KR20000000181A - Sauna room - Google Patents

Abstract

PURPOSE: A sauna room is provided to maximize sauna effect and to make it sterile and sanitary by the far infrared ray emitted from charcoal. CONSTITUTION: The sauna room(100) comprises; an iron reinforced concrete structure(111,121,131) a floor(110) plastered with charcoal power and yellow soil, walls(120) having a lamination of an insulation layer(122), a brick layer(125) and a yellow soil layer(126); a ceiling(130) laminated with a yellow soil layer(133) and a reflective insulation layer(132).

Description

Sauna room {Sauna room}

The present invention relates to a sauna room, and more particularly, to a sauna room that can maximize the sauna effect by allowing the far infrared rays useful to the human body on the walls, the ceiling and the floor using heat charcoal to be continuously radiated to the body with heat. will be.

In general, when heat is applied to a part of the fluid, the fluid in this part expands and the density of the fluid decreases, so that the hot fluid rises through the buoyancy, and the fluid in the surrounding cold part naturally moves to the warmed position. Convection method using the principle that the whole fluid is heated, and conduction using the principle that the metal conductors of other parts are heated by active movement of free electrons when heat is applied to a part of the metal conductor. Methods and radiation methods that transmit heat through electromagnetic waves such as radio waves or light and X-rays.

Recently, many kinds of radiation materials using far infrared rays have been proposed for the purpose of fatigue recovery.

Here, the concept of far infrared rays is as follows.

First, as shown in FIG. 1, gamma rays and X-rays having a transmissive property, ultraviolet rays and visible rays having a reflective property, infrared rays having an absorption property, and the like are shown in FIG. have.

In this case, the visible light refers to the visible light of the human eye in seven rainbow colors of violet, south, blue, green, yellow, orange, and red, and is only 7% among the lights.

In addition, light shorter than violet of visible light is called ultraviolet rays, and light longer than red having the longest wavelength of visible light is called infrared light.

The infrared ray covers a large area from 0.76 to 1,000 microns and occupies 80% of the light. It is called near-infrared in the sense that the short wavelength side with large reflection property is close to red and is outside of red, and it is far-infrared because the side longer than 4 microns is farther out of red.

This far-infrared ray performs the function of heat carrier and is easily absorbed into the body and energized as the soft warm sunshine entering the window in winter or the sun soaking in the sun warmly from inside, and is easily absorbed and energized. ) It is close to the natural frequency of the polymer compound molecule and easily resonates with it, so that its permeability is weak and absorbed well.

This far-infrared ray is characterized by high absorption of organisms made of organic polymer compounds, thereby stimulating and activating molecules in the living body, thus keeping the living body fresh, maintaining freshness in food, sterilization and deodorization, as well as water and liquor. Aging will work.

On the other hand, all living organisms such as humans, animals, and plants that are active in life can be referred to as organic polymer compounds. The organic polymer compounds have a desired wavelength, that is, an absorption wavelength. Radiation wavelengths are not accepted in life. On the contrary, when a wavelength matching the absorption wavelength is emitted, the organic polymer compound constituting the living body is naturally resonated and resonated, and the organic polymer compound constituting the living body has a growth effect on plants and a ripening effect on fermentation and distillation. In animals, however, sweating and analgesic effects can be obtained by promoting blood circulation and metabolic activity.

In view of the above-described effects and effects, far infrared rays have a radiation function in which light is transmitted directly to the body without being disturbed by air, and unlike the visible light or near infrared light, it supplies sufficient energy deeply to avoid the organic polymer compound molecules. If the activated cardiac calendar and the frequency of the sound applied from outside coincide with one of the frequencies of natural vibration, there is a resonance function that causes a very large vibration state and shows a large value of sound pressure or particle velocity. It can be seen.

On the other hand, in recent years, far-infrared rays having an effective function as described above have been used in various ways using charcoal to alleviate pain and treat various diseases, and have been developed in various forms to obtain a large amount of far-infrared rays.

Charcoal is generally called solid residue or charcoal left after the wood is pyrolyzed. Charcoal is charcoal produced from charcoal kiln, black coal, white coal and dried charcoal. Charcoal is a type of amorphous carbon such as graphite, coal and coke.

Charcoal has a difference in shape and quality depending on the type of wood, the method of crushing, and the technique of crushing. Apparently, black charcoal has bark attached, does not burst horizontally, has a silvery white color, and its cross section is glossy and well contracted. White charcoal has no bark, and its cross section is clamshell-shaped, glossy, heavy and metallic.

