KR20030071448A - Fomentation rooms using charcoal kiln - Google Patents

Abstract

PURPOSE: A steam sauna using charcoal burner is provided to emit far-infrared by processing charcoal or baking pottery in the charcoal burner, and at the same time heating the underground water drawn deep from the earth and supplying the hot water, by using the heat resource (energy), and dispersing the heat to many steam sauna chambers whose walls are made of loess, jade or charcoal. CONSTITUTION: The steam sauna using charcoal burner includes water-supply units(30) which is installed outside many steam sauna chambers(20) to draw the underground water and at the same time to store a regular amount of the underground water before being sent to the places which need the water; many charcoal burners(40) which are installed outside many steam sauna chambers(20) to bake pottery by using the heat resource from the charcoal burning or to supply the heat to many steam sauna chamber(20) and at the same time to heat the underground water which flows in the water-supply unit; many hot wind-supplying unit(50) which are installed in the bottoms of many charcoal burners(40) to inhale the hot wind from the charcoal burners(40) and at the same time to disperse the hot wind to the ceilings and the inner walls of the steam sauna chambers(20); and a controller(60) which controls many hot wind-supplying unit(50) and the water-supplying unit(30).

Description

Jjimjilbang using charcoal kiln {FOMENTATION ROOMS USING CHARCOAL KILN}

The present invention relates to a jjimjilbang using a charcoal kiln, and more specifically, using a heat source generated from a charcoal kiln by connecting hot water supply means and jjimjilbang to a charcoal kiln, hot water supply function, charcoal manufacturing function, onggi baking function, steaming It relates to a jjimjilbang using a charcoal kiln that can simultaneously utilize or select features.

In general, the jjimjilbang is mainly used to heat the water as a heat source, but in recent years, the so-called invisible jjimjilbang, which is to heat the kiln built with bricks directly to release the hot heat is in progress.

Conventional Bulgari-style jjimjilbang is installed in a closed public space with a doorway, and then installed the bulma directly with a gas burner or electric heater, or by applying a certain thickness of ocher to the wall of the jjimjilbang so that far infrared rays can be emitted. It consists.

The former's gas or electric jjimjilbang has to be equipped with safety facilities because of the high consumption of gas and electricity. However, most jjimjilbangs are open without safety facilities because the installation cost is high. It has been pointed out that the user has insufficient safety measures against the damage caused by gas explosion or electromagnetic wave. Also, most of the seahorses simply emit only hot heat and do not radiate far-infrared rays, which are beneficial to the human body. Can't expect it.

Since the latter uses ocher on the inner wall of the jjimjilbang and has heating means therein, it exposes the far-infrared rays emitted from the ocher to the human body to promote metabolism, blood circulation, skin breathing, etc. It was able to lead.

In addition, a variety of rock masses, such as gandolite, maksumite, jade stone, which are known to emit far infrared rays, take up almost all of the structure that causes sweat while shooting the far infrared rays emitted from the stone.

However, jjimjilbang using stone materials that emit far infrared rays is unsanitary and has many problems. In other words, yellow soil containing microorganisms and minerals that are beneficial to human body is only about 1cm on the concrete floor, inner wall and ceiling, resulting in the weakness of ocher. In addition, the economic burden caused by the effective method of heating method is not particularly high, as well as a number of problems such as harmful combustion gas and odor leaking into the cracked part of the loess inside the jjimjilbang.

Therefore, the present invention has been made to solve the above problems, an object of the present invention is to enable the processing of charcoal or onggi in charcoal kiln using oak and at the same time using the heat source (energy) to pump groundwater underground It supplies hot water by heating and the heat generated from the crater is distributed evenly to a number of jjimjilbangs that form walls with ocher layers, jade stones, and charcoal layers to provide a jjimjilbang using charcoal kilns to radiate far-infrared rays beneficial to the human body. .

