KR200286519Y1 - steam generater for being installed within a sauna booth and sauna booth therewith - Google Patents

Abstract

The present invention can quickly raise the internal temperature and maintain the desired temperature by supplying an appropriate amount of steam, thereby creating an optimal wet sauna effect for the home, and breathing comfortably and sweating during the sauna. It can be maximized, and prevents immediate drying of sweat generated unlike dry, and can be installed inside the sauna booth to save energy, convenient installation, and eliminate external piping and external installation space. The present invention provides a steam generator for installing a sauna and a sauna boot using the same. Furthermore, the present invention provides a versatile and healthy sauna booth that can be used as a home and a wet and dry sauna, as well as a wormwood sauna, a shower, a far-infrared sauna, and a sitz bath sauna.

The steam generator for installation inside the sauna boot is a steam generator 50 that can be installed inside the home sauna booth 90: a tank 51 forming the steam generator 50 includes a water level detector 13 and an electronic device. A water inlet chamber 10 for supplying water through the water supply pipe 11 so that the water level is controlled by the on / off valve 12, and an underwater heater 21 for supplying steam to the sauna boot 90. Steam generation chamber 20 for boiling water by the same heating means to generate steam and discharge the generated steam into the inside of the sauna booth 90 through the steam discharge section 22, and the water inlet chamber 10 A lower through hole 31 for supplying water to the steam generating chamber 20 at the same water level and an upper through hole 32 for equalizing the pressure above the water level are formed and the water inlet chamber 10 ) Is divided into water inlet chamber (10) and steam generating chamber (20) so as not to boil It is characterized in that it is possible to install in the interior of the sauna booth 90 by including a separation partition 30 to be.

Description

Steam generator for being installed inside sauna booth and its sauna booth {steam generater for being installed within a sauna booth and sauna booth therewith}

The present invention relates to a steam generator for installation inside a sauna booth and a sauna booth, and more particularly, it is possible to raise the internal temperature quickly and to maintain a desired temperature only by supplying an appropriate amount of steam, which is optimal for home use. It can create a wet sauna effect, maximize breathing while maximizing sweating, and prevent dryness of sweat generated unlike dry, and can be installed inside the sauna boot to save energy. The present invention relates to a steam generator for internal installation of a sauna booth that can be reduced, convenient to install, and can remove external piping and an external installation space, and a sauna boot using the same.

An example of the configuration of a conventional domestic wet sauna booth is shown in FIG. 1. As shown in FIG. 1, the conventional home wet sauna booth 1 employs a steam generator 2 that injects water onto a hot plate to generate steam (steam), and generates steam of the steam generator 2. And various control circuits for controlling water injection, and a steam generator 2 is provided outside, and steam is supplied from the steam generator 2 to the inside of the sauna boot 1 through a pipe 3. Thus, a wet sauna was possible.

However, the home wet sauna booth 1 having such a configuration occupies a lot of installation space because the steam generator 2 must be installed outside and connected to the pipe 3, and not only has a large heat loss, but also the pipe 3. Due to the heat loss and the pipe resistance, the mechanical structure and the electric control for this are complicated because the pressure must be discharged at a temperature higher than atmospheric pressure depending on the length of the pipe (3), and furthermore, the sauna boot (1) Unless a considerable time has elapsed after the internal operation, the temperature of the sauna boot 1 is relatively condensed, and even a certain amount of steam is not supplied. (Usually 3 to 5 KW of power is required for this).

In addition, even steam supplied into the sauna booth 1 at a considerably high temperature, the steam temperature is lowered due to heat loss due to heat exchange or heat transfer between the pipe 3 and the internal air and the outside of the sauna booth 1, and thus the effect of steam sauna. There is a problem that there is not. That is, in the case of a dry sauna, 90 to 100 degrees Celsius is suitable, in the case of a wet sauna, 40 to 70 degrees Celsius is suitable, and in the case of a semi-wet type, 50 to 80 degrees Celsius is appropriate, but unlike a general steam boiler, The steam generator 2 of the sauna boot 1 has limitations and limitations in making the steam generated for the purpose into a high temperature superheated steam. Therefore, the steam generator 2 is provided by steam supplied from an external steam generator 2 as described above. 1) It is very difficult to keep the air in the 40 to 70 degrees Celsius and the steam to 40 to 70 degrees Celsius is very difficult to halve the effect of the wet sauna, as well as to cause discomfort by condensate.