The general use of charcoal is fuel, which is used for cooking and heating. White charcoal is good for grilling fish meat, as well as prolonged heating. In particular, because of the far-infrared rays emitted from the charcoal, charcoal powder is also used for grass care. When sprinkling charcoal in poor soil quality, it increases the roots of seedlings such as greening trees and promotes growth, as well as planting coastal forests. Edo charcoal develops roots to promote growth, and bamboo shoots sprout quickly when sprinkled with charcoal and charcoal powder in bamboo forests.

In addition, charcoal has been used as a sterilizing agent when used to control odors and the like by adsorption.

On the other hand, sauna rooms are usually equipped with heating means to bathe by steam or heat instead of water. Steam baths and hot springs are thought to have been initiated by the Scythians, and cold sweating is less likely to occur even in summer in northern Europe and Siberia. It was prevalent in one area, especially the Finnish steam bath, commonly referred to as a sauna, which was heated from below by heating up an iron pot filled with stone, and controlling the temperature and humidity of the sauna room with steam produced by water and the water. The temperature of the room is 70 degrees to 110 degrees, and if you sit in it, you sweat a lot by hot heat or steam to promote metabolism, blood circulation, skin breathing, etc., so that you can lead a healthy life.

However, such a conventional charcoal was used mainly for fuels despite the excellent efficacy as described above.

Therefore, the main object of the present invention is to provide a sauna room using charcoal to maximize the sauna effect in the far infrared of the charcoal.

Another object of the present invention is to provide a comfortable sauna room by absorbing and removing the unpleasant smell of the sauna room.

Another object of the present invention is to provide a sanitary sauna room by increasing the sterilizing effect of the sauna room.

1 is a vertical longitudinal sectional view showing a sauna room of the present invention.

* Description of the symbols for the main parts of the drawings *

100; Sauna room 110; Bottom

111; Reinforced concrete 112; Charcoal powder yellow soil layer

113; Dull 120; Side wall

121; Reinforced concrete 122; Insulation layer

123; Reflective insulation 124; Squirrel

125; Brick layer 126; Ocher

127; Charcoal finishing layer 130; Ceiling

131; Reinforced concrete 132; Reflective insulation

133; Ocher layer 134; rafter

135; crossbeam

In order to achieve the above object, the sauna chamber of the present invention is formed in a square, but the front of the reinforced concrete structure, the bottom portion of the structure formed by mixing a charcoal and loess on the bottom surface of the structure to form a layer of a predetermined thickness, A sidewall is formed on the sidewall of the structure, and a brick layer is formed on the inside of the thermal insulation layer. It is a basic feature of the technical configuration.

When described in detail with reference to the accompanying drawings a preferred embodiment of the present invention configured as described above are as follows.

1 is a vertical longitudinal sectional view showing a sauna room of the present invention.

As shown in Figure 1, the sauna room 100 of the present invention is formed in a square, but the front of the reinforced concrete (111, 121, 131) structure, and the charcoal and loess on the bottom surface of the structure by mixing the layer of a certain thickness The bottom portion 110 formed of the insulating layer and the heat insulation layer 122 are formed inside the sidewall of the structure, and the brick layer 125 is formed on the inside of the heat insulation layer 122 and then the ocher is applied to the inside of the brick layer 125. Forming the ocher layer 126 and the side wall portion 120 formed with a charcoal finishing layer 127 fixed by weaving a bundle of charcoal on the inside of the ocher layer 126, and formed in the traditional hanok structure of wood on the bottom of the ceiling of the structure The reflective insulation 132 is attached to the ceiling portion 130 formed by applying the ocher to the bottom surface of the reflective insulation 132 to form the ocher layer 133.

The bottom portion 110 is evenly mixed with 30-50 parts by weight of charcoal powder and 70-50 parts by weight of ocher, and then mixed with a mixture of charcoal powder and ocher and water to knead the thickness of the reinforced concrete 111 to a thickness of about 5-30 mm. Apply on the upper surface to form a charcoal clay ocher layer 112.

Charcoal powder ocher layer 112 is completely hardened and placed in the top dolmen 113.

The side wall part 120 sequentially forms a heat insulating layer 122 made of a reflective heat insulating material 123, a squirrel 124, and a reflective heat insulating material 123 inside the side wall of the reinforced concrete 121, and bricks are formed on the heat insulating layer 122. Forming the brick layer 125 is laminated and the water mixed with the brick layer 125 to form a loess layer 126 by applying a thickness of about 5-15mm in the dough ocher.

