WO2010143857A2

WO2010143857A2 - Steamer capable of being equipped with a portable water container, and medicinal herb steaming method using same

Info

Publication number: WO2010143857A2
Application number: PCT/KR2010/003650
Authority: WO
Inventors: 박병희; 유재원; 강한주; 강호규
Original assignee: Park Byung-Hee; Yu Jai-Won; Kang Han-Joo; Kang Ho-Kyu
Priority date: 2009-06-08
Filing date: 2010-06-08
Publication date: 2010-12-16
Also published as: CN101797207A; WO2010143857A3; KR100920523B1; CN101797207B

Abstract

The present invention relates to a steamer for injecting vapor phase medicinal herb ingredients into a human body through the skin, and to a medicinal herb steaming method using same. More particularly, the present invention provides a steamer capable of being equipped with a portable water container, which can spray medicinal herb ingredients together with hot steam over the entirety the skin of a user using the portable water container which contains water with medicinal herb ingredients in accordance with the symptom or taste of the user, to deliver the medicinal herb ingredients into the body of the user in an effective manner. The present invention also provides a medicinal herb steaming method using the steamer.

Description

A left hand steamer that can be equipped with a portable bucket

The present invention relates to a steaming medicinal stool and a method for medicinal scavenging using the same, and more specifically, using a portable bucket containing water containing the medicinal ingredients in accordance with the user's symptoms or tastes The present invention relates to a stool and a medicinal stool method using the same, which can be equipped with a portable bucket that can effectively deliver the medicinal components to the body by spraying the medicinal components on the user's skin together with steam.

Left hun (座薰) is a kind of fumigation of oriental medicine (것을 法) refers to the steam (에) to the body by boiling various herbs and herbs that are good for the human body in water. In other words, when boiled Chinese medicine and shoots the steam in the uterus, vagina and anus, hot steam enters the uterus, vagina and anus to sterilize, anti-inflammatory, contraction and nutrition, blood circulation around the uterus or its appendages and the anus It is known to be effective in preventing obesity and various female diseases by removing wastes and fats in the lower abdomen.

Similar to a left hun, there is a left bath (坐浴), which literally sits and soaks in the water just below the waist. For example, by putting the user's buttocks in hot water to improve blood circulation, treating diseases such as gynecological diseases and anal diseases, or alleviating pain. In other words, the shunhun uses the steam produced by boiling the herbs, etc., because the amount of generated steam is relatively small, and because the steam is supplied in a wide range, the efficacy is low. On the other hand, the steam bath is to supply a large amount of water vapor to the lower part of the body to increase the temperature of the lower body to complete the blood circulation, to expand the blood vessels, lower the blood pressure, and discharge the waste through sweat to improve the body condition. .

Shunhun and left bath are also used interchangeably, and in particular, recently, the steam type bathing method, in which hot steam made by boiling water, is placed in the lower body, has become widely used. However, unlike the foot bath, the left bath is used to evaporate medicinal ingredients extracted from herbs or herbs, whereas the left bath supplies pure water vapor only.

Left training is one of the drug delivery technologies that delivers useful drugs to the human body through the skin or mucous membranes. In general, drug delivery techniques include oral administration and non-oral injection methods. Oral administration is to provide a drug through the mouth. Non-oral injection is a method of injecting a drug into the body without using a mouth, such as a needle. to be. However, oral administration method has the disadvantage that it can not be applied to drugs that do not pass through the stomach or the intestinal absorption is not smooth, and the needle has a problem that gives the patient fear and pain, recently, Percutaneous methods of delivery of drugs via the mucous membranes have attracted attention.

Transdermal drug delivery is a method of injecting drugs by applying or adhering to the skin, which has the advantage that they can be continuously injected without causing fear or pain, but drug delivery is difficult because herbal ingredients are difficult to pass through the stratum corneum of the skin. The disadvantage is that the effect is poor. In recent years, chemical, electrical, and mechanical stimulation on the skin or micropores have been made to make drugs easily pass through the stratum corneum, making efforts to speed up drug delivery. In this regard, if a large amount of steam is sprayed on the skin and mucous membrane of the patient and the vapor containing the medicinal component is supplied, the drug delivery rate will be higher than that of simply supplying the vapor phase medicinal component.

In this regard, the foot bath is one of the drug delivery enhancement technology to increase the drug delivery efficiency by thermally stimulating the skin. In other words, thermal stimulation by hot steam causes the stratum corneum tissue to be softened or partially removed, widening the intercellular space by heat and wetting, facilitating the absorption and diffusion of substances, and circulating blood due to temperature differences. This can be delivered quickly and effectively.

Therefore, the present invention is to combine a steam foot bath or a steam bath to give a thermal stimulation to the skin in order to enhance the effect of transdermal drug delivery through the left hun. In this way, by supplying the vaporized medicinal ingredients with the hot steam to a part of the body can effectively treat or alleviate gynecological or anal diseases. In the present specification, such a left training method is defined as 'medicinal left training' or 'medical left training'.

For the medicinal herbs, a medicinal herb, such as herbs and herbs, water for extracting or diluting the medicinal components from the medicinal herbs, and a squirt for making steam containing the medicinal components by heating them is required.

Traditional fumigation evaporates medicinal ingredients by applying heat to a fumigation bowl filled with medicinal herbs such as wormwood or Chinese herbal medicine. However, traditional fumigation is a danger of fire due to overheating of the fumigation vessel during the left hunsu, and in order to prevent this, it is inconvenient to use because water must be frequently supplied. In addition, the preparation procedure is cumbersome because the user needs to obtain and groom the medicine for fumigation. In addition, the amount of steam generated in the fumigation vessel is low, the drug delivery efficiency is low, and the divergence area is difficult to concentrate on the affected area.

In order to improve these disadvantages, the conventional left-handed heater disclosed in Utility Model Registration No. 180413, a heating tank in which water is received therein, a heater installed at the bottom of the heating tank to heat water in the heating tank, and level control An on / off valve electrically controlled by the sensor to supply the set amount of water to the inside of the heating tank, a steam supply pipe connected to the inside of the heating tank to discharge steam, and steam installed in the heating tank to contain the chemicals It is composed of a blowing fan for discharging to the steam supply pipe, and a control valve installed in the steam supply pipe to control the amount of steam supply.

Such a conventional left steamer is steamed by adding enough water and a left medicinal herb to the inside of a relatively large heating tank to boil to generate steam containing the medicinal component, and supplying it to the steam supply pipe through a blowing fan. Although there is an advantage that can be made in large quantities, there is a problem that takes a long time to generate steam at the beginning of operation because the heating tank is large. In addition, since the leftover medicine is directly put into the heating tank, there is a problem that the chemical residues need to be cleaned periodically because the residue of the medicine remains inside the heating tank. have.

In order to solve this problem, instead of putting the left medicinal herbs directly into the heating tank, a method of extracting the medicinal components from the left medicinal herbs using hot steam generated from the heating tank is used. In other words, by making the left medicinal herb storage container on the passage through which the steam is discharged, and putting the left medicinal herb for storage in the medicinal herb storage steam steam the medicine while passing through the medicinal herb storage method to create a steam containing the medicinal ingredients.

