JP3138385U - Far-infrared low temperature bedrock sauna structure installed in house. - Google Patents

Abstract

Disclosed is a home-installed far-infrared cryogenic rock bath sauna structure that can be easily assembled.
SOLUTION: This is a house-installed far-infrared low-temperature rock bath sauna structure that is configured in a cubic or rectangular shape as a whole, and the sauna structure 1 includes a top plate portion 2, left and right wall surface portions 3, 4, The front wall surface portion 5, the rear wall surface portion 6, the floor surface portion 7, and the bench portion are all in a panel shape, and far infrared heaters are arranged on the indoor side of the front wall surface portion, the bench portion, and the rear wall surface portion, respectively. A bedrock selected from the group consisting of marble, tourmaline, barleystone, black silica (graphite silica), and artificial stone so as to cover the heater upper surface, at least the upper surface of the far infrared heater The panel is detachably attached to the panel so as to cover a part, and is made into an integrated panel structure, which can be assembled and connected by the connecting metal fittings 11 respectively arranged on the integrated panels. Utilizing far infrared rays and negative ions to live and to be able to bathe in a stable temperature at a low temperature.
[Selection] Figure 1

Description

  This device relates to a house-installed far-infrared low-temperature bedrock sauna structure used indoors in a house.

Conventionally, most indoor indoor sauna structures used in general households are sauna structures assembled by manufacturers, factories, etc., and are used in many households to relieve people's stress and promote health. Have contributed.
In other words, you can easily take a bath in the sauna at home, helping to improve health and helping to relieve stress. In addition, it helps to maintain physical condition, and you can bathe at your favorite temperature at your favorite time.
However, many workers are required to deliver finished sauna structures that have been assembled at manufacturers and factories, and when they are brought into the home, the finished products are too large to be brought into the house. There was a problem that it was impossible to move indoors.
In addition, since heating is performed with a few heaters, the rise of the temperature in the sauna room is slow, the temperature of the room varies, and it is difficult to stabilize the temperature at a low temperature, and bathing may not be satisfactory.

  Far-infrared low temperature rock bath low temperature sauna that can be used in the home by using commercial power supply is not developed and sold in the general market, and users can develop inexpensive, high performance, high quality products. Supply was desired.

  This device is intended to solve the above-mentioned problems. In a far infrared low temperature rock bath sauna structure, far infrared heaters are arranged at predetermined positions on the front wall surface, bench portion, and rear wall surface portion, and the bench portion. A bedrock selected from marble, tourmaline, barley stone, black silica (artificial silica), artificial stone, etc. is placed on the upper surface of the far-infrared heater at the heater location on the rear wall. The purpose is to provide a far-infrared low-temperature rock bath sauna that is easy to move, safe and comfortable at a stable temperature by making it panel-shaped and easily assembling and completing them in each home.

  The invention of claim 1 of the present invention is a house-installed far-infrared low-temperature bedrock sauna structure that is configured in a cubic or rectangular shape as a whole, and the sauna structure includes a top plate portion, a left side wall portion, and a right side wall portion. The front wall surface portion, the rear wall surface portion, the floor surface portion, and the bench portion are all panel-shaped, and far-infrared heaters are disposed on the indoor sides of the front wall surface portion, the bench portion, and the rear wall surface portion, respectively. Covering at least a part of the upper part of the far-infrared heater with a bedrock selected from the group consisting of marble, tourmaline, barleystone, black silica (graphite silica), and artificial stone so as to cover the heater part In this way, the panel is detachably mounted to form an integrated panel structure, which can be assembled and connected by connecting brackets arranged on each integrated panel, and the far-infrared generated from the far-infrared heater and bedrock, etc. Using the line-negative ions, characterized in that to be able to bathe in a stable temperature at a low temperature.

  The invention of claim 2 is a house-installed far-infrared low-temperature bedrock sauna structure according to claim 1, wherein the far-infrared heater has two positions on the left and right positions on the indoor side of the rear wall and one at the bottom of the bench. Two places are mounted on the left and right positions on the indoor side of the place and the front wall surface, respectively.

