KR19990069462A - Prefabricated Sauna Bathroom Using Far Infrared - Google Patents

Abstract

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a prefabricated sauna bathroom using far-infrared rays, which is made by assembling unit parts into a booth and having a variety of convenience facilities required for a sauna bath, wherein the at least part wall of the bathroom (1) is provided. Is made by assembling the far infrared radiation panel 21, the far infrared radiation panel 21, the heating wire 33 having a connection terminal 35 between the heat insulating material layer 32 and the electromagnetic wave shielding material layer 34 is mediated. So that the heat generating portion 31 covering at least the surface of the electromagnetic wave shielding layer 34 opposite the heating wire 33 with the metal plate 36 and the metal plate 36 of the heat generating portion 31 face the inside of the bathroom 1. The panel-shaped frame 41 to which the heat generating part 31 is assembled, and at least one of the elvan powder, the mica powder and the zeolite, is mixed with ocher powder with water, and a binder resin is mixed therein, Metal plate (36) There is provided a prefabricated sauna bathroom using far-infrared rays, characterized in that it comprises an ocher mixture layer (51) applied and cured to it, and thus, there is no need to install a far-infrared radiator, thereby facilitating the assembly and construction of the bathroom, and conventional thermal convection. At the low temperature of 40-60 ℃, which is much lower than the temperature of 90 ℃ which is the use temperature of the sauna, you can enjoy the sauna bath with sufficient far-infrared effect and enjoy the antibacterial power by the adsorption power of ocher and mica. It is effective to keep it hygienic.

Description

Prefabricated Sauna Bathroom Using Far Infrared

(Technology)

The present invention relates to a prefabricated sauna bathroom using far-infrared rays, and more particularly, to a private sauna bathroom using the far-infrared rays of the prefabricated construction in which the far-infrared radiation panel composed mainly of ocher and mica as the far-infrared heating element is mounted as a bathroom wall.

(Background)

In order to have a sauna bath that steams the human body with hot heat or steam, a large amount of facilities such as an enclosed space and a heating device are required. Therefore, in the past, it was necessary to use public sauna baths equipped with such facilities. A booth-type prefabricated sauna bathroom, which is prefabricated in a small space such as a bathroom, has been developed, allowing individuals to enjoy a sauna at home.

Figure 4 is a schematic perspective view showing an example of a personal prefabricated sauna bathroom generally used. As shown, the conventional prefabricated reason or bathroom 100 by assembling a plurality of panels 110 of a unit part of a material such as wood in a box style, door 120, chair 130, mirror 140 Water supply and drainage facilities such as shower head 150, towel rack 160, drain hole (not shown), and a heating device 170 such as an electric heater as a source of high heat, under the chair 130. By installing the inside of the bathroom, such as the top or the outside of the bathroom and connecting the plumbing to supply heat into the bathroom convection, so that you can enjoy the sauna bath in a compact private bathroom. In FIG. 3, reference numeral 180 denotes a control panel configured to control the heating device 170 to adjust the temperature of the bathroom.

As described above, the conventional prefabricated reason or the bathroom 100 is a method of heating the air in the bathroom mainly using an electric heater as the heating device 170, so in order to obtain the desired sauna effect, the temperature in the bathroom is set to 90 ° C- It was to be maintained at 120 ℃, therefore, the power consumption is severe, and not only excessive sweating at excessively high temperature, but also had a problem that it is difficult to bathe for a considerable time.

On the other hand, as the efficacy on far infrared rays is known, attempts to use far infrared rays in saunas have begun from large-scale public sauna baths, and in recent years, the application of far infrared rays to prefabricated homes or bathrooms has been attempted.

In general, far-infrared rays refer to electromagnetic force rays having a wavelength longer than visible light (approximately 5 to 1,500㎛), and when they touch an object, they have reflection, transmission, and absorption properties. It promotes blood circulation and activates molecular movement of substances by resonant absorption, thereby strengthening and enhancing the synthesis of all substances that make up the human body, thereby significantly affecting the action of enzymes, hormones, and bioactive substances. It is known to promote.

