KR101188666B1 - Sweating bathroom - Google Patents

Abstract

PURPOSE: A sweating bathroom is provided to improve durability and heat storage and insulating functions. CONSTITUTION: A sweating bathroom comprises a wall(10), an inner cement layer(11), a chalcopurite layer(12), a loess layer(13), an insulation layer(14), an outer cement layer(15), and a finishing stone layer(16). The wall is built so that the chalcopurite layer can be fixed to the inside of the inner cement layer. The inner cement layer is formed in 100mm thickness. The chalcopurite layer is formed in 350mm thickness. The insulation layer is formed by using ceramics strong against heat. The outside cement layer is formed in the outer side of the insulation layer.

Description

Steam Room {Sweating bathroom}

The present invention relates to a steam room, and more particularly, to a steam room that is improved so that the heat insulation and heat storage action is robust and construction costs are reduced.

Generally, it is common to make the steam film mainly composed of ocher brick, but in this case, since it is weak in durability, it is not preferable as an arch-type steam film, so it is usually used only as a rectangular steam film.

Therefore, the arch-type steam is mainly constructed by concrete, and the interior is called ocher steam due to the ocher plastering.

However, such ocher steam is a very thick thickness of the concrete structure must be constructed only because it can have a solid durability, there is a disadvantage that not only takes a lot of construction costs, but also can not be said to be beneficial to the human body.

In the prior art, a steam chamber using kaolin bricks is disclosed, but since it is also made of brick, the durability of the entire steam chamber is weak, and thus there is a problem that is very unsuitable as a large steam chamber that can accommodate a large capacity. In addition, there is a steam chamber that is built by embedding the copper plate, but there is a problem that expensive construction cost takes place.

Further, in the prior art, a steam film is generally disclosed which has a cement layer in the middle and a stone layer on both sides thereof.

However, since the above-mentioned steam film is poorly insulated, the steam wall must be constructed very thick so that the thickness of the steam wall is not less than 1 meter (100 cm), and thus, the overall steam load is very heavy and requires a large construction cost.

In particular, since the heat insulation rate is very low, the heat loss rate to the outside is very high, so if a fire is burned once, the steam can only be burned for about 12 hours, which leads to the inconvenience of having to burn the fire once a day. Wood or oak) waste is a problem that causes.

Document 1 KR 10-2005-0094563 A 2005.09.28 [Document 2] KR 10-0867963 B1 2008.11.30

An object of the present invention is to provide a steam film excellent in durability, construction cost is reduced and excellent heat storage and heat insulation action.

According to the present invention, a steam room is formed by a wall, and in a steam room having an entrance and a smoke outlet on both sides of the steam room, the wall is an inner cement layer, a brass stone layer which is constructed on an inner surface of the inner cement layer, and It consists of an ocher layer which is constructed on the outer side of the inner cement layer, an insulating material layer which is constructed on the outer surface of the ocher layer, an outer cement layer which is constructed on the outer surface of the insulation layer, and a finishing stone layer which is constructed on the outer side of the outer cement layer. It is characterized by.

The brass stone layer is to be made by stacking a plurality of pieces of brass stone, but is characterized in that between the mutually connected brass stone is attached by cement mortar and loess mortar.

The brass stone is attached to the inside by the ocher mortar and the outer direction to be attached by cement mortar, but the groove is formed in the outer side of the brass stone is characterized in that the cement mortar is made to be immersed and attached.

Another feature is that the heat insulating material layer is a ceramic, and the bottom of the steam chamber is made of a bottom ocher layer.

In the present invention, since the brass stone layer inside the wall is fixed in a state in which a plurality of brass stones are laminated, it is not only not only firmly supported by the load on the upper side, but also provided with an inner cement layer on the outside, thereby providing a firm steam film. .

In addition, the present invention is superior in insulation and heat storage action, so that the relatively thick wall thickness of the steam can be installed compared to the past, so the steam load can be reduced, the construction cost is reduced, and the construction period can be significantly shortened. It is effective to provide a steam room to be constructed.

In addition, since the thermal energy of the steam room is released to the outside by the ocher layer and the insulation layer between the inner and outer cement layers, the heat loss is prevented, and the thermal energy is accumulated in the brass stone layer. And far-infrared rays are generated in the brass stone layer will be able to promote the beneficial steam to the human body.

