KR200312993Y1 - The thermal insulation structure of a sauna room - Google Patents

Abstract

The present invention relates to a heat insulation and heat dissipation structure of the sauna room, and more particularly, to increase the heat insulation effect by forming a heat insulation layer composed of a multi-layered heat insulating material inside the outer wall of the sauna room is formed of concrete, steam pipes left and right walls and ceiling The present invention relates to a heat insulation and heat dissipation structure of a sauna room in which a construction to be buried in the front of a wall greatly reduces fuel cost and heat insulation effect.

That is, the present invention, in the heat insulation and heat dissipation structure of the conventional sauna room formed inside the sauna room, the left and right and the outer wall is in close contact with the upper side is composed of a vinyl formed in an arch shape and the heat insulating cover in close contact with the inner front thereof. A second heat insulating layer formed on the first heat insulating layer and an inner front surface of the first heat insulating layer, and a plurality of single blocks finished by sequentially inserting styropol and bamite into the frame and covering the wire mesh; Continuously arranged with a galge on the inner front of the steam pipe is connected to the boiler, and consists of a finishing material for embedding the steam pipe, the left and right walls, the rear wall and the arched ceiling wall formed of a tunnel-like integral construction structure It is characterized by the configuration.

Description

The thermal insulation structure of a sauna room

The present invention relates to a heat insulation and heat dissipation structure of the sauna room, and more particularly, to increase the heat insulation effect by forming a heat insulation layer composed of a multi-layered heat insulating material inside the outer wall of the sauna room is formed of concrete, steam pipes left and right walls and ceiling The present invention relates to a heat insulation and heat dissipation structure of a sauna room in which a construction to be buried in the front of a wall greatly reduces fuel cost and heat insulation effect.

In general, the sauna room is a sauna (Sauna), a steam bath derived from Finland. It is a repetitive hot and cold alternate bath that cools the body by evaporation of sweat through high temperature dry air to prevent overheating of the skin and cools it with cold water. Say facility to enjoy.

The structure of the sauna room should be finished with wooden walls so that users do not get burned. At this time, the air should be dry enough and sweat should be able to evaporate through the dry air. A high temperature of ℃ should be maintained.

Therefore, the sauna room must maintain a unique high temperature, so heat insulation and heat radiation occupy the most important factors.

However, the ceiling surface of a general sauna room has a flat surface, and the steam pipe is installed on only one outer wall, cut off with a finishing material such as wood, and the inside of the sauna room is maintained at a high temperature by the heat of the steam pipe.

Since the structure of the conventional sauna room has a flat ceiling surface, as shown in FIG. 1, the circulation of air is less smooth than that of the curved surface, resulting in poor thermal efficiency, and the insulating material to be constructed can be used interchangeably with other parts. There was a problem that it takes a lot of construction time because there is no compatibility.

In addition, since the steam pipe is installed only on one wall, there is a problem of high fuel consumption rate when the high temperature is transmitted to the entire interior, and it takes a long time to make the entire interior of the sauna room at a high temperature, and in a short time from high temperature to low temperature when the boiler is stopped. There was a problem that the temperature drops.

Therefore, the present invention has been devised to eliminate the problems of the insulation and heat dissipation structure of the sauna room as described above, by constructing the ceiling wall arch (Arch) to improve the thermal efficiency, the steam pipe to the left and right walls and the rear wall and ceiling It is to provide a heat insulation and heat dissipation structure of the sauna room that can be expected to save fuel by improving the thermal efficiency by installing in the front of the wall.

Another object of the present invention is to standardize the insulation layer in the form of a block in which several insulation materials are built so that it can be applied to the construction of other sauna rooms in the same way, so that the construction time of the sauna room can be shortened and perfect. It is to provide a heat insulation and heat dissipation structure of the sauna room that can ensure the heat insulation effect.

Another object of the present invention is to provide sauna users with a small amount of fuel to dry the entire interior of the sauna in a short time in a short time, and to maintain a constant high temperature dry condition so that the sauna user can enjoy the sauna in an improved environment. To provide a heat insulation and heat dissipation structure.

1 is a perspective view showing the structure of a conventional sauna room.

2 is a perspective view according to an embodiment of the present invention.

Figure 3 is an enlarged cross-sectional view showing the main portion of the insulating layer according to an embodiment of the present invention.

Figure 4 is a perspective view showing the structure of a block is inserted into the styropol and bamite according to an embodiment of the present invention.

