WO2016195133A1

WO2016195133A1 - Multi-purpose steam supply apparatus

Info

Publication number: WO2016195133A1
Application number: PCT/KR2015/005561
Authority: WO
Inventors: 신흥식
Original assignee: 신흥식
Priority date: 2015-06-03
Filing date: 2015-06-03
Publication date: 2016-12-08

Abstract

According to the present invention, disclosed is a multi-purpose steam supply apparatus comprising: a water supply part (200) which stores a certain amount of water, filters foreign objects contained in the stored water, and supplies the water through a water supply line; a steam generator (100) which is connected to the water supply part (200) and the water supply line to be supplied with the discharged water, heats the supplied water to generate steam, and supplies discharge outlets (632, 645) with the generated steam; an air compressor (430) which compresses air at high pressure to generate compressed air, and supplies the generated compressed air to the discharge outlets (632, 645) through an air supply line; and steam discharge means (630, 640, 650) which are fastened to the discharge outlets (632, 645) so that the steam discharge means are supplied with the steam and the compressed air, mix the supplied steam and the compressed air together, and discharge the mixture to the outside.

Description

Multi-purpose steam supply

The present invention relates to a multi-purpose steam supply device, and more particularly, to supply a multi-purpose steam through a variety of steam discharge means, such as cold and hot pack pack device, steam shower, fumigation device and facial steam device to a safe temperature without burn risk The present invention relates to a multipurpose steam supply device capable of supplying steam.

In general, a steam supply device is a device for heating and evaporating water such as fresh water or generating and supplying steam by using ultrasonic vibration, and is used for beauty and body care.

However, in the conventional steam supply apparatus, the pressure discharged is determined according to the steam pressure of the generated steam, and the user is not only limited to providing a steam discharge pressure of a desired size, but also the user's use of the apparatus due to the irregular vapor pressure discharged. There was a possibility of burns.

In addition, according to the steam discharging means of the steam supply device in the past, since the use of the device was used only for individual purposes such as steaming device, steam shower, fumigation device and facial steam device, in order to use steam for various purposes, There was a problem in that each steam supply device must be provided separately.

In addition, when the steam supply apparatus is used in a state where the drainage line is frozen in an environment where the temperature is low, such as winter, the pressure inside the drainage line is excessively increased as drainage continues to the drainage line that is frozen and blocked. There is a problem that the life of the device is shortened because the drain pipe is deformed or broken.

[Preceding technical literature]

[Patent Documents]

(Patent Document 1) Korea Patent Publication No. 10-0971176 (Jul. 13, 2010), natural water supply steam generator

The present invention was created to solve the above-mentioned problems, the object of the present invention is to supply a multi-purpose steam through a variety of steam discharge means, such as cold pack pack, steam shower, fumigation device and facial steam device while burn risk It is an object of the present invention to provide a multi-purpose steam supply device capable of supplying a constant steam pressure at a safe temperature.

Multi-purpose steam supply apparatus according to the present invention for achieving the above object, the water supply unit 200 for storing a predetermined amount of water, and filtering the foreign matter contained in the stored water through the water supply line; A steam generator 100 connected to the water supply unit 200 and a water supply line to receive discharged water, heating the supplied water to generate steam, and supplying the generated steam to discharge stages 632 and 645; An air compressor 430 for generating compressed air by pressurizing air at high pressure and supplying compressed air generated through an air supply line to the discharge ends 632 and 645; And steam discharge means (630, 640, 650) fastened to the discharge ends (632, 645) to receive the steam and compressed air, and to discharge the steam and compressed air from each other to be discharged to the outside.

Here, the cooler 400 is disposed on the air supply line between the air compressor 430 and the discharge end 632 and cools the compressed air supplied through the air supply line.

In addition, the cooler 400 may include a heat exchanger 410 for transferring waste heat generated while cooling the compressed air to the steam generator 100.

In addition, the water supply unit 200, the primary tank 220 for storing the water supplied from the outside, and is disposed in the rear end of the primary tank 220, the filter material is provided inside the primary tank 220 It may include a water filter 230 for filtering the foreign matter contained in the water supplied from the) and the secondary tank 240 for storing a predetermined amount of purified water disposed in the rear end of the water filter 230. .

In addition, in the water supply line between the water filter 230 and the secondary water tank 240, a far-infrared water tank 270 for storing a predetermined amount of far-infrared water and supplying the secondary water tank 240 through the water supply line is disposed. Can be.

In addition, the steam generator 100, the water level control tank 110 for storing a predetermined amount of purified water supplied from the water supply unit 200 at the water input terminal, and the water between the water input stage and the water level control tank 110. A water control valve 119 is disposed in a supply line and controls a supply amount of water supplied from the water level control tank 110 to the steam generator 100 according to a control signal.

In addition, the inside of the water level control tank 110 may be provided with a heating unit 118 for heating the stored water.