  The invention of claim 3 is the indoor installation type far infrared low temperature bedrock sauna structure according to claim 1, wherein the thickness and size of the bedrock can be changed as necessary, and the power source of the far infrared heater is 100V and 200V. It is characterized by having a controller that can be selected from the above as necessary and that the temperature is within a range of 35 ° C. to 80 ° C., and that the use temperature and the use time can be controlled within this range.

    Since the present invention has the above-described configuration, a far-infrared low temperature rock bath sauna that can be easily assembled or easily moved in each home and that is safe and comfortable at a stable temperature can be provided at low cost.

  Hereinafter, an embodiment of a home-installed far-infrared cryogenic rock bath sauna structure according to the present invention will be described with reference to the drawings.

  As shown in FIG. 1, a house-installed far-infrared cryogenic rock bath sauna structure according to an embodiment of the present invention is constructed in a cubic or rectangular shape using a wooden plate panel as a whole. It is a low-temperature rock bath sauna structure, and the sauna structure 1 includes a top plate portion 2, left and right wall surface portions 3, 4 and a front wall surface portion 5, a rear wall surface portion 6, a floor surface portion 7, and a bench portion 8. A far-infrared heater 9 is provided on the interior side of the front wall portion 5, the bench portion 8, and the rear wall portion 6, and marble, tourmaline, barley stone, black silica (graphite) is covered to cover the heater 9. A rock plate 10 selected from a group consisting of quartz stone) and artificial stone is attached to at least a part of the upper surface of the far-infrared heater 9 so as to be detachable from the panel through a crosspiece member 10a to form an integrated panel structure. is there.

The frame member 12 of each panel is provided with a connection fitting 11 such as a hook to enable assembly of each panel.
The far-infrared heater 9 is mounted at two positions on the left and right sides on the indoor side of the rear wall surface part 6, one on the lower side of the bench part 8, and two on the left and right sides on the indoor side of the front wall part 5.

Further, the bedrock 10 disposed so as to cover the whole surface or a part of the far infrared heater 9 is a bedrock 10 such as marble, tourmaline, barley stone, black silica (graphite silica), artificial stone or the like. Thus, far infrared rays and negative ions are generated from the bedrock 10.
Further, the connecting metal fitting 11 is provided between the frame member 12 of the top plate portion 2, the left and right wall surface portions 3, 4, the front wall surface portion 5, the upper frame member 12 with the rear wall surface portion 6, and the floor surface portion 7. Arranged between the frame member 12 and the lower frame member 12 with the left and right wall surface portions 3, 4, the front wall surface portion 5, and the rear wall surface portion 6, they can be connected to each other.

Further, each of the adjacent frame members 12 of the left and right wall surface portions 3, 4, the front wall surface portion 5, and the rear wall surface portion 6 is provided with 6 to 10 connecting fittings 11 such as hooks necessary for assembly. It can be connected.
The front wall surface portion 5 is provided with an opening / closing door 5a.

  Next, the far-infrared heater 9 is attached to a predetermined place of each wall portion formed into each panel. As shown in FIGS. 3 to 6, the far-infrared heater 9 is disposed on the left and right sides of the front wall portion 5 at the center of the front side of the room 5 with an open / close door 5 a interposed therebetween. The far-infrared heater 9 is disposed in parallel at the approximate center of the rear wall surface 6 on the indoor side. Further, the far-infrared heater 9 is disposed below the bench portion 8.

Further, the upper surface portion of the far infrared heater 9 disposed on the front wall surface portion 5 and the rear wall surface portion 6 is selected from marble, tourmaline, barley stone, black silica (graphite silica), artificial stone and the like. Covered by the bedrock 10 to form an integrated panel.
Further, the bedrock 10 is also placed on the upper surface of the stool portion of the bench portion 8 to be integrated.
A controller 13 for controlling the temperature and time of the far-infrared heater 9 is attached to the inner surface side of the front wall portion 5, and the temperature (35 ° C. to 80 ° C.) of the far-infrared heater 9, setting of use time, etc. It is possible. 14 is an audio equipment such as a radio or a CD, and 15 is a speaker provided on the top plate. Reference numeral 16 denotes a ventilation hole provided in the top plate portion.