Therefore, the present invention provides a steam room that is durable and reduced construction cost while providing a steam room that is thermally insulated and regenerated, so that the steam room can last longer and the steam is beneficial to the human body, and there is no fuel waste, which is very economical. It is effective in providing a steam room that allows for operational management.

In particular, the present invention has the effect of making it possible to construct a dome-type steam film at a low cost because it is durable and excellent in durability.

1 is an overall configuration diagram of a steam film according to the present invention,
Figure 2 is a cross-sectional view showing the wall configuration of the steam room according to the present invention,
3 is an enlarged cross-sectional view of a portion “Y” of FIG. 2;
Figure 4 is another embodiment illustrating the attachment state of the brass stone according to the present invention.

When described in more detail on the basis of the accompanying drawings the preferred embodiment of the present invention.

Referring to Figure 1, the steam of the present invention is configured to have a steam room (1) by making a wall 10 on the foundation concrete (K), the entrance and exit (2) and smoke exhaust on both sides of the steam room (1) It is configured to have (3).

This steam film transports firewood (fuel) to the steam chamber 1 through the entrance and burns it so that the steam chamber 1 becomes hot, and the smoke generated through the smoke exhaust part 3 Since it is already known as to be discharged to the outside, detailed drawings and descriptions will be omitted.

Therefore, the present invention is characterized by the wall 10, which will be described in detail with reference to FIGS. 2 and 3 as follows.

Wall 10 according to the present invention is constructed so that the brass stone layer 12 is fixed to the inner surface of the inner cement layer (11).

At this time, the inner cement layer 11 is constructed to have a thickness of about 100mm and the brass stone layer 12 is constructed to have a thick thickness of about 350mm.

In addition, the brass stone layer 12 is formed by stacking a plurality of pieces of brass stone 121.

At this time, the brass stone 121 of the thick thickness is laminated to the lower side, and the thinner brass stone 121 is laminated toward the upper side.

In addition, the piece of brass stone 121 is to be attached between the brass stones 121 which are connected to each other by the cement mortar 122 and the ocher mortar 123, the brass stone 121 in the inner direction ocher mortar 123 By the cement mortar 122 in the outward direction.

Accordingly, the individual brass stones 121 are firmly attached by the cement mortar 122 but are exposed to the steam chamber 1 by being attached by the loess mortar 123 toward the steam chamber 1. Ocher mortar 123 because it is in a beneficial state for the human body.

In some cases, as illustrated in FIG. 4, the groove 121a may be formed in the outer side of the brass stone 121 so that the cement mortar 122 may be immersed so that the individual brass stones 121 may be attached.

Therefore, as the area attached by the cement mortar 122 is wider by the groove 121a, the adhesion force is further increased so that the construction can be made more firmly, and the load of the brass stones 121 positioned upward. The role of this to be distributed more is to be able to be constructed to ensure more safety.

Since the brass stone layer 12 inside the wall 10 is fixed in a state in which a plurality of brass stones 121 are laminated, not only are they firmly supported by the load of the upper side, but also the inner cement layer 11 on the outside thereof. ) Will be installed in a more solid state, but the construction cost is relatively lower than before.

Referring back to Figures 2 and 3, the present invention is constructed to have an ocher layer 13 on the outer surface of the inner cement layer 11, the outer surface of the ocher layer 13 is constructed to have a heat insulating material layer 14 Next, it is constructed to have an outer cement layer 15 on the outer surface of the heat insulating material layer 14. At this time, the ocher layer 13 is to be constructed to a thickness of 100mm, the insulation layer 14 is to be constructed to a thickness of 25mm and the outer cement layer 15 is preferably to be constructed to a thickness of 75mm.

In addition, the heat insulating material layer 14 is preferably constructed of a heat resistant ceramic (smear ceramic).

Therefore, in the present invention, by having the ocher layer 13 and the heat insulating material layer 14 between the inner and outer cement layers 11 and 15, the loess layer 13 which receives thermal energy radiates far-infrared rays, which is beneficial to the human body, to the steam chamber (1). ) Is released.

In addition, the heat insulating material layer 14 prevents the heat energy of the steam chamber 1 from being released to the outside, thereby preventing heat loss as much as possible.

therefore. By the ocher layer 13 and the heat insulating material layer 14 between the inner and outer cement layers 11 and 15, the thermal energy of the steam chamber 1 is released to the outside to prevent the heat loss as much as possible and at the same time, the brass stone layer 12 ), The heat energy is accumulated in the steam room, which increases the steam time.