In addition, in order to maintain the internal temperature of the sauna boot (1) as much as possible, it is necessary to supply a large amount of high-temperature steam even during the sauna. In this case, skin tingling occurs and this also halves the effect of steam sauna. It becomes a problem to let.

In the case of the public bath sauna, a trap is installed in the high pressure steam pipe and an air pin is installed to eject steam according to the increase in pressure.However, it is cost and installation space to generate high pressure superheated steam for home use. It is almost impossible in terms of driving, driving and safety.

In addition, in the wet domestic sauna booth 1 having the above-described structure, when the pipe 3 to the steam generator 2 is blocked, the safety measures must be provided when the pipe 3 is blocked. There is a concern that there is a problem that the steam supply pressure should be increased even more, and even considering all these problems, taking measures against these problems with the above-described structure is another cost increase problem, which further reduces the penetration rate. It will be.

Therefore, the present invention is to solve this problem, it is possible to quickly increase the internal temperature and to maintain the desired temperature only by supplying an appropriate amount of steam can create the optimal wet sauna effect for home use In the sauna, you can breathe comfortably and maximize the sweating effect. Unlike dry, you can prevent immediate drying of sweat. Also, you can save energy by installing inside the sauna boot. The purpose of the present invention is to provide a steam generator for installing a sauna boot and a sauna boot using the same.

In addition, another object of the present invention is to provide a versatile healthy sauna booth that can be used as a wet or dry sauna, as well as a wormwood sauna, a shower, a far-infrared sauna, or a sitz bath sauna.

1 is a schematic perspective view showing the configuration of a conventional wet domestic sauna boot,

Figure 2 is a schematic perspective view showing the configuration of a steam generator according to an embodiment of the present invention,

3 is a front sectional view of the steam generator of FIG. 2;

4 is a side cross-sectional view of the steam generating chamber of the steam generator of FIG. 2;

Figure 5 is a schematic plan view showing the configuration of the wet and dry sauna booth applying the steam generator of Figure 2,

6 is a cross-sectional view taken along line 6-6 of FIG. 5;

7 is a sectional front view showing an example of the configuration of a dry sauna.

<Description of the symbols for the main parts of the drawings>

1: sauna booth 2: steam generator

10: water inlet room 11: piping

12: solenoid valve 13: water level sensor

20: steam generating chamber 21: underwater heater

22: steam discharge portion 25: side wall plate

30: separation partition 31: lower through hole

32: upper through hole 40: wiring room

41: Wiring 42: Temperature / Humidity Sensor

50: steam generator 51: tank

52: carver 53: fixing means

55: hook 56: temperature / humidity control unit

57: power cut off 60: chair

62: medicine box 65: steam outlet

70: dry sauna 71: case

72: air heating chamber 73: inlet hole

74: wiring closet 75: dry heater

76: porous partition plate 77: high temperature air treatment chamber

78: vent hole 80: shower

90: sauna boot 91: insert hook

In order to achieve the above object, the steam generator for installing the inside of a sauna booth according to an embodiment of the present invention is a steam generator that can be installed inside a domestic sauna booth: a tank forming the steam generator includes a water level sensor and an electronic switch. A water inlet chamber for supplying water through the water supply pipe so that the water level is controlled by a valve, and water is boiled by heating means such as an underwater heater to supply steam to the sauna boot to generate steam, and A steam generating chamber for discharging the inside of the sauna booth through the steam discharge unit, and a lower through hole for supplying water from the water inlet chamber to the steam generating chamber at the same level and an upper through hole for equalizing the pressure above the water level. At the same time, the water inlet chamber is divided into a water inlet chamber and a steam generating chamber so as not to boil. It is characterized in that it is possible to install in the interior of the sauna booth by including a separation partition for.