Since this method is provided with a separate medicine storage container, the heating tank is not contaminated, and by replacing the medicine for the left medicine of the medicine storage container, there is an advantage that the user can perform the left training according to his symptoms or tastes. However, this steaming machine has a problem that liquid substances generated by condensation during steaming of medicines accumulate inside the medicine storage container or flow into the heating tank and contaminate, or viscous materials generated during the steaming process block the steam supply pipe and cause a failure. . In addition, there is still a cumbersome problem because the medicine storage container is to open the left hoongi every time you replace the left medicinal herbs for the left hungi.

On the other hand, in order to fundamentally solve the conventional problem caused by using the left medicinal herb directly, instead of putting the left medicinal herb inside the left hungi, a method of diluting the medicinal concentrate with a medicinal herb concentrate has been proposed. have.

That is, Patent Application No. 10-2007-97108 discloses a toilet with a medicinal fumigation, the medicinal fumigation is provided with a heating tank equipped with a plurality of medicinal herb concentrate passing, heating device. And the heating tank is connected to the water pipe and each medicine concentrate through. Each medicine concentrate barrel is provided with means for supplying the medicine concentrate to the heating tank, and the heating tank is provided with means for supplying the generated steam to the steam supply nozzle. These means consist of a control valve and a control part. Therefore, the conventional medicinal fumigation unit injects the appropriate amount of water and the appropriate amount of the concentrate into the heating tank under the control action of the control unit, and then generates a vapor containing the medicinal ingredients by heating using a heating device.

As such, the conventional medicinal fumigation can solve the problem of diluting the medicinal herb concentrate in water to generate steam containing the medicinal constituents, thus remaining the medicinal residue in the heating tank or clogging the steam supply tube. In addition, one or more concentrates can be mixed and used according to the user's choice, so that the user can enjoy the lessons according to the symptoms or tastes of the individual user. However, the conventional medicinal fumigation unit is provided with a plurality of medicine concentrate bottles and heating tanks inside the apparatus for diluting the medicine concentrate in water. In addition, a plurality of control valves are provided, such as a control valve for putting water and one or more medicine concentrates into the heating tank and a control valve for controlling the supply amount of steam, and the control unit is configured to control these control valves.

Therefore, the conventional medicinal fumigation has a problem that the configuration is complicated and the price rises. In addition, the device must be opened in order to replace the herbal concentrate barrel, it is not possible to determine the amount of the herbal concentrate or the amount of water used. In particular, if you have several kinds of concentrate bottles and select some of them, one of the concentrates will be consumed faster than the other concentrates, so you will need to replace the concentrate bins each time. There is a problem that can be. In addition, since the dilution of the medicinal herbs in the heating tank to generate the steam at the same time, if the water containing the medicinal ingredients in the heating tank remains because the medicinal ingredients are accumulated or dried on the floor it is necessary to clean the heating tank periodically.

In addition, the conventional medicinal fumigation is convenient because the manufacture and dilution of the drug concentrate is automatic, but there is a problem that the user is not reliable because the user can not visually check the type of the concentrated solution and the concentration of the diluted concentrate, etc. . In particular, since the complexity of the configuration increases the possibility of failure, the conventional medicinal fumigation had a problem in that it is difficult to be practically used in reality because of its reliability and convenience compared to the price or cost.

The present invention is to solve the problems of the prior art, the main purpose of the present invention is to dilute the drug concentrate to use for medicinal stool, the dilution put the dilution of the medicinal agent selected by the user directly into a portable bucket that can be mounted outside the stool It can be used with peace of mind, and there is no need to put the medicine concentrate container inside the device, and there is no need to clean the water tank, so it can be used conveniently, as well as a control valve for supplying water and medicine concentrate and control for supplying steam. It is to provide a left hand steamer that can be equipped with a portable bucket that can reduce the price of the product by not using expensive and complicated parts such as valves, and a method of using the same.

In addition, the present invention can be obtained by mixing the concentrated liquid contained in the medicinal container of the predetermined size in a portable bucket of a predetermined size to obtain a medicinal component according to the condition and taste of the individual, anyone can easily and accurately adjust the concentration of the medicinal component It provides a left hand heater that can be equipped with a portable bucket and a medicine left hand training method using the same.

The present invention is also provided with both a left and a back pain so that both the left and the foot bath at the same time or to selectively select the left or foot bath, the steam to supply the steam at the same time or selectively to the left and left foot space of the left and foot footbaths Provided with a left heater that can be equipped with a portable bucket equipped with a generator.

The present invention also provides a steamer equipped with a portable bucket capable of continuously generating steam containing medicine ingredients by periodically supplying water containing medicine ingredients to a steam generator equipped with an elongated heating cylinder. will be.

In addition, the present invention is to provide a seating machine that can be equipped with a portable bucket that can minimize the storage area by storing the left tub to move back and forth in the storage space of the seating body.

As described above, the steaming machine according to the present invention does not mount the medicine concentrate bottle inside the apparatus, and the portable bucket containing the diluted solution of the concentrate is configured to be mounted outside the steamer to facilitate the supply of water and the medicine concentrate. The user can directly select the concentration of the medicine and the amount of water used by the user. The reliability is improved, and the steam is continuously generated by using water which is periodically supplied by using a small heating cylinder. It is to provide a left hand that can provide.

As a means for achieving the above object, the seat heater which can be equipped with a portable bucket according to the present invention, the upper plate is installed at a height that the user can be seated and the opening is formed in the center, and the frame for supporting the upper plate horizontally And, the left and right body consisting of a side plate installed in the frame to form a receiving space therein;

A seat plate spaced apart from the top surface of the upper plate and formed with a left hole corresponding to the opening of the upper plate, a left tube fixed to the bottom surface of the top plate to surround the opening formed in the upper plate, and forming a left hole space; A left hun member comprising a left hoon steam injection nozzle for injecting steam into the left hoon space;

A water supply member including a water tank holder installed so as to be exposed to the side of the left-handed main body, and a portable water tank containing water containing a certain concentration of medicinal ingredients by placing and mixing the medicine concentrate selected by the user and mounted on the water tank holder;

A steam generator for heating the water supplied from the bucket to generate steam containing the medicinal component, a water supply hose for supplying water from the bucket to the steam generator, and a water supply hose installed in the water supply hose to supply water from the bucket And a steam generator comprising a pump for supplying a generator and a steam supply hose for supplying steam containing medicine ingredients generated from the water surface of the steam generator to the left training space through the left training steam injection nozzle.

In the present invention, the left bath tub which is stored in the storage space of the left hoop main body and installed inside the drawer that is movable back and forth, and forms a left bath space for the user's feet to enter, and steam containing the medicinal ingredients generated from the water surface of the steam generator It characterized in that it further comprises a left bath member consisting of a steam jet nozzle for the foot bath for spraying to the left bath space through a steam supply hose.

The portable water bottle is made of a transparent PET bottle standardized to 300ml, 600ml, 900ml, 1500ml, and the medicine container containing the concentrated medicines that can be put into the portable water bottle is made of 25ml and 30ml standardized bottles. .