When the ocher layer 127 is completely hardened, weave the charcoal cut to the same length and attach it to the ocher layer 126.

The ceiling portion 130 is provided with the inner shape of the traditional hanok such as the sputum 124 and the girder 135, etc. inside the ceiling of the reinforced concrete 131, between the reflective insulating material 132 and forming a reflection On the inner surface of the heat insulator 132 is formed ocher layer 133 having a thickness of about 5-10mm.

Here, the timber used for the sputum 124 and the girders 135, it is preferable to use wood for the wooden floor that does not rot even in the water.

The charcoal and charcoal powder used in the above is hard, adsorptive, uses a lot of far-infrared emission, and white charcoal that is not well stained.

Referring to the operation of the present invention as follows.

In the sauna room 100, if the internal temperature and humidity are raised through a normal heating means (not shown), a lot of sweat is caused by the increase of temperature, thereby discharging the wastes of the body to the outside to obtain the effect of the sauna.

Wherein the sauna room 100 of the present invention is to supply the far-infrared rays emanating from the charcoal and loess continuously to the body to promote the metabolism, blood circulation, skin breathing, etc. of the human body to lead a healthy life as well as the sauna room It adsorbs unpleasant odors inside, providing a comfortable indoor environment.

As described above, the sauna room 100 of the present invention is formed of a square, but the reinforced concrete (111, 121, 131) structure that opened the ceiling, and mixed with charcoal and loess on the bottom surface of the structure to a layer of a predetermined thickness A bottom layer 110 and a heat insulation layer 122 are formed inside the sidewall of the structure, and a brick layer 125 is formed inside the heat insulation layer 122, and then the ocher layer is applied to the inside of the brick layer 125. Form side (126) and the side wall portion 120 formed with a charcoal finish layer 127 is fixed to the inner side of the loess layer 126 by the bundle of charcoal, and formed in the traditional hanok structure of wood on the bottom of the ceiling of the structure, The reflective insulation material 132 is attached to the bottom surface of the reflective insulation material 132 by applying ocher to form the ocher layer 133 to form a ceiling portion 130, so as not only maximize the sauna effect by far infrared rays of charcoal adsorb, remove the unpleasant smell Live by Improve the capacity is effective to provide a hygienic and pleasant sauna.

Claims (4)

Reinforced concrete (111, 121, 131) structure formed in a square, but the front opening, the bottom portion 110 is formed by mixing charcoal and loess on the bottom surface of the structure to form a layer of a predetermined thickness, The insulating layer 122 is formed inside the sidewall of the structure, and the brick layer 125 is formed inside the insulating layer 122, and then the ocher layer 126 is formed by applying ocher to the inside of the brick layer 125, and the ocher layer 126. A side wall portion 120 having a charcoal finishing layer 127 formed by weaving a bundle of charcoal in the inner side of the), The ceiling of the structure is formed with a traditional hanok structure of wood, but the reflective insulating material 132 is attached to the bottom of the reflective insulating material 132 by applying ocher to the ocher layer 133 formed a ceiling portion 130, characterized in that composed of Sauna room. The method of claim 1, The bottom portion 110 is evenly mixed with 30-50 parts by weight of charcoal powder and 70-50 parts by weight of ocher, and then mixed with a mixture of charcoal powder and ocher and water to knead the thickness of the Tianjin concrete 111 to about 5-30 mm. The sauna room, characterized in that the charcoal clay ocher layer 112 is formed on the upper surface, and the dimples 113 are placed on the upper surface of the charcoal ocher layer 112. The method of claim 1, The side wall part 120 forms a heat insulating layer 122 made of a reflective heat insulating material 123, a squirrel 124, and a reflective heat insulating material 123 inside the side wall of the reinforced concrete 121 and sequentially bricks on the heat insulating layer 122. To form a brick layer 125 is laminated to the brick layer 125 by mixing the water in the dough state ocher to the thickness of about 5-15mm to form the ocher layer 126 and the charcoal finishing layer 127 on the ocher layer 126 Sauna room characterized in that formed by. The method of claim 1, The ceiling portion 130 is provided with the inner shape of the traditional hanok such as the sputum 124 and the girder 135, etc. inside the ceiling of the reinforced concrete 131, between the reflective insulating material 132 and forming a reflection Sauna room, characterized in that formed on the inner side of the heat insulating material 132 by forming a loess layer 133 of about 5-10mm thick.