When the above-described steam generator is installed inside a domestic sauna booth, a dry sauna device for supplying high-temperature dry air is also installed in the sauna booth to quickly raise the internal temperature and to supply only a proper amount of steam. Do.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

2 to 3 is a schematic perspective view, front cross-sectional view and side cross-sectional view showing the configuration of the steam generator according to an embodiment of the present invention.

2 to 3, the steam generator 50 according to an embodiment of the present invention is characterized in that it is configured to be installed in the home sauna booth 90.

To this end, basically, the tank 51 forming the steam generator 50 is composed of a water inlet chamber 10 and a steam generating chamber 20 separated by a separation partition 30 and an underwater heater 21. It is configured to compactly perform the function of the water inlet chamber 10 for supplying water in one tank 51 and the function of the steam generating chamber 20 for generating steam by adopting the . For example, the water in the water inlet chamber 10 is not boiled, but by boiling only the water in the steam generating chamber 20 so that the function can be shared by the water inlet chamber 10 and the steam generating chamber 20. By being divided into the water inlet chamber 10 and the steam generating chamber 20 it is possible to be installed in the sauna booth 90, the configuration is simple, on / off switch for supplying / cutting off power (power off In addition to the unit 57, a simple control circuit (temperature / humidity control unit 56) may be provided inside or outside the sauna boot 90 as necessary.

As shown in FIGS. 2 and 3, the water inlet chamber 10 is supplied by the electromagnetic opening and closing valve 12 to open and close water through the water supply pipe 11 to the lower portion of the water inlet chamber 10. In addition, the water level sensor 13, such as a ball type is installed to supply or stop the water through the water supply pipe 11 so that the water level is adjusted within a predetermined height range, the water level detector 13 is applied to the detection Accordingly connected to turn on / off the solenoid valve 12.

The steam generating chamber 20 is provided with a heating means such as an underwater heater 21 at a height lower than the lowest water level in the water inlet chamber 10, the lower through-hole 31 of the separation partition 30 to be described later Steam to be supplemented through to generate the steam to the upper, the steam outlet 22 is installed on the steam generating chamber 20 so that the steam can be supplied into the sauna boot (90). The steam discharge portion 22 is formed by directly forming a hole in the upper portion of the tank 51 or the carver 52 to be described later, and / or only forms a discharge hole in the upper portion of the tank 51, FIGS. 5 and 6 As shown in the connecting hole through the piping such as a separate porous steam discharge portion 65 through the pipe can be configured to be arranged in a desired position in the sauna boot (90).

In the separating partition 30, a lower through hole 31 is formed at a position lower than the lowest water level so as to supply water from the water inlet chamber 10 to the steam generating chamber 20 so as to have the same water level. In order to make the pressure of the upper part equal, the upper through hole 32 is formed in the height higher than the highest water level.

In addition, it is possible to install a heating means such as an underwater heater 21 and a sensor 42 of temperature / humidity on the side wall plate 25 that forms the opposite side of the separation partition 30 of the steam generating chamber 20. The side wall plate 25 is provided in the tank 51 so as to prevent it from protruding to the outside, and a space portion is provided outside the side wall plate 25 to form a wiring chamber 40 through which the wiring 41 and the like pass. It is preferable to prevent aesthetics, risk of short circuit, electric shock, and the like.

In addition, it is also preferable that the upper portion of the tank 51 is opened so that the carver 52 is hermetically fixed by the fixing means 53. This configuration will enable internal cleaning, replacement of other parts, and the like.

In addition, the electrical connection portion and the exposed portion are insulated and coated to be sealed with silicon to form the sealing portion 45 so that the risk of electric leakage or electric shock can be completely eliminated.

In this way, the steam generator 50 of the present invention can be installed inside the sauna boot 90, and furthermore, the steam generator 50 can be generated with a simple configuration and low heat, and the sauna boot 90 By installing inside), it is possible to generate the optimum steam with only 1 to 1.5KW of electric power, thereby achieving further energy savings.

