KR200182304Y1 - Ceramic sauna fueled oak charcoal fire to radiate infrared rays - Google Patents

Abstract

The present invention relates to a ceramic oak charcoal steam kiln that emits far-infrared rays, and is formed of a refractory brick to block heat from being transmitted to the outside; A steel plate inner wall installed in a house shape in which a four-sided wall surface and a roof are integrally formed on the basis of the fireproof floor; A combustion chamber formed inside the iron plate inner wall; A ceramic outer wall in which wire meshes are inherent in all four sides of the inner wall of the iron plate, and the ceramic mixing dough is kneaded in a state where ceramic powder and ocher are mixed at a proper ratio; And a ceramic roof made of ceramic powder, the ceramic roof being built outside the roof of the iron plate inner wall. A ash support and a fuel support network for supporting fuel installed on the bottom of the refractory material; An oxygen supply pipe installed between the ash tray and the fuel support network to supply oxygen for combustion; And a hot water pipe installed between the refractory bottom and the ash tray to circulate the hot water.

Description

Far-infrared radiation ceramic oak charcoal kiln {Ceramic sauna fueled oak charcoal fire to radiate infrared rays}

The present invention relates to a ceramic oak charcoal kiln that emits far infrared rays.

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

Conventional magical jjimjilbang is installed in a closed space with a doorway and then installed directly on the hot water with a gas burner or electric heater.

However, in the jjimjilbang, where gas and electricity are consumed using gas or electricity as fuel, the consumption of gas and electricity is high, and safety facilities must be provided. However, in most jjimjilbangs, safety facilities are expensive. As it is operating, it has been pointed out that the user has insufficient safety measures against the damage caused by gas explosion or electromagnetic wave, and most of the vulgars simply emit hot heat and do not radiate beneficial infrared rays to the human body. Because you can not expect a more effective poultice effect.

The present invention has been made to solve the above problems, and is made of a ceramic material that emits far-infrared rays, which is beneficial to the human body, and solves the pollution problem by using oak, which is a natural fuel, and simultaneously causes an explosion or electromagnetic damage. It was designed with the purpose of providing a poultice that never occurred.

The present invention as a means for achieving the above object,

A fireproof floor formed of a firebrick to block heat from being transferred to the outside;

A steel plate inner wall installed in a house shape in which a four-sided wall surface and a roof are integrally formed on the basis of the fireproof floor;

A combustion chamber formed inside the iron plate inner wall;

A ceramic outer wall in which wire meshes are inherent in all four sides of the inner wall of the iron plate, and the ceramic mixing dough is kneaded in a state where ceramic powder and ocher are mixed at a proper ratio; And

A ceramic brick made of ceramic powder, the ceramic roof being built outside the roof of the iron plate inner wall;

It is characterized by consisting of

In addition, the ash support and the fuel support network for receiving the ash is installed on the bottom of the refractory material, and the oxygen supply pipe is installed between the ash tray and the fuel support network to supply oxygen for combustion in the combustion chamber, The hot water pipe is installed between the bottom of the refractory material and the ash tray to circulate the hot water.

1 is a front view of the present invention.

Figure 2 is a side view of the present invention.

3 is a front sectional view of the present invention.

Figure 4 is a side cross-sectional view of the present invention.

Figure 5 is a perspective view of the ash tray charcoal kiln of the present invention.

※ Explanation of code for main part of drawing

1: charcoal kiln 2: fireproof floor

3: iron plate inner wall 4: combustion chamber

5: oxygen supply pipe 6: hot water pipe

7: ceramic outer wall 8: ceramic roof

31: four sides of the wall 32: roof portion

33: opening and closing door 35: communication port

36: communication 37: viewing window

41: ash tray 42: fuel support network

51: connector 52: main supply pipe

53: valve 71: wire mesh

An embodiment of the present invention will be described in detail with reference to the accompanying drawings.

Figure 1 is a front view of the subject innovation, Figure 2 is a side view of the subject innovation, Figure 3 is a front sectional view of the subject innovation, Figure 4 is a side cross-sectional view of the subject innovation, Figure 5 is a perspective view of the ash tray of the charcoal kiln of the subject innovation As shown,

Reference numeral 1 denotes a charcoal kiln, the charcoal kiln (1) is constructed by calcination of ganban stone is made of a ceramic manufactured in powder form to radiate far infrared rays, and as a fuel is designed to use a natural fuel oak wood There is no pollution and the fuel cost is designed to reduce fuel costs by 1/4 to 1/5 compared to using gas or electricity as fuel.

