KR100952304B1 - Equipment for traditional oriental medicine a steam bath - Google Patents

Abstract

Hot water roasting of herbal medicines mixed with a number of beneficial herbs is a structure that allows the steam steam bath to be sprayed from the bottom and walls of the steam bath where various far infrared rays are emitted. An herbal steam bath facility is provided. The herbal steam bath equipment is installed in the boiler housing provided with a flame, and a heating tank for heating the heating solvent filled therein by the flame, a herbal pack containing a plurality of herbal medicines and a predetermined amount of water stored therein A hot water boiler in contact with the heating solvent in the heating tank and discharging the high-temperature herbal steam in which the herbal medicine of the herbal pack is concentrated, and a predetermined size space having a door, and spraying the herbal steam flowing into the inlet to the bottom and the wall. A steam bath having a plurality of injection holes formed in a longitudinal direction and having first and second steam injection pipes formed therein; Between the herbal steam discharge port of the steam boiler and the inlet of the first and second steam injection pipes, the herbal steam discharged from the steam boiler to the first and second steam injection pipe of the steam bath in an appropriate amount It is composed by connecting pipe and control valve.

Herbal Steam Bath, Bath Boiler, Steam Bath, Far Infrared Emitter, Steam Bath,

Description

Equipment for traditional oriental medicine a steam bath}

The present invention relates to a steam bath equipment, and in particular, the high-pressure saturated steam generated by hot water roasting a mixture of a number of medicinal herbs beneficial to the body sprayed from the bottom and walls of the steam bath in which various far infrared rays are emitted The present invention relates to an herbal steam bath facility having a structure that enables the herbal steam bath.

In general, a steam bath that sweats by steaming the body is very widely used in Korea as one of the methods of controlling the disease by sweating by warming the body to a high temperature. For example, a public sauna is also a kind of steam bath.

Steam bath is one of the thermotherapy treatments in which you breathe water vapor in a room, such as indoors, to improve peripheral blood circulation, to promote metabolism, to reduce pain, and to reduce muscle tone. Because of its action, it is used for joint rheumatism, neuralgia, muscle pain, and various other chronic inflammations, fatigue recovery. Therefore, the above steam bath is closely related to the health life of our people.

In general, a steam bath facility is provided with a door for human access, and is generally supplied with steam discharged from a steam boiler to a steam bath formed by birch trees and inner sidewalls of an enclosed space. However, such a general steam bath equipment is to supply only the steam generated by boiling water to the inside of the steam bath to take a steam bath, only to achieve the effect of the steam bath, such as wormwood in the interior to achieve the effect of a better steam bath The herbs were hanging on the wall of the steam bath.

In order to solve the problems of the general steam bath equipment as described above, Utility Model Publication No. 1995-00008701 "Herbal Sauna Device" (hereinafter referred to as "pre-registration design") has been developed. The herbal sauna device disclosed in the preliminary registration sprays the steam supplied from the outside from the lower part of the herbal medicine storage unit in which the herbal medicine is stored, and supplies useful components of the herbal medicine to the interior of the steam bath by the steam injected from the herbal medicine storage unit. It was made possible. However, the pre-registration proposal was simply a device for injecting high-temperature, high-pressure steam supplied from the outside to the herbal medicine so that beneficial ingredients from the body were supplied to the steam bath, and the efficiency of the herbal steam bath was not good.

Therefore, an object of the present invention is to increase the efficiency of the herbal steam bath by efficiently spraying the high-pressure herbal steam discharged from the water bath boiler that bathes a number of herbal medicines to the body with high temperature heat from the bottom and the wall of the steam bathroom Eggplant is to provide a herbal steam bath equipment.

Another object of the present invention is to supply a high-pressure herbal steam discharged from the water bath boiler into the interior of the predetermined space, the herbal steam having a structure capable of dissipating a large amount of far-infrared rays into the interior of the space along with the herbal steam It is to provide a herbal steam bath facility having a structure of a steam bath.