On the other hand, the above-described steam generator 50, the temperature sensor, such as a thermostat for sensing the temperature to turn on / off the power to the underwater heater 21, the steam generator chamber 20 side of the tank 51 Although it is preferable to be installed in the side wall plate 25 facing for the purpose of simplifying the configuration, as shown in Figure 3 via the temperature / humidity control unit 56 to prevent overheating of the steam generating chamber 20 and to adjust the steam pressure Pressure, humidity and / or temperature detector 42 may be installed on top of the steam generating chamber 20 of the tank 51 to be able to.

5 and 6 is a schematic plan view of the wet and dry sauna booth 90 to which the steam generator of FIG. 2 is applied, and a line 6-6 cross-sectional view of FIG. 5, and FIG. 7 is a dry sauna 70. An example of the configuration of) is shown in a front sectional view.

5 and 6, the domestic sauna booth 90 of the present invention includes a steam generator 50 and a dry sauna machine 70 therein. The steam generator 50 is piped to the above-described solenoid valve 12 so that water is supplied through the wall from the outside of the sauna boot 90. Moreover, it is preferable that the steam generator 50 employ | adopts the thing of this invention mentioned above.

The dry sauna 70 is configured to supply hot dry air. One example of the configuration is a high-temperature air processing chamber 79 in which high-temperature air processing pieces such as elvan rock gravel and ceramic are contained in the case 71, and an air heating chamber 72 in which a dry heater 75 is installed. The porous partition plate 76 is preferably divided into upper and lower sides, and the upper part of the high temperature air treatment chamber 79 is provided with exhaust holes 78 through which high temperature air is discharged, and the air heating chamber 72 is formed. The lower portion of the) is formed with a plurality of inlet holes (73) through which low-temperature air flows. The dry sauna 70 also includes a wiring chamber 74 for the installation of the dry heater 75 and a sensor for controlling the temperature, and the electrical connection part or the exposed part is sealed with silicon to completely prevent the risk of electric shock or short circuit. Can be removed. In addition, it is preferable that the same structure as the carver 51 mounting structure in the above-described steam generator 50 is configured.

In addition, the sauna boot 90 of the present invention, as shown in Fig. 5 and 6, the mugwort is put in the lower portion of the chair 60 is installed therein, and steam from the steam outlet 22 The medicine container 62 is introduced and passed through the pores and the pores 61 are formed in the upper portion of the chair 60, thereby doubling the efficacy of the left bath.

In addition, an insert type hook 91 made of stainless steel is installed on the wall of the sauna boot 90 so that the above-described steam generator 50 and / or the dry sauna 70 can be easily installed. It is preferable to form insertion holes of the hook 55 or the insert-type hook 91 on one side wall of the 50 and / or the dry sauna 70.

According to the above-described configuration of the present invention there is no fear of a short circuit or electric shock completely, it is also possible to install a shower 80 in the interior of the sauna boot 90 as shown in Figs.

According to the configuration and operation of the steam generator for the internal installation of the sauna boot and the sauna boot according to the embodiment of the present invention described above, while providing a steam generator 50 that can be installed inside the sauna boot (90) 90) By installing the steam generator 50 and the dry sauna 70 together, it is possible to quickly increase the internal temperature and supply only the optimum steam, which is optimal for human health through semi-humidity, semi-drying or humidity control. It is possible to enjoy the sauna bath, and to solve various problems of the prior art.

That is, it is possible to solve the problems of the configuration of increasing the internal temperature only by steam, and further eliminates the stinging of the skin due to excessive steam, and quickly increases the internal temperature with the dry sauna 70 at the appropriate amount It is possible to maintain the desired temperature just by supplying the steam of the home can create the optimal wet sauna effect for home use, thereby maximizing breathing comfort and sweating during the sauna.

In addition, it can be installed inside the sauna booth to save energy, to be easy to install, to remove external piping and external space, and to prevent immediate drying of sweat generated unlike a completely dry.

In addition, as described above, a wet and dry sauna, a mugwort steam sauna, a shower, a far-infrared sauna, a sitz bath sauna, etc. are possible, thereby creating a multipurpose health sauna booth for home use.