In addition, the steam generator 100 is disposed at the steam supply end of the steam generator 100 to measure the internal pressure of the steam generator 100 or the internal pressure of the steam supply line supplied from the steam generator 100. On the basis of the pressure gauge 114, the safety valve 112 for discharging the internal steam of the steam generator 100 or the internal steam of the steam supply line to the drainage line, and the pressure information measured from the pressure gauge 113 When the internal pressure of the steam generator 100 or the steam supply line reaches the maximum threshold pressure value to control the safety valve 112 to control a portion of the internal steam to be discharged to the drain line 113 It may further include.

In addition, the steam generator 100 is disposed on the steam supply line, injects a liquid medicine composed of any one or more components of the fragrance component, skin nutrient component, or moisturizer component on the steam supply line to supply the steam It may further include a liquid chemical injector 116 for mixing a predetermined amount of the liquid chemical to the steam flowing inside the line.

In addition, the discharge stages 632 and 645 are arranged in plural so that a plurality of steam discharge means 630, 640 and 650 may be fastened, respectively, and the steam generators are formed on the steam supply line between the steam generator 100 and the discharge stages 632 and 645. Distributing tank 300 for supplying steam for each discharge end (632,645) by distributing one steam supply line connected to the steam supply end of the 100 to a plurality of branch lines, the air compressor (430) and the discharge end ( On the air supply line between the 632 645, a distribution port 432 for supplying compressed air for each discharge end 632 645 by distributing one air supply line connected to the air supply end of the air compressor 430 into a plurality of branch lines. Can be arranged.

In addition, the plurality of steam discharging means (630, 640, 650), the cold and hot pack pack device 630 for selectively discharging the hot steam and cold steam, the steam shower device is provided with the hose is selectively extended so that the user can use the steam by holding the hand ( 640, or an internal space in which a user's body part may be disposed is formed, and may be a fumigation apparatus 650 for discharging steam to the internal space.

In addition, the steam for receiving the steam and compressed air produced by being fastened to one branch line branched by the distribution tank 300, the facial steam device 620 for discharging the mixture of steam and compressed air to the user's face Can be arranged.

In addition, any one or more of the water supply unit 200, the steam discharge means (630, 640, 650), the steam generator 100, or the air compressor 430, for draining excess water, steam or air through the drain line Discharge means is provided, the multi-purpose steam supply device, the drain portion 500 for receiving water, steam or air drained through the discharge means to return to the water supply unit 200 or to discharge to the outside; can do.

In addition, the display unit 710 for displaying the setting state of the device or the measurement data of each sensor, the detection unit 730 for collecting the measurement data detected from each sensor, and the measurement data or setting collected through the detection unit 730 A control unit 720 for centrally controlling the driving of the water supply unit 200, the steam generator 100, the air compressor 430, the

steam discharge unit

630, 640, 650 according to the state, and a power supply unit 740 for supplying driving power. A control module 700 may be further included.

On the other hand, in the drainage line through which the water is discharged through the drain 500, a freeze detection sensor 252 for detecting freezing of the drain 251 is disposed, the control module 700, the freeze detection sensor 252 When the freezing of the drain port 251 is determined according to the measured data detected from), the steam supply driving may be stopped. When the thawing of the drain port 251 is determined, the steam supply driving may be controlled to be driven again.

According to the multipurpose steam supply apparatus according to the present invention,

Firstly, the steam generated by the steam generator and the compressed air generated by the air compressor are discharged in a state where steam and compressed air are mixed with each other through the steam discharge means, so that the temperature control and the discharge pressure can be controlled appropriately. The steam supply can be used more reliably without the risk of burns.

Second, through a distribution tank for distributing one steam supply line to a plurality of branch lines and a distribution port for distributing one air supply line to a plurality of branch lines, a cold and hot pack pack device, a steam shower, a fumigation device, and a face-only steam device; Likewise, various steam discharge means can be mounted on a single case, so a single steam supply device can supply steam for various purposes, and even if multiple steam discharge means are fastened, steam discharge pressure through compressed air can be properly adjusted. Therefore, steam can be discharged with a constant steam pressure.

Third, a freezing wave sensor is disposed in the drainage line through which water is discharged. When freezing is detected by the freezing wave detection sensor, the steam supply driving of the device is stopped by the control module according to the freezing. The drainage line of the steam supply device can be prevented from being deformed or broken.

1 is a schematic view showing the overall configuration of a multi-purpose steam supply apparatus according to a preferred embodiment of the present invention,

2 to 4 are schematic views showing various forms of the steam generator according to the preferred embodiment of the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. Prior to this, terms or words used in the present specification and claims should not be construed as being limited to the common or dictionary meanings, and the inventors should properly explain the concept of terms in order to best explain their own invention. Based on the principle that it can be defined, it should be interpreted as meaning and concept corresponding to the technical idea of the present invention.

Therefore, the embodiments described in the specification and the drawings shown in the drawings are only the most preferred embodiment of the present invention and do not represent all of the technical idea of the present invention, various modifications that can be replaced at the time of the present application It should be understood that there may be equivalents and variations.