Jjimjilbang using the charcoal kiln according to the present invention made to achieve the above object is installed on the outer top of a number of jjimjilbang pumping groundwater and at the same time to store a certain amount of the groundwater is sent to the necessary place to guide the water supply And, respectively installed on the outer upper portion of the plurality of jjimjilbang bake onggi using a heat source generated when burning oak to produce a charcoal or supply the heat source (hot air) to a plurality of jjimjilbang at the same time along the water supply means A plurality of charcoal kilns for heating the flowing ground water hot, and a plurality of hot air supply respectively installed in the lower portion of the plurality of charcoal kilns to inhale the hot air generated during operation of the charcoal kiln and evenly distributed and discharged evenly to the ceiling and the inner wall of the plurality of jjimjilbang Means for controlling the plurality of hot air supply means and the water supply means. Characterized by the control means consists of.

In addition, the jjimjilbang using a charcoal kiln according to the present invention is installed at regular intervals in the horizontal direction from the ground while having a plurality of charcoal kilns to produce oak charcoal, and a plurality of spaces in contact with the side between the plurality of charcoal kilns The wall surface is heated by heat (radiation heat) conducted through the walls of the plurality of charcoal kiln and a plurality of jjimjilbang, which is installed on one side of the entrance (not shown), and installed in the lower portion of the plurality of charcoal kilns during the operation of the charcoal kiln A plurality of hot air supply means for inhaling the generated heat (hot air) and at the same time to distribute the heat evenly to the inside of the plurality of jjimjilbang, and heat sources are respectively installed on the upper surface of the plurality of jjimjilbang generated from the plurality of charcoal kiln A place where the groundwater pumped by is heated to a predetermined temperature hotly and a certain amount of hot water is stored. Characterized by the water supply consists of means for guiding such adjuster used to send and, control means for controlling the hot-air supply means and water supply means.

1 is a schematic view showing a state in which the jjimjilbang according to the first embodiment of the present invention installed in a plurality of charcoal kiln,

Figure 2 is a schematic diagram showing a state installed between a plurality of jjimjilbang according to a second embodiment of the present invention.

Explanation of symbols on the main parts of the drawings

10,111: steel frame 12,112: jade stone layer

14,113: ocher layer 20,110: jjimjilbang

22,115 concrete floor 24,116 charcoal layer

26,117 Wood material 30,130 Water supply means

32: support bracket 34,132: hot water reservoir

36,131 Pump 38a, 133 Groundwater pipe

38b, 135: Hot water heating pipe 38c, 136: Hot water discharge pipe

40,100: charcoal kiln 42,104: door

44,106: Crater 46,108: Communication

50,120: hot air supply means 52,122: blower

54,124: Hot air injector 54a, 124a: Injection hole

60,140: control means 62,142: electric wire

(First embodiment)

Hereinafter, a first embodiment of the present invention will be described in detail with reference to FIG. 1.

1 is a schematic view showing a state in which the jjimjilbang according to the first embodiment of the present invention installed in a plurality of charcoal kiln, while supporting the ceiling and the wall by the steel frame 10 (도록) to withstand a certain load A plurality of jjimjilbang 20 is formed in the direction and the entrance (not shown) is installed on one side, and is installed in the center of the upper surface of the plurality of jjimjilbang 20 while pumping the ground water and at the same time to store a certain amount of ground water Water supply means 30 to be sent to the necessary place to be used and guided to the center of the ceiling of the plurality of jjimjilbang 20, respectively installed to burn the oak using the heat source generated when producing the charcoal A plurality of charcoal kiln 40 for heating or heating the ground water flowing along the water supply means 30 while simultaneously supplying the heat source (hot air) to the plurality of jjimjilbang 20, and the plurality of charcoal A plurality of hot air supply means (50) installed at each lower portion of the fork (40) to inhale heat generated during operation of the charcoal kiln (40) and at the same time evenly distributed and discharged to the ceiling and the inner wall of the plurality of jjimjilbang (20) and The control unit 60 is installed below the water supply means 30 to control the hot air supply means 50 and the water supply means 30 simultaneously or selectively.