Still another object of the present invention is to provide a herbal steam bath facility in which the herbal steam, which concentrates on herbal medicines capable of treating diseases of the body, is injected into a steam bath in which far-infrared rays are emitted, thereby increasing the efficiency of the steam bath.

The present invention for achieving the above object is installed in the boiler housing is provided with a flame and a heating tank for heating the heating solvent filled therein by the flame, a herbal pack (pack) containing a plurality of herbal medicines and a predetermined amount A hot water roasting steam boiler, which stores water inside and contacts the heating solvent in the heating tank and discharges the high temperature herbal steam in which the herbal medicine of the herbal pack is concentrated, has a predetermined size in which an entrance door is formed. A space and a steam bath having a plurality of injection holes for injecting herbal steam flowing into the inlet in the longitudinal direction, the first and second steam injectors being bent and installed in the space; Between the herbal steam discharge port of the bath boiler and the inlets of the first and second steam injection pipes, the herbal steam discharged from the bath boiler to the first and second steam injection pipes of the steam bath in an appropriate amount. It is composed of connecting pipe and control valve.

The on-off control valve is an electronic control valve, which includes a temperature setter for setting an internal temperature of the steam bath, a temperature sensor for sensing an upper temperature of the steam bath, a temperature set by the temperature setter and a sensed upper temperature. In comparison, the opening and closing amount may be controlled by a temperature control unit outputting a valve control signal inversely proportional to the sensed upper temperature.

The bottom of the steam bath is a first steam injection pipe formed by bending a plurality of steam injection holes at intervals gradually narrowing toward the longitudinal direction starting from the inlet, and the elvan rock filled with elvan in the upper part of the first steam injection pipe. The layer, and the pine slices filled with pine flakes and the wormwood layer filled with wormwood are stacked so that a large amount of far-infrared, fumigated pine and wormwood smells when the herbal steam is sprayed from the first steam injector Good to do.

The wall of the steam bath is attached to the second steam injection pipe is formed by bending a plurality of steam injection ports formed at intervals gradually narrowed toward the longitudinal direction starting from the inlet port in the interior of the wall formed by the ocher brick, On the outer surface of the second steam injector, a lamellar rock layer emitting far infrared rays and a charcoal emitting a large amount of negative ions are deposited to provide a large amount of far infrared rays and negative ions when spraying herbal steam from the second steam spray tube. It is desirable to be injected into the interior of the.

The ceiling of the steam bath is composed of a stack of birch, pine, a charcoal layer that emits negative ions and a bedrock layer that emits far infrared rays, and an ocher layer that emits far infrared rays. It is preferable to allow far infrared rays and anions to diverge into the steam bath.

According to an embodiment of the present invention, the herbal steam bath equipment generates concentrated herbal steam by pouring a mixture of medicinal herbs and water into a bath tank in a bath boiler having a double heating container, and generating concentrated herbal steam. It is supplied to the inlet of the first and second steam injection pipes installed in the bottom and the wall of the steam bath to see the effects of far-infrared rays, anions and pharmacological action, but is introduced into the inlet according to the upper temperature of the steam bath By controlling the inflow of herbal steam, the effect of heat treatment can be further enhanced by allowing the steam bath to come into contact with the skin by mixing steam containing herbal medicine and various far-infrared rays, which are beneficial to the body.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. It should be understood, however, that the invention can be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. It should be noted that the embodiments of the present invention described below are intended to sufficiently convey the spirit of the present invention to those skilled in the art.

FIG. 1 is a diagram illustrating an installation of a herbal steam bath according to a preferred embodiment of the present invention, and FIG. 2 is an exemplary view of an installation of a steam injection pipe installed in the bottom and sidewalls of the steam bath shown in FIG. 1.

Referring to the accompanying drawings, the herbal steam bath facility 10 according to an embodiment of the present invention is at least one or more hot water boiler 20 (where reference numeral 20 denotes all or one of the reference numerals 20a, 20b of FIG. 1). Is provided). In FIG. 1, although two bath boilers 20a and 20b are connected in parallel, only one of the bath boilers 20a and 20b may be installed and operated.

