WO2010098641A2

WO2010098641A2 - Steam spray apparatus for buttocks fumigation with dual function as foot bath

Info

Publication number: WO2010098641A2
Application number: PCT/KR2010/001274
Authority: WO
Inventors: 박병희; 유재원; 강한주; 강호규
Original assignee: Park Byung-Hee; Yu Jai-Won; Kang Han-Joo; Kang Ho-Kyu
Priority date: 2009-02-27
Filing date: 2010-03-02
Publication date: 2010-09-02
Also published as: WO2010098641A3; KR100951968B1; CN101803993A

Abstract

The present invention relates to an apparatus for buttocks fumigation with a dual function as a foot bath. More specifically, the apparatus simultaneously or selectively supplies high-temperature steam generated from a steam generator to a buttocks fumigation space of a buttocks fumigation barrel and a foot bath space of a foot bath barrel. The apparatus is able to lower steam temperature by mixing air with high-temperature steam sprayed to the buttocks fumigation barrel or foot bath barrel to prevent a user from being burned. In addition, the apparatus provides fumigated herbs containing medicinal ingredients by passing high-temperature steam through Artemisia princeps var. orientalis or oriental medicinal herbs.

Description

Steam jet foot bath

The present invention relates to a foot bath combined with a left hoe device, more specifically, the high-temperature steam generated by the steam generator can be supplied simultaneously or selectively to the left hoe space and the left bath space of the left bath, sprayed to the left or foot bath Regarding the steam jet type foot bath combined with the hot steam to lower the temperature of the steam to prevent the user burn, and to pass the hot steam through the mugwort or herbal medicine to provide medicinal herbs containing medicinal ingredients will be.

Bathing involves sitting in a bath of water or standing under a shower to wash your body. A sauna is a bath where a bather enters a bathroom where steam is generated, and when you sit or lie down, you sweat with steam and heat.

Traditional baths and saunas are a way to immerse a bather's whole body in hot water or heat it with hot steam. Therefore, the bather's body rises in temperature regardless of upper and lower body.

However, half body bath does not apply heat to the bather's upper body but heats only the lower part of the body so that circulation occurs between the warm blood of the lower body and the cold blood of the upper body. This half body bath is known as a suitable bathing method for modern people who sit or stand for a long time.

The half body bath is stored in hot water at 37 ~ 38 ℃ slightly higher than the body temperature to the lower part of the body, and the upper body is kept in contact with the hot water for about 20 ~ 30 minutes for blood circulation, fatigue recovery, abdominal pain, women's menstrual disorders or menstrual pain, Cold and insomnia, hangover, cold prevention and many effects can be seen.

However, in order to have a half body bath should be provided with a bath that fits the lower body of the bath, there is a problem that a large amount of water is consumed because the hot water should be supplied to the bathtub about 100 ~ 120 liters. In addition, there was a problem of taking time to take off clothes and take a bath and preparation and post-treatment procedures for half body bath.

In order to solve this inconvenience, recently, some of the lower body, for example, foot, leg, hand or buttocks (anal) soaked in hot water or steamed foot bath (足浴), foot bath, water bath (手浴), left bath ( Partial baths, such as 좌 and 훈 are known.

In other words, the foot bath is immersed in the hot water of 42 ~ 43 ℃ to the lower part of the ankle of the ankle to perform about 20 ~ 30 minutes, which is effective for fatigue recovery, and each bath has 42 ~ 43 ℃ hot water at the bottom of the knee. Dipping promotes blood circulation in the feet and legs to facilitate metabolism and is effective in recovering fatigue.

On the other hand, hun hun is a method of shooting the steam containing the medicinal ingredients in the anus or female period. Hwa-hoon is known to be able to treat female diseases by allowing the steam of herbal medicine to deepen in the female stage, as well as to help secrete female hormones, and to lose weight and strengthen bones to prevent osteoporosis. In addition, hot seaweed rich in medicine has a strong bactericidal power, so it directly affects the affected areas and women's organs to treat itching and chilling caused by bacterial vaginitis. In addition, menstrual pain, lower abdominal pain, back pain, neuralgia, etc. can be seen and effective in treating hemorrhoids. As the left-hand material, medicinal herbs including vitamin P-based rutin, as well as wormwood, pogongyoung, motherwort, casualties, overload, etc. are used as main ingredients.

The bath is literally a sedentary bath that is soaked in warm water at 35 ~ 41 ℃ for 20 ~ 30 minutes, and it is effective to prevent anal disease and prostate treatment such as hemorrhoids by applying heat to the anus, uterus, prostate, and perineum. .

This partial bath enlarges the constricted blood vessels by cooling the upper body and warming a portion of the lower body, eliminating the cold that causes blood circulation disorders. Therefore, lowering blood pressure, sweating out the waste and accumulated toxins in the body to improve the state of our body.

Recently, various kinds of left baths, angtang baths, left baths and left heaters have been developed to facilitate such partial baths. These products can be divided into wet method and dry method according to the method of transmitting heat to the user's body or affected part.

The wet method includes a hot water method for treating the affected area by directly touching the affected part with water of a suitable temperature heated by a heater, and a steam method for heating steam generated by heating a bucket containing various medicines. In addition, there is a radiation method of direct heating using far-infrared radiation heat and a fumigation method of fumigation of various medicines.

In addition, according to the hot water method, there is a direct heating method in which an electric heating tube is directly installed in the foot bath to heat the heater, and an indirect heating method in which the foot bath is heated by installing a heating wire at the bottom of the left bath. In addition, there is also a steam heating method for circulating the steam generated by the steam generator to supply to the heat exchanger installed in the left bath to heat the water in the left bath. Another type of wet method is spraying, in which water is heated to a constant temperature and then sprayed directly on the body of the bather to obtain the effects of half body bath and left bath.