The charcoal kiln (1) is based on the refractory floor (2) is composed of a refractory brick to block the oak combustion heat and charcoal burner is transferred to the outside of the floor.

On the refractory floor 2, an iron plate inner wall 3 made of a steel plate is installed on the bottom of the refractory material. The iron plate inner wall 3 has a structure in which a four-sided wall portion 31 and a roof portion 32 are integrally formed. The front wall is welded with a fixed hinge 34 to install the opening and closing door 33 for injecting oak fuel, and the upper portion of the rear wall is formed with a communication port 35 for discharging the combustion gas It is.

The inside of the iron plate inner wall 3 is formed with a combustion chamber 4 having a relatively large space. In the lower portion of the combustion chamber 4, a ash tray 41 and a fuel support network 42 are sequentially installed. 41, the rear surface 41b and the both side surfaces 41c are formed in an inclined surface with respect to the withdrawal passage 41a formed horizontally, and are combusted in the combustion chamber 4, and are lowered from the fuel support network 42. By allowing the falling ash to collect in the withdrawal passage 41a, the fully burned ash can be easily taken out and removed through the opening and closing door 33, and the fuel support network 42 is composed of a wire mesh woven into a net. have.

A plurality of oxygen supply pipes 5 are horizontally installed at a predetermined interval between the ash tray 41 and the fuel support network 42. The plurality of oxygen supply pipes 5 are formed on the four-sided wall portion 31. It is connected to the main supply pipe 52 by the connecting pipes 51 in a state of drawing out to one of the left and right walls to the outside, and the valves 53 are installed in each of the connecting pipes 51, respectively. It is configured to control and cut off the supply amount of oxygen, and numerous injection holes are formed in each of the plurality of oxygen supply pipes 5 described above.

In addition, the hot water pipe 6 is piped between the upper surface of the refractory bottom 2 and the bottom of the ash tray 41 to heat the cold water flowing from the inlet side 61 to discharge hot water through the outlet side 62. Consists of.

An important configuration of the charcoal kiln (1) is to build a ceramic outer wall (7) and a ceramic roof (8) on the outer surface of each of the four-sided wall portion 31 and the roof portion 32 of the iron plate inner wall (3), the configuration for this As the ceramic outer wall (7) is calcined at a high temperature (1000 ~ 1350 ℃) and then the ceramic dough made by mixing the ceramic powder made of powder and ocher in an appropriate ratio, the four sides of the inner wall (3) 31) It is constructed as a means of attaching to the outer surface with a suitable thickness, which is the structure of building the ceramic outer wall (7) in the same structure as the wall of soil when erasing thatched houses in the old days, and also the ceramic outer wall made of ceramic dough In (7), the wire mesh 71 is embedded so as to be able to withstand its own load and the load of the ceramic roof 8 sufficiently, and to have strength that can withstand high heat at the same time.

The ceramic outer wall 7 is all walls except for the left and right roof portions 32 of the inner steel plate 3, that is, the front wall in which the opening and closing door 33 is formed as well as the left and right wall surfaces as shown in FIGS. 3 and 4. It includes the whole and the whole back wall in which the communicating port 35 was formed.

The ceramic roof 8 is composed of a ceramic brick 81 made of ceramic powder, and the ceramic brick 81 has a structure constructed on the roof portion 32 forming the iron plate inner wall 3.

On the other hand, the opening and closing door 33 is made of a steel plate is installed to be opened and closed on the fixed hinge 34, the communication port 35 is connected to the communication 36 for discharging the combustion gas to the outside, and One or both of the left and right sides of the ceramic outer wall 7 is provided with a see-through window 37 of refractory asbestos glass to visually check the combustion state of oak as fuel and the combustion state of oak charcoal in the combustion chamber 4. Also, a check hole 38 is formed at the upper end of the opening / closing door 33 on the front surface of the ceramic outer wall 7 to form a hole for looking into the combustion chamber 4.

The operation of the present invention configured as described above will be described.