That is, the top surface of the steel frame 10 is covered with an jade stone layer 12, the top surface of the jade stone layer 12 is covered with an ocher layer 14, with respect to the top of the ocher layer 14 The plurality of charcoal kilns 40 are respectively installed at positions corresponding to the center of the ceiling of the jjimjilbang 20.

At this time, in the center of the ceiling of the plurality of jjimjilbang 20 with respect to the upper surface of the steel frame 10, jade stone layer 12, ocher layer 14 perpendicular to the plurality of charcoal kiln 40 side crater 44 to be described later Passages (not shown) are provided to coincide with each other, and blowers of the hot air supply means 50 described later are respectively provided.

The charcoal layer 24 is installed at a position spaced apart from the ceiling and the inner wall of the steel frame 10 and the concrete bottom layer 22 of the ground with respect to the interior of the plurality of jjimjilbang 20, the charcoal layer 24 The inner surface of the) is provided with a wood material 26 so that hot air passing through the charcoal layer 24 is discharged to a plurality of jjimjilbang 20.

The water supply means 30 and the hot water reservoir 34 and the pump 36 installed on the upper surface of the plurality of charcoal kiln 40 through the support bracket 32 on the upper surface of the ocher layer 14, One end is connected to one side of the pump 36 and the other end is buried at a predetermined depth when the other end is ground water pipe 38a for pumping groundwater when the pump 36 operates, and two directions on one side of the pump 36. One end is connected to the other end and the other end is inserted into the upper two places of the hot water reservoir 34, respectively, and the hot water heating pipe 38b for guiding the flow of hot water, and the lower side of the hot water reservoir 34, respectively. Is connected is composed of a hot water discharge pipe 38c for discharging the hot water in the hot water reservoir 34 to the outside.

At this time, the hot water heating pipe 38b is installed so that a portion thereof directly passes the high temperature heat generated in the interior of the charcoal 40 by passing through or through the wall thicknesses of the plurality of charcoal 40, and the rest of the Some are wound around the outer periphery of the plurality of charcoal kiln 40 side communication 46 is installed to indirectly conduct the high temperature heat generated in the communication 46.

The plurality of charcoal kiln 40 is dome (Dome) shape using a stack of soil and red brick, the doors 42 are respectively installed to open and close the inside of one side of the side wall, a fireball in the center of the lower end of the door 42 44 are provided, respectively, and the communication 46 is provided in the center of the upper end, respectively.

The plurality of hot air supply means 50 is a plurality of charcoal kiln 40 side fan 44 and the blower 52 is installed so that each passage is connected, and one side of the blower 52 and the passage is connected to the plurality Hot air spray pipe is installed evenly distributed in a zigzag pattern between the steel frame 10 and the charcoal layer 24 and between the concrete bottom layer 22 and the charcoal layer 24 of the jjimjilbang (20) 54).

At this time, in the line located on the ceiling and the wall surface of the plurality of jjimjilbang 20 of the hot air injector 54, a plurality of injection holes 54a at regular intervals so as to evenly spray the hot air to the center of the jjimjilbang 20. ) Is drilled.

The control means 60 is by a microcomputer, which is configured to simultaneously or selectively control the on / off operation of the pump 36, the on / off operation of the blower 52, and strong, medium, and weak.

In the figure, reference numeral 16 denotes an exterior member, 38d denotes a valve, and 62 denotes an electric wire.

In order to produce true charcoal by inputting oak firewood, which is a natural fuel, in the combustion chamber of the plurality of charcoal kilns 40 configured as described above, first, the doors 42 of the plurality of charcoal kilns 40 are opened, and then the conventional chambers are provided in the combustion chamber in the charcoal kiln 40. The door 42 is closed while loading a certain amount of oak firewood, which is a natural fuel, on the support network. And fire the oak firewood in the crater (44) and at the same time by supplying the oxygen necessary for combustion after a few seconds by adjusting the thermal power to burn the oak to the charcoal.