The bucket holder is formed on the cradle main body and the upper surface of the cradle main body fixed integrally to one side of the left main body and consists of a water reservoir for temporarily storing a certain amount of water is mounted through the portable bucket.

A filter cloth is installed on the bottom of the water storage unit to prevent foreign substances from entering through the water supply hose, and a water level sensor is installed at one side to measure the water level of the water storage unit.

The portable bucket is inserted into the insertion portion screwed to the spout of the portable bucket, the support portion is supported in close contact with the shoulder portion of the portable bucket, and the insertion part is installed to move up and down to control the water discharged from the portable bucket An auxiliary cap made of a valve is further included.

The steam generator is wound in close contact with the heating cylinder having a predetermined diameter, the outer peripheral surface of the lower end of the heating cylinder to heat the heating cylinder, is installed in close contact with the outer peripheral surface of the upper end of the heating cylinder to measure the temperature of the heating cylinder It is configured to include a temperature measuring device, and a steam discharge port installed on the top of the heating cylinder to discharge the steam generated from the water surface of the heating cylinder to the outside.

The upper end of the steam jet nozzle for the left training, the cylindrical nozzle through the bottom plate of the left training barrel and the bottom is located in the inner space of the air mixture installed on the bottom of the left training barrel, the nozzle barrel Sealing the upper end of the blocking plate to prevent the steam rises directly, a plurality of injection holes formed in the nozzle cylinder of the lower portion of the blocking plate, and the steam injected in the outer radial direction through the injection hole to guide again upward It is comprised including the reflecting plate installed in the outer periphery of a nozzle cylinder.

The air mixture is a cylindrical container forming an inner space, the bottom plate is formed with a steam inlet for injecting steam into the nozzle barrel of the steam injection nozzle, the air mixture is located above the bottom of the nozzle cylinder A plurality of air holes are formed.

The steam generator is installed separately from the left hun steam generator for supplying steam to the hunhun space, the foot bath steam generator for supplying steam to the foot bath space, the left hoon steam generator for supplying steam to the hunhun space is left hunhun basic body It is fixed to the inside of the footbath steam generator for supplying steam to the footbath space is fixed to a drawer characterized in that it moves back and forth with the drawer.

Subsequently, the medicinal medicinal training method using a stool which can be equipped with a portable bucket according to the present invention, the left huncheun body formed to a height that can be seated by the user, and the left huncheong and the left huntong installed inside the left huncheom body A left-hand member consisting of a left-hand steam injection nozzle for injecting steam, a water tank holder installed to be exposed to the side of the left-wing main body, and a medicine concentration of a certain concentration mounted on the water tank holder and mixed with the selected medicine concentrate A portable bucket containing the water, a steam generator for heating the water supplied from the bucket to generate steam containing the medicinal ingredients, a water supply hose for supplying water from the bucket to the steam generator, and the water supply hose A pump installed to supply water from the portable bucket to the steam generator, and at the water surface of the steam generator In the method using the jwahun jwahungi capable of mounting the made portable bucket, including a steam supply hose for supplying the jwahun space for containing a medicinal component to live steam through the steam ejection nozzle for jwahun,

Injecting and mixing the medicine concentrate contained in a predetermined medicine container into a portable bucket; Mounting a portable bucket containing water containing a medicinal component of a predetermined concentration in the bucket holder of the left heater; A medicinal herb training step of supplying water containing the medicinal component contained in the portable bucket to a steam generator to generate steam containing the medicinal component and supplying it to the user's skin; When the left hunhun step is completed, characterized in that it comprises a portable bucket separating step of removing the portable bucket from the bucket holder.

The medicinal herb learning step includes: a steam generating step of supplying power to the heater to generate steam containing medicinal ingredients in the surface of the heating cylinder; A low level recognition step of recognizing that the water level of the heating cylinder is the lowest level when the temperature of the heating cylinder reaches a maximum set temperature; A water supply step of supplying water from the portable bucket to the inside of the heating cylinder by operating the pump when the level of the heating cylinder reaches a minimum level; A maximum level recognition step of recognizing that the level of the heating cylinder is the highest level when the operating time of the pump exceeds the operating time previously stored in the controller; When the water level of the heating cylinder reaches the highest level, it characterized in that it comprises a water supply stop step of stopping the operation of the pump.

The medicinal herb concentrate contained in the medicinal container, Cheonggung, peppermint, indong, pogongyoung, motherwort, chichi, larvae, dermis, hedgehog, ogapi, bisongmok, raw jihwang, donkey, hwahwa, gujeolcho, sewage, baekyeop, crust, gold silver coin, plaque Concentrate one or more of the medicinal mixtures selected from Jangumum, Yellowish White, Safflower, and Quantitatively, but do not produce particulate matter or sediment when the medicinal concentrate is stored in a medicinal container or mixed in a portable bucket. It is characterized by being made through a manufacturing process including a filtration process to be evaporated together and absorbed by the skin.

The manufacturing process of the medicinal herbs concentrate, distilled condensation step of putting the natural herbal medicine in water to boil enough to generate steam containing the medicinal ingredients and condensation of the generated steam to make condensed water containing the medicinal ingredients; A filtration step of removing particulate matter by passing the condensed water obtained in the distillation condensation step through a filter or a screen network; Precipitating the filtered water after the filtration step for a predetermined time to remove the settling floc characterized in that it comprises a precipitation step of separating the supernatant.

The pharmaceutical concentrate is a solution that is finely pulverized powder of minerals or rock salt, dissolved in purified water and then filtered through a fine filter to be evaporated with steam in the steam generator.

According to the present invention, according to the user's choice is installed a portable bucket in which the concentrated liquid of various medicinal herbs is diluted on the outer surface of the left hoehun, and periodically supplying the water containing the medicinal ingredients to the steam generator to generate steam, the generated steam It can be delivered to the user's feet or buttocks for a certain time to effectively deliver the medicinal ingredients through the skin, and the concentration of the medicinal ingredients can be easily adjusted by injecting and mixing the medicinal concentrates contained in the medicinal containers of a predetermined size into a portable bucket. The present invention relates to a portable water bottle replaceable foot bath and a seating machine that can easily supply water for steam generation or change the type of medicinal ingredients by replacing a portable water bottle.

According to the steam jet type foot bath combined left steamer of the present invention, it is possible to perform both the left hun and foot bath at the same time, or selectively the left hun or foot bath.

The present invention also provides a steam generator that completely separates the steam generator and the left bath so as to prevent burns caused by fire or hot steam due to overheating during the steaming, and pressurizes the generated steam to a sufficient pressure. In addition, by spraying into the foot bath space, not only enhances the effect of the left hand bath or foot bath, but also has the effect of simultaneously or selectively supplying the high temperature steam generated by one steam generator to the left hand bath space of the left hand bath and the foot bath space of the left bath tub.