Representative effects on the human body of the far-infrared rays, which are widely known, include a thermal effect that maintains the body temperature in a proper state by raising or lowering the body temperature when the temperature decreases or rises, and a ripening effect for uniform and rapid growth of organisms including the human body, and ionic action. By balancing the calcium and iron nutrients in the body, the self-cleaning effect to strengthen the skeletal system, the wet and dry effect to maintain body temperature by maintaining proper moisture, the neutralization effect to release the body's waste and remove odor, the fat of the human body, It is a resonance effect that breaks down nutrients of proteins and carbohydrates to maintain balance and maintains stamina by vibrating molecules and atoms.

As such a material that emits far-infrared rays, ceramics, elvan, carbon, mica and the like are known, and in recent years, yellow soil constituting soil components has attracted attention. In general, as a method of applying a far-infrared radiator structure to a prefabricated house or bathroom, a method of embedding a ceramic planar heating element formed by applying a ceramic paint on the front surface of a woven fabric to a wall of a bathtub, and forming a pocket with a carbon heating element in a mat shape. To the floor of the bathtub has been proposed.

However, the conventional method of applying the far-infrared radiator structure to the prefabricated reason or bathroom as described above is a method in which a ceramic planar heating element or a carbon heating mat is separately embedded in the prefabricated reason or bathroom, which is already configured, so it is not suitable for assembly. There was an inconvenience in construction, and there was a problem that it is insufficient to radiate enough far infrared rays to the human body of the bathroom user.

An object of the present invention is to enable a sauna bath while obtaining a far-infrared effect by applying far-infrared rays to a personal prefabricated sauna bath under the above-described conventional technical background.

An object of the present invention, in manufacturing a prefabricated sauna bathroom applying far-infrared rays, by assemble the bathroom wall with a far-infrared radiation panel of unit structure including ocher, ganban stone, mica, zeolite and the like, thereby maximizing the effect of far infrared rays It is intended to facilitate the construction.

In addition, an object of the present invention is to be able to easily assemble the bathroom without the need to install a far infrared radiator by configuring a panel capable of emitting far infrared rays on the wall itself forming the prefabricated sauna bathroom.

1 is a schematic perspective view of a prefabricated sauna bathroom using far infrared rays according to the present invention.

Figure 2 is an exploded perspective view of the far infrared radiation panel assembled to the inner wall of the bathroom in Figure 1;

3 is a cross-sectional view of the far infrared radiation panel.

Figure 4 is a schematic perspective view showing an example of a personal prefabricated sauna bathroom commonly used.

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

1: prefabricated sauna bathroom 21: far infrared radiation panel

31: heat generating portion 32: insulation layer

33: heating wire 34: electromagnetic wave shielding layer

35: connection terminal 36: metal plate

41: frame 51: ocher mixture layer

The above object of the present invention is a conventional prefabricated sauna bathroom made by assembling unit parts into a booth and having various amenities necessary for a sauna bath, wherein at least some walls of the bathroom are made by assembling a far-infrared radiation panel. The far-infrared radiation panel includes: a heating unit covering at least the surface opposite to the heating wire of the electromagnetic wave shielding layer with a metal plate through a heating wire having a connection terminal between the insulation layer and the electromagnetic wave shielding layer; A panel-shaped frame in which the heat generating part is assembled, and at least one of elvan powder, mica powder, and zeolite is mixed with ocher powder with water, mixed with a binder resin, and applied to the metal plate of the heat generating unit assembled to the frame, and then cured. Jaw using far infrared rays, characterized in that it comprises a It is achieved by a sauna bath.

Hereinafter, with reference to the accompanying drawings will be described in detail the prefabricated sauna bathroom using the far infrared according to the present invention. The following embodiments are merely illustrative of the prefabricated sauna bathroom using the far infrared according to the present invention, it is not intended to limit the scope of the invention.

1 is a schematic perspective view of a prefabricated sauna bathroom using far infrared rays according to the present invention, FIG. 2 is an exploded perspective view of a far infrared radiation panel assembled to an inner wall of a bathroom in FIG. 1, and FIG. 3 is a cross-sectional view of a far infrared radiation panel.

As shown in Fig. 1, the prefabricated sauna bathroom 1 using far infrared rays according to the present invention generally has the same basic configuration as the prefabricated sauna bathroom. That is, a plurality of unit panels are assembled in a booth form, and have a basic configuration in which an entrance door 3, a chair 4, a mirror 5, a shower 6, a towel rack 7, and the like are provided.

