KR100293176B1 - Steam bath room using loess - Google Patents

Abstract

PURPOSE: A steam bath room is provided in which a Korean hypocaust is installed to form a loess layer and then heated to warm an inner space of the bath room, an inner part is formed with elvan and loess to make the inner space of the bath room and an outer part is formed to protect the inner part and insulate. Whereby, the bath room emits a large amount of far infrared rays and improves health of a user. CONSTITUTION: The steam bathroom comprises: a loess layer(15) for forming a bottom surface using a Korean hypocaust; an inner part(8) laminated by elvan and loess to a height of 1.5m from the bottom surface at predetermined intervals to radiate far infrared rays when the Korean hypocaust is heated; an outer part(7) made of granite for protecting the inner part and heat insulation; and a chimney(16). The inner part has different temperatures at each position like this; 600 to 900deg.C in an upper-most layer, 400 to 600deg.C in a medium layer and 70 to 150deg.C in a lower-most layer, when it is heated by burning of pine trees.

Description

Ocher steam room

The present invention relates to a steam membrane to discharge the waste of the human body with sweat, and in particular, by stimulating the activity of human cells by far-infrared to improve the vitality of the human body to improve the immune capacity of the human disease and aging of the site The present invention relates to a steam chamber having an improved structure so that far infrared rays are emitted as continuously as possible by using ocher, elvan, and boulders having excellent absorption, storage, and release characteristics of far infrared rays to enhance self-growth.

Steam steam, which has been used for health since ancient times, is mainly constructed using refractory bricks and heated at regular intervals using gas or petroleum to maintain the internal temperature at about 50-70 ℃. It also supplies steam to the interior spaces or places herbs such as wormwood.

However, the conventional steam room having such a structure only heats the internal space to a temperature higher than room temperature to allow the user to sweat and thus only to discharge the waste accumulated in the human body, and the effect of the self-healing of the human body is weaker. In addition, in order to increase the thermal insulation effect and cement used in the stacking of refractory bricks, thermal insulation materials are used. These materials have a problem in that toxic gases that are harmful to the human body are released when heat is received. The steam room, which was built as a problem, consumed too much energy because of fast cooking.

An object of the present invention is to provide a steam membrane having a structure that emits a large amount of far-infrared rays to promote the human body's self-healing effect by promoting the cellular vitality of the human body to solve the problems caused by the conventional steam.

Another object of the present invention is to provide an energy-saving steam chamber having excellent heat storage function so that the temperature required by heating is kept constant, and allowing the stored thermal energy to be continuously discharged constantly.

1 is a perspective view of an ocher steam chamber according to the present invention.

Figure 2 is a cross-sectional view showing the structure of the loess steam film of Figure 1;

3 is a cross-sectional view of an ocher steam chamber according to another embodiment of the present invention.

Explanation of symbols on the main parts of the drawings

1: steam room 2: gargoyle 4,4 ': door

7: outer part 8: inner part 9: slabs (of elvan)

10: ocher 14: stack

In order to achieve the above object, the steam room according to the present invention has a base embedded in the ground, and lamellar plates having excellent heat storage and far-infrared radiation are laminated using the ecliptic from the base to build the inner part, and the tartar to protect the inner part. The laminated structure is configured to prevent the heat storage of the inner portion from being discharged to the outside, and the space between the inner portion and the gingiva is filled with ocher.

In addition, the steam room according to the present invention is constructed of reinforced concrete for the construction integrally with the base on the outside to protect the inner part and by connecting the barbed rock and the boulders of the inner part to the reinforcement of the reinforced concrete of the outer side as a connecting means. It can also be constructed so that it will not collapse in the event of an earthquake. In the lower part of the inner part of the steam chamber of the present invention, it is preferable to use ganban stone as a slab and to use a saddle stone in the upper middle part.

Hereinafter, with reference to the drawings showing an embodiment of the present invention will be described in detail the present invention.

Figure 1 shows the outer shape of the steam film 1 according to the present invention, the tartar 2 of granite is laminated with cement and is shaped like a bell. Two openings 3 are formed in opposing positions on both lower sides of the steam chamber 1, and the doors 4 and 4 'are provided to be rotatable by hinges, one of which is a door 4 The other door 4 'is used as a passage for discharging smoke into the stack during heating as described in FIG. 2 and is closed when the inside is heated to a predetermined temperature so that the heat inside is not discharged.