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

The present invention can also minimize the storage area by allowing the left bath to move back and forth to be stored in the storage space of the left hunhun body 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 seating machine capable of mounting a portable bucket according to the present invention,

Figure 2 is a schematic flow chart showing a drug medicinal hun method using a left hoon can be equipped with a portable bucket according to the present invention,

Figure 3 is a perspective view showing another embodiment of the left heater can be equipped with a portable bucket according to the present invention,

4 is a cross-sectional view showing a seating machine capable of mounting the portable bucket shown in FIG. 3;

FIG. 5 is a rear view showing a seating machine capable of mounting the portable bucket shown in FIG. 3; FIG.

Figure 6 is a schematic block diagram showing a manufacturing process of the pharmaceutical concentrate used in the stool which can be equipped with a portable bucket according to the present invention,

Figure 7 is a schematic diagram showing a steam generating structure of the left steamer equipped with a portable bucket according to the present invention,

8 is an exploded perspective view of the steam generator shown in FIG.

Figure 9 is a schematic flow chart showing a water level control process (medicinal medicinal step) of the steam generator according to the present invention,

Figure 10 is a cross-sectional view showing the structure of the left hoe member applied to the left hoehun equipped with a portable bucket according to the invention,

Figure 11 is a perspective view showing the structure of the foot bath member applied to the seating machine which can be equipped with a portable bucket according to the present invention,

12 is a cross-sectional view of the foot bath member shown in FIG.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the seating machine that can be equipped with a portable bucket according to the present invention and the medicine medicinal method using the same.

Figure 1 is a left-hand machine (hereinafter referred to as the "left-hander") (1) that can be equipped with a portable bucket required for the medicine medicinal hooping method according to the present invention, a portable bucket (2) containing a predetermined amount of water, and a predetermined amount The medicine barrel 3 is shown containing the drug concentrate.

As shown, the left heater (1) is installed on the top plate 12, the frame 14 for supporting the top plate 12 horizontally, and the top plate 12 installed at a height that can be seated by the user And a back plate 16 on which the user can lean his back, and a side plate 18 installed perpendicular to the frame 14 to form a storage space 11 of a predetermined size under the upper plate 12. . Reference numeral 13 is a leg and 15 is an armrest.

The portable bucket 2 is a normal transparent PET bottle in which a beverage such as cola or juice can be filled, and has a size of 300 ml, 600 ml, 900 ml, 1500 ml, or the like. For example, 300 ml can contain water that can be boiled once, and 600 ml of portable bucket 2 can contain water that can be boiled twice. In addition, 900ml or 1500ml is suitable for foot bathing at the same time as the left handed or used by several people. Therefore, the user can prepare a portable bucket 2 by filling the water of about 80-90% in a conventional PET bottle.

The medicine barrel (3) is a bottle having a size of 25ml, 30ml, and contains the herbal medicine extract extracted by steaming the herbal medicine for training left. This medicine container 3 can be purchased through a normal distribution channel. Therefore, the user does not need to purchase herbal medicines for herbal medicine or herbs by themselves because the pharmacy or the agent to buy the concentrate in the medicine barrel (3) is very convenient to use.

And the user can put the medicine concentrate contained in the medicinal barrel (3) into the portable bucket (2) and shake to make the water for the left medicinal ingredients containing the medicinal ingredients. Therefore, it is not necessary to spend time and effort to obtain the medicinal component of the applied concentration. In addition, if the portable bucket (2) containing the water containing the medicinal ingredients to the bucket holder (6) provided on the side plate 18 of the left heater (1), all the preparation for the medicine medicine is completed, the burden on the user Medicinal lessons can be conducted without

Figure 2 shows a medicinal herb hun method (hereinafter referred to as "medicinal medicinal method") using a stool which can be equipped with a portable bucket according to the present invention. As shown, the medicinal herbs hun method of the present invention, the step of injecting and mixing the medicinal herbs concentrate contained in the medicinal barrel (3) to the portable bucket (S10); Mounting a bucket (3) containing water containing a medicinal component in the bucket holder (6) of the seat (1) (S20); A left hunhun step (S30) of supplying water containing the medicinal ingredients contained in the portable bucket (3) to the heating cylinder of the steam generator to generate steam containing the medicinal ingredients to the user's skin; When the left training step (S30) is completed is configured to include a bucket separation step (S40) for removing the portable bucket (2).

Thus, when the present invention is to do a left hun, by mounting a portable bucket (3) containing the medicinal ingredients to the left heater (1), when the left hoon is finished, by separating the portable bucket (3) from the left heater (1), It is very easy to supply medicine and water, and because it does not install the water tank inside the seat (1), it is convenient and hygienic to manage the water bottle, and various kinds of medicine concentrates can be easily mixed and titrated according to the user's symptoms or tastes. Make the capacity available.

Next, referring to Figures 3 to 5 in more detail look at the structure of the seating machine (1) that can be equipped with a portable bucket according to the present invention, the seating machine (1) is a seating body having a size and structure the user can sit ( 10), the left hunhun member 100 installed on the bottom of the upper plate of the left hunhun body 10, the foot bath member 200 is received in the inner storage space of the left hunhun body 10, and the left hunhun member 100 And the steam generating member 300 installed in the storage space of the shunhun body 10 to supply the steam containing the medicinal ingredients to the foot bath member 200, and the water containing the medicinal ingredients in the steam generating member 300 It comprises a water supply member 500 installed on the outer surface of the left hunhun body 10 so as to supply.

Referring to FIG. 4, a door (not shown) is installed on a rear surface of the left hoop main body 10, and a pump 370 and steam of the steam generating member 300 installed in the storage space 11 of the left hoop main body 10. The

generators

350 and 350a and the control unit 390 may be inspected or repaired.

In addition, a drawer 17 that is movable back and forth is provided on the front surface of the left training element 10, and the foot bath member 200 is installed inside the drawer 17. The drawer 17 may move along the guide member 29 installed in the left hoop base 10. And the side wall of the drawer 17 may be provided with a slide member 28 corresponding to the guide member 29.

Therefore, the left hungi (1) of the present invention, the user can sit in a comfortable posture on the left hoop main body (10) and enjoy the medicinal medicinal hoe, if you want to take a foot bath with the left hun foot foot member in the state to draw the drawer 17 forward Put foot in the footbath (212) of 200 can enjoy the medicinal foot bath.

And the water supply member 500 is composed of a bucket holder (6) installed so as to be exposed to one side of the left hand base 10, and a portable bucket (2) that can be mounted on the bucket holder (6).

As described above, the seat heater 1 according to the present invention is provided with a bucket holder 6 on the outside of the holder body 10, and the bucket holder 6 includes a portable bucket containing water containing medicine ingredients. By mounting the user can easily replace the bucket (2) and can easily check the water usage. That is, the conventional left heater is installed in the water heater inside the left, the user is cumbersome to replace the water bottle and could not grasp the water consumption. In addition, there is a very troublesome problem to fill the water using a separate container to fill the water in the bucket.

In addition, the left-hand steamer 1 according to the present invention is easy to wash the bucket by using a removable portable bucket (2). In particular, when using a disposable bucket can be omitted to wash the bucket. That is, in the conventional left-hand hose, the water tank, the heating tank or the left-hand bowl is installed inside the left-hand machine, so the user has to pour water using a separate bucket or bowl, and periodically clean the water tank.

