KR100672832B1 - Charcoal kiln for fomentation and the manufacturing method - Google Patents

Abstract

The present invention relates to a steaming charcoal kiln provided for steaming in the jjimjilbang, the frame is made in the form of a dome and coated with ocher produced by mixing rice straw and the moire to the outside and the inside of the frame, 10 cm thick outside First, second, and third ocher wall portions formed by applying three times, an inner ocher wall portion formed by applying one time with a thickness of 10 cm inwardly, and a wall portion formed by an glaze portion formed in the inner ocher wall portion, and an entrance formed by one side of the wall portion; It forms an exhaust port on the other side, and provides a charcoal kiln for the jjimjilbang, which consists of a bottom part and rail formed of ocher mixed with straw.

The charcoal kiln for steaming of the present invention forms a wall part with ocher mixed with a moire and rice straw, and the heat and wood vinegar generated by burning fire with oak in the brazier installed inside the charcoal are released to the outside by the dome-shaped charcoal kiln made of the ocher. It can be absorbed by loess without being absorbed and can preserve the efficacy of loess, charcoal and vinegar liquor as it is. Also, by making charcoal kiln directly without using additional processing such as brick type, ocher used by mixing the moire and rice straw in a certain ratio Not only can it save money, but by burning the oak instead of using a boiler that generates heat with gas or oil to generate heat, the cost of heat can be reduced, and the generated oak charcoal can be used separately. have.

Jjimjilbang, Charcoal Kiln

Description

Charcoal kiln for steaming and its manufacturing method {CHARCOAL KILN FOR FOMENTATION AND THE MANUFACTURING METHOD}

1 is a front view showing the front of the charcoal kiln for steaming according to the present invention.

Figure 2 is a front sectional view showing the front of the charcoal kiln for steaming according to the present invention.

Figure 3 is a side cross-sectional view showing a side of the charcoal kiln for steaming according to the present invention.

Figure 4 is a plan sectional view in plan view of the charcoal kiln for steaming according to the present invention.

Figure 5 is a state diagram showing when forming a boiler hose and the network according to the present invention.

* Description of the major symbols for the main parts of the drawings *

10 frame 20 wall part

21: first ocher wall portion 22: second ocher wall portion

23: third ocher wall portion 24: inner ocher wall portion

25: glaze 30: doorway

40: exhaust port 50: bottom

51: rail

The present invention relates to a charcoal kiln for steaming, and more particularly to a charcoal kiln for producing a wall portion only with ocher, which can preserve the efficacy of ocher and wood vinegar and charcoal as well as reducing the production cost.

Recently, as interest in well-being increases, it is favoring a steaming facility that generates good health effects when steaming in a jjimjilbang.

Such a steaming facility is being manufactured by using a member generally recognized by many people, such as jade or loess.

However, as described above, in the case of a steaming facility using ocher, jade, and charcoal, the heat medium dissipating heat is present individually, and the steaming facility of the form having the jade or charcoal inside the steaming facility is made of liquor. Jade or charcoal had the disadvantage that can not exhibit the efficacy.

In addition, in the case of the steaming facility using ocher, it is difficult to manufacture the wall part forming the steaming facility, and thus, by adding another substance (adhesive material that can facilitate adhesion or jade), this also improves the inherent efficacy of the ocher itself. There was a problem that was difficult to manifest.

In order to solve the above problems, the present invention forms a wall part with ocher mixed with a moire and rice straw, and heat and wood vinegar generated by burning fire with oak in a brazier installed inside a charcoal kiln are made of dome-shaped charcoal kiln. Is absorbed by the loess without being released to the outside by, to provide a charcoal kiln for poultice that can preserve the efficacy of the loess and charcoal, wood vinegar as it is.

Still another object of the present invention is to provide a charcoal kiln for steaming, in which manufacturing costs are reduced by directly preparing charcoal without additional processing such as brick type ocher using a mixture of moire and rice straw at a constant ratio.

Another object of the present invention is to burn the oak without using a boiler that generates heat with gas or oil to generate heat, thereby reducing the cost of generating heat, the generated oak charcoal is available separately Provide a charcoal kiln for steaming.

Looking at the configuration of the steaming charcoal kiln of the present invention for achieving the above object as follows.

First, the frame 10 is formed in the form of a dome, and coated with ocher made by mixing rice straw and the day after the outside and the inside of the frame 10, the first and the second formed by applying three times to a thickness of 10cm And three ocher wall portions 21, 22 and 23, and an inner ocher wall portion 24 formed by applying one time 10 cm thick inwardly and a glaze portion 25 formed in the inner ocher wall portion 24. The wall part 20 and the entrance part 30 formed at one side of the wall part 20 and the exhaust port 40 on the other side are formed, and the bottom part 50 and the rail which are made of ocher mixed with straw are formed on the lower side. 51).

