KR20110005361A - Home sauna booth - Google Patents

Abstract

PURPOSE: A home sauna booth is provided, which can improve stability, thermal efficiency and profitability by installing a fabric type of heating device. CONSTITUTION: A home sauna booth comprises: a home sauna booth main body(100); a front panel, a side panel(200b), a rear panel, a ceiling panel(200d) and a floor panel(200e) assembled with the main body; a heating device buried in each panel; and a controller(400) attached to the front panel. The panels comprise: a surface layer made of timber; a warmth-keeping layer made of urethane insulator; a heating layer in which a heating device is applied; and a coating layer.

Description

Home sauna booth

The present invention relates to a home sauna or booth, which is easy to install by configuring the home sauna or booth in a prefabricated form using a panel so that the sauna can be conveniently performed at home, regardless of the place, which forms the home sauna or booth. Fabric type heating device is installed on each panel of the main body to further improve workability, stability, thermal efficiency and economic efficiency.

As it is known, the sauna (Sauna), as well as relieve mental stress as well as the expansion of blood vessels of the body as the blood flow improves, the activity of the autonomic nerves that control the internal organs, as well as the imbalance of the autonomic nervous system It is also effective in promoting health, such as normalization, warm blood flow, blood vessels are softened, blood pressure is normalized, muscle tension is released, skeletal system is resolved, and the activity of enzymes that regulate each organ in the body is restored. Known.

Due to the above advantages, the sauna is usually visited by a public bath equipped with a sauna, but in this case, a separate time must be devoted and the effect of the sauna can not be obtained steadily.

To this end, even if you do not find a public bath, there are a growing number of homes or booths to install a sauna in a residential space.

Figure 7 shows an embodiment of a conventional home sauna facility (Patent registration No. 1996-13206, prefabricated far-infrared sauna bathroom).

The home sauna facility is a container type sauna device in which a drain hole 2 is formed at one side of the floor to be drained through the drain hose 3, and a plurality of ceramic protrusions are disposed on the bottom and bottom surfaces of the lower body 1. Acupressure pallet 35 having a, and the inner circumference of the upper periphery of the engaging jaw portion 12 is formed, a pair of opening and closing doors (4) and rear cover plate (5), vertically installed on the upper front and rear and both sides, left and right sides In installing the cover plates 6 and 7, the bent end 13 bent inwardly at the lower end of each cover plate can be tightened and fastened as a fixing screw 14, and in the assembly of the respective cover plates, Assemble and fasten several points as fastening bolts 10 and nuts 11 with the connecting bodies 9 and 9 'before and after the part, and when fastening the double upper cover body 8 to the upper side of each cover plate. Bend the top inward to After it is formed, the inner and outer ends of the upper cover body are placed on the outside to be fastened and installed as a fastening screw 17, and both sides of the cover body form exhaust ports to communicate with the open / close adjustable exhaust doors installed on both sides of the ceiling surface. And a lighting lamp and a stereo amplifier are installed at the center and one side of the ceiling surface, and the housing is formed in the center of the cover plate vertically in the center of the rear cover plate to form an external protrusion, and an air dryer is installed therein, and the left side cover plate is installed. The heating element is installed on the upper and lower points of the inner surface to generate heat. The mirror, shower, soap rack, and towel rack are installed on the inside of the right side cover plate, and the instantaneous water heater, control box, and stereo cassette are mounted on the outer surface. It is provided in a structure that is assembled to.

In the case of the home sauna facility, heating elements are installed at upper and lower points of the inner side of the left cover plate to generate heat. However, most of the home sauna facilities provided as well as the conventional home sauna facilities are heating elements, which are in the form of electric panel coils. As the heating element or the metal rod-type heating element to which copper-containing heating rod is applied, it is very difficult to construct and takes too much preheating time and not only causes problems in stability when the temperature rises sharply, but also has low thermal efficiency and economic efficiency. I am having this falling problem.

In order to solve the above problems, the present invention is easy to install by configuring the home sauna or booth in a prefabricated form using a panel so that the sauna can be conveniently performed at home, regardless of the place, of the main body forming the home sauna or booth The purpose is to install fabric type heating devices on each panel to further improve workability, stability, thermal efficiency and economic efficiency.