In addition, the seat heater 1 according to the present invention can easily predict the water usage by using a standardized bucket. That is, it is difficult to check the water usage because the conventional left-hand machine is not visible because the water tank or the left-hand bowl is installed inside the apparatus. However, the portable bucket 2 of the present invention can contain water to be used once or twice and is easily exposed to the outside of the left heater 1 so that the water usage can be easily confirmed. In addition, since water does not remain in the water tank or the heating tank inside the left steamer 1, it is always possible to steam using clean water.

The bucket holder 6 is formed on the upper surface of the holder main body 66 and the holder main body 66 which is integrally fixed to one side of the left main body 10, the portable bucket 2 is mounted and a certain amount of water It consists of a water storage unit 65 that is temporarily stored.

The bottom surface of the water storage unit 65 is provided with a filter cloth 69 for preventing foreign matter from entering through the water supply hose 342, the water level sensor for measuring the water level of the water storage unit 65 on one side 68 is installed.

The portable bucket (2) is inserted into the insertion portion screwed to the spout of the portable bucket, the support portion is supported in close contact with the shoulder portion of the portable bucket, and is installed to move up and down the insertion portion to discharge the water discharged from the portable bucket Auxiliary cap (67) made of an intermittent valve for regulating is further included.

On the other hand, the medicinal herb concentrate filled in the medicinal herb (3) is an extract made by ironing natural herbal medicine. For example, Cheongung, peppermint, honeysuckle, pogongyoung, motherwort, chichi, love leaf, dermis, mold opening, ogapi, cedar, raw jihwang, donkey, hwahwa, gujeolcho, sewage, baekbaekye, crust, gold, silver, yellow gold, safflower, It is concentrated by ironing any one or more medicine mixtures selected from herbal medicines such as quantification.

Figure 6 is a schematic process diagram showing a process for producing the pharmaceutical concentrate. As shown, the herbal concentrate is distilled to vaporize with the vapor and pass through the body's skin. As shown, reference numeral 71 is a distillation condenser, 72 is a filtration filter, 73 is a precipitation tank.

As shown, the process of preparing the herbal concentrate, distilled condensation step of adding a natural herbal medicine to water to boil enough to generate a steam containing the medicinal ingredients and condensing the steam again to make condensed water containing the medicinal ingredients ( S110), and a filtration step (S120) of removing the particulate or floating material by passing the condensed water through a filter or a screen net, the precipitation step of removing the settling floc by precipitating the filtrate for a predetermined time (S130) It is configured to include).

And the filtration step (S120) and the precipitation step (S130) can be carried out repeatedly a plurality of times depending on the characteristics of the medicine. In particular, the precipitation step (S130) is preferably carried out several times at regular time intervals in order to prevent the deposit of the medicine concentrate contained in the medicine barrel (2) during the storage process.

Medicinal concentrates come in many varieties. For example, medicinal concentrates extracted from agar, birch, saengjihwang, Angelica, peppermint mixture is effective in relieving pain, such as arthritis, menstrual pain. Herb concentrates extracted from Cheongung, Peppermint, Indong, Pogongyoung, motherwort, lobe, dermis, and mold mixtures are effective in treating cold moisture. Medicinal concentrates extracted from cold grass, Angelica, cheonggung, motherwort, dermis, baekryeop, mold opening, peppermint, pogongyoung, gujeolcho mixtures are effective in relieving pain during menstruation, controlling physiology, and vaginal cleansing. Herb concentrates extracted from motherwort, mold opening, lumping and pogongyoung mixtures are effective in improving blood circulation and antibacterial bleeding. Medicinal concentrates extracted from the mixtures of Cheongung, Dermis, Lobar, Angelica and Gujeolcho are effective in treating vaginal contraction, analgesic, neurostable and incontinence. Herb concentrates extracted from crust, Angelica, motherwort, gujeolcho, and sewage mixtures are effective in treating insomnia. Therefore, the user can select and use the concentrated pharmaceutical solution according to their symptoms or tastes.

In addition, the pharmaceutical concentrate may be a solution that is pulverized fine powder of minerals, rock salt, dissolved in purified water and then filtered through a fine screen net to be evaporated with water vapor.

In addition, the herbal concentrate may be effective in maintaining the cleanliness of the female vagina, removing the blood of the vaginal disease, releasing waste in the vagina, and excellent Jamu solution for vaginal contraction. For example, the fine powder may be finely ground, dissolved in purified water, and then filtered through a fine screen network to allow evaporation with water vapor.

Therefore, the user purchases the medicine concentrate contained in the standardized medicine container 3, such as 25ml, 30ml, and selects the portable water bottle selected from the standardized portable bucket 2 such as 300ml, 600ml, 900ml, 1500ml. ) And mix easily to make water containing a certain concentration of medicinal ingredients. As such, anyone can easily adjust the concentration of the medicinal ingredients is convenient to use.

Next, with reference to Figure 7 will be described with respect to the steam generating member 300 of the left steamer according to the present invention. The steam generating member 300 is composed of a water supply pump 370 and the steam generator 350. And the water supply member 500 is composed of a portable bucket (2) and the bucket holder (6). The bucket holder 6 is installed so as to be exposed to one side of the left hoop main body 10, the bottom of the water storage unit 67 is provided with a filter cloth 69 for filtering particulate matter.

The steam generator 350 is wound around the heating cylinder 351 having a predetermined diameter, the outer peripheral surface of the lower end of the heating cylinder 351, the heater 352 for heating the heating cylinder 351, and the heating cylinder ( It is installed in close contact with the outer circumferential surface of the upper end of the 351 is a temperature measuring device 357 for measuring the temperature of the heating cylinder 351, and is installed on the upper end of the heating cylinder 351 is water vapor generated in the water surface of the heating cylinder 351 It is configured to include a steam discharge port 354 for discharging to the outside. In addition, a steam supply pipe 340 is connected to the steam discharge port 354.

In addition, the steam generator 350 controls the operation time of the control unit 390 and the pump 370 to control the power supplied to the pump 370 according to the temperature measured by the temperature measuring device 357 And a timer 391 connected to the controller 390. Although not shown, a power supply unit is provided to supply power to the heater 352, the pump 370, and the controller 390.

As shown in FIGS. 7 and 8, the heating cylinder 351 is a cylinder made of a thin metal plate, and has a long shape having a height of about 2 to 10 times its diameter. The heater 352 installed at the lower end of the outer circumferential surface of the heating cylinder 351 is made of a wire or a thin plate-shaped heating wire. The heater 352 converts electrical energy into heat to heat the heating cylinder 351. And the outer circumferential surface of the heater 352 is protected by being wrapped with an insulating material or a heat insulating material (not shown).

The temperature measuring device 357 installed at the upper end of the outer circumferential surface of the heating cylinder 351 is wound in close contact with the outer circumferential surface of the heating cylinder 351 to transfer heat of the heating cylinder 351, and a heat conduction band 362. It is composed of a temperature sensor 363 attached to one surface of the side to generate an electrical signal corresponding to the temperature of the heating cylinder 351. The temperature sensor 363 is made of a thermocouple (thermocouple) for measuring the temperature by the difference in electromotive force by bonding two different metals.