In this case, the boiler circulating hose 61 may be further installed on the frame, and the boiler circulating hose 61 may be further provided with a boiler 60 connected to the boiler circulating hose 61.

Hereinafter, the configuration of the charcoal kiln for steaming of the present invention by the accompanying drawings to be described in detail.

Figure 1 is a front view of the charcoal kiln for steaming, as shown in the figure to form a wall portion 30 to the outside, the entrance is formed on one side.

And Figure 2 is a front sectional view showing the charcoal kiln for the front, first, 2 made of ocher formed by mixing the moire and rice straw at a constant ratio to the outside of the frame 10 around the frame 10 , Three ocher wall portions 21, 22, 23 are applied by laminating a layer of 10 cm thick, the inner ocher wall portion 24 is applied to a thickness of 10 cm inside the frame 10, On the surface of the inner ocher wall portion 24 constitutes a glaze portion 25 formed so that foreign matters such as soot that may occur when burning oak are buried in the inner ocher wall portion 24 so as to be easily wiped off and removed. have.

Here, by forming the first, second, and third ocher wall portions 21, 22, 23 and the inner ocher wall portion 24 layered on the frame 10 as described above, the internal heat is easily transferred to the outside. It is possible to stay inside for a long time without being discharged, and the wall portion 20 formed of loess is excellent in durability even at a high temperature compared to general soil, and thus may have a rigid structure even when exposed to high temperature heat.

In addition, the bottom surface is formed with a bottom portion 50 formed of ocher of the same material as the wall portion 24, the bottom portion 50 can transfer the furnace 1 provided in the center of the dome-shaped charcoal kiln. The rail 51 is formed in the center in the direction of the doorway 30 so as to be formed.

The bottom portion 50 is preferably manufactured at the same height as the height of the rickshaw so that it can be easily moved from the outside using a rickshaw when moving the furnace (1).

3 to 4 is a cross-sectional view showing the charcoal kiln for steaming in one side and a plan view, and on one side, an entrance 30 is provided to allow the passage of a person or the furnace 1, and the furnace ( An exhaust port 40 is formed to discharge foreign substances such as smoke or soot generated when burning oak in 1).

The exhaust port 40 is preferably formed with an exhaust fan (not shown in the drawing) at the end of the exhaust port to discharge the foreign matter in a short time.

5 is a state in which the boiler is additionally installed, the boiler circulation hose 61 and the boiler 60 connected to the boiler circulation hose 61 are formed at one side of the frame 10.

The boiler 60 may be additionally installed to further improve the efficiency of the heat formed by the furnace 1 by additionally installing the heat generated after the heat using the furnace 1 so as not to cool within a short time.

Looking at the action of the steaming charcoal kiln of the present invention having the configuration as described above are as follows.

First, the furnace 1 is moved into the charcoal kiln 100 for the steaming by using the rail 51 formed in the doorway 30 and the bottom 50 of the charcoal kiln 100 for the steaming.

Then fill the brazier (1) with oak and then fire.

When the oak is fired for about 2 to 3 hours, the oak is usually heated to the inside of the charcoal kiln 100 for steaming. At this time, the heat and oak wood vinegar of the oak does not leak to the outside and the wall is made of ocher. It is absorbed by the part 10 and the far infrared rays, which are the efficacy of ocher and oak vinegar solution, remain inside the charcoal kiln for steaming (100).

In addition, foreign matter such as smoke or soot generated in the process is smoothly discharged to the outside by the exhaust port 40 and the exhaust fan formed at the end of the exhaust port.

Then the brazier 1 for generating heat in the steaming charcoal kiln 100 is moved to the outside of the steaming charcoal kiln 100 using the attraction.

At this time, by using the rail 51 formed on the bottom 50 to move to the doorway 30 by manpower, using a rickshaw from the outside completely moves the brazier 1 outside the charcoal kiln 100 for steaming Let.

Then people to steam the steam enters the charcoal kiln (100) and the sauna, the efficacy of the wood vinegar generated when burning the ocher and oak conducting the heat is inside the steaming charcoal (100) as it is As people enter the preserved state, they can activate natural healing powers such as metabolism and immunity of people who steam.

In addition, some of the soot generated by burning of the oak on the inner ocher wall part 24 after people leave is easily cleaned by using the fabric for cleaning by the glaze part 25 formed on the inner ocher wall part 24. It can be removed.

In addition, when the boiler circulation hose 61 and the boiler 60 are further provided outside the frame 10, the boiler 10 generates heat in the steaming charcoal kiln 100 using the furnace 1 described above. By operating 60), the heat of the inside can be suppressed from dissipating to the outside.

Looking at the manufacturing method of the charcoal kiln for steaming as described above are as follows.