In addition, since far-infrared rays are generated in the ocher layer 13 and the brass stone layer 12, it is possible to plan a beneficial steam to the human body.

Therefore, the present invention is completed by attaching the finishing stone layer 16 to the outer surface of the outer cement layer (15). Since the finishing stone layer 16 is a known construction to attach the plate-shaped stone plate 161 by the mortar 162, detailed drawings and descriptions thereof will be omitted.

On the other hand, the present invention by allowing the bottom portion of the steam chamber (1) to be installed in the bottom ocher layer 17 as shown in Figure 2 so that the far more beneficial infrared radiation emitted from the bottom ocher layer 17 can be promoted to the human body beneficial steam It is.

Therefore, the present invention is fixed in a state in which the brass stone layer 12 inside the wall 10 is laminated with a plurality of brass stones 121 is not only to be firmly supported by receiving the load of the upper side 2 on the outside Since the inner and outer cement layers 11 and 15 are provided, a solid steam film is provided.

In addition, according to the present invention, the heat of the steam chamber 1 is blocked in advance from the outside by the heat insulating material layer 14 inside the wall 10, and the thermal energy is accumulated in the brass stone layer 12 so that the steam chamber ( In 1), more heat energy is accumulated.

Therefore, the present invention is superior in insulation and heat storage action, so that the construction of the steam wall can be made relatively thick compared to the past, so that the steam load can be reduced, construction cost can be reduced, and construction time can be significantly shortened. It will be able to provide a steam room that can be constructed.

In order to facilitate the understanding of the present invention, in the past, the overall steam load was increased and the construction cost was increased by constructing the wall thickness so that the wall thickness was at least 1 meter thick in order to minimize the escape of the heat of the steam room. By the heat storage action, the wall 10 can be constructed relatively thinly with a thickness of 700-750 mm, thus reducing the steam load and the construction cost and greatly shortening the construction period, thereby providing a steam film that can be constructed at a very low cost. You can do it.

Therefore, the present invention is to provide a solid steam while still having a very low cost construction while having the ocher layer 13 and the brass stone layer 12 to emit far infrared rays beneficial to the human body in the steam chamber (1) wall (10).

In particular, the present invention is preferable to construct a dome-type steam film at a lower cost because of its robustness and excellent durability.

In addition, the thermal storage and thermal insulation by providing a superior steam film, while reducing the heat loss of the steam room (1) as much as possible because the brass stone layer 12 is in a state of heat storage is to maintain a high temperature for a long time.

That is, in the past, the steam room had to be burned twice a day for 2 hours in order to maintain a high temperature state for 24 hours. The high temperature of 1) lasts for 24 hours.

Therefore, the present invention is to provide a steam room that can be easily maintained and reduced fuel costs because the steam room (1) can maintain a high temperature state because it only needs to burn a fire once a day.

Although the present invention has been illustrated and described by way of example, it is not limited thereto and may be modified in various forms by those skilled in the art without departing from the scope of the claims. It is obvious that it belongs to this invention.

1: steam room 2: entrance
3: smoke exhaust 10: wall
11: inner cement layer 12: brass stone layer
13: ocher layer 14: insulation layer
15: Outer cement layer 16: Finished stone layer
17: bottom ocher layer 121: brass stone
122: cement mortar 123: ocher mortar

Claims (4)

In the steam chamber is formed by the wall, the steam chamber having an entrance and a smoke discharge portion on both sides of the steam chamber;
The wall is an inner cement layer;
A brass stone layer constructed on the inner surface of the inner cement layer;
An ocher layer constructed on the inner cement layer outer surface;
An insulating material layer constructed on the outer surface of the ocher layer;
An outer cement layer constructed on the outer surface of the insulation layer;
Steam room, characterized in that consisting of the finishing stone layer is constructed on the outer surface of the outer cement layer. The steam film according to claim 1, wherein the brass stone layer is formed by stacking a plurality of pieces of brass stone, and the brass stones are bonded to each other by cement mortar and loess mortar. 3. The method of claim 2, wherein the brass stone is attached to the inner surface by the ocher mortar and the outer direction is attached to the cement by mortar, but the groove is formed in the outer direction of the brass stone, characterized in that the cement mortar is made to be immersed and attached. sweating bathroom. The steam film according to claim 1, wherein the heat insulating material layer is ceramic.

Images