<Description of the code used in the main part of the drawing>

10: first insulating layer 11: vinyl

12: heat insulation cover 20: second heat insulating layer

21: block 21a: frame

21b: Styropol 21c: Night Light

21d: wire mesh 30: steam pipe

40: boiler 50: outer wall

60: Finishing material

Insulation and heat dissipation structure of the sauna room according to the present invention for achieving the above object in the heat insulation and heat dissipation structure of a conventional sauna room formed inside the sauna room,

It is in close contact with the outer wall of the left and right and the rear side and the upper side is a first heat insulating layer consisting of a vinyl formed in the shape of an arc and the heat insulating cover in close contact with the inner front thereof, and disposed on the inner front of the first heat insulating layer and styropol and chestnut inside the frame The second insulation layer is formed by combining a number of single blocks to cover the wire mesh to be inserted into the coupling, and the steam pipe is continuously connected to the inner surface of the second insulation layer and connected to the boiler, and the steam pipe is embedded It is composed of the finishing material for the left and right walls, the rear wall and the arched ceiling wall is formed of a tunnel-like integral construction structure is characterized in the technical configuration.

1 is a perspective view showing the structure of a conventional sauna room, Figure 2 is a perspective view according to an embodiment of the present invention, Figure 3 is an enlarged cross-sectional view showing the main portion showing a heat insulation layer according to an embodiment of the present invention, respectively As a one, when described in detail the configuration with reference to the accompanying drawings of the present invention as follows.

Insulation and heat dissipation structure of the sauna room of the present invention is the first insulation layer 10 and the second insulation layer 20 and the components of the steam pipe 30 and the finishing material 60 is built in the left and right walls, the rear wall and the ceiling wall integral It consists of.

The first insulation layer 10 forming the outer side of the left and right walls and the rear wall and the ceiling wall is composed of a vinyl 11 and a heat insulating cover 12 and the vinyl 11 is in close contact with the left and right outer walls 60. do.

And the insulation cover 12 is in close contact with the front surface of the vinyl 11, the material may be used as a general heat insulating material, but it is preferable to use the same non-woven fabric material as the insulation cover for the most used vinyl house.

On the other hand, since the first heat insulating layer 10 composed of the vinyl 11 and the heat insulating cover 12 cannot be formed on the upper side without a skeleton in structure, the first heat insulating layer 10 is formed to be in close contact with the left and right outer walls, and the upper side forming the ceiling wall is second. The upper side of the heat insulation layer 20 is joined by an arch to form a foundation skeleton to combine.

That is, when the upper side of the second insulation layer 20 is formed as an arch, a space is formed between the ceiling outer wall and the upper side, as shown in FIG. 2, after the worker climbs through this space, the insulation cover 12 is placed on the upper side of the second insulation layer 20. ) And the vinyl 11 are sequentially combined to complete formation of the first insulation layer 10.

The second heat insulating layer 20 is formed of a plurality of blocks 21 are coupled to the coupling means such as welding and formed on the inside of the first heat insulating layer 10, the block 21 is a rectangular steel as shown in FIG. The furnace frame 21a is formed, but the rear side forms a step so that the styropole 21b and the night light 21c inserted into the inner side are not separated and the front side is opened.

Inside the frame 21a, the styropole 21b and the nightlight 21c formed in the same shape are inserted and the wire 21d is covered and fixed by welding to form an integrated block 21.

Bamlite (21c) is a non-combustible interior material produced by pressing Baumlite cement and minerals as a main raw material with a press of 10000M / T. It is excellent in incombustibility, light weight, elasticity, and easy to install. In particular, it is used as a finishing material in places where moisture is concerned.

The inner front surface of the second insulation layer 20 is composed of a steam pipe 30 connected to the boiler 40. The steam pipe 30 is continuously repeated in the shape of a mandrel, and the inner left, rear, and upper sides of the second insulation layer 20 are formed. It is installed on the front.

The steam pipe 30 is covered with a finishing material 60 made of a material such as concrete, and finally finished to form the integrated structure of the left and right walls, the rear wall, and the arched ceiling wall.

Since the finish material 60 may be such that the steam pipe 30 can be coupled to the second insulation layer 20, the finish material 60 may be coated with the same thickness as the outer diameter of the steam pipe 30.

