KR200227316Y1 - a sweating bathroom - Google Patents

Abstract

The present invention relates to an inferior vapor deposition which can always compensate the heat storage temperature of the dome-shaped inferior vapor deposition constantly. In the dome-shaped inferior vapor deposition, air is supplied through the air supply pipe 11 and firewood is burned. Ocher bottom plate having a toll 12 in the center; A door 21 having a double structure is installed to one side of the ocher bottom plate 10 to block outside air and prevent internal air from escaping to the outside.

The other side opposite to the 21 is formed by the refractory brick 23 is provided with a crater 22 having a combustion gas exhaust pipe 24, is installed into the crater 22 to detect the heat storage temperature. A heating unit 20 made of a gas burner 25 which maintains a constant steam storage heat storage temperature while automatically igniting or extinguishing according to a detection signal of the installed temperature sensor 60; Perforated block having a hole along the edge of the ocher bottom plate 10

The fan motor 31 is constructed at a predetermined height, and sucks heat and discharges incomplete combustion gas so that heat generated in the heating unit 20 can be circulated along the hole of the perforation block 31 ( A base structure 30 having 32 connected to the suction pipe 33; The dome-shaped channel frame 41 is installed on the upper part of the perforated block 31, and the mixing mortar 42 mixed with elvan and loess is coated on the inner surface of the dome-shaped channel frame 41 to a predetermined thickness. The outer surface of the ocher 43 is constructed with a relatively thick thickness so as to be insulated from the outside, and the outer surface of the ocher 43 is covered with an aruma super insulation material 44 and is made of a concrete waterproofed ceiling 40 to form a dome shape. As the basic frame is used to build the steam room, it not only minimizes the loss of working time and labor due to the construction, but also provides uniform temperature to the far-infrared rays radiated from the mixed mortar (anvan rock, loess) applied to the inner surface of the channel. You can enjoy a comfortable steam, and the gas burner automatically ignites according to the signal of the temperature sensor installed inside the steam room. Steam is effective to improve give it maintains the temperature and heat, it is very useful devised to improve the reliability by using the structure.

Description

Steam Room {a sweating bathroom}

The present invention relates to a dome-shaped inferior vapor deposition, and in particular, by installing a temperature sensor that can sense the internal heat storage temperature of the inferior vapor deposition, and automatically operates the gas burner in accordance with the detection signal of the temperature detection sensor to adjust the heat storage temperature in the steam interior. The present invention relates to an inertial membrane which can maintain a constant and at the same time enjoy a comfortable steam, and can promote health by radiating far infrared rays emitted from the mixed mortar mixed with elvan and loess to the body.

Since the sweat released from the human body contains various wastes, various kinds of exercise are performed as one of means for releasing wastes through the sweat.

However, modern people are not only able to have time to exercise due to heavy work, but also suffer from various adult diseases, and the number is increasing.

Therefore, people who do not have time to exercise uses a steam room that can release a large amount of sweat in a short time. The steam room keeps the entire air inside at high temperature and high humidity at all times. When you sit down, the heat of the hot and humid air to the body by sweating, the body wastes through the sweat to maintain health.

The film is mainly dome-shaped, and is made of iron, phosphorus, manganese, magnesium, calcium and various kinds of minerals or contratin as the main ingredients of ocher.

1 is a cross-sectional configuration diagram of one side of a conventional steaming film, in which an air supply pipe 3 is embedded in a bottom plate 1 so that firewood, which is used for heat storage inside, can be burned smoothly in the crater 2. Construct the cantilever 4 on the bottom plate 1 at a predetermined height so as to have a circular shape, and on one side, an entrance door 5 through which a person can enter is formed, and the upper part of the cantilever 4 is combined with water. The ocher 6 and the slab 7 are alternately stacked to form a ceiling 8 to form a dome shape, and the outer side is formed by covering a heat insulating material 9 so as to prevent the internal heat from being released to the outside. It is.

When heat-retaining the steam structure comprised as mentioned above, firewood is ignited by an ignition mechanism (lighter etc.) in the state which firewood was located in the crater 2 formed in the bottom plate 1.

At this time, the crater 2 is supplied with air through the air supply pipe (3) to help the combustion of firewood.

The heat of the wood fire to be burned as described above is to accumulate inside the steam film by the convection phenomenon, the combustion gas (smoke) is to be discharged through the chimney.

When the inside of the steam chamber is accumulated as described above, far-infrared rays contained in the ocher 6 are emitted.

