KR200380173Y1 - sauna parlor which is made by yellow soil - Google Patents

Abstract

The present invention relates to an ocher jjimjilbang, specifically, to form a jjimjilbang by laminating the ocher bricks, and after installing a separate brazier made of ocher inside the room, by continuously heating the furnace, to reduce the temperature inside the room To prevent and ensure that the heat is evenly distributed in the interior space, and to install a separate pipe in the furnace to provide hot water and heating means using the heat generated in the furnace. In addition, by forming a separate opening and closing in the furnace located inside the jjimjilbang so that far-infrared rays generated from the charcoal inside the furnace can be smoothly transmitted to the inside of the room.

Because of this, the user can continuously bathe, maximize the amount of far-infrared rays generated from ocher and charcoal to effectively promote the health and beauty of the user, as well as enjoy the steaming in a comfortable space. In addition, energy consumption for hot water and heating can be minimized.

Description

Ocher Jjimjilbang {sauna parlor which is made by yellow soil}

In modern society, the human body is gradually acidified by concrete, which occupies most of the living environment, and stress, bad eating habits, and various pollutions in social life, causing various adult diseases and various chronic diseases.

Accordingly, in recent years, a number of health improvement methods have been proposed to prevent or treat stress and physical diseases. Among them, ocher jjimjilbang, which uses the far-infrared rays emitted from ocher, has been used a lot.

The common loess used in ocher jjimjilbang contains a large amount of oxygen and emits a large amount of far infrared rays when heated. This far-infrared changes the acidified constitution to alkalinity and promotes blood circulation, which boosts metabolism. In addition, by activating the physiology of the cells to increase the tissue regeneration ability, the harmful substances in the body is decomposed to strengthen blood and body tissues, there is an excellent effect on skin beauty.

Far-infrared light as described above has been proven to be released in large quantities in charcoal in addition to loess has been used a lot.

As a general structure of the conventional ocher jjimjilbang, the structure consisting of a concrete wall formed in all directions so that the space is formed therein and applying the ocher to a predetermined thickness on the inner surface of the wall, and kneading the ocher in water only pure ocher There has been proposed a structure in which a refractory brick is formed on an inner surface of a wall formed of a wall or made of only yellow soil.

However, in the structure in which ocher is applied to the concrete wall, the ratio of concrete constituting the wall is higher than that of ocher, so it is hard to generate far-infrared rays to heal the human body and more harmful substances generated in concrete than far-infrared rays generated from ocher. There is a problem that occurs.

In addition, the structure that forms the wall of Jjimjilbang with loess only has the advantage of emitting more far infrared rays than the concrete wall.However, the loess kneaded in water does not have strong strength, so it is partially cracked when impacted or heated at high temperature for a long time. Phenomenon occurs. This can be repaired by applying ocher to the cracked area, but the general jjimjilbang is large enough for many people to use at the same time, so it is hard to find the cracked part at the same time. There is a problem. In addition, when the jjimjilbang is installed outdoors and exposed to rain or snow, the problem is that the ocher is easily diluted and collapsed by moisture.

 In addition, the structure in which the refractory brick is formed on the inner wall of the jjimjilbang and the ocher applied to the outside of the structure can prevent the ocher from being damaged by heat to some extent, but the problem of easily diluting the external ocher by rain and snow There is a problem that can not be resolved, the far-infrared of the ocher is not easily discharged into the jjimjilbang by the refractory brick, and the construction process is cumbersome and takes a lot of construction period.

Various methods for heating the jjimjilbang made of various configurations as described above are also proposed,

Among them, by using a separate heating means from the outside to send heat to the floor of the interior of the jjimjilbang heating the bottom of the jjimjilbang to increase the temperature inside the jjimjilbang by the ondol heating method to generate far-infrared rays from the bottom and walls of the jjimjilbang,

The direct heating type is used to put the wood into the interior space of the jjimjilbang and then burn the wood, and directly heat the wall of the jjimjilbang by the heat generated as the wood burns, so that far infrared rays are generated from the heated ocher wall for a certain time. .