At this time, when grilling in the charcoal kiln 40 by using the heat generated when burning the oak in a plurality of charcoal kiln 40, install a cradle that can be seated on a certain height from the combustion chamber in the charcoal kiln 40 After that, it is possible to bake the pot for a predetermined time by the heat generated toward the holder.

And, when the ground water is heated by using the heat generated from the plurality of charcoal kiln 40, first operating the pump 36 of the water supply means 30 by the ON operation of the control means 60, As the pump 36 is operated, groundwater buried underground is pumped through the groundwater pipe 38a connected to one side of the pump 36, and groundwater passing through the pump 36 is placed on one side of the pump 36. At the same time as flowing along the hot water heating pipe 38b connected to extend in the direction, the heat generated from the charcoal kiln 40 is heated by hot water, and the hot water passing through the hot water heating pipe 38b is transferred to the hot water storage container 34. At the same time, the user can use hot hot water by being supplied to a shower or bath constructed separately through the hot water discharge pipe 38c connected to the bottom side of the hot water storage container 34 as needed.

That is, the hot water heating pipe 38b is installed so that a part thereof penetrates the wall thickness or the inside of the plurality of charcoal kilns 40 so as to directly conduct high-temperature heat generated inside the charcoal kiln 40, and a part of the hot water heating pipe 38b. The hot water heating pipe 38b while operating the charcoal kiln 40 because it is wound in a spiral direction on the outer circumference of the plurality of charcoal kiln 40 side communication 46 and indirectly conducts the high temperature heat generated from the communication 46. Groundwater passing through) can be heated hot.

On the other hand, when steaming using the heat generated from the plurality of charcoal kiln 40, first driving the blower 52 by the ON operation of the control means 60, the blower 52 is rotated charcoal kiln The hot air is sucked from the crater 44 of the 40 and at the same time, the hot air is injected through the hot air spray pipes 54 connected to one side of the blower 52 toward the plurality of jjimjilbang 20.

That is, the hot air spray pipe 54 is one line between the steel frame 10 and the charcoal layer 24 or the concrete bottom layer 22 and the charcoal layer 24 forming the reinforcement walls of the plurality of jjimjilbang 20. ) And evenly distributed in a zigzag manner, and the hot air spray pipes 54 are uniformly sprayed with hot air to the center of the jjimjilbang 20 in a line located on the ceiling and walls of the plurality of jjimjilbang 20. Since a plurality of injection holes 54a are drilled at intervals, the hot air flowing along the hot air injection pipe 54 during the operation of the blower 52 is evenly distributed to the charcoal layer 24 through the plurality of injection holes 54a. The hot air that is sprayed and passed through the charcoal layer 24 is radiated to the center of the jjimjilbang 20 through a gap partially bored in the wood material 26 to cuddle the human body of the user who entered the jjimjilbang 20. .

At this time, the jade stone layer 12 is installed on the ceiling to form a wall of the jjimjilbang 20, the oak layer 14 and the charcoal layer 24 is installed on the slope (ceiling, wall, floor) to be exposed to the interior of the jjimjilbang 20. By radiating a lot of far infrared rays by the high temperature hot air emitted from the silver charcoal kiln 40 and the high temperature hot air sprayed from the hot air spray pipe 54, the interior of the jjimjilbang 20 creates an atmosphere in which hot heat and far infrared rays are radiated. Due to the user entering the jjimjilbang (20) is to be provided with a better jjimjil effect by hot heat and radiation of the far infrared.

In particular, the charcoal layer 24 has the effect of suppressing the odor and bacteria form caused by sweat secretion and moisture in the jjimjilbang 20, as well as purifying the air in the jjimjilbang 20 to always create a fresh indoor air pleasant To provide an atmosphere.