For example, Japanese Utility Model Registration No. 20-0388374 discloses a seat heater having a water tank heated by a heater. The left heater is configured to heat a water tank containing water to be used for the left bath by using a heater, and to generate water vapor generated by evaporation of the heated water through a steam outlet.

Utility Model Registration Publication No. 20-0387017 discloses a bath with a heater and bubble generator installed in a water tank. The left bath is configured to discharge water through a plurality of through-holes of the blocking plate by evaporation of the heated water by a direct heating method in which a heater is installed in the tank to heat the water.

In addition, Korean Patent Publication No. 10-2001-60615 discloses a mugwort steaming chair having a circular hole in the center of the upper left portion so that the mugwort steam can pass through the upper part, and the mugwort steaming chair having a diameter smaller than the circular hole can be attached and detached. Eggplant seat, mugwort steamer containing the contents for the generation of steam mugwort steam, mugwort steaming heater that can heat the contents in the mugwort steamer, bent portion of a diameter larger than the circular hole on the top so that it can be placed over the mugwort steaming heater and the cylindrical hole Mugwort steam generating device portion having a heating tube, a mugwort steaming device using a chair composed of a controller that can adjust the temperature of the mugwort steaming itself is disclosed.

Such a conventional left heater or a left bath generates water vapor by directly or indirectly heating water contained in a water tank, and the generated water vapor is discharged directly into a left hose space or a bath space through a steam outlet or a plurality of through holes.

However, such a left-handed heater may cause burns in the anus or buttocks as the temperature of the steam rises while the water is cut off to generate steam. In order to avoid the danger of burns, the distance from the steam generating part of the left pain to the user's anus or the buttocks should be sufficiently reduced.

In addition, conventionally, by adding heat to the fumigation bowl filled with medicinal herbs to increase the therapeutic effect by vaporizing the pharmaceutical ingredients, if the water in the fumigation bowl is exhausted during the left hand fumigation, there is a risk of fire due to overheating and recognized the fumigation The procedure of filling the bowl with water is also cumbersome and dangerous, and there is a problem of being exposed to the risk of burns and electric shock due to the user's discomfort.

The present invention has been made in order to solve the problems of the prior art, the main object of the present invention is to provide both the left and left baths at the same time to the left and foot baths or to selectively select the left and foot baths, the left and left spaces It is to provide a steam jet foot bath combined with the left and right apparatus that can supply steam to the foot bath space of the foot bath simultaneously or selectively.

Another object of the present invention is to use a steam method other than the hot water method or the fumigation method, in particular, to separate the steam generator for generating steam from the left or left bath, and pressurized steam generated by spraying to the left or foot bath space In addition to enhancing the effect of the foot or foot bath to provide a steam jet foot bath combined with a high temperature steam generated by a single steam generator to the left and the left foot bath space and the foot bath space of the left bath at the same time or selectively .

In addition, another object of the present invention, by lowering the temperature of the steam is injected into the left hunhun space of the left dormitory or foot bath space of the left bath by mixing the outside air to hot steam using a steam spray nozzle installed at the tip of the steam supply hose It is to provide a steam jet foot bath combined with the left hoe device that can prevent the burn of the user.

Still another object of the present invention is to provide a steam jet type foot bath combined left-hand apparatus capable of minimizing a storage area by allowing a left-bath tub moving back and forth to be stored in a storage space of a chair provided with a left-hand pain tube.

In addition, the present invention is to provide a steam jet type foot bath combined heating device that can minimize the amount of water and energy consumption by generating steam by supplying the required amount of water to the heating cylinder when necessary.

As a means for achieving the above object, the steam jet type foot bath combined left-handed hoisting apparatus according to the present invention is installed at a height that can be seated by the user, and the upper plate and the storage space formed in the lower portion, and moved back and forth to be stored in the storage space A chair comprising a drawer;

A left-handed member formed of a left-handed hole corresponding to the opening formed in the upper plate and spaced apart from the upper surface of the upper plate by a predetermined height, and a left-handed member formed on the bottom surface to surround the opening formed in the upper plate to form a left-handed space. Wow;

A foot bath member which is placed inside the drawer and moves forward and backward with the drawer to form a foot bath space in which the user's foot enters, and a foot bath member which is installed at the bottom of the left bath to put two feet of the user on;

It is configured to include a steam supply member for supplying steam to the left hunhun space of the left huntong and the foot bath space of the left bath;

The left-hand steam generator for supplying steam to the left-hand space of the left-hand barrel is installed in the storage space of the chair, the foot-bath steam generator for supplying steam to the footbath space of the left bath tub is installed at the rear of the drawer and drawers and It is characterized by moving back and forth together.

In the present invention, the left barrel is a cylindrical left barrel forming a left-handed space of a predetermined size, a steam injection nozzle for projecting a predetermined height through the center of the bottom plate of the left-hand barrel to inject the steam and the left barrel Combining the bottom plate of the bottom of the steam injection nozzle is configured to include an air mixture for supplying a mixture of steam and air.

The steam spray nozzle is installed through the center of the bottom plate of the left barrel and the upper end is located in the left hoon space and the lower end of the cylindrical nozzle cylinder located in the inner space of the air mixture, and the upper end of the nozzle cylinder to seal the steam Block plate to prevent the rise directly, a plurality of injection holes formed in the nozzle cylinder of the lower portion of the blocking plate, and a reflecting plate installed around the outer periphery of the nozzle cylinder to guide the steam injected outward through the injection hole in the upward direction It is configured by.