Figure 2 shows a cross-sectional structure of the steam film 1 according to the present invention, the stack is not shown in Figure 1 is provided. The height of the inner space of the steam room is 9.5 m in the present embodiment, but is not limited thereto, and the base 5 at this time is preferably buried to a depth of 1.5 m underground. The wall 6 of the steam chamber is 1-1.2 m thick and constitutes the outer portion 7 of the support and insulation structure and the inner portion 8 for heat radiation and far infrared radiation.

The base 5 is constructed of concrete to support the entire steam room, and as shown enlarged in FIG. 3, the inner part 8 is, for example, a plate-shaped elvan rock, and in other parts thereof, for example, ondol. Slabs 9 of materials having excellent heat storage and far-infrared emission action, such as flat flat stones, which have been used, are formed by lamination using loess 10, and the outer part 7 cements a triangular pyramid shaped granite tartar 2 Laminated together and built together with the inner portion (8), and fills the space between the outer portion (7) and the inner portion (8) with ocher. At this time, the ocher used as a caking agent to increase the cohesive power of the loess by mixing the natural salt during the kneading to firmly bind the slabs (9) of the rock or the rock, as well as of the inner portion 8 and the outer portion (7) It is also desirable to tighten the bonds. Elvan, like ocher, is known for its ability to radiate far-infrared rays at the same time as heat storage.

At the inner part of the steam room, the bottom is at least the height of a person's seat from the ground, that is, about 1.5 m, and the slab 9 made of ganbanite is laminated using ocher as a caking agent, and it is too hot at a height higher than that. Since it is not possible to stand, it is not necessary to use elvan, and it is preferable to stack the slabs of the nine stones having better heat storage properties than the far-infrared ray emitting function using ocher. In addition, it is preferable to lay the ocher layer 15 at about 40-50 cm in the bottom portion formed below the ground with concrete at the time of forming the base so that the irradiation of far infrared rays on the user's body can be made larger.

When stacking the slab 9 of the alum and the boulders, three to five layers are piled up, dried sufficiently, and then repeatedly stacked in such a manner as to stack three to five layers again to form a steam-like film without a support frame. Even if it can be built without collapse. In the present embodiment, it is preferable that the slab 9 of the ganguerite and the boulders used in the inner part has a width d of 70-90 cm, and the scabstone has a width d 'of 30-40 cm. The granite is preferably granite having a strength of 40 or less, particularly resistant to heat and having good heat storage properties.

In this way, the lamination is finally put on the top of the circular granite cover stone 16 and sealed with ocher to seal the inner space 11, the height of the inner space is 9.5 m and the diameter of 6.2 m to complete a large steam film. In this way, the completed steam room is provided with a cage 12 and sealed by the door so as to communicate with the opening of the one side door (4 '), the stack 14 is built from the cage.

3 is a cross-sectional view of a steam film structure according to another embodiment of the present invention, and the present embodiment is characterized in that it has a seismic structure in preparation for an earthquake. For such a seismic structure, the outer part 7 of the steam room is formed of an outer wall 17 made of reinforced concrete on the outside, and when the outer wall is constructed, holes are formed in the slabs 9 and fixed to one end of the wire 18. The other end is fixed to the rebar 19 so that the slabs are supported by the reinforcing bars of the outer wall. Therefore, the support stiffness of the outer wall is increased against the vibration during the earthquake, and the slabs 9 are connected to the reinforcing bars of the outer wall so as not to collapse. A cantilever stone may be provided on the outer surface of the large concrete outer wall.

Elvan and loess, which constitute the inner part of the steam wall, have excellent heat storage characteristics and release the stored thermal energy gradually over a long period of time, so that it is possible to maintain high temperature for a long time with a single heating. Has excellent emission characteristics. In particular, ocher has a multi-layer structure as a honeycomb structure, which is excellent in absorbing and storing heat, and the amount of far-infrared radiation is greatly increased when heat is received.