Second Embodiment

A second embodiment of the present invention will be described in detail with reference to FIG. 2.

For reference, the operation and effect of the second embodiment according to the present invention is the same as the operation and effect of the first embodiment described above, and a detailed description thereof will be omitted, hereinafter only the configuration of the second embodiment for convenience of description do.

Figure 2 is a schematic diagram showing a state installed between a plurality of jjimjilbang according to a second embodiment of the present invention, a plurality of spaces are installed at a certain interval in the horizontal direction on the ground (baking) oak to produce a true charcoal The charcoal kiln of 100, and the wall surface is heated by heat (radiation heat) conducted through the wall surface of the plurality of charcoal kiln while having a plurality of spaces in contact with the side between the plurality of charcoal kiln (100) A plurality of jjimjilbang 110 is installed at one side of the entrance (not shown) and the lower portion of the plurality of charcoal kiln 100, respectively, while inhaling the heat (hot air) generated during operation of the charcoal kiln (100) Heat sources generated from the plurality of charcoal kilns 100 are respectively installed on the upper surface of the plurality of hot air supply means 120 and the plurality of jjimjilbang 110 to distribute the heat evenly to the inside of the plurality of jjimjilbang 110 On of Water supply means 130 for heating the pumped ground water to a predetermined temperature and at the same time to store a predetermined amount of hot water is sent to the required place, the hot air supply means 120 and the water supply means 130 It consists of a control means 140 for controlling the.

That is, the plurality of charcoal kiln 100 is a dome shape that is stacked to have a predetermined height using soil and red bricks through the support frame 102 on the ground, and the door is opened and closed in front of the side wall. 104 are respectively provided, and the craters 106 are respectively provided at the center of the lower end of the door 104, and the communication 108 is installed at the center of the upper end thereof.

The plurality of jjimjilbang 110 is partially perpendicular to the edge between the plurality of charcoal kiln 100 so that the ceiling and the wall withstand a certain load, and at the same time connected to the vertical top and horizontal, respectively, the space therein Steel frame 111 to form, the jade stone layer 112 having a predetermined thickness so as to emit far infrared rays while forming a ceiling and wall surface based on the outer surface of the steel frame 111, and the outer surface of the jade stone layer 112 The ocher layer 113 having a predetermined thickness to radiate far infrared rays attached to it, the exterior member 114 having a predetermined thickness so as to be attached to the top of the outer surface of the ocher layer 113, and a predetermined thickness to form the inner bottom of the steel frame 111 Concrete floor layer 115 having a, and the charcoal layer 116 having a predetermined thickness to radiate far infrared rays attached to the inner ceiling and the wall of the concrete floor layer 115 and steel frame 111 at a predetermined interval, and Attached to a predetermined thickness on the inner surface of the charcoal layer 116, and is composed of a plurality of through holes are formed neck material (not shown code) (117) such that the hot air passing through the charcoal layer 116 is discharged to the inside.

The plurality of hot air supply means 120 is a blower 122 installed in the support frame 102 so that the passage is connected to each of the plurality of charcoal kiln 100 side burner 106, and one side of the blower 122 While the passage is connected with one line between the plurality of jjimjilbang 110 side steel frame 111 and the charcoal layer 116 and between the concrete bottom layer 115 and the charcoal layer 116 evenly in a zigzag fashion. It is comprised by the hot air spray pipe 124 distributed.

At this time, the plurality of injection holes 124a are spaced at regular intervals to evenly distribute hot air to the center of the jjimjilbang 110 in the line located on the ceiling and the wall surface of the plurality of jjimjilbang 110 of the hot air injection pipe (124). Each is drilled.