Multi-purpose steam supply device according to a preferred embodiment of the present invention, through the various steam discharge means such as cold and hot pack pack device 630, steam shower 640, the fumigation device 650 and the steam device 620 for the face As a multipurpose steam supply device capable of supplying steam with a constant steam pressure at a safe temperature without supplying steam, as shown in FIGS. 1 to 4, the water supply unit 200, the steam generator 100, and an air compressor ( 430, the steam discharge means 630, 640, 650, the cooler 400, the drain part 500, and the control module 700.

First, the water supply unit 200 is a means for supplying the water required to generate steam, and stores a certain amount of water and filters the foreign substances contained in the stored water to supply to the steam generator 100 through the water supply line. .

To this end, as illustrated in FIG. 1, the water supply unit 200 is disposed at a rear end of the primary water tank 220 storing water supplied from the outside and the primary water tank 220 on the water supply line. The filter material is provided inside the water filter 230 for filtering foreign matter contained in the water supplied from the primary water tank 220, and the water filter is disposed in the rear end of the water filter 230 on the water supply line It includes a secondary tank 240 for storing a predetermined amount of water purified by 230.

Here, a water supply tank 210 detachably fastened to the upper portion of the primary water tank 220 may be disposed, the water supply water tank 210 is selectively separated from the primary water tank 220 It is preferable that the water container 210 and the primary water tank 220 can be washed. In addition, the fastening portion of the water supply tank 210 and the primary water tank 220 is fastened by a vent valve type, so that the water supply water tank 210 is only connected to the upper portion of the primary water tank 220. Water stored in the 210 may be provided to be supplied to the primary tank 220.

In addition, the water is a liquid to evaporate while being heated by the steam generator 100 to form steam, preferably may use fresh water such as tap water, in addition to being used as a steam generating means in the art Any liquid can be used.

In addition, a drain line of the drain part 500 is fastened to one side of the primary water tank 220 so that water drained by the drain 500 may be returned to the inside of the primary water tank 220. On the other side of the primary tank 220, the water supply line of the direct water tank 254 in which the direct water supplied through the direct outlet 211 is stored may be supplied to receive the direct water discharged from the direct water tank 254. At this time, a solenoid valve which is opened and closed by a control signal of the control module 700 is disposed on the water supply line connected between the direct water tank 254 and the primary water tank 220 to be supplied to the primary water tank 220. The supply amount of direct water is controlled. In addition, the water supply line between the water supply stage of the primary water tank 220 and the purified water filter 230 is provided with a solenoid valve that is opened and closed by a control signal of the control module 700, thereby purifying water from the primary water tank 220. It is preferable that the supply amount of the water supplied to the filter 230 is controlled.

In addition, the secondary tank 240 disposed at the rear end of the water filter 230 is provided with a water level sensor 241 for detecting the storage amount of water stored in the secondary water tank 240, the water level sensor 241 The detected measurement data is transmitted to the control module 700 to open the solenoid valve disposed at the water supply end of the primary tank 220 only when the storage amount of the water stored in the secondary tank 240 is insufficient. The amount of water stored in the secondary tank 240 may be filled.

On the other hand, in the water supply line between the water filter 230 and the secondary water tank 240, a far-infrared water tank 270 for storing a predetermined amount of far-infrared purified water and supplying it to the secondary water tank 240 through the water supply line is disposed. Can be. Accordingly, the secondary water tank 240 may supply water mixed with far-infrared purified water to the steam generator 100 disposed at the rear end by mixing the purified water with the purified water 230 and the far-infrared purified water. .

The steam generator 100 is a steam generating means for generating steam by heating the water supplied from the water supply unit 200, and is supplied with the water discharged by being connected to the water supply unit 200 and the water supply line. The generated water is heated to generate steam, and the generated steam is supplied to the discharge stages 632 and 645.

Here, as shown in Figure 1, the steam generator 100 has a water level control tank 110 for storing a predetermined amount of purified water supplied from the water supply unit 200 in the water input terminal, and the water input stage and the water level control tank ( It is disposed in the water supply line between the 110 is provided with a water control valve 119 for controlling the amount of water supplied from the water level control tank 110 to the steam generator 100 according to the control signal of the control module 700 do. The inside of the water level control tank 110 may be provided with a heating unit 118 for heating the stored water, preheating the water supplied to the steam generator 100 through the heating unit 118 to a predetermined temperature. Since it can be maximized the steam generation efficiency by the steam generator (100).

In addition, the steam generator 100 is disposed at the steam supply end of the steam generator 100 to measure the internal pressure of the steam generator 100 or the internal pressure of the steam supply line supplied from the steam generator 100. Measured from the pressure gauge 114, the safety valve 112 for discharging the internal steam of the steam generator 100 or the internal steam of the steam supply line to the drain line of the drain portion 500, and the pressure gauge 113 Based on the pressure information, when the internal pressure of the steam generator 100 or the steam supply line reaches the maximum threshold pressure value, the safety valve 112 is controlled so that a part of the internal steam of the drain part 500 is controlled. It is provided with a pressure regulator 113 to control the discharge to the drain line.