The capacity of the boiling water tank 24 installed in the heating tank 22 of the boiling water boilers 20a and 20b shown in FIG. 1 shown in the embodiment of the present invention is about 200 liters (liter) can be operated for about 12 hours. Do. In the present invention, a form in which two bath boilers 20a and 20b are connected in parallel for 24 hours of continuous operation is illustrated. In this way, the two bath boilers 20a and 20b connected in parallel do not operate at the same time, and can be operated for 24 hours only when they are operated independently at mutually exclusive time.

Each of the bath boilers 20a and 20b illustrated in FIG. 1 is provided with a heating tank 22 heated by the heat source 28 in the boiler housing 21 in which a heat source 28 such as a burner is installed. It is. The heating tank 22 is filled with a heating solvent 26 for heating and bathing the contents contained in the boiling tank 24 inserted into the heating tank 22. Water may be used as the heating solvent 26 such as porcelain, but it is preferable to use paraffin or the like having a high boiling point.

A bath tank cover 32 and a heating tank cover fastened by a fastening screw or the like to withstand a predetermined high pressure on an upper portion of the heated container 24 installed in the heating vessel 22 and the upper portion of the heating vessel 22. 34 are respectively coupled, and the steam discharge pipe 40 is connected to the upper portion of the water bath tank 24. In addition, an upper part of the boiler housing 21 of the bath boilers 20a and 20b has an indicator for displaying the pressure, temperature, etc. in the bath tank 24, and an operation panel 36 for controlling the operation of the bath boilers 20a and 20b. ) Is installed.

The steam discharge pipes 40 of the bath boilers 20a and 20b are connected to one side of the herbal steam transfer pipe 42 through the opening / closing valves 50a and 50b, and the other side of the herbal steam transfer pipe 42 branches into two. After the opening and closing of the control valve 52, 54 is connected to the inlets of the first steam injection pipe 73 and the second steam injection pipe 83 installed in the interior of the steam bath (60).

Therefore, the herbal pack 30 containing a plurality of herbal medicines beneficial to the body in the inside of the bath tank 24 of the bath boilers 20a and 20b configured as shown in FIG. 1 and an appropriate amount of water (for example, about 200 liters) After supplying the flame to provide a flame from the heat source 28 of the bath boiler (20a, 20b), the heating solvent 26 filled in the heating tank 22 is heated. When the heating solvent 26 of the heating tank 22 is heated to a high temperature, a number of herbal medicines are bathed and concentrated in the herbal pack 30 put therein by heating the water filled in the water bath tank 24. The mixed medicine is mixed with the water in the bath tank 24, and the pressure inside thereof is continuously increased by continuous heating.

Herbal medicines contained in the herbal pack 30 can be easily purchased in our daily life, pharmacologically excellent medicinal herbs, dermis, Angelica, Astragalus, Bokbunja, Gwakhyang, Soojihyang, cinnamon, missing, upper limbs, malt, Peony, jinjin, tofu, anti-inflammatory, brown root, baekchul, cheonggung, hawthorn, peppermint, quince, wormwood, etc., all of these herbs or may be selected by mixing only a few of them. In addition to these herbal medicines may be included, such as color antler, green tea, dandelion, plantain, gujeolcho, ginger, jujube with excellent pharmacological effect.

When opening and closing valves 50a and 50b are opened when the temperature and pressure of the bath tank 24 monitored by the operation panel 36 are maintained by the continuous bath of the bath boilers 20a and 20b as described above, the bath tank ( Herbal steam discharged from the steam discharge pipe 40 connected to the upper part of the 24, that is, the herbal ingredients are concentrated and vaporized vapor is supplied to one side of the opening and closing control valves 52 and 54 through the herbal steam transfer pipe 42. .

At this time, the opening and closing control valve (52, 54) is a state in which the opening degree is set to an appropriate state by the control of the controller (104). That is, the temperature set by the temperature setter 102 is about 60 ° C., and the upper part of the steam bath 60 sensed by a temperature sensor (TS) installed in the upper part of the steam bath chamber 60. If the temperature is about 10 DEG C, the set temperature is compared with the sensed upper temperature, and the valve control signals corresponding to the deviations are output to the respective valve drivers 106 and 108 to open and close the control valves 52 and 54. Control the measurement.

