat and wastes with the hot water and can easily wash the seat of the bench. Environmental conservation is achieved.

Further, at least one of the side wall and the ceiling wall of the sauna room, the bottom wall and the side wall of the hot tub, and the upper surface of the sink is partially exposed to a short, substantially square or round bar-shaped bincho charcoal. As a result, it is stuck in a houndstooth check pattern, so that the deodorizing effect is improved.

In addition, a temperature sensor is provided in at least one of the sauna room and the hot tub, and a control device for adjusting the temperature of the sauna room based on a detection signal of the temperature sensor is provided. In addition, there is an effect that the automatic control can be surely performed.

[Brief description of the drawings]

FIG. 1 is a sectional view showing an embodiment of a steam bath of the present invention.

FIG. 2 is a sectional view taken along line AA of FIG.

FIG. 3 is a sectional view taken along line BB of FIG. 1;

FIG. 4 is a sectional perspective view of a main part of FIG.

FIG. 5 is a perspective view of the steam detour passage forming / water drop prevention device of FIG. 4;

[Explanation of symbols]

1a, 5a, 30a Side wall 1b Ceiling wall 1c, 5b Bottom wall 1 Sauna room 2 Bincho charcoal 3 Door 5 Hot water tank 5c, 11 Drain 5d Plug 5e Notch 6 Steam pipe 6a Terminal opening of steam pipe 6 (steam outlet 7) Hot water replenishing pipe 8 Steam regulating valve 9 Hot water replenishing valve 10 Sink 12 Drain pipe 13 Inclined surface 15 Bench 16 Trestle 17 Seat 18 Steam detour path formation and water drop prevention device 19, 20 Upper and lower detours Passage forming and water drop prevention part 17a, 19a, 20a, 29a Flat plate 25 Floor installation structure part 26 Bundling stone 27 Prop 28 Crossbar 29 Floor 30 Bathtub 35 Nebulizer 36 Nebulizer pipe 37 Nebulizer body 38 Nozzle 39 Nebulizer valve 40 Indoor temperature Sensor 41 Temperature sensor for bathtub A Bather

Claims (11)

[Utility model registration claims] 1. A steam bath having a sauna room composed of side walls, a bottom wall, and a ceiling wall, in which hot water flows into the bottom of the sauna room and steam of the hot water is filled in the sauna room. An elongate tub is provided along the edge at the edge, and a sink is provided adjacent to the tub at a portion other than the edge of the bottom wall, and a side wall of the tub in the sink is provided. However, it is configured so that the hot water in the hot tub can flow out to the entire surface of the sink, and the hot tub is further provided with a pedestal mounted on the side wall of the hot tub, and a hanko located just above the hot face of the hot tub. A steam bath, wherein a bench having a floor-shaped seat is provided, and a sink-shaped floor is provided in the sink at a position substantially at the same height as the hot tub so as to cover the sink. . 2. The hot water bath is supplied with hot water or hot spring water maintained at a temperature of 60 to 90 degrees, and a temperature of 40 to 60 degrees.
The space between the bath surface and the bench seat, and the space between the bath surface and the floor are adjusted so that the steam reaches the bench seat and floor. Claim 1
The steam bath described in. 3. A steam tank is provided with a steam pipe for keeping the temperature of the hot water constant, and a steam discharge port of the steam pipe faces a hot water surface of the hot tub at a predetermined interval. The steam bath according to claim 1, wherein the steam bath is formed. 4. A bench for forming a steam detour path for preventing steam of hot water in a hot tub from being circulated and for preventing steam of 40 to 60 degrees from reaching a seat portion of the bench. The steam detour path forming and water drop prevention device is provided with a detour path forming and water drop prevention part composed of a plurality of rectangular flat plates arranged in parallel at a predetermined interval, and is disposed vertically. The detour path forming and water drop prevention part and the lower detour path formation and water drop prevention part are provided with a gap between each flat plate of the upper detour path formation and water drop prevention part, and a lower detour path formation and water drop prevention part. The gaps between the respective flat plates are arranged so as to be alternately arranged, and furthermore, each flat plate of the upper detour passage forming / water drop prevention part, or each flat plate of the lower detour passage forming / water drop prevention part At least one of them shall not descend to the sink. 4. The method according to claim 1, wherein
The steam bath according to any one of the above. 5. A plurality of rectangular flat plates constituting a seat portion of a bench, wherein a longitudinal center line of each flat plate is disposed so as to be substantially orthogonal to a longitudinal center line of the gantry. The steam bath according to any one of claims 1 to 4, characterized in that: 6. The floor according to claim 1, wherein the floor is configured to be dividable and detachable from a sink.
The steam bath according to any one of the above. 7. A sprayer for spraying any one of alkaline ionized water, hot water and hot spring water at a temperature of 40 ° to 70 ° at an upper part of the sauna room.
7. The steam bath according to any one of items 6 to 6. 8. The sauna room according to claim 1, wherein a bath of hot water is provided.
Steam bath described in section. 9. At least one of a side wall and a ceiling wall of a sauna room, a bottom wall and a side wall of a hot tub, and an upper surface of a sink,
The steam bath according to any one of claims 1 to 8, wherein Bincho charcoal is attached. 10. The charcoal according to claim 9, wherein the bincho charcoal has a short, substantially square or round bar shape, and is stuck in a staggered manner so that a part thereof is exposed. Steam bath. 11. A temperature sensor is provided in at least one of the sauna room and the hot tub, and a control device that adjusts the temperature of the sauna room according to a detection signal of the temperature sensor is provided. Item 11. The steam bath according to any one of Items 1 to 10.