Since the combustion chamber 4 of the charcoal kiln 1 forms a relatively large combustion space, the opening and closing door 33 can be opened and a large amount of oak firewood can be stacked on the fuel support network 42 so that the fuel can be placed once. The charcoal kiln (1) can be heated for a long time, since the inner wall of the charcoal kiln (1) is formed of the inner wall of the iron plate (3), the burning flame of oak firewood burned in the combustion chamber (4) is the iron plate inner wall (3). Is directly heated, and each of the ceramic outer wall 7 and the ceramic roof 8 formed on the outer wall portion 31 and the roof portion 32 outer surface of the iron plate inner wall 3 is separated from the heated iron plate inner wall 3. Since it is indirectly heated and is not suddenly heated, cracking does not occur, and the burning of the oak firewood burned in the combustion chamber 4 also does not appear.

The oak firewood put into the charcoal kiln 1 receives combustion oxygen from a plurality of oxygen supply pipes 5 installed under the fuel support network 5, so that combustion is well performed and valves installed in each connection pipe 51 are provided. (53) can be adjusted to control the amount of oxygen supply, so that the combustion state of oak firewood and charcoal can be adjusted accordingly, as well as maintaining the heating state of the charcoal kiln (1) as well as the burning time of oak firewood and oak charcoal By extending the combustion time of the charcoal kiln can be operated efficiently.

As described above, the ceramic outer wall 7 heated by the combustion heat of the oak firewood burned in the combustion chamber 4 is composed of ganbanite powder and loess components that emit far infrared rays. Since the ceramic brick constituting the ceramic roof 8 is also made of ganbanite powder that emits far-infrared rays, the more the infrared radiation is emitted and the longer the radiation wavelength is, the higher the ceramic roof 8 is heated to a high temperature. The interior of the jjimjilbang where the charcoal kiln (1) is installed is characterized in that the hot heat emitted from the charcoal kiln (1) is an atmosphere in which the infrared rays are radiated so that the user can feel the effect of steaming in the atmosphere of far-infrared with heat. .

In addition, since the hot water pipe 6 piped on the refractory bottom 2 is always heated by the oak combustion heat and the oak charcoal combustion heat being combusted in the combustion chamber 4, the cold water introduced from the inlet side 61 is in the combustion chamber 4. Since the hot water pipe 6 is heated to hot water and discharged to the outlet side 62 while circulating the hot water pipe 6 piped inside the hot water pipe 6, the hot water pipe 6 receives cold water introduced from the inlet side 61 as if it were a hot water heater. It is characterized in that it can be discharged to the outlet side 62 by heating in a short time.

According to the present invention as described above, since the charcoal kiln is constructed of a ceramic outer wall and a ceramic roof made of ceramic powder emitting far infrared rays, when the charcoal kiln is heated, the ceramic outer wall and the ceramic roof of the charcoal kiln are heated with far infrared rays. Since it emits, it has the effect of allowing the user to enjoy the steaming in the atmosphere of hot heat and far infrared rays, and it heats the charcoal kiln by using oak, which is a natural fuel, as a fuel, so it does not induce environmental pollution. Compared with the fuel, the fuel cost can be reduced to about 1/4 to 1/5. Also, since the hot water pipes connected to the bottom of the combustion chamber are always heated in a hot state, the cold water flowing from the inlet side is a hot water pipe. Heated and discharged with hot water during circulation All the users who foment practical designed to provide the benefits that can supply hot water to.

Claims (2)

A fireproof floor formed of a firebrick to block heat from being transferred to the outside; A steel plate inner wall installed in a house shape in which a four-sided wall surface and a roof are integrally formed on the basis of the fireproof floor; A combustion chamber formed inside the iron plate inner wall; A ceramic outer wall in which wire meshes are inherent in all four sides of the inner wall of the iron plate, and the ceramic mixing dough is kneaded in a state where ceramic powder and ocher are mixed at a proper ratio; And A ceramic brick made of ceramic powder, the ceramic roof being built outside the roof of the iron plate inner wall; Far-infrared radiation ceramic oak charcoal kiln, characterized in that consisting of. The method of claim 1, A ash support and a fuel support network for receiving ashes installed on the floor of the refractory material, and an oxygen supply pipe installed between the ash support and the fuel support network to supply oxygen for combustion, Far-infrared radiation ceramic oak charcoal kiln, characterized in that the hot water pipe is installed between the bottom of the refractory material and the ash tray installed to circulate while the incoming cold water is heated with hot hot water.