JPH11313867A - Loess steam bath - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a steam bath emitting a large quantity of far infrared radiation in order to accelerate cell vitality of a human body to increase autocuring effect of the human body, excellent in heat accumulating function of maintaining constant desired temperature by heating and emitting accumulated energy continuously in constant quantity so as to increase heat efficiency. SOLUTION: A bell-like wall is constructed on a base part 5 to form internal space, and a loess layer 15 is laid on the ground inside. The wall 6 comprises an internal wall 8 formed using loess 10 of caking material in order to accumulate heat at the time of heating and to continuously radiate heat and also emit far infrared radiation during use and laminating slates 9, and an external wall 7 constructed on the outside of the internal wall 8 so as to protect the internal wall 8 and to insulate heat. As the slates 9, veined porphyry is laminated on the lower side of the internal wall 8, and on-dol stone is laminated on the center upper side. In the external wall 7, granite pieces 2 are laminated by a cement binder, and loess is packed between the internal wall 8 and the external wall 7.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a steam bath for discharging human wastes together with sweat, and more particularly, to stimulating the activity of human body cells by far-infrared rays so as to increase the vitality of the human body. The use of loess, porphyry and ondolite, which have excellent absorption, storage and emission properties of far infrared rays, to improve immunity against The present invention relates to a loess steam bath having an improved structure for sustained release.

[0002]

2. Description of the Related Art Steam baths, which have been used for health since ancient times, are currently constructed mainly using refractory granite fragments, and are supplied with gas or oil so that the temperature of the internal space is maintained at about 50 to 70 ° C. Heated at regular intervals using
Depending on the type of steam bath, supply steam to the internal space,
In some cases, a medicine like a pong is placed. However, the conventional steam bath with such a structure simply heats the inner space to a temperature higher than room temperature, so that the user can sweat and thereby discharge waste products accumulated in the human body. And the more fundamental self-healing effect of the human body was weak. In addition, cement is used for lamination of refractory granite pieces,
Insulation materials are used to increase the heat insulation effect, but these materials have the problem of releasing toxic gases harmful to the human body when exposed to heat, and have a weak heat storage function. There was a problem that excessive energy was consumed because the steam bath cooled down quickly.

[0003]

SUMMARY OF THE INVENTION It is an object of the present invention to solve the above-mentioned problems caused by the conventional steam bath, by promoting the vitality of cells of the human body and increasing the self-healing effect of the human body. An object of the present invention is to provide a steam bath having a structure that emits far-infrared rays. Another object of the present invention is to provide an energy-saving loess steaming bath which has an excellent heat storage function of maintaining a desired temperature by heating, and has an increased thermal efficiency so that stored heat energy is continuously and constantly released. It is to provide.

[0004]

In order to achieve the above object, a loess steam bath according to the present invention has a base buried in the ground, and a stone plate excellent in heat storage function and far-infrared rays. Laminate to build the inner wall, and to protect the inner wall, laminate granite pieces on the outside to create an outer wall that blocks the heat accumulated on the inner wall from being released outside, The space between the granite fragments is filled with loess. In addition, the loess steam bath according to the present invention, in order to protect the inner wall of the wall, constructs a reinforced concrete outer wall for construction integrally with the base on the outside, and connects the porphyry and ondolite connecting means of the inner wall to the outer reinforced concrete. Can be prevented from being collapsed by the impact of an earthquake. It is preferable that the lower slab of the loess steam bath of the present invention uses porphyry stone and the upper middle slab uses ondolite.

[0005]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in more detail with reference to the drawings showing embodiments of the present invention. FIG. 1 shows an outer shape of a loess steam bath 1 according to the present invention, in which a canine-shaped or triangular pyramid granite piece 2 is laminated with cement to form a bell-like shape. Two openings 3 are provided at opposing positions on both lower sides of the loess steam bath 1, and doors 4, 4 'are respectively installed so as to be rotatable by hinges, and one of the doors 4 is used for entering and exiting the user. As shown in FIG. 2, the door 4 'is used as a smoke outlet to a chimney at the time of heating, and is closed when the inside is heated to a predetermined temperature so that the inside heat is not discharged. It is.

FIG. 2 shows a sectional structure of a loess steam bath 1 according to the present invention. The height of the internal space of the steam bath is 9.5 m in the present embodiment, but is not limited to this. Base 5
Is preferably buried at a depth of about 1.5 m underground. The wall 6 of the steam bath is preferably 1 to 1.2 m
Outer wall 7 for support and heat insulation
And an inner wall 8 for heat radiation and far-infrared radiation.