First, in order to manufacture a dome-shaped charcoal kiln, a dome-shaped basic skeleton, an entrance part on one side and an exhaust port on the other side are formed.

Then to form a net 70 by using a connecting member so that the ocher is not detached to the frame produced above. (S3)

When the above process is completed, the ocher mixed with a predetermined amount of rice straw is applied to the outside of the frame while drying by applying heat to the outside of the dome-shaped frame, and the coating thickness of the ocher to be constructed once is applied to 10 cm. (S4)

In general, ocher contains a certain amount of moisture, and when the outer wall or the inner wall is made to a certain thickness by using a large amount of loess, when the soil becomes more than a certain thickness due to the moisture of the loess, the adhesion of the loess by the weight of the soil and the loess This is not done properly, so can not be produced in a beautiful shape, when producing a layer of ocher to a thickness of 10cm in the step (s4) should be made with drying work.

Thereafter, the first application of ocher is repeated two more times to the outside of the frame to completely form the outer wall part.

As described above, when the outer wall portion is completed, the formed net is removed so as not to desorb when forming the outer wall (S6).

Then, by completing the inner ocher wall portion in the same manner as the ocher coating step inside the frame, to complete the wall portion (S7).

In addition, the doorway and the exhaust port formed in the frame manufacturing step is applied by using the loess, complete the doorway and exhaust port. (S8)

Finally, the bottom surface is made of ocher to the lower side of the dome-shaped inner wall portion and the rail is formed in the direction of the doorway on the bottom surface to produce the charcoal charcoal (S9) of the present invention.

Here, after the frame manufacturing step (S1) it can be manufactured by installing a boiler circulation hose to the outside of the frame, and installing a boiler installation step (S2) for installing a boiler connected to the boiler circulation hose.

As described above, the steaming charcoal kiln according to the present invention forms a wall part with ocher mixed with the moire and rice straw, and the heat and wood vinegar generated by burning fire with oak in the brazier installed inside the charcoal kiln is a dome-shaped charcoal kiln made of the ocher. Absorbed by the loess without being released to the outside by, it is possible to preserve the efficacy of the loess and charcoal, wood vinegar as it is.

In addition, the production cost is reduced by directly producing charcoal kiln without the additional processing process such as brick type ocher used by mixing the moire and rice straw in a certain ratio.

In addition, by burning the oak to generate heat without using a boiler that generates heat with gas or oil, it is possible to reduce the cost of generating heat, the generated oak char is a useful invention that can be used separately.

Claims (4)

In the charcoal kiln for the steaming provided in the jjimjilbang, Frame 10 made in the shape of a dome; First, second and third ocher wall portions 21 and 22 which are coated with ocher made by mixing rice straw and the day after the outside and the inside of the frame 10 and three times with an outer thickness of 10 cm. 23) and a wall portion 20 formed of an inner ocher wall portion 24 formed by coating once inwardly 10 cm thick and a glaze portion 25 formed in the inner ocher wall portion 24; It forms an entrance 30 formed on one side of the wall portion 20 and the exhaust port 40 on the other side, the lower side is characterized by consisting of the bottom portion 50 and the rail 51 made of ocher mixed with straw The charcoal kiln for the jjimjilbang. The charcoal kiln for steaming according to claim 1, further comprising a boiler circulation hose (61) installed on the frame, and further comprising a boiler (60) connected to the boiler circulation hose (61). In the manufacturing method for producing a charcoal kiln used in jjimjilbang, A dome-shaped frame fabrication step (S1) of forming a dome-shaped base skeleton and an entrance part on one side and an exhaust port on the other side using reinforcing bars to produce a dome-shaped charcoal kiln; A net forming step (S3) of forming a net using a connection member such that the ocher is not detached to the manufactured frame; An ocher coating step (S4) applied to the outside of the frame while drying by applying heat to the ocher mixed with a predetermined amount of rice straw to the outside of the dome-shaped frame, and applying a coating thickness of the ocher to be constructed once (S4); An outer wall part forming step of completing the outer wall part by repeating the first ocher coating twice more to the outside of the frame (S5); Removing the net formed in the frame (S6); A wall portion forming step (S7) of forming the wall portion by completing the inner wall portion in the same manner as the ocher coating step inside the frame; An entrance and an exhaust port completion step (S8) of completing the entrance and the exhaust port formed in the frame manufacturing step using loess; Method of manufacturing a charcoal kiln characterized in that the bottom surface is made of ocher to the bottom side of the dome-shaped inner wall portion and the bottom surface forming step (S9) to form a rail in the direction of the doorway on the bottom surface. According to claim 3, After the dome-shaped frame manufacturing step of installing a boiler circulating hose to the outside of the frame, a boiler installation step (S2) for installing a boiler connected to the boiler circulating hose is added.

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