For example, if the set temperature is higher than the sensed temperature and the comparison results in a large temperature deviation, the controller 104 outputs a valve control signal for completely opening the open / close control valves 52 and 54, and then the valve control. A signal is output in inverse proportion to the sensed upper temperature. When the sensed temperature detected by the control is higher than the set temperature, the open / close control valves 52 and 54 are closed, so that the open / close control valves 52 and 54 are connected to the temperature set by the temperature setter 102. The opening degree is automatically adjusted according to the upper temperature inside the steam bath 60.

The other side of the opening and closing control valve (52, 54) is the first steam injection pipe (73) and the second installed on the bottom surface 70 and the wall surface 80 of the steam bath 60 in the form as shown in Figure 2, respectively It is connected to the inlet port of the steam injection pipe (83).

2, each of the first steam injection pipe 73 and the second steam injection pipe 83 is connected to a drain valve DV at an end thereof, and an inlet port to which the opening control valves 52 and 54 are connected. Between the drain valve (DV) is formed a plurality of steam outlet holes (SOH) for the injection of herbal steam. The plurality of steam outlets (SOH) is formed to gradually narrow the formation interval from the inlet to the drain valve (DV) side, the same amount of herbal steam is injected from the initial end and the end portion. The first and second steam injection pipes 73 and 83 having such a configuration are bent appropriately, and the upper part of the pipe supports 72 and 82 fixed to the wall 81 formed by the ground 71 or the ocher brick are formed. Attached to the Although not shown in the drawings, the plurality of steam injection holes (SOH) may be a simple hole, or may be a spray hole of the combined injection nozzle. Preferably, the injection nozzle is connected to widen the injection range of the herbal steam.

Although not shown in the drawing, the steam bath 60 is a space having an appropriate size in which doors are formed for users who want a steam bath, and may be formed in various shapes, but preferably have a shape of a cube or a cube. Do.

As shown in FIG. 1, the bottom surface 70 of the steam bath 60 has a ganban rock layer 74 filled with ganban rocks carved into gravel on top of the first steam injector 72, and finely chopped. Pine slices 75 filled with pine slices and the wormwood layer 76 is a layer of wormwood is composed of stacked. When the high-temperature herbal steam is injected from the steam injection port (SOH) of the first steam injection pipe 73 installed in the lower portion of the bottom surface 70 of the steam bath 60 configured as described above, the lamellar rock layer 74, Herbal steam containing a large amount of far-infrared, fumigation pine and wormwood scent is injected into the inside of the steam bath 60 by the contents taken into the pine carving layer 75 and the wormwood layer 76.

The wall surface 80 of the steam bath 60 is bent by forming a plurality of steam injection holes at intervals gradually narrowing toward the longitudinal direction starting from the inlet in the wall 81 formed by the ocher brick is formed A second vapor injection pipe 83 is attached and installed on the outer surface of the second vapor injection pipe 83, the ganban stone layer 84 that emits far infrared rays, and the charcoal layer 85 that emits a large amount of anions are deposited. It is formed.

Therefore, the high temperature and high pressure herbal steam is supplied from the bath boilers 20a and 20b, and when the herbal steam is injected from the second steam injection pipe 83, the wall surface 80 of the steam bath 60 has a large amount. Far infrared rays and negative ions are sprayed together. At this time, when the herbal steam containing a large amount of far infrared rays, anions and wormwood fragrance is injected from the wall surface 80 of the steam bath 60, the wormwood hanged on the anchor 86 fixed to the wall 81 ( 87 and is injected while being mixed with the herbal steam injected in the vertical direction from the bottom surface 70 in the state containing a large amount of far infrared rays and anions by being injected while hitting.

Therefore, the steam bath inside the steam bath 60 can further enhance the effect of herbal steaming by steam bathing with a high temperature steam containing a large amount of far infrared rays, anions and herbal ingredients.

