KR19990064804A - a ptecious stone steam bath sauna construction method and the structure - Google Patents

Abstract

The present invention, by circulating the steam heat radiated from the steam radiator through the perforated brick to uniformize the indoor temperature of the sauna and indirectly heating the jade built inside with steam heat to evenly distribute the far-infrared rays of jade and ocher at any position of the sauna. It is about the construction method of the steam bath which can improve health by the body and the structure,

(11) and the roof (12) to build a concrete to a predetermined thickness that can be durable, the step of constructing a basic building structure (10) by applying a thermal insulation to the outer surface; The ocher mortar, which is obtained by mixing the ocher crushed with a predetermined mesh with water at a predetermined ratio, is plastered 100 mm thick on the inner wall of the side wall 11 and the roof 12 of the basic building structure 10.

(20) forming; A space having a width of 200 mm from the ocher wall 20 is formed to be spaced apart by a predetermined distance, and the perforated bricks 30 are stacked in a plurality of rows, and a space is formed between the bricks and the bricks (zigzag) to form steam. Assembling the perforated brick 30 so that steam heat radiated from the radiator 40 can be circulated smoothly; The T-shaped slide guide 50 is cut to fit the installation length, and both ends of the cut T-shaped slide guide 50 are fixedly installed on the perforated brick 30, and the gap corresponding to the width of the processed jade 60 is adjusted. A T-type slide guide installation step of installing the inner surface of the side wall 11 and the roof 12 so as to have a shape; A jade tank having a predetermined width and thickness and being pushed into the T-shaped slide guide 50 to be built side by side, and having a plurality of holes 61 formed at the bottom of the side wall 11. By the process, jade is indirectly heated by steam heat so that far infrared rays of jade and ocher are released at a proper temperature to enjoy a pleasant steam and heated to uniform temperature by steam heat circulating the jade built into the sauna. Therefore, even far infrared rays can be irradiated regardless of the location, even if the body is in contact with the jade, it can prevent skin damage such as burns, and sauna users can be predicted from safety accidents that can be predicted by direct heating by conventional gas burners. It is a very useful invention having stability to protect.

Description

{A ptecious stone steam bath sauna construction method and the structure}

The present invention relates to an indoor steam sauna, and in particular, by circulating steam heat radiated from a steam radiator through a perforated brick to uniformize the indoor temperature of the sauna and indirectly heating the jade built inside with steam heat to produce far infrared rays of jade and ocher. The present invention relates to a method of constructing a steam sauna and its structure, which can be spread evenly in any position of the sauna to improve health.

In general, jade contains 40% of magnesium magnesium silicate (quartz and silicate silica) needed for the human body. It has the effect of maintaining health through circulation, alkaline of blood and harmful wastes in the body.

When heat is applied to the jade having the above-mentioned effect, the amount of emission of minerals increases, and the use of this is an indoor steam sauna.

Conventional jade steam sauna is a method of heating jade directly with a gas burner, so the heat of jade (far-infrared) is radiated to the body so that you cannot enjoy a comfortable steam, and burn the skin when the skin touches the jade. There is a problem, and the heating method by the gas burner had the disadvantage that the risk of safety accidents always exist.

The present invention for solving the problems of the conventional steam steam, the perforated bricks are zigzag (jointly spaced between the brick and brick) so that the steam heat radiated from the steam radiator can be circulated smoothly, The jade is constructed on a T-type slide guide fixed at both ends to have a gap corresponding to the width of the jade in the masonry perforated brick so that far-infrared rays contained in the jade can be radiated by steam heat. First, jade is indirectly heated by steam heat. The far-infrared rays of jade and ocher are emitted to the sauna at the proper temperature to enjoy a pleasant steam; Secondly, since the jade built into the sauna is heated to a uniform temperature by steam heat circulated, even infrared rays can be irradiated regardless of the position; Third, even if the body is in contact with the jade can prevent skin damage such as burns; Fourth, to provide a construction method and structure of an indoor steam sauna to ensure the stability to protect the sauna users from the safety accident that can be predicted in the direct heating type by the conventional gas burner.