The air mixture is a cylindrical container forming an internal space of a predetermined size, the bottom plate is formed with a steam inlet for injecting steam into the nozzle barrel of the steam injection nozzle, the air mixture than the lower end of the nozzle cylinder A plurality of air holes are formed in the upper portion.

The steam supply member includes a water tank for supplying water, a steam generator for generating steam by heating the water supplied from the water tank, a water supply hose for supplying water from the water tank to the steam generator, and a surface of the steam generator. It is configured to include a steam supply hose for the left hose to transfer the high temperature steam to the left hoe space of the left hoon.

The steam supply member is characterized in that it further comprises a pump for pumping the water of the reservoir to the steam generator.

The steam generator is a heating cylinder having a predetermined diameter, a heater for heating the heating cylinder by winding close to the outer peripheral surface of the heating cylinder, and is installed at the lower end of the heating cylinder to supply the water supplied from the reservoir to the lower end of the heating cylinder A water injection port, a steam discharge port installed at an upper end of the heating cylinder to discharge water vapor generated from the water surface inside the heating cylinder to the outside, and installed in close contact with an outer circumferential surface of the heating cylinder to measure the temperature of the heating cylinder. It comprises a temperature measuring device, and a switch to control the power supplied to the heater in accordance with the temperature measured by the temperature measuring device.

The steam generator is divided into a left steam generator and a foot bath steam generator, the left steam generator is a heating cylinder having a predetermined diameter, the heater to be wound close to the outer peripheral surface of the heating cylinder to heat the heating cylinder, and the heating A water injection port installed at the bottom of the cylinder to supply water supplied from the reservoir to the bottom of the heating cylinder, and a steam discharge port installed at the top of the heating cylinder to discharge water vapor generated from the water surface inside the heating cylinder to the outside; It is installed in close contact with the outer circumferential surface of the heating cylinder is configured to include a temperature measuring device for measuring the temperature of the heating cylinder, and a switch to control the power supplied to the heater in accordance with the temperature measured by the temperature measuring device.

The water supply hose connected between the water tank and the steam generator for the footbath is formed to a sufficient length to allow the movement of the footbath steam generator moving back and forth with the left bath, and the steam connected between the footbath steam generator and the left bath. The supply hose is formed short to prevent the temperature of the steam from dropping.

The steam generator is divided into a left steam generator and a foot bath steam generator, and a steam generator is installed in the left steam steam supply hose of the left steam generator, steaming mugwort or herbal medicine using steam at high temperature, and then medicinal ingredients in steam. It characterized by including the.

The medicinal herb generator is a medicine pack containing a medicinal herb pack, such as wormwood or herbal medicine, and a steam inlet for injecting high-temperature steam supplied from a steaming steam generator and steam containing a medicinal component extracted from the medicinal herb. Is formed in the medicine passage, the condensate reservoir is separably coupled to the bottom of the medicine container and formed with a storage space for storing the liquid material consisting of condensate and liquid residues generated during the steaming process and a drain pipe for discharging the condensate and liquid residues, It is installed between the medicine container and the condensate reservoir and is configured to include a plate formed with a micro-pores through which the condensate and liquid residue is moved down.

According to the steam jet type foot bath combined left huncheon device of the present invention, both the left and the foot bath can be selected at the same time or the left hun or foot bath.

The present invention also provides a steam generator that completely separates the steam generator and the left bath to prevent burns caused by fire or hot steam due to overheating during the left hun, and pressurizes the generated steam to a sufficient pressure. In addition, by spraying into the foot space or foot bath to enhance the effect of the left and foot baths, there is an effect that can simultaneously or selectively supply the high-temperature steam generated in one steam generator into the left and left foot bath space and the foot bath space of the left bath tub.

In addition, the present invention by using the steam injection nozzle installed on the tip of the steam supply hose by mixing the outside air to the hot steam to lower the temperature of the steam injected into the left hunhun space of the left hoetong or foot bath space of the foot bath tub to the appropriate temperature Can prevent burns.

The present invention can also minimize the storage area by allowing the left bath to move back and forth in the storage space of the chair is installed. In addition, the present invention can minimize water consumption and energy usage by using a steam generator including a heating cylinder.

1 is a perspective view showing a steam jet type foot bath combined left huncheon according to the present invention,

Figure 2 is a perspective view showing a state in which the drawer is open in Figure 1,

Figure 3 is a side sectional view showing a steam jet foot bath combined left hun device shown in Figure 1,

Figure 4 is a rear view showing a steam jet foot bath combined left hand shown in Figure 1,

Figure 5 is a partial cross-sectional view showing a left member of the steam jet type foot bath combined left hoon device according to the invention,

Figure 6 is a schematic configuration diagram showing a steam generating member applied to the steam jet type foot bath combined huncheon of the present invention,

7 is an exploded perspective view showing the structure of a heating cylinder according to the present invention;

FIG. 8 is a schematic diagram illustrating another embodiment of the steam generating member, similar to FIG. 6;

9 is a schematic side sectional view showing a structure of a steam generating member according to the present invention;

10 is a perspective view showing a drug generating device according to the present invention;

11 is a rear perspective view showing the structure of the foot bath member according to the present invention;

12 is a cross-sectional view showing the structure of the foot bath according to the invention,

Figure 13 is a perspective view showing the structure of the foot bath in accordance with the present invention,

14 is a bottom perspective view showing the structure of the scaffold according to the present invention.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the steam jet type foot bath combined huncheon according to the present invention.

1 and 2 are a perspective view showing a steam jet foot bath combined left huncheon apparatus according to the present invention, Figure 3 is a cross-sectional view showing a steam jet foot bath combined left huncheon shown in Figure 2, Figure 4 is a steam jet foot bath according to the present invention It is a rear view showing the structure of the dual-purpose seating device.

