KR200383407Y1 - Foot washer combine with anus apparatus - Google Patents

Abstract

The present invention can not only foot bath with sterilized hot water, but also can treat prostate, anal disease or gynecological disease by radiating far infrared rays to hemorrhoids, prostate, anal disease (or gynecological diseases such as cold, hypothalamus, etc.). At the same time, the negative potential can be applied to the sole to treat the pain.

Description

Footbath combined with a left bath {FOOT WASHER COMBINE WITH ANUS APPARATUS}

The present invention relates to a foot bath, which also serves as a left bath, and in particular, can not only foot bath with sterilized hot water, but also radiate the prostate, radiating far-infrared rays to hemorrhoids, prostate, anal disease (or gynecological diseases, such as cold and hypothalamus). The present invention relates to a foot bath combined with a left bath that can treat anal diseases or gynecological diseases and at the same time apply a negative potential to the sole of the foot to treat pain.

As a foot bath widely used in the past, it is disclosed in Korean Utility Model Registration No. 20-0247185 (published date; October 17, 2001).

Foot bath disclosed in the Korea Utility Model Publication No. 20-0247185 No. 20 and the shiatsu foot 19 to be moved by the eccentric shaft 17 in the reservoir 24 as shown in Figure 1 and 2 and It consists of a heater 14 for raising the temperature of the water and the control unit 12 for controlling the vibration of the motor 15 connected to the eccentric shaft 17 to the strength.

As shown in the drawing, in the state in which the main body 10 and the bottom plate 11 are coupled to each other, the acupressure foot plate 19 in which the bearing 18 is accommodated is installed in the lower part of the main body 10, and the bearing 18 The eccentric shaft 17 of the motor 15 fixed to the base plate 11 is inserted.

In addition, the lower outer periphery of the shiatsu foot plate 19 is fixed by using the fastening member 23 after the installation of several footrest supporting members 20.

In addition, the acupressure footrest 19 fixed as described above is fixed by the fastening member 23 in a state in which the footrest support member 20 is accommodated in the fastener 25 protruding from the inner bottom surface of the main body 10 again. It is.

Meanwhile, in order to block the inflow of water into the bottom plate 11 fixed by the motor 15 through the fixing member, the bottom portion 26 of the main body 10 and the lower circumferential surface of the shiatsu foot plate 19 are packed ( 21) and it is fixed.

In addition, a heating wire and a temperature sensor 13 of the heater 14 spaced apart from the acupressure scaffold 19 and a temperature sensor 13 are installed at an inner bottom of the main body 10 and connected to the control unit 12. The function is configured to control the time and temperature control together with the strength and weakness of the motor 15.

In addition, the main body 10 and the bottom plate 11 are assembled by the fastening member 23 so that the attachment and detachment are easy, and the lower side of the bottom plate 11 so that the vibration of the motor is transmitted to the body 10 to a minimum. The rubber feet 22 are attached.

However, the conventional foot bath configured as described above fills a predetermined amount of water in the reservoir 24 formed in the main body 10, and then sets the temperature of the water desired by the user in the temperature display unit (not shown) of the control unit 12, When power is applied to the heater 14, the temperature of the water is automatically maintained at the set temperature while rising.

At this time, when the power is applied to the motor 15 after immersing the foot in the reservoir 24, the shiatsu foot plate 19 assembled with the eccentric shaft 17 of the motor 15 is rotated by a predetermined eccentric angle while While shivering the acupressure footrest 19 as a whole, trembling occurs.

At the same time, the shiatsu foot plate 19 and the bottom portion 26 of the main body 10 are connected to the footrest supporting member 20 made of elastic rubber material, so that the bearing 18 rotates by the rotation of the motor 15. The footrest support member 20 also moves along in the same direction as the inserted eccentric shaft 17.

In addition, the motor 15 connected to the shiatsu foot plate 19 operates in water, but because the bottom portion 26 and the shiatsu foot plate 19 are connected to the bellows packing 21, the motor 15 is blocked from the inflow of water. The acupressure scaffold 19 can be operated smoothly while operating in a place.

In the above situation, a weak vibration may be transmitted to the entire base plate 11 by the rotational force of the motor 15, but since the rubber foot 22 fixed to the bottom plate 11 absorbs the shock, the main body 10 is provided. No vibration is generated.

Therefore, the user can put the foot on the shiatsu footrest 19 formed in the reservoir 24, the massage can be safely performed by the shiatsu footrest in warm hot water.