However, in view of the fact that far infrared rays are most intensely generated in loess heated to about 400 ° C., the user may be burned by simply heating the bottom of the jjimjilbang, such as the ondol heating method. It is not possible to heat the bottom of the jjimjilbang, which is in direct contact with the body, to about 400 ° C.

Therefore, the method as described above has to heat the bottom of the jjimjilbang only about 50 ° C and because of this, the temperature of the wall of the jjimjilbang is heated only about 30 ° C, there is a problem that a large amount of far infrared rays are not emitted as a whole.

And the direct heating type when the process of burning wood in the jjimjilbang after the process of burning charcoal and ashes inside the jjimjilbang to the outside and the user enters the jjimjilbang to the steam bath, the ashes and charcoal formed on the bottom of the jjimjilbang one by one There is a hassle that needs to be removed, and during the burning of the wood inside the jjimjilbang and during the collection of ash after combustion, it is not possible to take a jjimjil.

In addition, since the direct heating heating jjimjilbang is simply heated by the heat stored in the ocher, the problem of having to repeat the combustion work and the collection work to stop and heat the jjimjil bath when the temperature of the jjimjilbang decreases during the jjimjil bath. have. Therefore, direct heating jjimjilbang is inefficient because it does not have a lot of time to use.

In addition, the heating jjimjilbang heated by the direct heating type is a lot of heat is emitted from the wall, the user can feel the warmth, but because the temperature of the floor is easy to go down, there is a problem that it is difficult to carry out using the floor.

In addition, the direct heating type should collect the charcoal generated by burning wood to the outside to secure the space for steaming, and the saddle field heating type cannot use the far-infrared rays generated from the charcoal inside the steaming room because the char is made outside the room. .

The present invention is proposed to solve the above problems,

First, install a separate furnace made of ocher inside the jjimjilbang, and maintain the temperature inside the jjimjilbang by the heat and far infrared rays generated from the heated brazier, and always keep the amount of far-infrared radiation generated from the loess of the brazier and jjimjilbang. It is an object of the present invention to provide an ocher jjimjilbang that can be kept in a maximized state.

Second, by forming the opening and closing opening in the brazier formed inside the jjimjilbang so that far infrared rays generated from the charcoal in the brazier to be emitted into the jjimjilbang, the loess jjimjilbang can be obtained by the far infrared of the ocher and far infrared rays of the char The purpose is to provide.

Third, an object of the present invention is to provide an ocher jjimjilbang, which can supply heating and hot water by installing a separate pipe in the furnace and using heat generated in the furnace.

Fourth, it is the object of providing a loess jjimjilbang that can be installed in the outdoors by constructing only jjimjilbang with ocher bricks, and to maximize the efficacy of the loess while preventing the damage of jjimjilbang.

Fifth, by allowing the wood to be burned in a blocked state and the interior of the jjimjilbang by the brazier, the purpose is to provide a loess jjimjilbang that can be steamed in a comfortable jjimjil environment because ash or soot does not remain on the wall or floor.

The present invention ocher jjimjilbang proposed to achieve the above object is formed a separate brazier formed by penetrating from the outside inside the jjimjilbang made by stacking the ocher brick, the inlet of the brazier is formed on the outside of the jjimjilbang It is done.

Hereinafter, with reference to the configuration illustrated in the drawings to describe an embodiment of the specific configuration and operation of the present invention.

The jjimjilbang 10 is as shown in Fig. 1 by stacking the ocher bricks 12 in all directions to form a space therein, and both sides are formed with an entrance 14 which is accessible from the outside.

The reason for using the ocher brick 12 as described above is that when the kneading chamber is formed into only the dried ocher by kneading in water, the ocher is broken by heat or is easily diluted by external moisture, and thus the ocher brick 12 is broken. ) Is manufactured in a state of maintaining a certain degree of strength and hardness through a number of processes by a known method because it has the advantage of maintaining the characteristic and efficacy of ocher without being easily broken or diluted by moisture to be.