The electrical signal (voltage) output from the temperature sensor 363 is provided to the controller 390 to control the operation of the pump 370. In addition, the electrical signal output from the temperature measuring device 357 intercepts the power line for supplying power to the heater 352. For example, when the heating cylinder 351 rises above the maximum limit temperature, the power supplied to the heater 352 is cut off to prevent the occurrence of a safety accident such as a fire. In addition, the controller 390 may adjust the amount of steam generated by adjusting the size of the power supplied to the heater 352.

In addition, the steam discharge port 354 installed at the upper end of the heating cylinder 351 is provided with a steam discharge hole 364 having a diameter smaller than the diameter of the heating cylinder 351. Therefore, the steam generated from the water surface of the heating cylinder 351 is pressurized to a predetermined pressure is injected to the outside. In addition, the water surface of the heating cylinder 351 is controlled to be always kept a certain distance from the steam discharge hole 364 so that hot water is not ejected to the outside.

Referring back to FIG. 8, the vapor discharge port 354 has an upper disk 365 for sealing the upper end of the heating cylinder 351 and an elastic fixing for fixing the upper disk 365 to the heating cylinder 351. Member 368. The elastic fixing member 368 is a means for fixing the upper disk 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 The fixed wire 369 for fixing the upper disc 365 inserted into the upper end of the inner peripheral surface of the elastic tube 367. And the outer peripheral surface of the upper disc 365 is formed with a groove for seating the fixed wire (369). The elastic fixing member 368 is excellent in flexibility by connecting the upper disk 365 and the heating cylinder 351 by using the elastic tube 367, there is no need for a separate sealing means.

On the other hand, the lower end of the heating cylinder 351 may be provided with a water injection port 353 having a structure similar to the above-described vapor discharge port 354. The water injection port 353 seals the lower end of the heating cylinder 351, but a water injection hole 374 having a predetermined diameter is formed, and a lower disc protruding from the water injection hole 376 for connecting the water supply hose 342. 375). In addition, the lower disk 375 may be fixed to the lower end of the heating cylinder 351 by using a screw thread formed on the inner circumferential surface of the heating cylinder 351 and the outer circumferential surface of the lower disk 375.

A water supply hose 342 is connected between the water injection port 353 and the water tank holder 6 of the heating cylinder 351. And the pump 370 is installed on the water supply hose 342. The pump 370 is controlled by the controller 390 to supply the water of the portable bucket 2 to the inside of the heating cylinder 351.

As described above, the steam generating member level control method or the medicinal herbs hun method as shown in Figure 9, the steam generating step (S310), the lowest water level recognition step (S320), the water supply step (S330), the highest water level recognition step (S340) ), The water supply stop step (S350).

The steam generating step (S310) is a step of generating steam containing the chemical ingredient in the water surface inside the heating cylinder 351 by supplying power to the heater 352. In this case, the heater 352 is installed at the lower end on the outer circumferential surface of the heating cylinder 351 to heat the lower end of the heating cylinder 351. The generated steam is discharged through the steam discharge port 354 when the pressure inside the heating cylinder 351 reaches a predetermined level. And while the steam is generated, the water level of the heating cylinder 351 is gradually lowered in proportion to the temperature of the heating tube 351 gradually increases.

Subsequently, the lowest level recognition step (S320) is a step of recognizing that the temperature of the heating cylinder 351 reaches a maximum set temperature. That is, when the water level of the heating cylinder 351 falls below the upper end of the heater 352, the temperature of the heating cylinder 351 increases rapidly to reach the maximum set temperature. The maximum set temperature is input to the memory of the control unit 390 when it is determined as an experimental value. When the temperature of the heating cylinder 351 reaches the maximum set temperature, the temperature measuring device 357 installed at the top of the heating cylinder 351 sends an electrical signal corresponding to the temperature of the heating cylinder 351 to the controller 390 Recognize that the water level has been reached.

Subsequently, the water supply step S330 is a step in which the control unit 390 operates the pump 370 to supply water into the heating cylinder 351. That is, the pump 370 is operated whenever the heating cylinder 351 rises above the set temperature to prevent the level of the heating cylinder 351 from falling below the set minimum level. In this case, the pump 370 may be continuously operated for a predetermined time, but may be intermittently operated to prevent the temperature of the heating cylinder 351 from dropping rapidly. As described above, when the power is continuously supplied to the heater 352 while supplying water intermittently, steam can be continuously generated.

And the highest level recognition step (S340) is made by measuring the operating time of the pump 370. That is, even if water is supplied into the heating cylinder 351, the temperature of the heating cylinder 351 does not fall in proportion to the amount of water supplied. Therefore, when the operation of the pump 370 is controlled based on the temperature of the heating cylinder 351, the water level of the heating cylinder 351 is raised so that hot water may be discharged to the outside. Accordingly, the present invention recognizes the highest level of the heating cylinder 351 by using the timer 391.

Subsequently, the water supply stop step (S350) is a step of preventing the water surface of the heating cylinder 351 from exceeding the highest level by calculating the operating time of the pump 370 and stopping the operation of the pump 370 when the set operating time is exceeded. . At this time, the set time is determined in consideration of the cross-sectional area of the heating cylinder 351, the pumping capacity of the pump 370 and the voltage supplied to the heater 352. Accordingly, the controller 390 stops the operation of the pump 370 by comparing the operation time of the pump 370 measured by the timer 391 with the set time stored in the memory.

As described above, the present invention adjusts the water level of the heating cylinder 351 by using the temperature measuring device 357, the timer 390, and the pump 370 installed outside the heating cylinder 351. Do not install level meter or temperature sensor inside. As such, the structure of the heating cylinder 351 can be simplified and the size thereof can be minimized by not installing the level gauge and the temperature sensor inside the heating cylinder 351. In addition, since the water is periodically supplied to the small heating cylinder 351 to generate steam continuously, even when used by several people, it is possible to continuously enjoy the left hun without breaking. In particular, since a small heating cylinder 351 is used, since the initial steam generation time is very short, there is an advantage that the user can enjoy the left hand immediately without waiting. In addition, since the supply of water can be controlled only by the operation of the pump 370, a control valve for supplying water is omitted. In addition, since the amount of steam generated can be controlled by adjusting the voltage supplied to the heater 352, the control valve for adjusting the amount of steam is omitted.

Next, with reference to Figure 10 will be described in detail for the left member 100 applied to the left main body 10. As shown, the left member 100 is a seat plate 101 provided on the upper surface of the top plate 12, a left tube 110 provided on the bottom surface of the top plate 12, and the left tube 110 It consists of a steaming steam generator 350 for supplying steam to the inner space of the.