According to a feature of the invention, at least a part of the bathroom 1, for example, a wall forming a ceiling and the like, except for the side where the door 3 is located, is constructed by assembling the far-infrared radiation panel 21. . That is, as shown in Figure 1, the far-infrared radiation panel 21 is manufactured to be standardized in various lengths and predetermined widths, and if the far-infrared radiation panels 21 are assembled with each other or with other assembly parts The bathroom 1 having the size of can be manufactured prefabricated. At this time, the entire wall of the bathroom (1) may be composed of far-infrared radiation panels 21, but the portion of the need for using the far-infrared radiation panel 21 is less, for example, the part such as the door (3) far-infrared radiation panel ( Conventional panels having an appearance similar to that of 21 can be used.

2 and 3, the far-infrared radiation panel 21 used to assemble the bathroom 1 has a layer structure consisting of a heat generating portion 31, a frame 41 and an ocher mixture layer 51. It is.

First, the heat generating unit 31 is a layer for heating the ocher mixture layer 51 by heat transfer to radiate far infrared rays, and the heat insulation layer 32 disposed outside the bathroom 1 and the bathroom. The heating wire 33 is laid between the electromagnetic wave shielding layer 34 disposed inside, and at least the surface opposite to the heating wire 33 of the electromagnetic wave shielding layer 34 is covered with the metal plate 36.

The insulation layer 32 is to block the heat generated from the heating wire 33 to leak outside the bathroom 1, the electromagnetic wave shielding layer 34 is to block the electromagnetic waves generated from the heating wire to be radiated into the bathroom. . As the heat insulating material layer 32, various heat insulating foams such as polyurethane foam may be used, and as the electromagnetic wave shielding material layer 34, aluminum foil or the like may be used.

The metal plate 36 provides a base surface to which the ocher mixture layer 51 is bonded, transfers heat generated from the heating wire 33 to the ocher mixture layer 51 with high thermal conductivity, and transmits the entire heat generating unit 31 as one. It is for forming a frame for supporting the unit. Since the main function of the metal plate 36 is to provide the adhesive base surface of the ocher mixture layer 51, the metal plate 36 may be covered only on the surface opposite to the heating wire 33 of the electromagnetic wave shielding layer 34, but as a support frame. In order to enhance the function, it is preferable to coat the entire insulation layer 32, the heating wire 33 and the electromagnetic wave shielding layer 34 with the metal plate 36. As the material of the metal plate 36, a steel plate or a copper plate having excellent thermal conductivity may be used. Can be.

The connection terminal 35 provided on the heating wire 33 electrically connects the heating wire 33 of the far infrared radiation panel 21 to a heating wire 33 of a power source (not shown) or another adjacent far infrared radiation panel 21. It is a terminal.

As shown in Fig. 2, the heat generating portion 31 is fixed to the frame 41 by a general fastener 43 such as, for example, a piece. The frame 41 is made of, for example, a U-shaped plate made of wood so that the heat-generating portion 31 can be easily fixed thereto, and the heat-generating portion 31 is a metal plate 36 of the U-shaped frame ( 41 is inserted into the concave portion of the frame 41 so as to face the open side of the bathroom 1, that is, fastened with a fastener 43. Both ends 42 of the U-shaped frame 41 are formed to have a length that is about 3-7 mm greater than that of the metal plate 36 in the state in which the heat generating part 31 is assembled, and the protruding portion and the metal plate 36 are formed. This space is preferably made to be used as a space to apply the ocher mixture layer 51.

The ocher mixture layer 51 is applied to the open side of the frame 41 in which the heat generating unit 31 is assembled. The ocher mixture layer 51 is a layer that is heated by heat received from the heating wire 33 through the metal plate 36 to radiate far infrared rays into the bathroom 1, and includes mica powders such as elvan, powder of mica, dolomite, biotite, and the like. At least one zeolite is mixed with water to ocher powder, and a mortar made by mixing a binder resin is applied to the open metal plate 36 of the U-shaped frame 41 and cured. As is well known, ocher, elvan, mica and zeolite are known as natural materials containing components such as silicon, calcium, magnesium, potassium, molybdenum, iron, manganese, germanium, selenium, aluminum and emitting far infrared rays.