Entering into the heat storage steam as described above, the body receives the heat of the high temperature and high humidity air to sweat, and discharge the waste products of the body through the sweat and at the same time to maintain the health by splitting the far infrared rays emitted from the ocher (6) It is to be made.

Conventional fire-deposit film used as described above is, firstly, to build by laminating the loess (mud) and the slab (natural stone) alternately, not only the loss of work time and labor force due to the construction, but also the heat accumulated in the slab Higher than the heat accumulated in ocher, the heat of the slab was radiated to the body and could not enjoy a pleasant steam; Second, there was a problem that the steam storage effect is lowered because the heat storage temperature accumulated by firewood is not kept constant.

The present invention devised in order to solve the problems of the above-mentioned conventional steam chamber, the heat storage temperature inside the steam chamber to be kept constant at all times by using a gas burner. First, the dome-shaped channel frame as a basic skeleton Since the construction of the structure minimizes the loss of working time and labor due to the construction, it can also irradiate the body with far-infrared rays radiated from the mixed mortar (anvan rock, ocher) applied to the inner surface of the channel frame at a uniform temperature. Enjoy; Second, the gas burner automatically ignited according to the signal of the temperature sensor installed inside the steam chamber can always maintain the constant heat storage temperature can improve the steam effect; Third, it is to provide an inferior vapor deposition that can improve the stability by using the iron structure.

An object of the present invention, in the dome-shaped deterioration film, the air is supplied through the air supply pipe, the loess bottom plate having a rostol in the center where the firewood is burned;

A double door is installed on one side of the ocher bottom plate to block the outside air and prevent the internal air from escaping to the outside, and a fireball having a combustion gas exhaust pipe is formed on the other side facing the door by a refractory brick. A heating part made of a gas burner installed inside the crater to maintain the heat storage temperature of the steam chamber while automatically igniting and extinguishing according to a detection signal of a temperature sensor installed to detect the heat storage temperature;

Perforated blocks having holes along the edges of the ocher bottom plate are constructed to a predetermined height, and suck in heat so that heat generated from the heating unit can be circulated along the holes of the perforated blocks, and at the same time, incomplete combustion gas A basic structure in which a fan motor for discharging is connected to a suction pipe;

A dome-shaped channel frame is installed on the upper part of the perforated block, and a mixed mortar mixed with elvan and ocher is coated to a predetermined thickness on the inner side of the dome-shaped channel frame, and the thickness is relatively thick so that insulation is possible outside. It is achieved by the ocher being constructed and composed of concrete waterproofing ceilings covered with Aruma super insulation on the outside of the ocher.

Figure 1 is a cross-sectional configuration of one side of the steam chamber according to the prior art.

Figure 2 is a cross-sectional configuration of one side of the barrage of the present invention.

Figure 3 is a planar partial cross-sectional view of the present invention.

※ Explanation of symbols used in the main part of the drawing ※

10: ocher bottom plate 11: air supply pipe

12: rostol 20: heating part

21: door 22: crater

23: refractory brick 24: flue gas exhaust pipe

25 gas burner 30: basic structure

31: perforation block 32: fan motor

33: suction pipe 40: ceiling

41: Chanel frame 42: Mixed mortar

43: ocher 50: control box

60: temperature sensor

This constitution of the present invention, in the dome-shaped deterioration film, the air is supplied through the air supply pipe (11), loess bottom plate (10) having a central to the stole 12, the firewood is burned;

A door 21 having a dual structure is installed to one side of the ocher bottom plate 10 to block outside air and prevent internal air from escaping to the outside, and the firebrick 23 is located at the other side facing the door 21. It is formed by the crater 22 having a combustion gas exhaust pipe 24 is installed, it is installed in the crater 22 is automatically in accordance with the detection signal of the temperature sensor 60 installed to detect the heat storage temperature A heating unit 20 made of a gas burner 25 for igniting or extinguishing the gas to maintain a constant heat storage temperature;

The perforated block 31 having a hole along the edge of the ocher bottom plate 10 is constructed at a predetermined height, and heat generated from the heating unit 20 is circulated along the hole of the perforated block 31. A basic structure (30) having a fan motor (32) connected to the suction pipe (33) to suck heat and discharge the incomplete combustion gas at the same time;

The dome-shaped channel frame 41 is installed on the upper part of the perforated block 31, and the mixing mortar 42 mixed with elvan and loess is coated on the inner surface of the dome-shaped channel frame 41 to a predetermined thickness. Ocher in relatively thick thickness to insulate outside

The 43 is constructed, and the outer surface of the loess 43 is covered with an aruma super heat insulating material 44, and is composed of a ceiling waterproofing concrete 40.