In the seat plate 101, a left hole 103 is formed at a position smaller than that at a position corresponding to the 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 opening 19 and the left hole 103. At this time, the seat plate 101 is installed spaced apart from a certain height (H) from the top plate (12). To this end, a plurality of spacers 105 are installed between the seat plate 101 and the top plate 12. The gap between the seat plate 101 and the top plate 12 serves to quickly discharge vapor reflected by hitting the buttocks of the user to the outside. Accordingly, pressure is prevented from occurring in the left training space 131 so that steam can be smoothly supplied toward the user's buttocks. Preferably, a cushion member is installed on the upper surface of the seat plate 101, and a hinge is provided on the rear surface thereof to be rotatable up and down.

The left hun member 100 is fixed to the bottom surface of the top plate 12 to surround the opening 19 formed in the upper plate 12, the cylindrical left tube 130 to form a left hoon space 131, the left tube 131 It is installed on the bottom of the bottom plate 132 of the left-hand steam injection nozzle 150 and the bottom plate 132 of the left-hand barrel 130 through the bottom plate 132 protrudes a predetermined height to the left hunho space 131 to inject steam It is configured to include an air mixing cylinder 160 for supplying a mixture of steam and air to the lower end of the left steam injection nozzle 150.

The left tube 130 is a cylindrical container that forms a bath space 131 of a predetermined size and is made of plastic, metal or ceramics. A flange 133 for fixing the left barrel 130 to the upper plate 12 is formed at the upper end of the left barrel 130. For example, the left bath 130 is a flange 133 by fixing the flange 133 to the bottom of the top plate 12 or through the left bath 130 through the opening 19 of the top plate 12. It is to span the edge of the opening 19 of the upper plate (12).

The left steam jet nozzle 150 includes a cylindrical nozzle cylinder 153, a blocking plate 155, a spray hole 157, and a reflecting plate 159. The cylindrical nozzle barrel 153 is installed through the center of the bottom plate 132 of the left huntong 130, the upper end is located in the left hoon space 131, the lower end of the inner space 161 of the air mixture 160 Located in In addition, a blocking plate 155 is installed at an upper end of the nozzle barrel 153 to prevent the steam supplied from the lower portion from rising upward. In addition, a plurality of injection holes 157 are formed in the nozzle barrel 153, and the outer circumference of the nozzle barrel 153 reflects the steam injected outward through the injection hole 157 to guide upward. The reflection plate 159 of a predetermined curvature is provided. At this time, the nozzle barrel 153 is installed to protrude a predetermined length downward through the bottom plate 132 of the left huntong 130.

Subsequently, the air mixture 160 is 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 integrally installed to form the internal space 161 of a predetermined size.

The air mixture 160 is a cylindrical container, the bottom plate 163 is formed with a steam inlet 164 for injecting steam into the nozzle cylinder 153, a plurality of the upper end of the air mixture 160 Air holes 165 are formed. The air hole 165 is located above the lower end of the nozzle cylinder 153 and the air introduced through the air hole 165 is introduced through the lower end of the nozzle cylinder 153. In addition, the upper end of the air mixing cylinder 160 is formed with a flange for fixing to the bottom surface of the left training cylinder (130).

Therefore, the steam injected through the steam inlet 164 of the air mixture 160 is injected into the nozzle barrel 153 of the steam injection nozzle 150 and ascends, and the blocking plate 155 installed at the top of the nozzle barrel 153. ) Is injected in the outer radial direction through the injection hole 157 formed on the outer circumferential surface of the nozzle cylinder 153, and then reflected again by the parabolic reflector 159 is injected in the upward direction.

As described above, the left training barrel 130 of the present invention protrudes the left training steam injection nozzle 150 inside the left training cylinder 130 so as to concentrate the steam generated by the left training steam generator 350 on the user's buttocks. In order to prevent the hot steam from being directly injected into the buttocks of the user, the blocking plate 155 may be installed at the upper end of the nozzle barrel 153 to prevent burns caused by the hot 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 by allowing the outside air to flow through the air hole 165 formed on the outer circumferential surface of the air mixture 160 to mix the high temperature steam with the outside air at room temperature to appropriately lower the temperature of the steam and enrich the amount of steam. Let's do it.

Next, the left bath member 200 installed in the drawer 17 of the present invention will be described with reference to FIGS. 11 and 12. As shown, the foot bath member 200 is a foot bath 203 which 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 It is installed on the footrest 220 to place the user's two feet, the footbath steam generator 302 for supplying steam to the footbath space 201 and the footbath steam generator 302 supplied from It is configured to include a steam jet nozzle 240 for the foot bath to inject the steam to the foot bath space 201.

The footbath member 200 according to the present invention is not a method of filling water or spraying water into the footbath tub 203, but a method of spraying steam. In addition, the foot bath member 200 of the present invention is useful for foot health or need recovery because it is sprayed by evaporating the water containing the medicinal ingredients supplied from the portable bucket (2). For example, when using a sterilizing medicinal concentrate, foot disease such as athlete's foot can be treated, and when using a medicinal concentrate containing deodorant and aroma components can remove the smell of the foot or foot bath (203). .

In addition, the foot bath member 200 of the present invention is stored in the storage space of the left hunhun base body 10, so no need for a separate storage place and the foot bath at the same time by performing a foot bath can further increase the effect and reduce water and electricity consumption Can be.

In addition, the foot bath member 200 according to the present invention further includes a foot steam generator (350a) for supplying steam to the interior space of the foot bath (203). The foot-bath steam generator 350a is provided separately from the left-hand steam generator 350 and is installed to move back and forth together with the drawer 17 by being installed at the rear of the drawer 17. Thus, by installing the foot steam generator (350a) with the foot bath 203 to be movable to prevent the condensation before the steam containing the medicine component is supplied to the foot bath space (201).

The footbath 203 is a cylinder having an open top, and includes a bottom plate 214 and a side wall 212, and forms a footbath space 201 having a predetermined size therein. The height of the foot bath (203) is limited to the height of the storage space 11 of the left hoop main body (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 of the scaffold 220 so that a gap is formed between the edge of the scaffold 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 injection nozzle 240 for injecting steam into the foot bath space 201 are installed in the lower space 221 of the scaffold 220. The footbath steam spray 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 surface of the scaffold 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 injection nozzle 240 for the foot bath.

On the other hand, the steam injected from the foot steam jet 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 has a very high temperature (generally 90 to 95 ° C), and if a 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 bath 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 on 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 injection nozzle 240 and the opening 226 to change the direction of steam of the user.

In addition, 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 outside air introduced through the air hole 250 is mixed with the steam to lower the temperature of the steam and increase the amount of steam.

As described above, the left stool of the present invention can enhance the effect of the medicinal foot bath as well as the medicinal stool according to the user's choice.