The maximum threshold pressure value, which is the operation standard of the pressure regulator 113, may be input to the control module 700 to be automatically operated. The user may manually operate the steam generator 100 and the steam supply line. It may be provided to adjust the internal pressure.

In addition, the steam supply line may be provided with a switching solenoid valve 115 for selectively bypassing the steam supplied from the steam generator 100 to the drain line of the drain 500, the switching solenoid valve 115 ) Is a function of discharging steam continuously generated by the steam generator 100 to the drain line of the drain part 500 when the user temporarily waits after using the steam.

Here, various embodiments of the steam generator 100 according to the preferred embodiment of the present invention will be described with reference to FIGS. 2 to 4.

First, as shown in Figure 2, the steam generator 100 according to a preferred embodiment of the present invention, the water level control tank 110 for storing a predetermined amount of water supplied from the water supply unit 200, and the water level control tank ( Heater 120 for receiving the water stored in 110 and generating heat to generate steam,

pressure gauges

126 and 143 for measuring the pressure of steam generated by the heater 120, and measurements detected from the pressure gauges 126 and 143 It is provided with a safety valve (124,141) for controlling the internal steam pressure by opening and closing the drive according to the data.

The heater 120 is a heating means for generating steam by receiving the water stored in the water level control tank 110 to generate steam, as shown in Figs. It can be provided with a structure that maximizes the generation efficiency of steam steam by heating the water in a manner that the first flow and the second round to the outside of the heater once again circulating heating discharge.

Here, on one side of the water level control tank 110, the water supply valve 111 for opening and closing and adjusting the amount of water supplied from the water supply unit 200 to the inside of the water level control tank 110 is provided, The other side of the water level control tank 110 is provided with a drain valve 112 for opening and closing and adjusting the amount of water drained from the inside of the water level control tank 110 to the drain line.

In addition, the pressure gauges 126 and 143 and the

safety valves

124 and 141 are connected to the control module 700 provided in the steam supply device through a signal line, and the pressure gauges 126 and 143 are measured data detected through the signal lines. It is transmitted to the control module 700, the

safety valve

124, 141 is opened and closed in accordance with the control signal of the control module 700 according to the measurement data to adjust the steam pressure therein.

In addition, the water supply line between the water level control tank 110 and the heater 120, the water pump 130 to provide a pressure so that the water stored in the water level control tank 110 is supplied to the heater 120 at a constant pressure ) May be arranged.

In addition, the steam supply stage of the heater 120, pressurized steam discharged from the heater 120 to a predetermined pressure to store a predetermined amount, one side is provided with a supply port 145 for discharging the steam compressed to a high pressure On the other side, a pressure tank 140 having a discharge port 142 for draining the stored steam to the drain line according to the opening of the safety valve 141 may be disposed.

Here, as shown in FIG. 3, the inside of the pressure tank 140 may be provided with a heating unit 144 for heating the stored steam to a temperature of a predetermined size, and through the heating unit 144 a steam generator ( In the process of discharging the steam discharged from the 100) it is possible to prevent the temperature is lowered below the threshold temperature value, thereby maintaining the set temperature value of the steam discharged through the steam generator 100 to a certain level It is.

On the other hand, as shown in Figure 3, the steam generator 100, the air compression tank 150 for compressing the air at high pressure to generate a compressed air to store a predetermined amount, and the water level control tank 110 and the heater ( The heater is disposed on the water supply line between 120, and receives the water stored in the water level control tank 110 and the compressed air stored in the air compression tank 150 at the same time to mix the water and the compressed air. It may be further provided with a plurality of injection nozzles 152 to supply to (120).

Here, on the water supply line between the water level control tank 110 and the heater 120, the water pump 130 to provide a pressure so that the water stored in the water level control tank 110 is supplied to the heater 120 at a constant pressure ) Is disposed, the water supply end of the water pump 130, is provided with a spray nozzle 162 for atomizing and spraying the water supplied to the heater 120, one side of the spray nozzle 162, Blowing fan 160 may be disposed to blow the atomized water so as to flow into the heater 120.

On the other hand, as shown in Figure 4, the heater 120 is connected to the water supply stage of the water pump 130, the first heater 121 for receiving the first atomized water and the first heating, and the first A second heater 122 connected to a supply end of the heater 121 to secondaryly heat the water supplied from the first heater 121, and a second heater connected to a supply end of the second heater 122. It may include a third heater 123 for generating steam by tertiary heating the water supplied from the heater (122).

Through the multi-stage heating structure of the heater 120, it is possible to maximize the steam generation efficiency, it is possible to generate steam more stably by gradually heating the water to evaporate.

Here, the pressure gauge 126 for measuring the pressure of the generated steam is disposed on one side of the third heater 123, and the measurement data sensed by the pressure gauge 126 on the other side of the third heater 123. In accordance with the opening and closing the safety valve 124 for adjusting the steam pressure is disposed.