As shown, the steam jet type foot bath combined hunching device of the present invention (hereinafter referred to as the 'chair type left hoe device') (1) is a chair 10, which the user can sit, and installed inside the chair 10 A steaming member installed inside the chair to supply steam to the shunhun member 100, the footbath member 200 that is received in the drawer type inside the chair 10, and the shunhun member 100 and the footbath member 200. 300 is made.

The chair 10 has a top plate 12 installed at a height at which the user can sit, a left and right frame 14 supporting the top plate 12, and a backrest installed on the top plate 12 so that the user can lean on his back ( 16 and two side plates 18 installed vertically inside the left and right frames 14 to form a storage space 11 of a predetermined size under the upper plate 12.

In addition, a leg 13 supporting the top plate and an armrest 15 may be provided to hang the user's arm, but as shown, the frame 14 simultaneously functions as the leg 13 and the armrest 15. It can also be done.

A rear door (not shown) is installed at the rear of the chair 10 to replace a bucket or medicine pack of the steam supply member 300 installed in the storage space 11 of the chair 10 or check the control unit A. Can be used when repairing or repairing. And the front of the chair 10 is provided with a drawer 17.

The chair 10 applied to the chair-type seating apparatus 1 according to the present invention is provided with a top plate 12 on which the user can sit and a backrest 16 on which the user can lean, under the top plate 12. Any one can be provided as long as the storage space 11 for installing the left hunhun member 100, the foot bath member 200 and the steam supply member 300 is formed. Therefore, the technical spirit of the present invention is not limited to the shape of the frame 14 or the side plate 18 and the leg 13, the armrest 15 and the swing door as shown.

The drawer 17 is moved to the front and rear in the state in which the foot bath member 200 is installed therein is stored in the storage space 11 is a necessary configuration in the chair 10 of the present invention. To this end, the guide member 29 is installed on the side wall 18 of the chair 10 and the slide member 28 is provided on the side wall of the drawer 17. Since the guide and the slide member are well known in the art, detailed description thereof will be omitted.

Chair-type seating apparatus 1 according to the present invention is to install the huncheon member 100 on the bottom surface of the top plate 12 of the chair 10, the drawer 17 is installed a foot bath member 200, the user is a chair ( 10) sitting in a comfortable posture and configured to enjoy the left hand and foot bath simultaneously or selectively.

In addition, when the foot bath member 200 is used, the present invention can draw out the drawer 17 to the front, and when the foot bath member 200 is not used, the storage space 11 can be pushed into the storage space 11 to minimize the storage area. It is configured to be.

Next, the left-hand member 100 to be applied to the chair-shaped left-hand device 1 of the present invention will be described. As shown in Figures 2, 3 and 5, the left member 100 is a seat plate 101 provided on the upper surface of the upper plate 12 and the left barrel 110 provided on the bottom surface of the upper plate 12. And, it consists of a left steam generator 302 for supplying steam to the inner space of the left huntong 110.

The seat plate 101 is formed with a circular left hole 103 having a size slightly smaller than that at a position corresponding to the circular opening 19 formed in the upper plate 12. Therefore, the steam supplied into the left barrel 110 is injected into the buttocks of the user through the circular opening 19 and the left hole 103.

And the seat plate 101 is installed apart from the upper surface of the upper plate 12 by a predetermined height (H). To this end, a spacer 105 is installed between the seat plate 101 and the top plate 12. As such, when a gap is formed between the seat plate 101 and the top plate 12, pressure is not generated in the left training space 131 by quickly discharging steam reflected by the user's buttocks to the outside. That is, if the water vapor of the left hunho space 131 is not smoothly discharged, it is impossible to smoothly supply steam toward the buttocks of the user.

Since the seat plate 101 is a part where the user's skin contacts, the seat plate 101 is softened using a cushion member. In addition, the seat plate 101 is installed to be rotated up and down using a hinge to facilitate the washing of the left barrel (110).

The left hun member 100 is fixed to the top plate 12 so as to surround the circular opening 19 formed in the upper plate 12 and the cylindrical left tube 130 to provide a left hunseo space 131 of a predetermined size, and the left tube A steam jet nozzle 150 for hunhun to inject a predetermined height through the center of the bottom plate 132 of the 131 to the left hunhom space 131, and the bottom surface of the bottom plate 132 of the left vat 130 It is configured to include an air mixture 160 for supplying a mixture of steam and air to the lower end of the left steam injection nozzle 150 for coupling.

Referring to FIG. 5, the left barrel 130 is a cylindrical container forming a left bath space 131 of a predetermined size, and is made of plastic, metal, or ceramics.

On the upper end of the left barrel 130, a flange 133 is formed with a predetermined width for fixing the left barrel 130 to the top plate 12. That is, the left bath 130 is fixed to the flange 133 on the bottom surface of the top plate 12 or through the left bath 130 through the opening 19 of the top plate 12, the flange 133 is the top plate 12 So as to span the edge of the opening 19.

The steaming nozzle 150 for the left training is installed through the center of the bottom plate 132 of the left training barrel 130, the upper end of which is located in the left training space 131, the lower end of the inner space of the air mixture 160 ( Cylindrical nozzle cylinder 153 located in 161, a blocking plate 155 for sealing the upper end of the nozzle cylinder 153 to prevent the steam rises directly, and a nozzle cylinder (under the blocking plate 155) ( A plurality of injection holes 157 formed in the 153, and to form a parabolic curvature around the outer circumference of the nozzle barrel 153 to guide the steam injected in the outer radial direction through the injection hole 157 in the upward direction again It is configured to include a reflecting plate 159 formed.