Claims (4)

As a steam generator 50 that can be installed inside a domestic sauna booth 90: The tank 51 forming the steam generator 50 has a water inlet chamber for supplying water through the water supply pipe 11 so that the water level of the water is controlled by the water level sensor 13 and the solenoid valve 12. 10) and boils water by heating means such as a submersible heater 21 to supply steam to the sauna boot 90 to generate steam and to generate the steam through the steam outlet 22. The upper part of the steam generating chamber 20 to discharge to the inside of the 90, the lower through-hole 31 for supplying water from the water inlet chamber 10 to the steam generating chamber 20 at the same level At the same time the upper through-hole 32 is formed to equalize the pressure and the separation partition for dividing into the water inlet chamber 10 and the steam generating chamber 20 so as not to boil the water in the water inlet chamber ( It is possible to install in the sauna boot 90 by being configured to include 30) Steam generator for installation inside a sauna booth. The heating means such as the underwater heater 21 and the temperature sensor 42 are provided in the side wall plate 25 which forms the opposite side of the separation partition 30 of the steam generating chamber 20. A wiring portion 40 is formed outside the side wall plate 25 so that the wiring 41 can pass; Opening the upper portion of the tank (51) to securely cover the carver (52) with fixing means (53); A pressure or temperature detector 42 for preventing overheating the steam generating chamber 20 and adjusting the steam pressure through the temperature / humidity control unit 56 is provided in the steam generating chamber 20 of the tank 51. Installed on top; The steam discharge part 22 may be formed by directly forming a hole in the upper portion of the tank 51 or the cover 52 or may be disposed at a desired position in the sauna boot 90 through the discharge hole in the upper portion of the tank 51. It is configured by connecting to the steam discharge portion (65); The steam generator for installing the inside of a sauna boot, wherein the electrical connection and the exposed part are insulated and coated with silicon to completely eliminate an electric shock or an electric shock. For home sauna booth: A steam generator 50 installed inside the sauna boot 90 and supplied with water from the outside to supply steam, and a dry sauna installed inside the sauna boot 90 to supply high temperature dry air. It is configured to include a group 70, the steam generator 50 and the dry sauna unit 70 is characterized in that the steam generator 50 and the dry sauna 70 is adjusted to supply an appropriate amount of steam at the same time to quickly increase the internal temperature. The method of claim 3 wherein: The steam generator 50, the water inlet chamber 10 for supplying water through the water supply pipe 11 so that the water level is controlled by the water level detector 13 and the electromagnetic open and close valve 12, and the sauna booth The water is boiled by a heating means such as an underwater heater 21 to supply steam to the inside, thereby generating steam, and discharging the generated steam into the sauna boot 90 through the steam outlet 22. The upper part for equalizing the pressure of the upper part of the upper or higher water level and the lower through-hole 31 for supplying water from the water inlet chamber 10 to the steam generating chamber 20 at the same level. The through hole 32 is formed and at the same time the water in the water inlet chamber 10 includes a separation partition 30 for dividing the water inlet chamber 10 and the steam generating chamber 20 so as not to boil. Has a tank 51; The dry sauna 70 is porous by the air heating chamber 72 in which the hot air treatment chamber 79 in which the hot air treatment pieces such as elvan rock gravel and ceramic are placed and the dry heater 75 are installed in the case 71. The partition plate 76 is divided into upper and lower sides, and is formed in the upper part of the high temperature air processing chamber 79 and the exhaust holes 78 are formed by discharging high temperature air, and the lower part of the air heating chamber 72 is formed. A plurality of inlet holes 73 through which low-temperature air flows are formed; Mugwort is put in the lower part of the chair 60 is installed in the sauna boot 90 A porous medicine barrel 62 in which steam flows in from and flows from the steam discharge part 22 is disposed, and a porous hole 61 is formed in the upper portion of the chair 60 for the bathing; In order to easily install the steam generator 50, the dry sauna 70 and / or the shower 80, the insert-type hook 91 made of stainless steel is installed on the wall surface of the sauna boot (90) Sauna Boots.