In order to achieve the above object of the present invention, the home Sauna or the booth main body is composed of a front panel, a side panel, a rear panel, a ceiling panel, and a bottom panel, which are provided with an entrance door, but each heating panel embeds a heating device for heating. The front panel, the side panel, and the rear panel of the main body forming the grooves and the booth are connected to the controller attached to the front panel by wire, and the outer panel is made of a skin layer made of wood from the outside, a heat insulating layer made of urethane insulation, and electrical By providing a home sauna or booth comprising a heating layer to which a heating device of a fabric type to be heated by supply is applied, and a coating layer (L4) for applying a spray gun to the liquid loess for finishing the heating layer. To achieve the purpose.

The present invention is not only easy to install because the grooves or booths are prefabricated using the panel, but also can be freely set to a high temperature of the fabric-type heating device in each panel of the main body forming the grooves or booths, heating preheating by instantaneous heating Since there is little time and there is no risk of ignition because it has a positive characteristic, you can enjoy sauna safely and comfortably without the risk of burns, etc. The heating device is provided in the form of fabric, which is very advantageous in handling and construction. Compared to the thermal efficiency is excellent because it reduces the economic burden of using a home sauna or booth, there is an advantage that can provide an opportunity to provide a home sauna or booth at a lower cost through the present invention.

Hereinafter, a preferred embodiment of a home sauna or booth according to the present invention will be described.

1 is a perspective view of a home sauna booth according to the present invention, FIG. 2 is a front configuration diagram of a home sauna booth according to the present invention, and FIG. 3 is an enlarged cross-sectional view of part “A” of FIG. Is a planar configuration diagram of a heating device applied to the heating layer of the present invention, Figure 5 is an enlarged view of the "B" portion of Figure 4, Figure 6 is a heat generation embedded in each panel of the home sauna or booth according to the present invention A plan photo of the device is shown.

In the drawings, reference numeral 300 denotes a chair, 400 denotes a controller, and 410 denotes a locking member.

The present invention is a home Sauna booth body 100 is assembled with a front panel 200a and a side panel 200b, a rear panel 200c, a ceiling panel 200d and a bottom panel 200e provided with a door 210. It is configured as, but each of the panels 200a, 200b, 200c is embedded in the heating device 500 for heating and connected to the controller 400 attached to the front panel 200a by wire, while the groove The front panel 200a, the side panel 200b, and the rear panel 200c of the main body 100 constituting the sauna booth include a skin layer L1 made of wood from the outside, and a heat insulating layer L2 made of urethane insulation. , Consisting of a heating layer (L3) to which the heating device 500 of the fabric type is heated by the supply of electricity, and a coating layer (L4) for applying a liquid loess with a spray gun for finishing the heating layer (L3). It is characterized by.

The heat generating layer (L3) is one side of the heat generating device (500) in a state in which an adhesive containing a mixture of ocher and seaweed, which is natural grass, in a ratio of 70:30, is applied to the heat insulating layer (L2) at a thickness of 1 mm to 2 mm. The adhesive layer is applied to the other side of the heat generating device 500 to a thickness of 1 mm to 2 mm to form a coating layer L4 in a state where the heat generating device 500 is completely embedded.

The reason for applying the loess is, as is known, the far infrared rays are emitted from the loess, which acts to increase the body temperature, that is, increase the basal body temperature, activating the physiology of the cells.

As mentioned above, when basal body temperature rises, capillaries expand and blood circulation is activated, and metabolic reinforcement and tissue regeneration are increased, and various toxins and wastes in the body come out with the discharge of sweat to clear blood. It is to improve the constitution of the modern man being acidified through the alkaline to improve the natural constitution by the human body can improve the self-defense ability and immunity by themselves can see the effect of restoring health.

In addition, natural grass, that is, seaweed grass is not only harmless to the human body but also made of seaweed that can be found on the seashore of Korea. This seaweed contains gambling, wood starfish, green and blue algae, seaweed, seaweed, seaweed, and seaweed. Among them, gambling and wood starfish, which are good adhesive algae, are used.

The reason for maintaining the thickness of the above-mentioned adhesive made of loess and natural grass between 1 mm and 2 mm is that if the thickness of the adhesive is less than 1 mm, the thermal conductivity is improved, but the adhesiveness tends to be poor, on the contrary, the thickness exceeds 2 mm. When the adhesiveness is improved thermal conductivity is somewhat reduced.