  Since the frame member 12 of the panel constituting each wall surface portion, top plate portion, and floor surface portion of the far-infrared low-temperature rock bath sauna having the above-described configuration is provided with the connecting metal fitting 11 at a predetermined position, it can be easily assembled. It is possible to move between rooms easily.

  The power source of the far infrared heater 9 of the present invention can be selected and used from either 100V or 200V. Further, selected from marble, tourmaline, barley stone, black silica (graphite silica), artificial stone, and the like that cover the upper surface of the far-infrared heater 9 disposed on the front wall surface portion 5 and the rear wall surface portion 6. The bedrock 10 has a thickness of about 9 mm to 25 mm, and the size and shape can be selected and used as desired. The bedrock 10 also has a heat storage effect and a far-infrared ray and negative ion release effect, and a synergistic effect with the far-infrared ray emitted from the far-infrared heater makes it possible to more easily and easily bathe the bedrock sauna at home. You can live a healthy and comfortable life such as management and stress relief.

In addition, about the attachment of the bedrock 10 required for a bedrock bath, although it is only description of the back wall part and the seat part of a bench part, of course, it can also attach to a floor surface part and a right-and-left side wall surface part as needed.
Moreover, although the material of the said panel was demonstrated about the wooden thing, lightweight aluminum, a hard plastic, etc. can also be used.

The exterior perspective view which shows one Example of the indoor installation type far-infrared low-temperature bedrock sauna structure of this invention. The perspective view of the floor part of FIG. The perspective view of the top-plate part of FIG. The rear view of the front wall surface part of FIG. FIG. 2 is a partially cutaway rear view of the rear wall surface portion of FIG. 1. The schematic perspective view of the state which connected the left and right side wall surface part to the rear wall surface part of FIG. The principal part front view which expands and shows the coupling metal fitting used for each wall surface member of FIG.

Explanation of symbols

1 Sauna structure 2 Top plate part 3, 4 Left and right wall part
DESCRIPTION OF SYMBOLS 5 Front wall part 6 Rear wall part 7 Floor part 8 Bench part 9 Far-infrared heater 10 Rock bed 10a Crosspiece member 11 Connecting bracket 12 Frame member 13 Controller 14 Acoustic equipment, such as radio or CD 15 Speaker 16 Ventilation hole

Claims (3)

  A house-installed far-infrared low-temperature bedrock sauna structure constructed entirely in the shape of a cube or a cuboid, wherein the sauna structure includes a top plate portion, a left wall portion, a right wall portion, a front wall portion, a rear wall portion, and a floor. Each of the surface part and the bench part is in a panel-shaped state, and a far-infrared heater is disposed on the indoor side of each of the front wall part, the bench part, and the rear wall part, and marble so as to cover the heater part, A rock selected from a group consisting of tourmaline, barleystone, black silica (artificial silica), and artificial stone is detachably attached to the panel shape so as to cover at least a part of the upper part of the far infrared heater. It is possible to assemble with an integrated panel structure, which can be assembled and connected by connecting brackets arranged on each integrated panel, and far infrared rays and negative ions generated from the far infrared heater and bedrock etc. Use a low temperature in a stable houses the stationary far-infrared cold stone spa sauna structure, characterized in that to allow bathing temperature.   The far-infrared heater is mounted at two positions on the left and right sides of the rear wall portion inside the room, one on the lower portion of the bench, and two places on the left and right positions on the indoor side of the front wall portion. 1. A house-installed far-infrared low-temperature bedrock sauna structure according to 1.   The thickness and size of the bedrock can be changed as necessary, and the power source of the far infrared heater is selected as necessary from 100V and 200V, and the temperature is set within 35 to 80 ° C. And a home-installed far-infrared low-temperature bedrock sauna structure according to claim 1, further comprising a controller capable of controlling a use time.