In addition, the steam supply stage of the third heater 123, according to the pressure gauge 129 for measuring the pressure of the steam discharged through the third heater 123 and the measured data detected from the pressure gauge 129 A safety valve 128 for controlling the steam pressure may be provided by discharging the steam inside the drain line while opening and closing.

In addition, the heater 120 may receive power from waste heat generated while cooling compressed air from the heat exchanger 410 provided in the steam supply device, thereby heating the heater 120, thereby reducing a power source required to generate steam.

On the other hand, a predetermined amount of the liquid medicine to the steam flowing through the steam supply line by injecting a liquid drug consisting of any one or more components of the fragrance component, skin nutrients or moisturizing ingredients on the steam supply line on the steam supply line A liquid chemical injector 116 to mix may be disposed.

In addition, on the steam supply line solid medicine injector for spraying the pharmaceutical ingredient to the steam while steam steam rotates the medicine as a health pack device processed in the form of a natural filter or a filtration filter drying and filtration filter type ( 117 may be disposed.

The air compressor 430 is a means for generating compressed air for providing a discharge pressure of the steam discharged through the steam discharge means (630, 640, 650), compresses the air at high pressure to generate compressed air, through the air supply line It serves to supply the generated compressed air to the discharge stage (632,645).

Here, the air supply end of the air compressor 430 is provided with a compression tank 420 for storing a predetermined amount of compressed air, the compression tank 420 is opened and closed driving in accordance with the control signal of the control module 700 The amount of compressed air supplied to each steam discharge means (630, 640, 650) is controlled.

In addition, an air heater 410 is arranged on the air supply line through which the compressed air is supplied from the air compressor 430 to heat the compressed air to a temperature of a predetermined size, through the configuration of the air heater 410. The steam generated by the steam discharge means (630, 640, 650) and the compressed air generated in the air compressor 430 is mixed with each other in the process of discharging the steam generated by the compressed air so that the proper temperature of the steam is not reduced You can.

In addition, the inside of the air heater 410 is preferably an ultraviolet group 412 for emitting ultraviolet rays into the air supply line, and an anion group 411 for providing anion to the compressed air supplied. Therefore, bacteria or contaminants that may be included in the compressed air may be purified by ultraviolet rays emitted from the ultraviolet ray 412, and the anion group 411 may provide a large amount of negative ions beneficial to the user. .

The steam discharge means (630, 640, 650) is fastened to the discharge end (632, 645) is supplied with the steam generated by the steam generator 100 and the compressed air generated by the air compressor 430, by mixing the supplied steam and compressed air Steam discharge means for discharging to the outside.

Here, as shown in Figure 1, the steam discharge means (620, 630, 640, 650) is a cold hot pack pack device 630 for selectively discharging the hot steam and cold steam, so that the hose is selectively extended so that the user can use the steam by hand The provided steam shower 640, an internal space to form a part of the user's body is formed and a fumigation apparatus 650 for discharging steam and compressed air into the internal space, or steam and compressed air to the user's face It may be a facial steam device 620 to discharge by mixing.

In addition, between the cold and hot pack pack device 630, steam shower 640 and the fumigation device 650 and the discharge end 632, 645 is provided with a hose cable (631, 644, 653) extending to a predetermined length by the user each steam discharge means (630, 640, 650) ) Is preferably provided so that it can be used in a wide range of use.

In addition, the steam shower 640 is a hose hose reel of a predetermined length is wound and the forward or reverse rotation of the hose cable reel (643), and supports the extended length of the shower hose, the shower hose is smoothly wound The reel guide part 641 assists the winding / unwinding in order while the guide is reciprocated to the left and right while winding or releasing, and the extended length of the shower hose is adjusted while the hose cable reel 643 is provided. And a reel power device 642 for generating power. At this time, the reel power unit 642 is equipped with a mechanical rotation torque adjusting device for protecting the shower hose in case of malfunction due to the failure of the electric motor, reducer and sensor, so that the power can be automatically cut off mechanically when unnecessary rotation load occurs. do.

And, the cold pack pack 630 can be effective cold and hot packs in a variety of pack structure that fits well to each part of the body, the near-infrared (far-infrared) heat function, circulating the cold air and warmth from the inside and discharge to the outside Various hot and cold treatments such as methods, various nutrient spraying functions such as skin nutrients and moisturizers, dry skin in various ways, anion sterilization function, cold and hot temperature control function, and various skin and muscle massage functions using air pressure to provide.

The steam shower 640 is a device that the user uses a hand held steam steam to change the temperature of the steam steam (air mixing method or refrigerant heat exchange method) and the saturated water suction function, near infrared (far infrared) light emitting heat function, various skin Nutrient, repellent spraying function, millennium spraying function, anion sterilization function, steam steam temperature control function, strong, weak control or supply control function, air drying function (dry, wet) supply suction drying function, far infrared water purification function, etc. Various steam shower functions can be implemented, and various operation means such as an on / off switch, a shower hose winding / unwinding control switch, a steam / air selection switch, and a switch for switching to a standby mode during a shower are provided.