The heating device 500 of the fabric form the heat generating layer (L3) is provided between a plurality of horizontal yarn 511 and the horizontal yarn 511 arranged in a horizontal direction and the black carbon ink on the outside of the yarn 0.1 Electrode yarn 522 provided between the weft yarn 510 including the carbon yarn 512 impregnated to a thickness of mm ~ 0.3 mm and a plurality of longitudinal surface yarns 521 arranged perpendicular to the weft yarn 510. It consists of a slope 520, including, one side of the electrode yarn 522 of the slope 520 is connected to the temperature controller 530 and the power supply line 550 and at the same time the other side of the electrode yarn 522 While connecting to the temperature controller 530, the temperature sensor 540 is installed on any one of the heating device (500) and connected to the temperature controller 530 by the power supply line 550 in a structure that is installed Is provided.

The reason for impregnating the black carbon ink to the thickness of 0.1mm to 0.3mm outside the yarn as described above is that when the thickness of the black carbon ink layer is less than 0.1mm, the impregnation thickness can be shortened, but the impregnation time can be shortened. This may not be uniform, if the thickness of the black carbon ink layer exceeds 0.3mm, it is possible to maintain the heat generation of each part even during heat generation, but the material consumption is large, the thickness becomes thicker than necessary.

Hereinafter, the operation of the home sauna or booth according to the present invention will be described.

The present invention uses the front panel 200a, the side panel 200b, the rear panel 200c, the ceiling panel 200d, and the bottom panel 200e, which are provided with the door 210 for the home sauna or booth body 100. In the box form, the front panel 200a is locked to the side panel 200b as a locking member, and the chair 300 is provided inside the main body 100.

In addition, each panel 200a, 200b, 200c is embedded in the heating device to be connected to the controller 400 attached to the front panel 200a by wire, in the present invention, the heating device as conventional It is possible to freely set the temperature in the optimal state for the sauna without applying electric panel type heating element in the form of long plate coil or metal rod type heating element to which copper heating rod is applied, and instantaneous heating (surface 40 ℃ / 3 minutes) ) Is a fabric type heating device that has little heating preheating time and has no static risk because of its static characteristics.

4 to 6, the heat generating apparatus 500 according to the present invention will be described in more detail. First, a carbon yarn 512 in which black carbon ink is impregnated to a thickness of 0.1 mm to 0.3 mm on the outside of the yarn is described. The weft yarn 510 is configured to be equally spaced apart from the carbon yarn 512 and the transverse yarn 511 at a predetermined interval, and a plurality of longitudinal yarns are arranged vertically with respect to the weft yarn 510. Electrode yarns 522 provided between the 521, that is, the inclination 520 including a copper wire for supplying electricity is provided and weave them with a known loom.

When weaving the weft yarn 510 and the inclined 520 by the weaving machine to form a fabric as shown in Figure 6, the weft yarn 510 is arranged to arrange the carbon yarn 512 at intervals of about 5mm It is preferable.

In addition, one side of the electrode yarn 522 of the inclination 520 is connected to the temperature controller 530 and the other side of the electrode yarn 522 is connected in parallel so that electricity can be supplied to each of the heating devices 500. The temperature controller 530 is connected to the temperature controller 530, and the temperature sensor 540 is connected to the temperature controller 530.

The carbon yarn 512, which is supplied with power for heat generation, is a structure in which a hexagonal ring of carbon forms a layered lattice successively as black carbon ink is impregnated with a thickness of 0.1 mm to 0.3 mm outside the yarn. It has a gray or gray color and has a strength of 10 to 20 g / d, a specific gravity of 1.5 to 2.1, heat resistance and impact resistance, and is resistant to chemicals, and also loses weight such as oxygen, hydrogen and nitrogen during heating. Since it is reduced, it is lighter than metal (aluminum) and has excellent elasticity and strength compared to metal (iron).

When the carbon yarn 512 having such characteristics is applied to the heating device 500 in a woven state, a heating element applied to a conventional home sauna or a booth, that is, an electric panel type heating element in the form of an electric sheet coil, or a heating rod of copper component is applied. Compared with the metal rod-type heating element, superiority in thermal efficiency, safety, and economics can be obtained.

In addition, since the carbon yarns 512 are much more easily generated, the carbon yarns 512 have various exothermic properties and are formed in the form of impregnation in the yarns, and thus have excellent bending properties and minimize the breakdown and rupture of the carbon layer. will be.