The base 5 is constructed of concrete to support the entire steam bath structure. As shown in FIG. 3 in an enlarged manner, the inner wall 8 is formed of, for example, a plate-like porphyry stone at the lower part and a heat storage and lower part such as a thin flat ondolite which has been used for ondol from the past. It is formed by laminating a stone plate 9 made of a material having an excellent far-infrared radiation effect using loess 10. The inner wall 7 is formed by laminating the triangular pyramid-shaped granite pieces 2 together with the inner wall 8 with cement, and filling the space between the outer wall 7 and the inner wall 8 with loess. At this time, the loess used as the binder is mixed with solar salt at the time of kneading to increase the binding power of the loess, thereby firmly binding the porphyry or ondolite slabs 9 and the inner wall 8. It is also preferable that the connection between the outer wall 7 and the outer wall 7 be firm. It is preferable that porphyry emits far-infrared rays simultaneously with heat storage like loess. It is known that porphyry is excellent in heat storage and far-infrared radiation function like loess.

On the inner wall of the steam bath, the porphyry stone plate 9 is laminated using loess as a binder until the lower part of the inner wall is at least a person's sitting height, that is, about 1.5 m. It is not necessary to use porphyry stones because it is too hot to stand by, and it is necessary to laminate stone plates 9 that are ondolites that are more heat-storing than the far-infrared ray emitting function using loess. Is preferred. In addition, it is preferable that the loess layer 15 be laid about 40 to 50 cm on the bottom formed of concrete when the base is formed below the ground because the irradiation of far infrared rays to the user's human body can be further increased. .

When the porphyry and ondolite slabs 9 are stacked, three to five layers are stacked, dried sufficiently, and then repeatedly stacked in a manner of stacking three to five layers again to support the steam bath. It can be built without a bell shape without collapse. In this embodiment, the porphyry and ondolite slabs 9 used for the inner wall preferably have a width of 70 to 90 cm, and the granite pieces preferably have a width of 30 to 40 cm. Ondolite is a granite and preferably has a strength of 40 or less, and is particularly resistant to heat and has good heat storage properties.

[0010] By laminating in this way and finally covering the circular granite cover stone 16 at the upper end, and sealing the interior space 11 with ocher, the height of the interior space is approximately 9.
A large steam bath with a diameter of 5m and a diameter of 6.2m will be completed.
The steam bath thus completed is provided with a cage 12, which is communicated when the one-side door 4 'is opened, which is closed by the door, and a chimney 14 is built from the cage.

FIG. 3 is a sectional view showing the structure of a steam bath according to another embodiment of the present invention. This embodiment is characterized in that it is formed in an earthquake-resistant structure in preparation for an earthquake. For such an earthquake-resistant structure, the outer wall 7 of the steam bath is formed by an outer wall 17 made of reinforced concrete on the outside, and when the outer wall is constructed, a stone plate 9 is perforated and one end of a steel wire 18 is fixed thereto. The other end is fixed to the reinforcing bar 19 so that the stone plate is supported by the reinforcing bar on the outer wall. Therefore, the supporting strength of the outer wall against the vibration at the time of the earthquake is increased, and the stone slab 9 is connected to the reinforcing bar of the outer wall, so that it does not collapse. Granite fragments can be used on the outer surface of the concrete outer wall.

[0012] The porphyry and loess constituting the inner wall of the steam bath have excellent heat storage characteristics and gradually release the stored thermal energy over a long period of time, so that a single heating can maintain a high temperature for a long time. In addition, porphyry and loess are excellent not only in heat storage properties but also in emission properties of far infrared rays. In particular, loess has a honeycomb structure and a multi-layer structure, and thus has excellent heat absorption and storage properties, and the amount of far-infrared radiation greatly increases when heat is received.