Jjimjilbang 10 as described above can be formed in a variety of hemispherical (半 毬) shape, square shape, pyramid shape.

The furnace 20 is to heat the inside of the jjimjilbang (10) and to maintain a constant temperature inside the jjimjilbang, as shown in [FIG. 1] to [FIG. 2] all four sides are formed in a constant height surrounded by ocher And a combustion chamber 22 capable of burning wood is formed therein. At this time, one end of the furnace 20 is opened to fill a wood and the like into the combustion chamber 22 of the furnace 20 to form a combustion hole 24 for burning fire.

Since the furnace 20 is actually a place where it directly closes to flames, it is desirable to form the clay using bricks to prevent the occurrence of cracking due to heat, but the size of the furnace 20 is not so large that it is difficult to find a cracked portion. It is easy and easy to maintain the method of padding ocher, so it can be formed only with kneaded ocher.

The furnace 20 is penetrated through one side of the jjimjilbang 10, the remaining portion except the combustion port 24 of the brazier 20 is located inside the jjimjilbang 10, as long as the width of the jjimjilbang 10 It is formed in a tubular shape.

The combustion port 24 is located in the outside of the jjimjilbang (10), the reason that a large number of people through an accident or a combustion port (24) that can occur when the fire in the closed jjimjilbang (10) This is to prevent the smoke is discharged into the jjimjilbang (10).

And by installing the brazier 20 having a length greater than or equal to the width of the jjimjilbang 10 in the form protruding from the bottom, so that far-infrared rays and heat generated from the brazier 20 evenly spread throughout the jjimjilbang 10 inside. Can be, and the Jjimjilbang (10) floor can be prevented from being excessively heated, the user can comfortably bathe in the Jjimjilbang floor.

In addition, the combustion port 24 may be formed at both ends of the furnace 20 so that the wood is put into the combustion chamber 22 or the ashes burned can be easily collected.

When the brazier 20 is formed in the relatively long jjimjilbang 10, the length of the brazier 20 is also lengthened. If the combustion port 24 is formed only at one end in the jjimjilbang 10 as described above, If 20 is provided, the distance of the combustion chamber 22 filled with wood will be (L) as shown in FIG. In this case, in order to fill the tree from the inlet of the combustion port 24 to the end of the combustion chamber 22, the tree must be pushed deeply toward the end of the combustion chamber 22. This can be broken and pushing is not easy. In addition, even when the combusted ash is collected, the ash located far from the combustion port 24 becomes difficult to collect.

However, as illustrated in the drawing, when the combustion holes 24 are formed at both ends of the furnace 20, the distance for filling or collecting wood through each combustion hole 24 is reduced to L1 and L2, respectively. This makes it much easier to fill and collect wood and reduces the risk of damage to the furnace walls.

If the furnace 20 is installed in a small jjimjilbang instead of the large jjimjilbang 10 as described above, the combustion port 24 may be installed only at one end of the brazier 20.

When the temperature of the combustion chamber 22 is sufficiently heated to 400 degrees or more by installing a separate heat loss prevention door 26 in the combustion port 24 of the furnace 20 having the above configuration, 26 is closed to prevent the heat of the combustion chamber from escaping out through the combustion port 24. And the transparent window 28 is installed on the heat loss prevention door 26 so that the thermal power of the combustion chamber can be seen without opening the heat loss prevention door 26.

The chimney 30 is formed on one side of the upper surface of the brazier 20 formed inside the jjimjilbang 10, the chimney 30 in communication with the brazier 20, so that most of the flue 32 of the chimney is located in the jjimjilbang 10 Only the end portion is formed so as to penetrate the upper surface of the jjimjilbang 10 to the outside. The reason why most of the flue 32 of the chimney 30 is located inside the jjimjilbang 10 as described above, the smoke and heat generated in the furnace 20 through the flue 32 of the chimney 30 is external The chimney 30 is heated by the heat passing through the flue 32 in the process of being discharged to, the heat is spread again to the inside of the jjimjilbang 10 to help the jjimjilbang 10 is heated. That is, because the waste heat discharged to the outside can be used as heat for heating the jjimjilbang 10 because it can increase the thermal efficiency.