The carbon yarn 512 according to the present invention is impregnated with yarns (fiber yarns twisted 132 times left three yarns) in an impregnation tank containing black carbon ink to perform carbon coating, thereby impregnating the black carbon ink. Insert the yarn into the hole formed in the guide jig (not shown) and scrape the black carbon ink on the surface of the yarn at the same time as extrusion to form a carbon coating layer on the outside of the yarn as thin as possible, and then dry at 60 ° C. The process is repeated three times in succession, but after the third coating, the carbon yarn 512 is manufactured by drying at a tunnel drying furnace (not shown) at 200-300 ° C. and finishing the yarn in the same manner. Coating the black carbon ink on the board can improve the adhesion of the black carbon ink, and the black carbon ink will be completely infiltrated into the yarn, thereby transferring heat during power supply. The carriage is a heat resistance that can be used for any current flow from the DC 300V or more to have 3.75V according to evenly true.

Therefore, when the heat generating device 500 is configured by applying the carbon yarn 512 manufactured as described above, the temperature can be freely set in an optimal state for performing a sauna, and instantaneous heat generation (surface 40 ° C. / 3 minutes), there is little heating preheating time, and because it has static characteristics, there is no risk of ignition, so that it is possible to perform sauna safely and comfortably without the risk of burns, etc. Of course, the construction is also very advantageous and excellent thermal efficiency compared to the conventional heating element, thereby reducing the economic burden of using a home sauna or booth can provide an opportunity to provide a home sauna or booth at a lower cost through the present invention home have.

As described above, the present invention has been illustrated and described with reference to specific preferred embodiments, but is not limited to the above-described embodiments, and simple design changes and substitution of conventional means within the scope not changing the technical gist of the present invention. It is also clear that the case belongs to the protection scope of the present invention.

1 is a perspective view of a home sauna booth according to the present invention

2 is a front configuration diagram of a home sauna or booth according to the present invention;

3 is an enlarged cross-sectional view of a portion “A” of FIG. 2;

Figure 4 is a plan view of a heating device applied to the heating layer of the present invention

5 is an enlarged view of a portion “B” of FIG. 4.

Figure 6 is a plan view of the heating device embedded in each panel of the home sauna or booth according to the present invention

7 is an exploded perspective view of a conventional home sauna or booth

<Description of the symbols for the main parts of the drawings>

100: main body 200a: front panel

210: door 200b: side panel

200c: rear panel 200d: ceiling panel

200e: Floor panel 500: Heating device

510: weft yarn 511: horizontal yarn

512: carbon yarn 520: slope

521: vertical yarn 522: electrode yarn

530: temperature controller 540: temperature sensor

550: power supply line 600: scaffold

Claims (3)

The home Sauna booth body 100 is prefabricated by a front panel 200a provided with a door 210, a side panel 200b, a rear panel 200c, a ceiling panel 200d and a bottom panel 200e. In each of the panels 200a, 200b, 200c, 200d, and 200e, a heating device 500 for heating is embedded to connect with the controller 400 attached to the front panel 200a in a wired manner. The front panel 200a, the side panel 200b, the rear panel 200c, the ceiling panel 200d, and the bottom panel 200e of the main body 100 forming the grooves or booths are made of a skin layer made of wood from the outside ( L1), a heat insulation layer (L2) made of a urethane insulation material, a heat generating layer (L3) to which the heating device 500 of the fabric form is heated by the supply of electricity, and for the finishing of the heat generating layer (L3) Home Sauna booth, characterized in that consisting of a coating layer (L4) for applying the liquid ocher with a spray gun. The heat generating device according to claim 1, wherein the heat generating layer (L3) has a thickness of 1 mm to 2 mm applied to the heat insulating layer (L2) with an adhesive containing a mixture of yellow seaweed and natural seaweed in a ratio of 70:30. One side of the 500 is bonded to each other, the adhesive is applied to the other side of the heating device 500 to a thickness of 1mm ~ 2mm to form a coating layer (L4) in a state where the heating device 500 is completely embedded Home Sauna booth characterized in that. According to claim 1 or claim 2, wherein the heating device 500 of the fabric form constituting the heat generating layer (L3), between a plurality of horizontal yarn 511 and the horizontal yarn 511 arranged horizontally. Weft yarn 510 provided with a carbon yarn 512 impregnated with a thickness of 0.1mm to 0.3mm black carbon ink on the outside of the yarn, and a plurality of longitudinal yarn arranged vertically with respect to the weft yarn 510 Comprising an inclined 520 including an electrode yarn 522 provided between the 521, connecting one side of the electrode yarn 522 of the inclined 520 to the temperature controller 530 and the power supply line 550. At the same time, the other side of the electrode yarn 522 is connected in parallel to the temperature controller 530, while the temperature sensor 540 is installed on any one heating device 500, and the temperature is supplied to the power supply line 550. Home Sauna booth, characterized in that the connection is installed with the regulator (530).

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