The water supply means 130 has a plurality of pumps 131, a plurality of hot water reservoir 132 seated on the upper surface of the plurality of jjimjilbang 110, and one of the plurality of pumps 131 one end At the same time, the other end is buried in a predetermined depth of the ground, the groundwater pipe 133 for pumping groundwater when the pump 131 is operated, the connection pipe 134 for connecting the plurality of pumps 131, and the plurality of pumps. A plurality of hot water heating pipes 135 for connecting the one side of the one side and the upper one side of the plurality of hot water storage reservoirs 132 and at the same time contacting the plurality of charcoal kilns 100 to conduct heat to heat the groundwater; It is connected to the lower end of each of the plurality of hot water reservoir 132 is composed of a hot water discharge pipe 136 for discharging the hot water in the plurality of hot water reservoir 132 to the outside.

At this time, the plurality of hot water heating tube 135 is installed so that a portion thereof directly passes the high temperature heat generated in the interior of the charcoal 100 through the wall thickness or the inside of the plurality of charcoal kiln, Some of them are wound around the outer periphery of the plurality of charcoal kiln 100 side communication 108 in a spiral direction and are installed to indirectly conduct the high temperature heat generated from the communication 108.

The control means 140 is by a microcomputer, which is used to simultaneously or selectively control the on / off operation of the plurality of pumps 131 and the on / off operation of the plurality of blowers 122 and strong, medium, and weak. It is comprised by the electric wire 142.

When the construction of the jjimjilbang 110 in contact with each other between the plurality of charcoal kilns 100 configured as described above, it is possible to minimize the high-temperature waste heat (radiation heat) generated during the operation of the charcoal kiln 100 to the atmosphere In addition, since the high temperature waste heat is transferred to the heat through the wall of the jjimjilbang (110), the difference between the internal temperature and the outside temperature of the jjimjilbang (110) during heating can be minimized to increase the thermal insulation power as well as the heating cost. It can reduce, and also maximize the physical properties of the jade stone 112, the ocher layer 113, the charcoal layer 116 embedded in the wall thickness of the jjimjilbang 110 to further increase the radiation efficiency of far infrared rays. .

As described above, the jjimjilbang using the charcoal kiln according to the first and second embodiments of the present invention as a system to recycle the heat generated when burning the charcoal in the charcoal kiln and to heat the onggi baking and jjimjilbang and ground water It can reduce environmental pollution as well as reduce fuel costs. Also, by constructing walls with ocher layer, jade stone, and charcoal layer, the steam room heated by hot air from charcoal kiln can be used for far-infrared steaming. It works.

Claims (7)