The fumigation device 650 is a device that half-fumigation with steam steam steam steam circulation and stop function, various skin nutrients, moisturizers, drugs, millennium automatic and manual injection spray function, temperature maintenance function, anion circulation function, back massage function Provides airtightness, air drying (dry, wet), air suction drying, steam or air massage.

Here, the foot fumigation device 650 may be provided with a foot bath 651 and a left hand 652, the foot bath 651 is a foot bath device that enters the water to the power generation body, ankle, calf, warm water circulation and stop Function, temperature maintenance function, automatic water supply and automatic water discharge function, steam blower massage function, air blower massage function, water splash prevention function, near infrared (far infrared) light emitting heat function, infrared sterilization function without any skin damage, anion air bubble Generation function, automatic injection of far-infrared purified water, skin nutrient, moisturizer, antibacterial agent, millennial spray function, air suction drying function, water spraying water (hot and cold), massage function, pack type, liquid type and powder type Various pharmaceutical automatic, manual dosing and spraying functions can be provided.

The left steamer 652 is a device for steaming steam steam, near-infrared light emitting thermal function, negative ion sterilization function, infrared sterilization function without any skin damage, skin nutrient or moisturizer, antibacterial spray function, air drying function, hot, cold wind skin Shrinkage function, air suction drying function, acid / water automatic / manual injection / discharge function effective for skin beauty disinfection, underwater steam generation function, far-infrared purified water automatic, manual injection function, steam and air massage function, vibration and rolling massage function, various functions It provides a control switch function to operate the controller.

The facial steam device 620 is a device for facial massage or steam shower steam generated by the steam generator 100, case height adjustment, angle adjustment, various face size adjustment function, disassembly and cleaning, steam steam Warm and strong, weak and steam volume control, time setting function, air massage function, skin air scaling function, water spray hot and cold water face wash massage function, hot and cold wind sterilization function, air suction drying function, skin shrinkage function by cold wind, Skin nutrient and skin moisturizer, perfume automatic and manual dispensing function, health pack internal mounting function, far infrared purified water automatic, manual dispensing function, near infrared light emitting heat function effective for skin beauty, water steam generation function, anion sterilization function, anion sterilization function, Acidic water discharge function effective for skin beauty disinfection, skin moisture measurement, oily, dry, wrinkle check, skin improvement confirmation storage, skin monitoring, By storing electronic memory, it provides the function to check skin condition and to discharge 100% steam by adjusting to safe temperature for human body without any risk of burn.

The cooler 400 is disposed on an air supply line between the air compressor 430 and the discharge stages 632 and 645, and is a cooling means for cooling the compressed air supplied through the air supply line. It is provided including a heat exchanger 410 for transmitting the waste heat generated while the steam generator 100.

In addition, the heat exchanger 410 is heat-exchanged with the heating unit 118 and the air heater 410 disposed inside the water level control tank 110 of the steam generator 100, respectively, the heating unit 118 And a power source for heating and driving the air heater 410 can be reduced.

Meanwhile, as illustrated in FIG. 1, the discharge stages 632 and 645 are disposed in plural numbers so that the plurality of steam discharge means 630, 640 and 650 may be fastened, respectively, between the steam generator 100 and the discharge stages 632 and 645. On the steam supply line, a distribution tank 300 for distributing one steam supply line connected to the steam supply end of the steam generator 100 to a plurality of branch lines to supply steam for each discharge end 632 and 645 is disposed.

In addition, on the air supply line between the air compressor 430 and the discharge stages 632 and 645, one air supply line connected to the air supply stage of the air compressor 430 is divided into a plurality of branch lines, and each discharge stage 632 and 645 is provided. Dispensing port 432 for supplying compressed air for each is arranged. In addition, the facial steam device 620 is provided to receive steam and compressed air generated by being fastened to one branch line branched by the distribution tank 300.

In addition, measuring the pressure of the solenoid valve (310,311,320,330,622,623,633) and steam and compressed air for controlling the amount of steam and compressed air supplied to each steam discharge means (620,630,640,650) on the air supply line connected to each steam discharge means (620,630,640,650) The pressure gauges 310, 311, 321, 331, 634, 622, 623, and the like are provided to control the amount of steam discharged to the steam discharge means 620, 630, 640, 650 by appropriately opening and closing each solenoid valve according to the measurement data of each pressure gauge.

Then, on the air supply line of the discharge end 632,645 fastened to the cold pack pack device 630 is provided with an air inhaler 340 for sucking the outside air through the cold pack pack device 630, the air intake 340 Through the suction drying function described above can be implemented.

On the other hand, the multi-purpose steam supply apparatus according to a preferred embodiment of the present invention may be further provided with a steam humidifier 610 for controlling the humidity of the room in addition to the above-described various types of steam discharge means (620, 630, 640, 650), the steam Humidifier 610 is connected to the secondary water tank 240 and the water supply line of the water supply unit 200 receives the stored water, the steam generating means for generating steam by heating or ultrasonic vibration supplied water therein Is provided. In addition, the steam humidifier 610 may be connected to a signal by the control module 700 and the humidification driving may be controlled according to the control signal of the control module 700.