According to the conventional foot bath configured as described above, the hot water is supplied automatically and at the same time acupressure the soles of the body to promote various body metabolism along with the blood circulation of the whole body, and also has the effect of easily recovering fatigue, Not only can it be sterilized, but it is not possible to cure prostate, anal disease or gynecological disease by radiating far infrared rays to hemorrhoids, prostate, anal disease (or gynecological diseases such as hypothermia, hypothermia, etc.) There was a problem such as not being able to cure the pain.

Accordingly, the present invention has been made to solve the above problems, and an object of the present invention is to provide a foot bath with a left bath that can treat pain by applying a negative potential that can be foot bathed by hot water sterilized with ozone to the sole.

Another object of the present invention is to provide a foot bath with a left bath that can cure prostate, anal disease or gynecological disease by radiating far infrared rays to hemorrhoids, prostate, anal disease (or gynecological diseases, such as cold or hypothalamus).

Still another object of the present invention is to provide a footbath combined with a left bath that can treat pain by applying a negative potential to the sole of the foot.

In order to achieve the above object, the present invention provides a control panel for inputting a user's operation command, a control unit for controlling the entire operation according to a control command input from the control panel, a storage container for storing water to be bathed; A circulation pump for sucking water stored in the storage container by a control signal output from a circulation pump driving means of the control unit according to a water suction control signal inputted from the control panel, and water pumped by the circulation pump In response to the water heating set temperature control signal input from the control panel panel, the heater is heated to a temperature set by the heating control signal output from the heater heating means of the control unit and discharged to the storage container, and input from the control panel Low frequency output control output from the low frequency generating means of the control unit according to the low frequency output control signal A low frequency generating means for generating a low frequency set by a call, a low frequency output pad installed on a bottom surface of the storage container for treating foot pain, and outputting a low frequency signal generated by the low frequency generating means to a user's foot; A bubble generator for generating bubbles by the bubble output control signal output from the bubble / ozone output control means of the control unit according to the bubble generation control signal input from the panel, and the high voltage generation control signal input from the control panel A high voltage generator generating a high voltage by receiving a high voltage generation control signal output from the bubble / ozone output control means of a control unit, and generating ozone by receiving a high voltage output from the high voltage generator to sterilize water in the storage container by ozone. The curse by mixing with the bubbles discharged from the bubble generator Radiating far-infrared rays to the treatment area of hemorrhoids, prostate, anal diseases, gynecological diseases during ozone generator and hemorrhoids, prostate, anal disease, and gynecological diseases An infrared lamp stored in the storage container and receiving an infrared output control signal output from a lighting control means of the control unit according to a far infrared output control signal inputted from the control panel to treat prostate, anal disease or gynecological disease; And a temperature detection sensor which detects a temperature of the water present and outputs it to the control unit.

Hereinafter, with reference to the accompanying drawings with respect to the foot bath combined with a left bath according to an embodiment of the present invention.

Figure 3 is a perspective view schematically showing a foot bath serving as a left bath according to an embodiment of the present invention, Figure 4 is a state using a foot bath by removing the cover in the foot bath serving as a left bath according to an embodiment of the present invention Figure 5 is a perspective view schematically, Figure 5 is a view from the top of Figure 4, Figure 6 is a perspective view from one side of Figure 3, Figure 7 is a water bath foot bath with a left bath according to an embodiment of the present invention 8 is a structural diagram illustrating a coupling relationship between a storage container, a heater, a bubbler, and an ozone generator, and FIG. 8 is a view schematically showing a control panel in a footbath as a bath according to an embodiment of the present invention, and FIG. A control block diagram of a foot bath serving as a left bath according to one embodiment of the invention.