On the other hand, the ceiling of the steam bath 60 is a charcoal layer 92 that emits negative ions on top of the log layer 91, the log selected from birch, pine and arranged at a predetermined interval and the bedrock layer for emitting far infrared rays ( 93) and an ocher layer 94 emitting far-infrared rays were laminated. In the embodiment of the present invention, pine logs were used.

Therefore, when the herbal steam bath using the herbal steam bath facility 10 according to an embodiment of the present invention, the herbal medicine is concentrated in a state in which a large amount of far-infrared rays and anions are emitted from the entire meat surface inside the steam bath 60. By steam bathing with herbal steam vaporized with high-temperature steam, the concentrated herbal medicine can be applied to the skin and steam bath can increase the effect of the herbal steam bath.

1 is a herbal steam bath installation according to a preferred embodiment of the present invention.

Figure 2 is an illustration of the installation of a steam injection pipe installed in the bottom and the side wall of the steam bath shown in FIG.

<< explanation of the code about part of drawing >>

10: herbal steam bath equipment, 20a, 20b: herbal steam bath boiler,

21: boiler housing, 22: heating tank,

24: hot water tank, 26: heating solvent,

28: heat source, 30: herbal pack,

32: heating tank cover, 34: hot water tank cover,

36: operation panel, 40, 42: herbal steam transfer pipe,

50a, 50b: on-off valve, 52, 54: on-off control valve,

60: steam bath, 70: floor,

71: ground, 72, 82: pipe support,

73, 83: steam injector, 74, 84, 93: bedrock bed,

75: pine slice layer, 76: wormwood layer,

80: wall, 81: wall,

85, 92: charcoal layer, 86: anchor

87: wormwood, 90: ceiling panel,

92: pine floor, TS: temperature sensor,

102: temperature setter, 104: control unit,

106, 108: valve driver, DV: drain valve.

Claims (5)

In the herbal steam bath equipment, A heating tank installed inside the boiler housing provided with a flame and heating the heated solvent filled by the flame, a herbal pack containing a plurality of herbal medicines, and a predetermined amount of water are stored therein in the heating tank. A heavy-boiling boiler in contact with a heating solvent and discharging high-temperature herbal steam in which the herbal medicine of the herbal pack is concentrated; A steam bath having a predetermined size in which a door is formed, and having first and second steam injection pipes formed by bending a plurality of injection holes for injecting herbal steam flowing into the inlet in the length direction on the floor and the wall; The herbal steam transport pipe connected between the herbal steam discharge port of the bath boiler and the inlets of the first and second steam spray pipes and supplies the herbal steam discharged from the bath boiler to the first and second steam spray pipes of the steam bath. Herbal steam bath equipment, characterized in that consisting of and opening and closing control valve. According to claim 1, The bottom of the steam bath is a plurality of steam injection port is formed by bending the interval gradually narrowing toward the longitudinal direction starting from the inlet port of the first steam injection pipe and the Herbal steam bath equipment, characterized in that the upper lattice filled with ganban rock, pine flakes filled with pine wood and wormwood filled with wormwood. According to claim 1 or 2, The wall of the steam bath is formed by bending a plurality of steam injection holes formed at intervals gradually narrowed toward the longitudinal direction starting from the inlet in the wall formed by the ocher brick is formed A second steam injector is attached and installed, wherein the outer surface of the second steam injector is characterized in that the lamellar bed to emit far infrared rays and charcoal to emit a large amount of negative ions are combined. According to claim 3, The ceiling of the steam bath is characterized in that the top of the log layer arranged pine at predetermined intervals laminated charcoal layer that emits negative ions, an elvan layer that emits far infrared rays and a loess layer that emits far infrared rays Herbal steam bath equipment. The method of claim 4, wherein the opening and closing control valve is an electronic control valve, which is a temperature setter for setting the internal temperature of the steam bath, a temperature sensor for sensing the upper temperature of the steam bath, the temperature set by the temperature setter Herbal steam bath facility characterized in that the opening and closing amount is controlled by the temperature control unit outputs a valve control signal inversely proportional to the detected upper temperature by comparing the detected upper temperature.

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