In addition, as shown in FIG. 1, each of the above-described components is mounted inside or outside of the box-shaped case 900, respectively, and is provided by a moving wheel 910 for movement under the case 900. It may be provided to move the place more easily. In addition, one side of the case 900 is provided with a sensor unit 611 for sensing the temperature and humidity of the surroundings to discharge the steam discharged through the steam discharge means (630, 640, 650) in accordance with the measurement data of the sensor unit 611 Temperature and emissions can be controlled.

On the other hand, any one or more of the water supply unit 200, steam discharge means (630, 640, 650), steam generator 100 or air compressor 430, discharge means for draining excess water, steam or air through a drain line Is provided, this discharge means is connected to the drain line is connected to the drain portion 500 to supply the water, steam or air drained to the drain portion (500).

The drain unit 500 is a means for receiving water, steam or air drained through the discharge means to return to the water supply unit 200 or to discharge it to the outside, and foreign substances contained in the air and steam discharged to the outside are filtered. The filter 510 may be provided inside the filter 510.

Water discharged from the drain portion 500 is supplied to the drain tank 250 is fastened to the drain port 251 through a drain line, the drain tank 250 is provided with a water level control sensor, the control module 700 When the predetermined amount of water is stored in the drain tank 250 according to the measurement data of the water level control sensor is operated to open the drain 251 to discharge the water to the outside.

The control module 700 is a control means for centrally controlling the driving of the multi-purpose steam supply apparatus according to the preferred embodiment of the present invention, as shown in Figure 1 to display the setting state of the device or the measurement data of each sensor The display unit 710, a detector 730 for collecting the measurement data detected from each sensor, the water supply unit 200, the steam generator 100, according to the measurement data or setting state collected through the detection unit 730, A control unit 720 for controlling the driving of the air compressor 430 and the steam discharge means (630, 640, 650) and a power supply unit 740 for supplying the driving power is provided.

Here, in the drainage line through which the water is discharged through the drain part 500, a freezing wave detection sensor 252 is disposed to detect freezing of the drain opening 251. The control module 700 includes the freezing wave detection sensor 252. When the freezing of the drain port 251 is determined according to the measured data detected from the control unit, the steam supply is stopped. When the thawing of the drain port 251 is determined, the steam supply driving is controlled to be driven again.

By the respective configurations and functions of the multipurpose steam supply device according to the preferred embodiment of the present invention as described above, the steam generated by the steam generator 100 and the compressed air generated by the air compressor 430 steam discharge means (630,640,650) By controlling the temperature and the discharge pressure properly by discharging the steam and compressed air mixed with each other, the user can use the steam supply more stably without the risk of burns while being provided with the steam discharge pressure of the desired intensity. Can be.

In addition, through the distribution tank 300 for distributing one steam supply line to a plurality of branch lines and the distribution port 432 for distributing one air supply line to a plurality of branch lines, cold and hot pack pack device 630, steam shower device 640, the fumigation apparatus 650, and various steam discharge means such as a multi-purpose steam supply device can be mounted on one case 900, it is possible to supply steam for various purposes with one steam supply device, Even if the steam discharge means (630, 640, 650) is fastened, the steam discharge pressure through the compressed air can be properly adjusted, so that the steam can be discharged while maintaining a constant steam pressure.

In addition, a freezing wave detection sensor 252 is disposed in the drainage line through which water is discharged, and a freezing sensor 252 is provided to detect freezing of the drain hole 251. When freezing is detected by the freezing wave detection sensor 252, the device is controlled by the control module 700. Since the steam supply operation of the control unit is controlled to stop, it is possible to prevent the drainage line of the steam supply device from being deformed or damaged due to freezing.

As described above, although the present invention has been described by way of limited embodiments and drawings, the present invention is not limited thereto and is intended by those skilled in the art to which the present invention pertains. Of course, various modifications and variations are possible within the scope of equivalents of the claims to be described.

Claims

A water supply unit 200 storing a predetermined amount of water and supplying the filtered water through a water supply line by filtering foreign substances included in the stored water;

A steam generator 100 connected to the water supply unit 200 and a water supply line to receive discharged water, heating the supplied water to generate steam, and supplying the generated steam to discharge stages 632 and 645;

An air compressor 430 for generating compressed air by pressurizing air at high pressure and supplying compressed air generated through an air supply line to the discharge ends 632 and 645; And

And steam discharge means (630, 640, 650) coupled to the discharge end (632,645) to receive the steam and compressed air, and to mix the supplied steam and compressed air to discharge to the outside.
The method of claim 1,

Multi-purpose steam, characterized in that it further comprises; a cooler 400 disposed on the air supply line between the air compressor 430 and the discharge end 632, to cool the compressed air supplied through the air supply line Feeding device.
The method of claim 2,