Subsequently, the air mixture 160 is integrally formed on the bottom surface of the bottom plate 132 of the left tube 130 to surround the nozzle barrel 153 protruding downward through the bottom plate 132 of the left tube 130. It is a cylindrical container which is fixed to and forms an inner space 161 of a predetermined size.

And the bottom plate 163 of the air mixture 160 is formed with a steam inlet 164 for injecting steam into the nozzle cylinder 153, a plurality of so as to be located above the bottom of the nozzle cylinder 153 An air hole 165 is formed. In addition, a flange for fixing to the bottom of the left barrel 130 may be formed at the upper end of the air mixture 160.

Accordingly, the steam injected through the steam inlet 164 of the air mixture 160 is injected into the nozzle barrel 153 of the steam spray nozzle 150 and ascends, and the blocking plate installed at the top of the nozzle barrel 153. After colliding with 155 and spraying in the outward radial direction through the injection hole 157 formed on the outer circumferential surface of the nozzle barrel 153, it is reflected back from the parabolic reflector 159 and sprayed upward.

As described above, the left keg (130) of the present invention installs the left kneading steam injection nozzle (150) inside the left keg (130) so as to concentrate the supply of steam generated by the steam generator to the buttocks of the user. In order to prevent direct injection into the buttocks of the user, a blocking plate 155 is installed at the top of the nozzle barrel 153 to prevent burns due to high temperature steam.

In addition, when the high temperature steam injected from the steam injection port 164 is injected into the lower end of the nozzle cylinder 153 of the steam injection nozzle 150, the negative pressure generated by the flow rate of the steam injected into the nozzle cylinder 153 is Generated inside the air mixture 160, the outside air is introduced through the plurality of air holes 165 formed on the upper circumferential surface of the air mixture 160, and the introduced outside air is introduced into the nozzle cylinder 153. By being sucked to the bottom, the steam is mixed with the outside air at room temperature, which not only lowers the temperature of the steam properly but also enriches the amount of steam.

As a result, the left huncheon member 100 according to the present invention to increase the amount of steam by introducing the outside air through the air hole 165 of the air mixture 160, between the top plate 12 and the seat plate 12 By quickly discharging the used steam through the gap, it is possible to smoothly flow the steam and air to supply the proper temperature steam to the user's buttocks.

Next, referring to Figures 3, 4 and 6, the steam generator 302 for the left bath according to the present invention will be described.

As shown, the left steam generator 301 is a water tank 314 for supplying water and the left steam generator 350a for generating steam by heating the water supplied from the water tank 314 to 100 ° C or more. It consists of. A water supply hose 342 is connected between the reservoir 314 and the left steam generator 350a, and a left steam steam hose 343 is connected between the left steam generator 350a and the left tube 130. do. And steam locomotive hose for supplying the left hose 343 is further provided with a medicine generator 380 for generating medicine.

On the other hand, in the footbath steam generator 302, the water supply hose 332 is connected between the water tank 314 and the footbath steam generator 350b, and between the footbath steam generator 350b and the footbath 203. Footbath steam supply hose 334 is connected.

Referring to FIG. 6, the left steam generator 350a and the foot bath steam generator 350b are wound around the heating cylinder 351 having a predetermined diameter and closely wound on an outer circumferential surface of the heating cylinder 351 to heat the heating cylinder ( A heater 352 for heating the 351, a water injection cylinder 360 installed at a lower end of the heating cylinder 351 and injecting water supplied from the water tank 314 to the lower end of the heating cylinder 351, and It is installed on the upper end of the heating cylinder 351 and the steam discharge port 354 for discharging water vapor generated in the water surface of the heating cylinder 351 to the outside, and is installed in close contact with the outer peripheral surface of the heating cylinder 351 is heated cylinder ( And a switch 358 that intercepts the power supplied to the heater 352 according to the temperature measured by the temperature measurer 357. In addition, the control unit (A) for controlling the overall device and a power supply for supplying power to the control unit and the heater is configured to further comprise.

As shown in Figure 7, the heating cylinder 351 is an elongated cylinder made of a thin metal plate, both the upper end and the lower end is open, the height is about 2 to 10 times the length of the diameter.

At the lower end of the outer circumferential surface of the heating cylinder 351, a heater 352 made of a wire or a plate-shaped hot wire is installed. The heater 352 converts electrical energy into heat to heat the heating cylinder 351 to 100 ° C or more. The heater 352 is protected by being wrapped with insulation or insulation.

The temperature measuring device 357 is installed at the upper end of the outer circumferential surface of the heating cylinder 351. The temperature measuring device 357 is wound around the outer circumferential surface of the heating cylinder 351 and is attached to one surface of the heat conduction band 362 and the heat conduction band 362 to transfer the heat of the heating cylinder 351. And a temperature sensor 363 for generating an electrical signal corresponding to the temperature of 351.

For example, the temperature sensor 363 is made of a thermocouple (thermocouple) for joining two different metals together and measuring the temperature by the difference in electromotive force. That is, different voltages are output according to the temperature of the temperature sensor 363.

Therefore, the switch 358 interrupts the power supplied to the heater 352 according to the electric signal (voltage) output from the temperature measuring instrument 357. For example, when the heating cylinder 351 rises above the maximum set temperature, the power is cut off, and when it falls below the minimum set temperature, the power is re-applied.

In addition, an electrical signal (voltage) output from the temperature sensor 363 may be provided to the controller A to be described later, and used as a control signal for operating the pump 370 or controlling various valves 372.

On the other hand, the heating cylinder 351 according to the present invention by installing a steam discharge port 354 at the top to press the steam generated from the water surface of the heating cylinder 351 to a predetermined pressure to inject to the outside. That is, the steam discharge port 354 is provided with a steam discharge hole 364 having a diameter much smaller than the diameter of the heating cylinder 351.