Reference numeral 50 is a control box that controls the temperature inside the steam room to a temperature suitable for the steam.

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

Figure 2 is a cross-sectional configuration of one side of the inferior vapor deposition according to the present invention, Figure 3 is a planar partial cross-sectional view of the present invention.

As shown, when storing the heat deposit in accordance with the present invention

Fire the firewood with an ignition mechanism (lighter, etc.) while the firewood is placed on (12).

At this time, the air is supplied to the rostol 12 through the air supply pipe 11 to help the combustion of the firewood.

The heat of the wood fire to be burned as described above is to accumulate the inside of the steam film by the convection phenomenon, the combustion gas (smoke) is to be discharged through the chimney not shown.

When the inside of the steam chamber is thermally stored as described above, far infrared rays are radiated from the mixed mortar 42 mixed with elvan and ocher, and the far infrared rays radiated from the mixed mortar 42 are spun on the body to promote health. .

In the process of enjoying the steam as described above, if the heat storage temperature of the steam drops below the temperature suitable for steam, a sensor installed to measure the heat storage temperature inside the steam film

60 senses the dropped temperature, and the detected detection signal is recognized by the control unit of the control box 50 to ignite the gas burner 25 to compensate the temperature inside the steam film to a temperature suitable for the steam.

In more detail, when the gas burner 25 is ignited, the fan motor 32 connected to the perforation block 31 by the suction pipe 33 is driven at the same time.

As described above, when the fan motor 32 is driven, the ignition heat of the gas burner 25 is transferred along the holes of the perforated block 31 to evenly heat the entire perforated block 31 to compensate for the heat storage temperature of the inert film. Will be.

On the other hand, by driving the fan motor 32, the ignition heat of the gas burner 25 is evenly distributed and the incomplete combustion gas is sucked out through the combustion gas exhaust pipe 24.

As described above, when the inferior deposition heat storage temperature is compensated by the gas burner 25, the temperature sensor 60 detects this, and the detected signal is recognized by the controller of the control box 50 to burn the gas burner 25. ) Will stop ignition.

As described above, while the gas burner 25 is repeatedly ignited and extinguished, the heat storage temperature of the steam chamber is kept constant.

The present invention as described above is not limited to the preferred embodiment of the above-described characteristics, anyone of ordinary skill in the art to which the subject innovation belongs without departing from the gist of the present invention claimed in the claims will be able to implement various changes. .

As described above, since the steam chamber is constructed using the dome-shaped channel frame as a basic skeleton, the loss of working time and labor according to the construction is minimized, and the mixed mortar coated on the inner surface of the channel frame ( Far-infrared rays radiated from elvan, loess can be irradiated to the body at a uniform temperature, so you can enjoy comfortable steaming and maintain a constant heat storage temperature with a gas burner that is automatically ignited according to the signal of a temperature sensor installed inside the steam room. It is possible to improve the steam effect, and it is a very useful design that can improve the stability by using the steel structure.

Claims (1)

In the dome-shaped steam deposition, air is supplied through the air supply pipe (11). And the loess bottom plate 10 having a lostol (12) in the center of the firewood is burned; A door 21 having a dual structure is installed to one side of the ocher bottom plate 10 to block outside air and prevent internal air from escaping to the outside, and the firebrick 23 is located at the other side facing the door 21. It is formed by the crater 22 having a combustion gas exhaust pipe 24 is installed, it is installed in the crater 22 is automatically in accordance with the detection signal of the temperature sensor 60 installed to detect the heat storage temperature A heating unit 20 made of a gas burner 25 for igniting or extinguishing the gas to maintain a constant heat storage temperature; The perforated block 31 having a hole along the edge of the ocher bottom plate 10 is constructed at a predetermined height, and heat generated from the heating unit 20 is circulated along the hole of the perforated block 31. A basic structure (30) having a fan motor (32) connected to the suction pipe (33) to suck heat and discharge the incomplete combustion gas at the same time; The dome-shaped channel frame 41 is installed on the upper part of the perforated block 31, and the mixing mortar 42 mixed with elvan and loess is coated on the inner surface of the dome-shaped channel frame 41 to a predetermined thickness. Ocher in relatively thick thickness to insulate outside (43) is constructed, and the outer layer of the ocher 43, an alumina super insulation material 44 is covered with an inferior steam, characterized in that consisting of a ceiling (40) waterproof concrete.