3 to 9 according to an embodiment of the present invention as a foot bath foot bath according to an embodiment of the present invention according to the control panel 130 for inputting the operation command of the user, according to the control command input from the control panel 130 The control unit 140 for controlling the overall operation, the storage container 102 for storing the water to be footbath, and the circulating pump drive of the control unit 140 in accordance with the water suction control signal input from the control panel 130 The control panel 130 receives the circulation pump 104 for sucking the water stored in the storage container 102 by the control signal output from the means 144 and the water pumped by the circulation pump 104. Heater 106 for heating to the temperature set by the heating control signal output from the heater heating means 145 of the control unit 140 according to the water heating set temperature control signal input from the heater 106 to discharge to the storage container 102 ), And the mouth from the control panel 130 The low frequency generating means 108 for generating a low frequency set by the low frequency output control signal output from the low frequency generating means 146 of the control unit 140 according to the low frequency output control signal, and the storage container to treat the pain of the foot. It is installed on the bottom surface of the 102 and outputs the low frequency signal generated by the low frequency generating means 108 to the user's feet low frequency output pad 110, and the bubble generation control signal input from the control panel 130 Accordingly, the bubble generator 112 generating bubbles by the bubble output control signal output from the bubble / ozone output control means 147 of the control unit 140 and the high voltage generation control signal input from the control panel 130. In accordance with the high voltage generation control signal output from the bubble / ozone output control means 147 of the control unit 140 and the high voltage generator 114 for generating a high voltage, and in the storage container 102 Receives a high voltage output from the high voltage generator 114 to sterilize water by ozone, generates ozone and mixes it with bubbles discharged from the bubble generator 112 to form a plurality of through holes formed in the low frequency output pad 110. Radiating far infrared rays to the treatment site of hemorrhoids, prostate, anal diseases, gynecological diseases during treatment of hemorrhoids, prostate, anal diseases, gynecological diseases and ozone generator 116 discharged into the storage container 102 through 110a Receiving the infrared output control signal output from the lighting control means 148 of the control unit 140 according to the far infrared output control signal input from the control panel 130 to treat prostate, anal disease or gynecological disease An infrared lamp 118 and a temperature detection sensor 119 for detecting the temperature of the water stored in the storage container 102 and outputting it to the control unit 140.

The control panel 130 has a constant temperature (for example, 1 ° C. 3 ° C.) every time the power switch 131 for intermitting the application of power and the temperature of the water stored in the storage container 102 are pressed once. Setting temperature increasing switch 132 set to increase by 5 ° C., 10 ° C., etc., and a predetermined temperature (for example, 1 ° C.) each time the temperature of the water stored in the storage container 102 is pressed once. The temperature set by the set temperature decrease switch 133 and the set temperature increase switch 132 and the set temperature decrease switch 133 to decrease the temperature by 3 ° C. 5 ° C. 10 ° C.). The temperature of the water stored in the storage container 102 detected by the first light emitting diode LED1 and the temperature detecting sensor 119 indicating that the water stored in the storage container 102 is being heated. Is the set temperature increase switch 132 and the set temperature decrease switch 133 A second light emitting diode (LED2) blinking and displayed when exceeding the set temperature, a time setting switch 134 for setting a foot washing time and a bathing time (treatment time of prostate, anal disease or gynecological disease), and The time set by the time setting switch 134 is displayed, and the temperature of the water stored in the storage container 102 detected by the temperature detection sensor 119 is measured by the microprocessor ( 141) to set the time / water temperature display segment 135 to display the temperature of the water, and to sterilize the water stored in the storage container 102 and to sterilize various germs at the time of bathing. The low frequency output pad 110 outputs the low frequency when the bubble / ozone output intermittent switch 136 which regulates the output of ozone and the bubble / ozone output intermittent switch 136 are switched on. The third light emitting diode LED3 to display, the far-infrared output on / off switch 137 to emit far infrared rays from the infrared lamp 118 at the time of bathing, and the low frequency output to alleviate the pain by applying low frequency to the foot A low frequency output operation setting switch 138 for intermittent operation, a low frequency output weak setting switch 138a for intervening the low frequency generation means 108 to generate a low frequency when the low frequency output operation switch 138 is switched on; When the low frequency output operation switch 138 is switched on, the low frequency generating means 108 generates a low frequency output strong setting switch 138b intermittently so that the low frequency is strongly generated, the low frequency output weak switch 138a, and the low frequency output strong switch. And a light emitting diode array 139 which indicates that low frequency is being output at the intensity set by 138b.