The object of the present invention, the step of constructing a concrete construction to a predetermined thickness that can be durable in the four-sided wall and the roof, and by applying a heat insulating material to the outer surface to construct a basic building structure;

Plastering the loess mortar obtained by mixing the loess pulverized into a predetermined mesh with water at a predetermined ratio using a pulverizer to form a loess wall by applying a thickness of 100 mm to the side wall of the basic building structure and the inner wall of the roof;

A space having a width of 200mm from the ocher wall is formed to be spaced apart a predetermined distance, and the perforated bricks are stacked in a plurality of rows, and a space is formed between the bricks and the bricks.

(Zigzag) masonry to process the perforated brick so that the steam heat radiated from the steam radiator can be circulated smoothly;

T-shaped slide guide is cut to fit the installation length, and both ends of the cut T-shaped slide guide are fixed to the perforated brick, and the T-shaped slide guide is installed on the side walls and the inner surface of the roof to have a gap corresponding to the width of the processed jade. Process;

It is achieved by having a jade construction process which pushes the processed jade into a T-type slide guide and builds it side by side with a predetermined width and thickness.

An object of the present invention is the basic building structure in which the four-sided walls and the roof are integrally constructed by concrete mortar, and the heat insulating material is applied to the outer surface thereof;

Ocher walls that are plastered with a predetermined thickness on the side walls of the basic building structures and the inner surface of the roof to emit far infrared rays;

A perforated brick wall that is spaced apart from the ocher wall at a predetermined distance so that the steam heat radiated from the steam radiator can be easily circulated, and is formed to have a gap between the bricks and the bricks;

It is achieved by jade which is constructed by T-shaped slide guides which are continuously arranged at regular intervals on the inner surface of the side wall and the roof of the perforated brick wall and is heated by steam heat to emit far infrared rays.

1 is a side cross-sectional view of an indoor steam sauna according to the present invention.

2 is a cross-sectional view taken along the line A-A of FIG.

Figure 3 is a block diagram showing the structure of the slide guide jade is installed.

※ Explanation of code for main part of drawing ※

10: basic building structure 11: shaft wall

12 roof 20 ocher wall

30: perforated brick 31: space

32: hole 40: steam radiator

50: slide guide 60: jade

61: hole

The construction of the present invention is a step of constructing the concrete construction of the four-sided wall 11 and the roof 12 to a predetermined thickness that can be durable, and by applying a heat insulating material to the outer surface to construct a basic building structure 10 and;

The loess wall 20 is formed by plastering the ocher mortar obtained by mixing the loess pulverized with a predetermined mesh with water at a predetermined ratio with a grinder 100 mm thick on the side wall 11 and the inner wall 12 of the basic building structure 10. Process of doing;

A space having a width of 200 mm from the ocher wall 20 is formed to be spaced apart by a predetermined distance, and the perforated bricks 30 are stacked in a plurality of rows, and a space is formed between the bricks and the bricks (zigzag) to form steam. Assembling the perforated brick 30 so that steam heat radiated from the radiator 40 can be circulated smoothly;

The T-shaped slide guide 50 is cut to fit the installation length, and both ends of the cut T-shaped slide guide 50 are fixedly installed on the perforated brick 30, and the gap corresponding to the width of the processed jade 60 is adjusted. A T-type slide guide installation step of installing the inner surface of the side wall 11 and the roof 12 so as to have a shape;

A jade tank having a predetermined width and thickness and being pushed into the T-shaped slide guide 50 to be built side by side, and having a plurality of holes 61 formed at the bottom of the side wall 11. It is a process.

The present invention provides a base building structure (10) in which the four-sided walls (11) and the roof (12) are integrally constructed by concrete mortar, and an insulating material is applied to the outer surface thereof;

An ocher wall 20 which is plastered with a predetermined thickness on the side wall 11 and the inner surface of the roof 12 of the basic building structure 10 to emit far infrared rays;

A perforated brick wall 30 that is spaced apart from the ocher wall 20 by a predetermined distance so that steam heat radiated from the steam radiator 40 can be easily circulated, and is configured to have a gap between the brick and the brick;

It is constructed by the T-shaped slide guide 50 which is continuously arranged at a predetermined interval on the inner surface of the side wall 11 of the perforated brick wall 30 and the inner surface of the roof 12, and has a plurality of holes 61 at the bottom of the side wall 11. ) Is processed by the jade 60 is installed.