Water supply means 30 is installed on the outside of the plurality of jjimjilbang 20 to pump the groundwater and at the same time to store a certain amount of the groundwater to be sent to the required place and used, and Each of the plurality of jjimjilbang (20) is installed on the outside of the oak to burn the oak using a heat source generated when burning the oak to produce a charcoal or to supply the heat source (hot air) to the plurality of jjimjilbang (20) and at the same time A plurality of charcoal kiln 40 for heating the ground water flowing along the supply means 30, A plurality of hot air supply means installed at the lower portions of the plurality of charcoal kilns 40 to inhale hot air generated during operation of the charcoal kiln 40 and at the same time to distribute and evenly distribute and discharge the ceiling and inner walls of the plurality of jjimjilbang 20; 50), Jjimjilbang using a charcoal kiln characterized in that it consists of a plurality of hot air supply means (50) and a control means (60) for controlling the water supply means (30). The method of claim 1, The plurality of jjimjilbang 20, Steel frame (10) supporting the ceiling and the wall to withstand a certain load, The jade stone layer 12 is provided on the upper surface of the steel frame 10, Ocher layer 14 provided on the upper surface of the jade stone layer 12, Charcoal layer 24 installed at a predetermined distance from the ceiling and the inner wall and the concrete floor layer 22 of the steel frame 10, It is installed on the inner surface of the charcoal layer 24 jjimjilbang using a charcoal kiln characterized in that the hot air passing through the charcoal layer 24 is made of wood material 26 to be discharged to the jjimjilbang (20). The method of claim 1, The water supply means 30, A hot water reservoir 34 and a pump 36 installed on the upper surface of the ocher layer 14 via a support bracket 32 with respect to the plurality of charcoal kilns 40; One side end is connected to one side of the pump 36, and the other end is buried in a predetermined depth when the ground water pipe 38a for pumping groundwater when the pump 36 operates; A hot water heating tube 38b connected to one side of the pump 36 and at the same time the other end is connected to an upper end of the hot water storage container 34 to guide the flow of hot water; It is connected to the lower side of the hot water storage container 34, jjimjilbang using a charcoal kiln characterized in that consisting of a hot water discharge pipe 38c for discharging the hot water in the hot water storage container 34 to the outside. The method of claim 3, The hot water heating tube 38b is installed so that a portion thereof directly passes the high temperature heat generated inside the charcoal 40 through the wall thicknesses or the insides of the plurality of charcoal kilns 40, and the remaining part of the hot water pipes 38b. Steaming room using a charcoal kiln characterized in that it is wound in a spiral direction on the outer circumference of the plurality of charcoal kiln 40 side communication 46 is indirectly conducted to the high temperature heat generated from the communication 46. The method of claim 1, The plurality of hot air supply means 50, A plurality of charcoal kiln 40 side blower 44 and the blower 52 is installed so that the passage is connected, respectively; One line of the blower 52 and the passage is connected, one line between the plurality of jjimjilbang 20 side steel frame 10 and the charcoal layer 24 and between the concrete bottom layer 22 and the charcoal layer 24 ) Jjimjilbang using charcoal kiln, characterized in that consisting of a hot air injection pipe (54) formed with a plurality of injection holes (54a) to be evenly distributed in a zigzag manner. Installed with a certain interval in the horizontal direction from the ground a lot of charcoal kiln (100) to burn the oak and produce the charcoal, The wall surface is heated by heat (radiation heat) conducted through the walls of the plurality of charcoal kiln 100 while having a plurality of spaces in contact with the side with respect to the plurality of charcoal kiln 100 and the entrance (not shown) on one side A number of jjimjilbang (110) is installed, Installed in the lower portion of the plurality of charcoal kilns 100 to inhale the heat (hot air) generated during operation of the charcoal kiln 100 and at the same time a plurality of evenly distributed discharge of the heat into the plurality of jjimjilbang 110 Hot air supply means 120, Installed on the upper surface of the plurality of jjimjilbang 110, respectively, the ground water pumped by the heat source generated from the plurality of charcoal kiln 100 heated to a predetermined temperature and at the same time stored a predetermined amount of hot water is sent to the required place Water supply means 130 to guide the use; Jjimjilbang using a charcoal kiln characterized in that it consists of a control means 140 for controlling the hot air supply means 120 and the water supply means 130. The method of claim 6, The plurality of jjimjilbang 110, Steel frame 111 which is vertically erected vertically with respect to the side edges between the plurality of charcoal kilns 100 at the same time so that the ceiling and the wall withstand a certain load, and is connected horizontally with the vertical top to form a space therein, An jade stone layer 112 having a predetermined thickness so as to emit far infrared rays while forming a ceiling and a wall surface based on the outer surface of the steel frame 111; An ocher layer 113 having a predetermined thickness to radiate far infrared rays attached to an outer surface of the jade stone 112, An exterior material 114 having a predetermined thickness to be attached to the upper surface of the ocher layer 113, a concrete floor layer 115 having a predetermined thickness to form an inner bottom of the steel frame 111, and The charcoal layer 116 having a predetermined thickness to attach to the inner ceiling and the wall of the concrete bottom layer 115 and the steel frame 111 at a predetermined interval to radiate far infrared rays, Charcoal kiln, characterized in that consisting of a wood material 117 is attached to the inner surface of the charcoal layer 116 to a predetermined thickness and formed with a plurality of through-holes (not shown) so that hot air passing through the charcoal layer 116 is discharged to the inside. Jjimjilbang using.