On the other hand, considering the interior tendency of the owner who commissioned the construction inside the finishing material 60, the construction is completed by decorating with tiles of various colors or jade, loess, which emits far-infrared rays, to create a more cozy atmosphere.

According to the present invention as described in detail above, the styropole 21b and the night light 21c are inserted into the first insulation layer 10 and the frame 21a formed of the vinyl 11 and the heat insulating cover 12, and the wire mesh ( The second insulation layer 20 is formed by combining a plurality of blocks 21 fixedly formed by 21d), the steam pipe 30 connected to the boiler 40, and the finishing material 60 to bury the same, and the left and right walls are sequentially formed. It is formed as an integral tunnel-type structure constituting the vaulted ceiling wall, and looks at the operation with reference to the accompanying drawings as follows.

When the boiler 40 is operated, heat is conducted to the wall while the steam pipe 30 is radiated to heat the interior of the sauna room.

At this time, the steam pipe 30 is buried in the left and right walls, the rear wall and the ceiling wall front, so that the heat is circulated starting from one steam pipe 30 as shown in FIG. Since heat is radiated simultaneously at the rear and the upper side, the heat is released and the inside of the sauna room can be heated in a short time.

And not shown in the drawings of the present invention, but the inside of the sauna room is usually equipped with a temperature sensor for sensing the temperature when the boiler 40 reaches a constant temperature (approximately 60 ~ 100 ℃) high temperature for enjoying the sauna Time operation will stop.

In this case, as shown in FIG. 1, the heat insulation and heat dissipation structure of the conventional sauna room is partially installed only on one side of the steam pipe 30 so that it takes a long time to warm the inside of the sauna room and when the boiler 40 is stopped. Although the temperature inside the sauna room is short and there are many disadvantages of fuel consumption rate, the present invention has a steam pipe 30 embedded in the front surface of the wall as shown in FIG. It takes a short time to make, and since the steam pipe 30 installed on the front holds the temperature while the boiler 40 stops operating, the heat remains at a high temperature even on the inner wall where heat is naturally conducted. It is large and has a high fuel saving effect.

And the first insulation to cover the left and right outer wall to cover the vinyl (11), and the second heat insulating cover (20) by combining the heat insulating cover (12) and the third heat insulation layer (20b) with the styropole (21b) and the night light (21c) ) Is combined to maximize the thermal insulation effect.

In addition, the ceiling wall is formed as an arch to form a smooth flow of air as shown in Figure 2 has a structure that further improves the thermal efficiency.

And since the finishing material 60 embedding the steam pipe 30 is formed thin in the same thickness as the steam pipe 30, when the leakage of the steam pipe 30 occurs, it is easy to find the leaking portion and the finishing material 60 is thin Is formed is easy to dig the finishing material 60 to facilitate the repair and replacement of the steam pipe (30).

As described in detail above, the present invention forms an arched ceiling to smoothly flow the air so that the heat transferred to the sauna chamber is shortened and the insulation layer can be standardized to shorten the construction period as well as improved insulation. It works.

Another effect of the present invention is to maximize the heat dissipation and fuel cost by installing a steam pipe that directly transfers heat to the front of the sauna room wall.

Another effect of the present invention is to make the sauna room hot and dry in a short time and maintain the state continuously to create an optimal sauna environment, so that the user can enjoy the best sauna.

Although the present invention has been described by the accompanying drawings, the present invention is not limited thereto, and many modifications and variations may be made within the following claims.

For example, although the present invention has been described with respect to the sauna room, the present invention may be applied to some homes or a jjimjilbang. In the present invention, the heat radiating medium inserted into the pipe is described as steam, but the heat radiating medium may also be used as hot water.

Claims (1)

In the heat insulation and heat dissipation structure of a conventional sauna room formed inside the sauna room; A first heat insulating layer which is in close contact with the outer walls of the left and right sides and the upper side is composed of a vinyl which is formed in an arcuate shape and a heat insulating cover in close contact with an inner front surface thereof; A second insulation layer disposed on the inner front surface of the first insulation layer and formed by combining styropol and bamite into the frame in order to cover a wire mesh and finishing a plurality of single blocks; A steam pipe continuously arranged on the inner front surface of the second insulation layer and connected to the boiler; Insulation and heat dissipation structure of the sauna room, characterized in that it consists of a finishing material for embedding the steam pipe, the left and right walls, the rear wall and the arched ceiling wall as a tunnel-like integral construction structure.