The cooler 400,

Multi-purpose steam supply apparatus comprising a heat exchanger for transmitting the waste heat generated while cooling the compressed air to the steam generator (100).
The method of claim 1,

The water supply unit 200,

Primary tank 220 for storing the water supplied from the outside,

A water filter 230 disposed at the rear end of the primary water tank 220 and having a filter material therein to filter foreign substances contained in the water supplied from the primary water tank 220, and the water filter 230 Multi-purpose steam supply device characterized in that it comprises a secondary tank (240) for storing a predetermined amount of purified water disposed at the rear end.
The method of claim 4, wherein

In the water supply line between the water filter 230 and the secondary water tank 240 is a far-infrared water tank 270 for storing a predetermined amount of far-infrared gifts and supplying the secondary water tank 240 through the water supply line. Multi-purpose steam supply characterized in that.
The method of claim 1,

The steam generator 100,

A water level control tank 110 for storing a predetermined amount of purified water supplied from the water supply unit 200 at a water input terminal;

A water control valve 119 disposed in the water supply line between the water input terminal and the water level control tank 110 and controlling the amount of water supplied from the water level control tank 110 to the steam generator 100 according to a control signal; Multipurpose steam supply device characterized in that it is provided.
The method of claim 6,

Multi-purpose steam supply device, characterized in that the inside of the water level control tank 110 is provided with a heating unit 118 for heating the stored water.
The method of claim 7, wherein

The steam generator 100,

A pressure gauge 114 disposed at a steam supply end of the steam generator 100 to measure an internal pressure of the steam generator 100 or an internal pressure of a steam supply line supplied from the steam generator 100;

A safety valve 112 for discharging the internal steam of the steam generator 100 or the internal steam of the steam supply line to a drain line;

When the internal pressure of the steam generator 100 or the steam supply line reaches the maximum threshold pressure value based on the pressure information measured from the pressure gauge 113, the part of the internal steam is controlled by controlling the safety valve 112. Multipurpose steam supply, characterized in that it further comprises a pressure regulator (113) for controlling the discharge to the drain line.
The method of claim 8,

The steam generator 100,

The liquid is disposed on the steam supply line and injected into the steam supply line by injecting a liquid medicine consisting of at least one of a fragrance component, a skin nutrient component, or a moisturizer component onto the steam supply line, the liquid to steam flowing through the steam supply line. Multipurpose steam supply device further comprises a liquid chemical injector 116 for mixing a certain amount of the drug.
The method of claim 1,

The discharge stages 632 and 645 are arranged in plural so that a plurality of steam discharging means 630, 640 and 650 can be fastened, respectively.

On the steam supply line between the steam generator 100 and the discharge stages 632 and 645, one steam supply line connected to the steam supply stage of the steam generator 100 is divided into a plurality of branch lines to steam each discharge stage 632 and 645. Dispensing tank 300 is provided to supply the

On the air supply line between the air compressor 430 and the discharge stages 632 and 645, one air supply line connected to the air supply stage of the air compressor 430 is divided into a plurality of branch lines and compressed by each discharge stage 632 and 645. Multi-purpose steam supply device, characterized in that the distribution port for supplying air 432 is disposed.
The method of claim 10,

The plurality of steam discharge means (630, 640, 650),

Hot and cold steam pack device 630 for selectively discharging hot steam and cold steam, steam shower 640 provided with a hose selectively extended so that the user can use the steam by hand, or can place a part of the user's body Multi-purpose steam supply, characterized in that the internal space is formed and the fumigation apparatus 650 for discharging steam to the internal space.
The method of claim 10,

Receives steam and compressed air generated by being fastened to one branch line branched by the distribution tank 300, and is provided with a face-only steam device 620 for discharging the mixture of steam and compressed air to the user's face Multipurpose steam supply device, characterized in that.
The method of claim 1,

At least one of the water supply unit 200, steam discharge means (630, 640, 650), steam generator 100, or air compressor 430, discharge means for draining excess water, steam or air through a drain line Is equipped,

The multi-purpose steam supply device, the drain portion 500 for receiving the water, steam or air drained through the discharge means to return to the water supply unit 200 or to discharge to the outside; multi-purpose further comprising a Steam supply.
The method of claim 13,

A display unit 710 for displaying a setting state of the device or measurement data of each sensor;

A detection unit 730 which collects measurement data sensed by each sensor;

Control unit 720 for centrally controlling the operation of the water supply unit 200, steam generator 100, air compressor 430, steam discharge means (630, 640, 650) according to the measurement data or the set state collected through the detection unit 730 And,

Multi-purpose steam supply device further comprising; a control module 700 including a power supply unit 740 for supplying driving power.
The method of claim 14,

In the drainage line through which the water is discharged through the drain part 500, a freeze detection sensor 252 is disposed to detect freezing of the drain 251.

The control module 700 stops driving the steam supply when the freezing of the drain port 251 is determined according to the measurement data detected by the freeze detection sensor 252, and when the thawing of the drain port 251 is determined, Multi-purpose steam supply device, characterized in that for controlling the steam supply drive to be driven again.