As described above, the heating cylinder 351 according to the present invention has a longer length than the width, and is heated at the upper end thereof because a steam discharge hole 364 having a diameter much smaller than the diameter of the heating cylinder 351 is provided. Steam generated in the water surface of the cylinder 351 can be injected at a constant pressure.

That is, in the conventional left-hand hoe device is to use the rising steam generated in the water surface of the steam generating bowl located inside the left hoetong, the generated steam was not concentrated to the buttocks of the user. However, in the present invention, the

steam generators

350a and 350b for the left training and foot baths are separated from the left training tub and the left tub by a predetermined distance, and are connected to each other using

steam supply hoses

334 and 343, and a heating cylinder 351 The steam discharge hole (364) having a small diameter is formed at the top of the), and the surface of the steam generator (351) is kept away from the steam discharge hole (364) by using a heating cylinder (351) having a length longer than the width thereof. The steam generated at 350 may be sprayed to concentrate on the affected part of the user, and at the same time, hot water causing burns may not be ejected to the outside.

To this end, the steam discharge port 354 installed on the upper end of the heating cylinder 351, as shown in Figure 7, the upper disk 365 and the upper disk 365 for sealing the upper end of the heating cylinder 351, It consists of an elastic fixing member 368 for fixing to the top of the heating cylinder 351.

The elastic fixing member 368 is a means for fixing the upper disc 365 to the upper end of the heating cylinder 351, the cylindrical elastic tube 367 of a predetermined length forcibly fitted to the upper end of the outer peripheral surface of the heating cylinder 351. And a fixing wire 369 for fixing the upper disc 365 inserted into the upper end of the inner circumferential surface of the elastic tube 367. The outer circumferential surface of the upper disc 365 is formed with a groove for seating the fixed wire 369.

Therefore, when the elastic fixing member 368 is used, the upper disc 365 and the heating cylinder 351 are not directly connected, but are connected through the elastic tube 367. At this time, since the elastic tube 367 is made of heat-resistant rubber or silicone and excellent in flexibility and elasticity by itself, there is no need for a separate sealing means, and thus the direction of

steam supply hoses

334 and 343 can be freely set. .

And the lower end of the heating cylinder 351 is provided with a water injection cylinder 360 (see Fig. 6) integrally or a water injection port 353 (see Fig. 7) similar to the steam discharge port 354 described above.

First, as shown in FIG. 6, the water injection cylinder 360 installed at the lower end of the heating cylinder 351 is in communication with the lower end of the heating cylinder 351 to be filled with the water supplied from the reservoir 314. It serves to inject the inside of the heating cylinder 351. At this time, the water level of the heating cylinder 351 coincides with the water level of the reservoir 314. Therefore, in order to maintain a constant level of the heating cylinder 351, the level of the reservoir 314 must be kept constant at all times.

To this end, the reservoir 314 is detachably installed in the water reservoir 310 and the water level of the reservoir 314 is kept constant by continuously injecting water from the water reservoir 310. For example, a cradle for standing the water tank 310 is installed on the upper surface of the reservoir 314, and a predetermined amount of water is uniformly released in the spout and the cradle of the water tank 310 according to the water level of the reservoir 314. Eject means is provided to enable.

When the water injection cylinder 360 is installed at the lower end of the heating cylinder 351, the water level of the heating cylinder 351 is kept constant if the water level of the reservoir 314 is kept constant without a separate electric device is required. So there is no need for a separate level control device. However, in order to keep the water level of the reservoir 314 constant, there is a hassle of having to change the portable bucket 310 at any time, and a certain amount of water is heated in the heating cylinder 351 and the water injection tank 360 and the reservoir 314. Since it is always filled, it is not hygienic, and there is a problem in that steam is generated at an early stage of operation of the steam generator.

Meanwhile, FIGS. 7 and 8

show steam generators

350a and 350b provided with a water injection port 353 at a lower end of the heating cylinder 351. As shown, the water injection port 353 seals the lower end of the heating cylinder 351, but a water injection hole 374 of a predetermined diameter is formed, and the water injection hole 376 for connecting the water supply hose 342 protrudes. It is configured to include a lower disc 375.

The lower disk 375 is inserted into the lower end of the heating cylinder 351 and welded or fastened through threads formed on the inner circumferential surface of the heating cylinder 351 and the outer circumferential surface of the lower disk 375 (see FIG. 8). In addition, it can be fixed to the lower end of the heating cylinder 351 by using the elastic fixing member 368 as in the lower disk 375 described above (see Fig. 7).

As such, when the water injection port 353 is installed at the lower end of the heating cylinder 351, as shown in FIG. 8, the pump is supplied to the water supply hose 342 between the reservoir 314 and the water injection port 353. 370 may be installed to force water of the reservoir 314 into the heating cylinder 351. In particular, when the pump 370 is used, the desired amount of water can be supplied at a desired time, the water injection cylinder 360 can be omitted, and the internal level of the heating cylinder 351 can be arbitrarily changed. There is.

The pump 370 is operated by the ON switch of the controller to raise the level of the heating cylinder 351. On the other hand, when the water level of the heating cylinder 351 reaches a high level, the pump 370 is automatically turned off (OFF) by a water level meter not shown. For this purpose, a level gauge (not shown) may be installed in the heating cylinder 351.