Here, the binder resin is added to impart adhesion to the ocher mixture mortar and improve strength, and a binder resin such as polyvinylacetate, which is harmless to the human body, may be used.

In addition, an appropriate amount of a component such as melamine as a fluidizing agent and an additive such as canalmethyl carbonate as a thickening agent may be added together with the binder resin, thereby forming spaces between both ends of the U-shaped frame 41 and the metal plate 36. When applying the mortar of the ocher mixture in the mortar to spread to some extent it is appropriately leveling itself can make facilitation work of the ocher mixture in manufacturing the far-infrared radiation panel (21).

The ocher mixture layer 51 is composed of, for example, 40 to 60% by weight of ocher powder, 10 to 20% by weight of elvan powder, 5 to 15% by weight of mica, 5 to 15% by weight of zeolite and 3 to 8% by weight of an additive including a binder resin. The mixture is uniformly mixed, and the mixture is kneaded with water at a rate of 0.3 l / kg to form a mortar, and the mortar is, for example, a thickness of 3-7 mm in the space formed by both ends of the c-shaped frame 41 and the metal plate 36. It can form by apply | coating and hardening about 1 day at normal temperature.

Far-infrared radiation panel 21 having the configuration as described above is made in advance in the appropriate size to fit the overall design of the prefabricated sauna bathroom (1) to be assembled, apply a variety of assembly structures commonly used for prefabricated furniture or booths. The bathroom is assembled into a complete bathroom, wherein the heating wires 33 embedded in each of the far infrared radiation panel 21 are connected to the heating wires 33 of the adjacent far infrared radiation panel 21 and connected to a power source provided from the outside. In the bathroom 1, the control panel 8 may be installed at a suitable place to adjust the sauna temperature according to the user's taste.

According to the prefabricated sauna bath according to the present invention described above, since the wall itself constituting the prefabricated sauna bath is composed of a panel capable of emitting far-infrared rays, there is no need to install a far-infrared radiator, and thus the assembly of the bathroom is easy and conventional. In the low temperature of 40-60 ℃, which is much lower than the use temperature of the thermal convection sauna, the temperature of 40-60 ℃ can enjoy the sauna bath with sufficient far-infrared effect, and the above-mentioned far-infrared radiation materials ocher and mica Eggplant exerts antibacterial activity by its own adsorption, so the bathroom can be hygienic.

Claims (3)

In a conventional prefabricated sauna bathroom made by assembling the unit parts into a booth and having various necessary facilities for a sauna bath, at least some walls of the bathroom 1 are made by assembling a far-infrared radiation panel 21, The far-infrared radiation panel 21, at least the heating wire 33 of the electromagnetic wave shielding layer 34 by a heating wire 33 having a connection terminal 35 between the heat insulating layer 32 and the electromagnetic wave shielding layer 34. The heat generating part 31 which covered the opposite surface with the metal plate 36, and the panel-shaped frame in which the heat generating part 31 is assembled so that the metal plate 36 of the heat generating part 31 faces the inside of the bathroom 1. (41) and at least one of elvan powder, mica powder and zeolite, which are mixed with ocher powder with water, mixed with a binder resin, and applied to the metal plate 36 of the heat generating portion 31 assembled to the frame to cure the ocher mixture layer ( 51) comprising Prefab sauna bathroom using far infrared rays. The prefabricated sauna bathroom of claim 1, wherein the water formulation of the elvan powder, the mica powder, the zeolite, and the ocher powder is further mixed with a fluidizing agent and a thickener together with a binder resin. The insulation layer 32 is polyurethane foam, the electromagnetic wave shield layer 34 is aluminum foil, the metal plate 36 is a steel plate, and the frame 41 is a U-shaped wooden panel. The ocher mixture layer 51 is a binder resin containing 40 to 60% by weight of ocher powder, 10 to 20% by weight of elvan powder, 5 to 15% by weight of mica, 5 to 15% by weight of zeolite, and a fluidizing agent and a thickener. 3 to 8% by weight of the mixture is uniformly mixed, and the mixture is kneaded with water at a rate of 0.3 l / kg to form a mortar, and the mortar is applied to the metal plate 36 to a thickness of 3-7 mm to harden. Prefabricated sauna bathroom using far infrared rays, characterized in that.