Therefore, it is preferable that the chimney 30 is also formed of ocher so that far infrared rays are generated even in the heated chimney 30.

By installing a separate pipe 40 in the brazier 20 as described above, the heating and hot water supply to the heating or other facilities of the floor of the jjimjilbang 10 can be provided.

The pipe 40 is embedded in the ocher layer constituting the furnace 20 as shown in [2] to [3] so that the water in the pipe 40 is easily heated. At this time, one end of the pipe 40 is connected to a separate water supply means (not shown) and the pipe 40 wound on the brazier is drawn out to the bottom of the jjimjilbang 10 as shown in FIG. Heating is also made at the bottom of the jjimjilbang (10). And the end of the pipe 40 buried in the bottom is drawn to the outside of the jjimjilbang 10 and then connected to the water valve (V) to use the hot water from the outside.

If the brazier 20 is installed using an ocher brick, it is difficult to embed the pipe inside the brick, so that the pipe 20 may be simply in close contact with the outer surface of the brazier 20.

Far infrared rays generated from the charcoal made in the combustion chamber 22 of the furnace 20 is provided with a separate opening and closing port 50 in the furnace 20 in which the chimney 30 and the pipe 40 are installed as described above. To be divergent.

The opening and closing port 50 is formed on the side wall of the furnace 20 as shown in Figure 4 to 5 to open or block the combustion chamber 22 of the furnace 20 to the outside.

The opening and closing port 50 is installed on both sides of the furnace 20 so that far-infrared rays generated from the char formed in the entire combustion chamber through the opening and closing opening 50 is evenly distributed inside the jjimjilbang 10.

In addition, by forming a transparent window 52 using the heat-resistant glass that can withstand the heat of about 1000 ° C in the opening and closing port 50, the user inside the jjimjilbang 10 in the combustion chamber 22 without opening the opening and closing port 50 Wood can be burnt to watch the process of charcoal, it is possible to determine the thermal power in the combustion chamber (22).

And it is preferable to install a separate railing 60 around the brazier 20 to prevent accidents that the user falls into the brazier and burns.

Ocher jjimjilbang consisting of the above configuration,

Before the steam bath, the wood is put into the combustion chamber 22 through the combustion port 24 of the furnace 20, and the fire is spread through the combustion chamber 22 when the fire is blown from the combustion port 24. When a certain time passes in the above state, as the brazier 20 located inside the jjimjilbang 10 is heated and the brazier 20 is heated, a large amount of far infrared rays and high heat are generated in the loess forming the brazier 20. At this time, so that the temperature of the loess constituting the furnace maintains about 400 ° C to generate the most far infrared rays in the furnace 20.

And the heat generated from the heated furnace 20 is heated to about 60 ~ 70 ° C the clay brick 12 constituting the jjimjilbang (10) and even in the jjimjilbang (10) as the ocher brick 12 is heated Far infrared rays are emitted. Although the ocher bricks of Jjimjilbang are not heated to about 400 ° C, which generates the most far infrared rays, a sufficient amount of far infrared rays is generated because the far infrared rays are generated from the entire Jjimjilbang within the temperature range where the user will not be burned.

In this process, the pipe 40 installed in the furnace 20 is also heated together, so that the water temperature in the pipe 40 rises and eventually is discharged to the bottom of the jjimjilbang 10 and the water valve V outside the jjimjilbang 10. The entire pipe 40 is heated to enable heating of the floor of the jjimjilbang 10 and external hot water supply.

When the furnace 20 is continuously heated for a predetermined time and the temperature of the combustion chamber 22 is sufficiently heated to 400 degrees or more, the heat loss prevention door 26 installed in the combustion port 24 is closed to lose heat through the combustion port 24. Prevent it.