Claims

A left-handed main body formed of a top plate installed at a height at which the user can be seated and having an opening in the center, a frame supporting the top plate horizontally, and a side plate installed at the frame to form a storage space therein;

A seat plate spaced apart from the top surface of the upper plate and formed with a left hole corresponding to the opening of the upper plate, a left tube fixed to the bottom surface of the top plate to surround the opening formed in the upper plate, and forming a left hole space; A left hun member comprising a left hoon steam injection nozzle for injecting steam into the left hoon space;

A water supply member including a water tank holder installed so as to be exposed to the side of the left-handed main body, and a portable water tank containing water containing a certain concentration of medicinal ingredients by placing and mixing the medicine concentrate selected by the user and mounted on the water tank holder;

A steam generator for generating steam containing the medicinal ingredients by heating the water supplied from the bucket, a water supply hose for supplying the water of the bucket to the steam generator, and the water supply hose is installed in the water supply hose to the steam And a steam generating member comprising a pump for supplying to a generator and a steam supply hose supplying steam containing medicine ingredients generated from the surface of the steam generator to the left training space through the left training steam injection nozzle. The seater which can attach a portable bucket made with.
The method of claim 1,

A steam supply hose containing a steam bath containing a medicine component generated in the water surface of the steam generator and the left bath tub that is installed in the storage space of the left huncheum body and installed inside the drawer movable back and forth to enter the user's two feet The left hand hose can be equipped with a portable bucket, characterized in that further comprises a left bath member consisting of a steam jet nozzle for foot bath spraying to the left bath space.
The method of claim 2,

The portable water bottle is made of a transparent PET bottle standardized to 300ml, 600ml, 900ml, 1500ml, and the medicine container containing the concentrated medicine that can be placed in the portable water bottle is made of 250ml and 30ml standardized bottles. The left-hand machine can be equipped with a portable bucket, characterized in that the concentration of the medicinal ingredients can be easily adjusted.
The method of claim 3,

The bucket holder is formed on the cradle main body and the upper surface of the cradle main body fixed integrally to one side of the left main body is made of a water reservoir that is temporarily stored in a certain amount of water is placed in the portable bucket, the water storage unit The bottom surface is provided with a filter cloth for preventing foreign matter from flowing through the water supply hose, the portable bucket is inserted into the insert portion screwed to the spout of the portable bucket, the support portion that is in close contact with the shoulder of the portable bucket; The seat is installed so as to move up and down the insertion portion is equipped with a portable bucket, characterized in that the auxiliary cap made of an intermittent valve for regulating the water discharged from the portable bucket.
The method according to any one of claims 1 to 4,

The steam generator is wound in close contact with the heating cylinder having a predetermined diameter, the outer peripheral surface of the lower end of the heating cylinder to heat the heating cylinder, and installed in close contact with the outer peripheral surface of the upper end of the heating cylinder to measure the temperature of the heating cylinder And a temperature measuring device and a steam discharge port installed at an upper end of the heating cylinder to discharge steam generated from the water surface of the heating cylinder to the outside.
The method according to any one of claims 1 to 4,

The upper end of the steam jet nozzle for the left huntong through the bottom plate of the left huntong and located in the left hunhun space of the left huntong and the bottom is located in the inner space of the air mixture installed on the bottom of the left huntong and the nozzle of the A nozzle to seal the upper end to prevent the steam from rising upward, a plurality of injection holes formed in the nozzle barrel under the blocking plate, and steam to be discharged in the radial direction through the injection hole in the upward direction again. A left hand heater equipped with a portable bucket, characterized in that it comprises a reflecting plate installed on the outer circumference of the barrel.
The method of claim 6,

The air mixture is a cylindrical container forming an inner space, the bottom plate is formed with a steam inlet for injecting steam into the nozzle barrel of the steam injection nozzle, the air mixture is located above the bottom of the nozzle cylinder A left heater that can be equipped with a portable bucket, characterized in that a plurality of air holes are formed.
The method of claim 2,

The steam generator, a steam generator for the foot bath for supplying steam to the foot bath space separately from the steaming steam generator for supplying steam to the hunhun space, the steaming steam generator for supplying the steam to the hunhun space is the left hoop basic body Fixed in the interior of the footbath steam generator for supplying steam to the footbath space is fixed to a drawer can be equipped with a portable bucket, characterized in that for moving the back and forth with the drawer.
A left hun member formed of a left hoop main body formed with a height that can be seated by the user, a left hoon barrel installed inside the left hoop main body and a left hoon steam injection nozzle for injecting steam into the left hoon space, and on the side of the left hoop main body. A portable bucket containing an exposed bucket holder installed on the bucket holder, water containing a predetermined concentration of the medicinal ingredients mixed with the selected herbal concentrate and mixed with the user selected pharmaceutical concentrate, and heated by the water supplied from the bucket A steam generator for generating steam included, a water supply hose for supplying water from the bucket to the steam generator, a pump installed in the water supply hose for supplying water from the portable bucket to the steam generator, and the steam generator Steam containing medicinal ingredients generated from the surface of the ball through the left steam steam nozzle In the method using the jwahun jwahungi for mounting a portable bucket comprising an steam supply hose,

Injecting and mixing the medicine concentrate contained in a predetermined medicine container into a portable bucket; Mounting a portable bucket containing water containing a medicinal component of a predetermined concentration in the bucket holder of the left heater; A medicinal herb training step of supplying water containing the medicinal component contained in the portable bucket to a steam generator to generate steam containing the medicinal component and supplying it to the user's skin; When the left hunhun step is completed, the medicinal herb hun method comprising a portable bucket separating step of removing the portable bucket from the bucket holder.
The method of claim 9,

The medicinal herb learning step includes: a steam generating step of supplying power to the heater to generate steam containing medicinal ingredients in the surface of the heating cylinder; A low level recognition step of recognizing that the water level of the heating cylinder is the lowest level when the temperature of the heating cylinder reaches a maximum set temperature; A water supply step of supplying water from the portable bucket to the inside of the heating cylinder by operating the pump when the level of the heating cylinder reaches a minimum level; A maximum level recognition step of recognizing that the level of the heating cylinder is the highest level when the operating time of the pump exceeds the operating time previously stored in the controller; When the water level of the heating cylinder reaches the highest water level, the drug supply method comprising a water supply stopping step of stopping the operation of the pump.
The method of claim 9,

The medicinal herb concentrate contained in the medicinal container, Cheonggung, peppermint, indong, pogongyoung, motherwort, chichi, larvae, dermis, hedgehog, ogapi, bisongmok, raw jihwang, donkey, hwahwa, gujeolcho, sewage, baekyeop, crust, gold silver coin, plaque Concentrate one or more of the medicinal mixtures selected from Jangumum, Yellowish White, Safflower, and Quantitatively, but do not generate particulate matter or sediment when the medicinal concentrate is stored in a medicinal container or mixed in a portable bucket. A method of medicinal herbs, characterized in that made through a manufacturing process including a filtration process to be evaporated together to be absorbed by the skin.
The method of claim 11,

The concentrated herbal medicine is a distillation condensation step of adding a natural herbal medicine to water to boil enough to generate a steam containing the medicinal ingredients and condensing the generated steam to make condensed water containing the medicinal ingredients; A filtration step of removing particulate matter by passing the condensed water obtained in the distillation condensation step through a filter or a screen network; The method of medicinal herbs hunhwa characterized in that the precipitated filtrate after the filtration step for a predetermined time to remove the sedimentary floc and to separate the supernatant.
The method of claim 9,

The pharmaceutical concentrate is a solution of medicinal herbs, characterized in that finely crushed powder of minerals or rock salt, dissolved in purified water and then filtered through a fine filter to be evaporated with steam in the steam generator.