Reference numeral 31 is a space to allow the steam heat to be circulated smoothly, 32 is a hole in the brick, 70 is a door through which the sauna user enters, and 80 is a bottom plate.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings.

When steam heat is radiated from the steam radiator 40 heated by the heating means, the steam heat is circulated along the hole 32 and the space 31 of the perforated brick 30.

As described above, the jade 60 built by the T-type slide guide 50 inside the ocher wall 20 and the perforated brick 30 with a thickness of 100 mm thick to the inner surface of the foundation building structure 10 as the steam heat circulates uniformly. Heating to a temperature.

In the ocher wall 20 and the jade 60 heated by the steam heat as described above, a uniform amount of far-infrared rays is emitted, thereby causing the interior of the steam sauna to accumulate.

The far-infrared ray of the ocher wall 20 is released through the hole 32 and the space 31 of the perforated brick 30 and is spaced between the gaps of the jade 60 and at the same time the hole of the jade 60 located at the bottom of the side wall 11. It is released to the room through the 61 is to be stored.

As described above, in the state where the indoor steam room is thermally stored, the user opens the door 70 and enjoys the steam. When enjoying the steam, the far infrared rays emitted from the jade (60) and the ocher wall (20) are scattered on the body. It will be able to promote.

The present invention as described above is not limited to the preferred embodiment of the above-described characteristics and various modifications can be made by those skilled in the art without departing from the gist of the present invention claimed in the claims. .

As described above, the steam steam sauna of the present invention is indirectly heated by steam heat, so that far-infrared rays of jade and ocher are released at an appropriate temperature to enjoy a comfortable steam, and the steam heat circulated in the sauna is uniform by steam heat. Since it is heated to a temperature, even far-infrared rays can be irradiated regardless of the position, and even when the body is in contact with jade, it can prevent skin damage such as burns, and can be predicted by direct heating by a conventional gas burner. It is a very useful invention that has the stability to protect the sauna guests from safety accidents.

Claims (2)

Concrete construction of the four-sided walls 11 and the roof 12 to a predetermined thickness that can be durable, and a step of constructing the basic building structure 10 by applying an insulating heat insulating material on the outer surface thereof; The ocher mortar, which is obtained by mixing the loess pulverized with a predetermined mesh with water at a predetermined ratio, is plastered with a thickness of 100 mm on the side wall 11 and the roof 12 of the foundation building 10 to form the ocher wall 20. Process; A space having a width of 200 mm from the ocher wall 20 is formed to be spaced apart by a predetermined distance, and the perforated bricks 30 are stacked in a plurality of rows, and a space is formed between the bricks and the bricks (zigzag) to form steam. Assembling the perforated brick 30 so that steam heat radiated from the radiator 40 can be circulated smoothly; The T-shaped slide guide 50 is cut to fit the installation length, and both ends of the cut T-shaped slide guide 50 are fixedly installed on the perforated brick 30, and the gap corresponding to the width of the processed jade 60 is adjusted. A T-type slide guide installation step of installing the inner surface of the side wall 11 and the roof 12 so as to have a shape; A jade tank having a predetermined width and thickness and being pushed into the T-shaped slide guide 50 to be built side by side, and having a plurality of holes 61 formed at the bottom of the side wall 11. Construction method of a steam sauna, characterized in that made of a process. A basic building structure (10) in which the four-sided walls (11) and the roof (12) are integrally constructed by concrete mortar, and an insulating material is applied to the outer surface thereof; An ocher wall 20 which is plastered with a predetermined thickness on the side wall 11 and the inner surface of the roof 12 of the basic building structure 10 to emit far infrared rays; A perforated brick wall 30 that is spaced apart from the ocher wall 20 by a predetermined distance so that steam heat radiated from the steam radiator 40 can be easily circulated, and is configured to have a gap between the brick and the brick; It is constructed by the T-shaped slide guide 50 which is continuously arranged at a predetermined interval on the inner surface of the side wall 11 of the perforated brick wall 30 and the inner surface of the roof 12, and has a plurality of holes 61 at the bottom of the side wall 11. ) Is a structure of a steam sauna which is characterized in that the jade (60) is installed.