In addition, the pump 370 may be operated by the temperature meter 357 to measure the temperature of the heating cylinder 351. For example, when the water level of the heating cylinder 351 drops while the heater 352 is operating, the temperature of the heating cylinder 351 increases. Therefore, the temperature measuring device 357 installed in the heating cylinder 351 generates an electrical signal when the temperature rises above the set temperature to operate the pump 370 to supply water. When the water is sufficiently supplied to the heating cylinder 351 by the operation of the pump 370, the temperature of the heating cylinder 351 falls, so that when the temperature drops below the set temperature, the temperature measuring unit 357 generates a stop signal to generate a pump ( 370 stops operation.

However, since the temperature of the heating cylinder 351 does not drop quickly in response to the fluctuation of the water level even if the water is sufficiently supplied into the heating cylinder 351, the temperature of the pump 370 may not be reduced even when the set maximum water level is reached. Hard to stop In order to compensate for this, it is possible to install a water level meter that can measure the level of the heating cylinder 351, or may be provided with a timer (not shown) for calculating the operating time of the pump 370.

That is, if the capacity of the pump 370 and the volume of the heating cylinder 351 is known, it is possible to accurately adjust the level of the heating cylinder 351 by counting the operating time of the pump 370.

Meanwhile, referring to FIGS. 4 and 10, the left-hundred steam supply hose 343 connecting the left-hand steam generator 350a and the left-hand barrel 130 has a medicinal generator for incorporating a medicinal component into hot steam ( 380 is installed.

The medicine generator 380 is, as shown in Figure 10, the medicine pack 382 filled with a left-wing material, such as mugwort or Chinese medicine, and the steam inlet for the medicine pack 382 is received and the high temperature steam is introduced ( 383) and the medicine container 381 is formed with a weak medicine outlet (384) is discharged medicinal herbs containing medicinal ingredients, and the condensate and liquid residues that are detachably coupled to the lower end of the medicine cabinet 381 and the drug production Condensed water reservoir 386 has an internal space for storing the liquid material consisting of a discharge pipe (389) formed to discharge it, and is installed between the medicine container 381 and the condensate water reservoir (386) and the liquid material is gravity Light steam comprises a diaphragm 385 in which micropores 387 are formed, which allows them to fall down by means of being able to fall down.

As described above, the seating device 1 according to the present invention shoots high-temperature steam in a medicine pack filled with a seating material such as wormwood or herbal medicine, and extracts a bactericidal insecticide and a therapeutic effect contained in the seating material. Can increase.

Hereinafter, the left hand member 300 according to the present invention will be described with reference to FIGS. 2 to 4 and FIGS. 11 and 12.

As shown, the foot bath member 200 is a foot bath 203 that is seated inside the drawer 17 and forms a foot bath space 201 to accommodate the user's two feet, and the bottom of the foot bath 203 Installed in the footrest 220 to put the user's two feet, the footbath steam generator 302 for supplying steam to the foot space 201 and the footbath steam generator 302 is supplied from It is configured to include a steam spray nozzle 240 for the foot bath to inject steam into the foot bath space 201.

The foot bath member 200 according to the present invention is a method of spraying steam, not filling the water inside the foot bath 203 or spraying water. Therefore, the foot bath member 200 of the present invention can reduce the water consumption and electricity consumption, and can be used as a bath or half bath by adjusting the amount of steam supply.

In addition, since the foot bath member 200 of the present invention is accommodated in the storage space of the chair with the left huntong is not required a separate storage place, the effect can be further enhanced by performing a foot bath at the same time with the left hunhun.

Referring to FIGS. 11 and 12, the foot bath tub 203 is a cylinder having an open top, and includes a bottom plate 214 and a side wall 212, and a foot bath space 201 having a predetermined size is formed therein. do. The height of the foot tub 203 is limited to the height of the storage space 11 of the chair 10. In addition, the height of the foot tub 203 may vary depending on the case used for the foot bath and the case used for each bath.

In addition, a cover 205 is installed at the open upper portion of the footbath tub 203 to enlarge the footbath space 201 and to suppress leakage of steam injected into the footbath space 201. At this time, the cover 205 is formed with an opening 209 through which the user's leg passes.

The foot plate 214 of the foot bath 203 is provided with an arc-shaped footstool 220 for placing two feet of the user, the footstool 220 between the bottom plate 214 and the lower space 221 To form. In addition, a plurality of support protrusions 224 are installed on the bottom surface of the footrest 220 so that an interval at which steam is ejected is formed between the edge of the footrest 220 and the bottom plate 214 of the foot bath 203. In addition, a plurality of acupressure protrusions may be formed on the upper surface of the scaffold 220.

Subsequently, a foot supply steam supply hose 334 and a steam spray nozzle 240 for spraying steam into the foot bath space 201 are installed in the lower space 221 of the footrest 220. The footbath steam injection nozzle 240 installed at the tip of the footbath steam supply hose 334 is made of metal or heat-resistant plastic, and has a smaller injection diameter than the footbath steam supply hose 334.

The footbath steam jet nozzle 240 is installed on a fixture 225 formed on the bottom of the footrest 220. The fixture 225 is installed in the center of the footrest 220 to be located between the two feet of the user. The fixture 225 is made of a structure that can be fixed by forcing the steam spray nozzle 240 for the foot bath.

On the other hand, the steam injected from the foot steam injection nozzle 240 is injected to the inner surface of the front side wall 212 of the foot bath (203). The steam generated by the footbath steam generator 302 is very hot (generally 90-95 ° C.), and if hot steam is directly injected into the footbath space 201 where the user's legs are located, it may cause burns. There is a number. Therefore, the hot steam may be injected into the foot bath space 201 after hitting the inner surface 215 of the side wall 212 without directly spraying the foot bath space 201.