When the fire is accumulated by stacking wood rolls in the steam room, the heated air rises and the cooled air comes into contact with the inner wall to convex. In particular, the slabs (9) and loess (9) and loess of the inner wall which constitute the inner wall are convex. Heat is stored at 10, and smoke is discharged to the stack 14 through an open door 4 '. Wood used in the steam room of the present invention is a pine, it is preferable that the outer part of the pine which is turned and discarded for the wood in the sawmill, etc., it is aromatherapy of pine flavor has autonomic nervous system disorders healing effect and the Wheatonside component recovery of mind and body Not only is it known to help, but the synonym is described as effective in antibacterial, skin beauty and blood circulation, obesity stroke, hair growth and insomnia. In addition, pine is completely burned, so there is only a small amount of ash, which has the advantage of convenient post-treatment. In contrast, oak leaves charcoal, which causes problems in subsequent processing. However, it is clear that the steam heating source is not limited to pine.

The internal space of the steam chamber is formed with a temperature different according to its height by heating. In other words, if it is divided into three layers of about 3 m, the temperature of the uppermost layer is at least 600-900 ℃, but more than that depending on the initial heating time. It becomes 150 degreeC.

In the vicinity of the ground where the user is sitting, it always remains constant at the lowest floor temperature, which, as mentioned above, continuously releases the heat energy stored in the bedrock and the boulders and loess provided as slabs on the inner wall and the air adjacent thereto is heated. As it rises, the relatively cool air in the middle goes down and there is continuous convection inside the steam room. Therefore, since the heating of the steam room is sufficient once at dawn, there is an advantage that the energy utilization efficiency is greatly improved compared to the steam room of the refractory brick heated by conventional gas or petroleum. Although the temperature of the lowest floor where the user sits down is very high (70-150 ℃), the inside of the steam room is hot and dry, so the actual temperature felt by the user is not difficult to endure and there is no risk of burns. Be careful not to touch the skin, and you can use something like cotton or hemp if necessary.

In addition, as the rocks and loess are heated, far-infrared rays are emitted in a larger amount than in natural conditions, so that the cells of the user's body in the steam are not only energized, but also improve the self-healing function of the human body.

According to the present invention, the steam film is composed of an inner part 8 in which lamellar stones, a good rock and ocher are laminated, and an outer part 7 of granite, and when heated, heat energy is stored in the inner elbow and the boulders and ocher. The thermal energy is gradually and continuously released to maintain a constant temperature in the steam space, and thermal efficiency is greatly improved, and waste matter accumulated in the human body with sweat is discharged by heat released from elvan, bedrock and loess. There is an advantage to promote the health of the user by the far infrared rays emitted in large quantities from the heated elvan and loess.

Claims (2)

In the steam room in which the entrance and the smoke exhaust port are formed, and the internal air is heated as the heat energy that is accumulated when the combustion material is combusted in the closed interior space to maintain the inside of the steam chamber at a predetermined temperature for a long time, and the chimney is connected to the smoke exhaust port. : Base buried in the ground (5); Ocher layer 15 to form a bottom surface in the base (5); Lamellar stones are stacked at a predetermined interval by ocher to emit far-infrared rays up to 1.5m high from the bottom so that the internal air is heated by convection so that the internal air is heated by convection to continuously maintain the temperature inside the steam room during heating. An inner portion 8 which is formed and is laminated with a predetermined interval by loess on the bedrock to discharge heat energy after thermal storage; An outer portion 7 which is laminated with granite tartar 2 to protect and insulate the inner portion 8; And a loess 10 filled between the inner part 8 and the outer part 7 to accumulate thermal energy upon heating, and to emit and emit far infrared rays, and burn pine material on the ocher layer 15 to form an internal space ( 11) When heating the upper layer of the inner space 11, the temperature of the upper layer is 600-900 ℃, the middle layer is 400-600 ℃, the lower layer is characterized in that the evaporation of the yellow soil. 2. The slab (9) according to claim 1, wherein the outer portion (7) is formed of the outer wall (17) of the reinforced concrete material, and the slab (9) is made of the reinforcing bar of the outer wall (17) by the wire (18) having one end fixed to the reinforcing bar (19). 19) An ocher deposit characterized in that it is fixed and supported to form an outer wall (17).