After a certain time, when the wood is burned in the combustion chamber 22 and char is made, the opening and closing port 50 formed in the furnace 20 is opened. Opening the opening and closing port 50 as described above is a large amount of far-infrared rays generated from the char is spread through the opening and closing port 50 is opened throughout the jjimjilbang 10. Eventually, far infrared rays are simultaneously generated from the ocher bricks 12 and charcoal of the brazier 20 and the jjimjilbang 10, so that the users inside the jjimjilbang 10 receive a large amount of far-infrared rays. In addition, when the chimney 30 is made of ocher, far infrared rays generated from the heated chimney 30 are further added to the user.

The various features of the ocher jjimjilbang according to the present invention described above with reference to the drawings can be variously modified and combined by those skilled in the art, but these modifications and combinations are provided with a brazier opening and closing opening is formed inside the jjimjilbang made of ocher brick If it is related to the configuration and purpose, it should be interpreted as falling within the protection scope of the present invention.

As described above, ocher jjimjilbang according to the present invention,

First, it is possible to control the temperature inside the jjimjilbang by installing a separate brazier inside the jjimjilbang, there is an advantage that can be continuously bathed.

Second, through the opening and closing opening in the furnace, far infrared rays generated from charcoal, ocher brick of jjimjilbang, and far infrared rays generated from ocher and chimney of the brazier are discharged to the inside of the jjimjilbang, maximizing the amount of far infrared rays, thereby obtaining more effective poultice effect. There are advantages to it.

Third, by forming combustion ports at both ends of the furnace, it is easy to put wood into the combustion chamber or to collect ash from the combustion chamber.

Fourth, since it is possible to supply hot water and heating by using the heat generated in the furnace, there is an advantage of easy energy saving and cost saving.

Fifth, by forming the jjimjilbang using the loess brick maintaining the strength, there is an advantage that can prevent the breakage of jjimjilbang.

Sixth, because the wood is burned in a blocked state from inside the jjimjilbang ash or soot does not remain on the wall or floor of the jjimjilbang has the advantage that can be steamed in a comfortable environment.

1 is an external perspective view of the present invention

2 is a perspective view of the present invention

Figure 3 is a cross-sectional view showing the combustion sphere is formed on both sides of the jjimjilbang of the present invention

Figure 4 is a perspective view showing that the opening and closing is formed in the brazier in the present invention

Figure 5 is a plan sectional view showing that the balustrade is formed around the hearth of the present invention

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

  10: jjimjilbang 12: ocher brick

  14: door 20: brazier

  22: combustion chamber 24: combustion port

  26: heat loss prevention door 30: chimney

  32: year 40: piping

  50: opening and closing port 52: transparent window

  60: handrail

Claims (7)

To form a space that is blocked from the outside by ocher, The space portion is formed a predetermined door that can be entered by people, The space part is provided with a furnace in which a combustion chamber and a chimney are formed, An end portion of the combustion chamber communicates with the outside of the space to form a combustion port, The loess jjimjilbang, characterized in that the combustion chamber is formed of ocher. The method of claim 1, The combustion chamber of the furnace is ocher jjimjilbang, characterized in that at least one opening or closing is formed in the side. The method according to claim 1 or 2, The ocher jjimjilbang, characterized in that the one end is connected to a separate water supply means and the other end is connected to a separate valve, the pipe is further installed around the furnace. The method of claim 3, wherein The piping ocher jjimjilbang, characterized in that the extension is installed on the bottom surface of the space. The method according to claim 1 or 2, The chimney ocher jjimjilbang, characterized in that made of ocher. The method according to claim 1 or 2, The loess steam chamber is installed so that the combustion chamber of the furnace penetrates through the space portion, and combustion ports communicating with the outside of the space portion are formed at both ends of the furnace. The method according to claim 1 or 2, The ocher jjimjilbang, characterized in that a separate heat loss prevention door is formed in the combustion port.