When wood is laid in the interior space of the steam bath and then fired, the heated air rises, and the cold air coming into contact with the inner wall flows down in a downward manner, so that the ondol which forms the inner wall is particularly formed. Stone and porphyry slate 9 and loess 1
Heat is stored at 0 and smoke is discharged from the chimney 14 through the open door 4 '. The wood used in the steam bath of the present invention is preferably a pine tree, which is a pine tree skin that is discarded after being ground for use in a sawmill or the like. This is Matsuka's aromatherapy (aromatotherapy: aromatotherap)
y) has a healing effect on autonomic nervous system disorders, and phytonside components are known not only to help the body and mind recovery, but also to Korea's “East Medical Book” has antibacterial, skin beauty and blood circulation, obesity It is described as having an effect on, for example, mild wind, hair promotion and insomnia. In addition, the pine tree is completely burned and only very little ash remains, so that there is an advantage that the treatment is convenient. On the other hand, charcoal remains on the lime tree and the like, so there is a problem in the subsequent processing. However, it should be noted that the heating source of the steam bath is not limited to pine trees.

[0014] The internal space of the steam bath is formed such that the temperature changes according to its height when heated. That is, about 3
When about m is divided into three layers, the temperature of the uppermost layer is 600 to
It is around 900 ° C., but can be longer depending on the initial heating time.

[0015] The temperature of the lowermost layer is always kept constant near the ground where the user is sitting. This is because, as described above, the heat energy stored in porphyry and ondolite and loess, which are provided as slabs on the inner wall, continues to be released, and the air adjacent thereto is heated and rises, while the intermediate relative This is because the chilled air descends, so that convection continues inside the steam bath. Therefore,
Since the heating of the steam bath only needs to be performed once at dawn, there is an advantage that the energy use efficiency is greatly improved as compared with the conventional steam bath of refractory granite pieces heated by gas or oil. The temperature of the lowest layer where the user is sitting is 70-17
Although the temperature is very high at 0 ° C, the inside of the steam bath is hot and dry, so the actual temperature experienced by the user is not unbearable for the user and there is no danger of burns. However, if necessary, it is possible to put cotton cloth or linen cloth together.

Further, since the porphyry and loess are heated, far-infrared rays are emitted in larger amounts under natural conditions, so that not only cells of the user's body in the steam bath gain vitality,
The self-healing effect of the human body is improved, indicating an excellent health effect.

[0017]

As described above, according to the present invention, the steam bath is constituted by the inner wall 8 in which porphyry and ondolite and loess are laminated and the outer wall 7 of granite are double-structured so that the inner wall can be heated when heated. The thermal energy stored in porphyry and ondolite and loess is continuously released over time to maintain the temperature of the interior space of the steam bath constant, so the thermal efficiency is greatly improved, The heat released from ondolite and loess releases sweat and waste products in the human body, and has the advantage that the user's health can be improved by the large amount of far-infrared rays emitted from heated porphyry and loess. .

[Brief description of the drawings]

FIG. 1 is a perspective view of a loess steam bath according to the present invention.

FIG. 2 is a sectional view showing the structure of the loess steam bath of FIG. 1;

FIG. 3 is a sectional view of a loess steam bath according to another embodiment of the present invention.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Steam bath 2 Granite piece 3 Opening 4,4 'Door 5 Base 6 Wall 7 Outer wall 8 Inner wall 9 Stone plate (porphyry stone, ondolite) 10 Loess 11 Inner space 12 Cage 14 Chimney 15 Loess layer 17 Outer wall 18 Steel wire 19 Iron bar

Claims (5)

[Claims] 1. A bell-shaped wall is built on a base to form an internal space, and a loess layer is laid on the ground inside the wall, and the wall stores heat during heating and is maintained during use. In order to radiate far-infrared rays as well as to radiate heat, using loess as a binder, an inner wall made of laminated stone plates, and to protect and insulate the inner wall, it is constructed outside the inner wall. A loess steam bath consisting of an outer wall. 2. The loess steam bath according to claim 1, wherein a porphyry stone is laminated on a lower side of the inner wall and a slab of ondolite is laminated on a middle upper side. 3. The loess steam bath according to claim 2, wherein the outer wall is formed by laminating granite pieces with a cement binder, and is filled with ocher between the inner wall and the outer wall. 4. The outer wall is made of reinforced concrete,
The loess steam bath according to claim 1 or 2, wherein a stone plate on the inner wall is perforated, one end of the steel wire is fixed thereto, and the other end is fixed to a reinforcing bar on the outer wall to increase the supporting force. 5. When the temperature of the internal space is heated, the uppermost layer has a temperature of 600 to 900 ° C., and the intermediate layer has a temperature of 400 to 600 ° C.
The loess steaming bath according to claim 1, wherein the lowermost layer adjacent to the ground has a temperature of 70 to 150C.