To this end, the front side wall 212 of the foot tub 203 is made of a curved surface of a predetermined curvature that can convert the flow of steam injected from the foot-bath steam injection nozzle 240 in the upward direction. In addition, the foot steam spray nozzle 240 is preferably installed to be inclined at a predetermined angle so that the steam reflected from the side wall 212 of the foot bath 203 has an upward flow.

In addition, an opening 226 having a predetermined size is formed at a front surface of the scaffold 220 so that steam injected from the footbath steam injection nozzle 240 may pass therethrough. In addition, a steam flow switching member 270 may be installed between the foot-bath steam spray nozzle 240 and the opening 226 to change the direction of steam of the user.

As shown in FIGS. 13 and 14, the steam flow switching member 270 is rotatably installed between the steam spray nozzle 240 and the opening 226, and a blocking part f for blocking the flow of steam. ), A flow switching plate 273 and an opening portion g for maintaining the flow of steam forward and an upward portion h for changing the flow of steam upward, and the flow switching plate 273 left and right. Integrally connected to the upper end of the flow switching plate 273 so as to rotate and protrudes to the upper portion of the footrest 220 through the opening groove 275 formed in the footrest 220 so that the user can rotate to the toe The lever 277 is comprised. In addition, a fixing member 279 for rotatably fixing the flow switching plate 273 is installed at the bottom of the scaffold 220.

Therefore, the user can adjust the injection direction of the steam by turning the conversion lever 277 to either side by using the toes. For example, when the opening g is positioned between the steam injection nozzle 240 and the opening 226, the steam injected from the steam injection nozzle 240 passes through the opening 226 without any interference. After hitting the front side wall 212 of the footbath 203, it is injected into the vicinity of the middle of the footbath space 201.

On the other hand, if the upper portion (h) is located between the steam injection nozzle 240 and the opening 226, the steam injected from the steam injection nozzle 240 hit the inclined plate of the upper portion (h) foot bath (203) Steam injected and reflected to the top of the front side wall 212 of the is to be injected to the top of the foot bath space (201).

In addition, when the blocking portion f is positioned between the steam spray nozzle 240 and the opening 226, the steam injected from the steam spray nozzle 240 hits the blocking plate of the blocking portion f to again form the scaffold 220. Steam injected into the lower space 221, and the steam diffused in the lower space 221 passes through the gap between the foot plate 220 and the bottom plate 214 of the foot bath 203 to the bottom of the foot bath 203. Will be supplied.

Therefore, if the temperature of the footbath space 201 is too high, select the cut-off part (f) to supply steam to the lower portion of the footbath 203, if the bath or half body bath to select the upper portion (h) to steam To the knee.

Subsequently, an air hole 250 into which external air flows is formed in the side wall 212 of the foot bath 203 where the steam injected from the foot bath steam injection nozzle 240 hits. The air hole 250 is installed at the lower end of the inner surface 215 of the side wall 212 where the steam hits, and the external air is introduced by the negative pressure formed by the steam having the upward flow after hitting the front side wall 212. Be sure to The external air introduced through the air hole 250 is mixed with steam to decrease the temperature of the steam and at the same time increase the amount of steam.

At this time, since the steam rising upward by hitting the inner surface 215 of the side wall 212 of the foot bath 230 is discharged to the outside through the opening 209 of the cover 250, the steam in the foot bath space 201 is air hole. It is not leaked to the outside through the 250. Therefore, the air hole 250 must be installed at the lower side of the inner side surface 215 of the side wall 212 where the steam injected from the footbath steam jet nozzle 240 hits.

Claims

A chair comprising a top plate installed at a height at which the user can sit and having a storage space formed at a lower portion thereof, and a drawer moving back and forth to be stored in the storage space;

A left-handed member formed of a left-handed hole corresponding to the opening formed in the upper plate and spaced apart from the upper surface of the upper plate by a predetermined height, and a left-handed member formed on the bottom surface to surround the opening formed in the upper plate to form a left bath space; ;

A foot bath member which is placed inside the drawer and moves forward and backward with the drawer to form a foot bath space in which the user's feet enter, and a foot bath member which is installed at the bottom of the left bath to put the two feet of the user on;

It is configured to include a steam supply member for supplying steam to the left hunhun space of the left huntong and the foot bath space of the left bath;

The left-hand steam generator for supplying steam to the left-hand space of the left-hand barrel is installed in the storage space of the chair, the foot-bath steam generator for supplying steam to the footbath space of the left bath tub is installed at the rear of the drawer and drawers and Steam jet type foot bath combined huncheon device, characterized in that moving forward and backward together.
The method of claim 1,

A steam spray nozzle which protrudes a certain height through the center of the bottom plate of the left barrel and sprays steam, and is coupled to the bottom surface of the bottom plate of the left barrel to mix and supply steam and air to the bottom of the steam spray nozzle. Steam jet type foot bath combined hunbu device, characterized in that comprising an air mixture.
The method of claim 2,

The steam spray nozzle is installed through the center of the bottom plate of the left barrel and the upper end is located in the left hoon space and the lower end of the cylindrical nozzle cylinder located in the inner space of the air mixture, and the upper end of the nozzle cylinder to seal the steam A blocking plate for preventing the straight rise, a plurality of injection holes formed in the nozzle cylinder under the blocking plate, and a reflecting plate installed around the outside of the nozzle cylinder to guide the steam injected in the outward radiation direction through the injection holes in the upward direction. Steam jet type foot bath combined huncheon device, characterized in that comprising a.
The method of claim 2 or 3,

The air mixture is a cylindrical container forming an internal space of a predetermined size, the bottom plate is formed with a steam inlet for injecting steam into the nozzle barrel of the steam injection nozzle, the air mixture has a plurality of air holes Steam jet type footbath combined left-handed apparatus characterized in that it is formed to be located above the bottom of the nozzle barrel.