The control unit 140 is a microprocessor 141 for arithmetic processing by the execution program stored in the ROM (142; Read Only Memory) according to the user's command input from the control panel 130 to control the operation, and A RAM 143 (Random Access Memory) for receiving and storing data processed by the microprocessor 141 and outputting the calculated data to the microprocessor 141, a set temperature increase switch 132 of the control panel 130, and A circulating pump for driving the circulation pump 104 by outputting a driving control signal according to the water suction control signal output from the microprocessor 141 of the control unit 140 by switching on the set temperature reducing switch 133. The control oil is controlled by the switching-on of the set temperature increasing switch 132 and the set temperature decreasing switch 133 of the control panel 130 by receiving the water pumped by the driving means 144 and the circulation pump 104. A heater heating means 145 for heating the heater 106 by outputting a control signal to the heater 106 according to a heating control signal output from the microprocessor 141 of the 140, and the control panel 130. The low frequency output operation switch 138 is switched on, and the low frequency output weak setting switch 138a of the control panel 130 or the low frequency output strong setting switch 138b is switched on by the micro of the control unit 140. Low frequency generating means 146 for generating a low frequency to output a low frequency from the low frequency output pad 110 according to the low frequency output control signal output from the processor 141, and the bubble / ozone output intermittent switch of the control panel 130 ( The high voltage is generated at the same time as the bubble generation control signal is outputted to the bubble generator 112 according to the bubble / ozone output control signal output from the microprocessor 141 of the control unit 140 by switching on 136. The control unit 140 by switching on the bubble / ozone output control means 147 for outputting a high voltage generation control signal to the generator 114 and the infrared output on / off switch 137 of the control panel 130. Lighting control means 148 for outputting an infrared output control signal to the infrared lamp 118 so that the infrared lamp 118 is turned on according to an infrared output control signal output from the microprocessor 141 of the microprocessor 141, and the temperature detection sensor The temperature of the water stored in the storage container 102 detected by 119 exceeds the temperature set by the set temperature increase switch 132 and the set temperature decrease switch 133 of the control panel 130. The second light emitting diode LED2 is configured to include a beep output means 149 for outputting a beep sound.

In the above description, at the inlet of the water suction pipe 104a between the storage container 102 and the circulation pump 104, a filter 101 for filtering foreign matter (dust, etc.) contained in the water is added. The high voltage generating means 114 is most preferably used a transformer for boosting the voltage.

The infrared lamp 118 is disposed in the protruding portion 102a protruding from the center of the foot bath serving as a left bath of the present invention, the protruding portion 102a is waterproofed to prevent a short circuit, and an upper cover 102b It is configured to replace the infrared lamp 118 by opening the.

In the drawing, reference numeral 103 denotes a seat which is placed in the upper opening of the storage container 102, and the seat 103 is far infrared rays, bubbles, ozone, etc. in the left bathing, hemorrhoids, prostate, anal diseases (or gynecological diseases, eg For example, a through hole is formed so that the affected part of the cold, hypothalamus, etc. can be easily irradiated. In addition, reference numeral 80 is a cushioning body that blocks vibration transmission.

Next, the operation and effect of the foot bath combined with a left bath according to an embodiment of the present invention configured as described above will be described.

When footbathing

First, after removing the pedestal 103 placed in the opening of the storage container 102, injecting water into the storage container 102, switching on the main switch 90, and then the control panel 130 The temperature of the water to be bathed by the set temperature increase switch 132 or the set temperature decrease switch 133 of the control panel 130 in the state of applying power to the system by switching on the power switch 131 of Then, the time for footbathing is set by the time setting switch 134. The time setting switch 134 may be increased by a predetermined temperature (for example, 5 ° C. and 10 ° C.) each time the pressure setting switch 134 is pressed.

At this time, the microprocessor 141 of the water to be foot bathed by the set temperature increase switch 132 or the set temperature decrease switch 133 is arithmetic processing in accordance with the execution program stored in the ROM 142 and the RAM ( At the same time as the microprocessor 141 outputs a water suction control signal to the circulation pump driving means 144, the circulation pump driving means 144 sends a driving signal to the circulation pump 106. By outputting, the circulation pump 106 is driven and foreign matters contained in the foot bath water stored in the storage container 102 are filtered by the filter 101 and then sucked out and discharged to the heater 106. .

Accordingly, the heating control signal output from the microprocessor 141 is output to the heater heating means 145, and as the heater 106 is heated, the temperature of water is heated and discharged into the storage container 102.

The temperature of the water heated by the heater 106 is detected by the temperature detecting means 119 disposed in the storage container 102 and output to the microprocessor 141. In the microprocessor 141, Receives the temperature data detected by the temperature detection means 119, calculates and stores it in the RAM 143 and outputs it to the control panel 130, so that the set time / water temperature display segment of the control panel 130 The current temperature of water is displayed on the display 135, and not only the time set by the time setting switch 134 but also the remaining time of the cleaning time is displayed. The temperature and time are, of course, displayed alternately at regular intervals according to the program stored in the RAM 143.

The first light emitting diode LED1 emits light to indicate that the temperature of the foot bath water set by the set temperature increase switch 132 or the set temperature decrease switch 133 is being heated, and the set temperature increase switch 132 or when the temperature of the foot bath water set by the set temperature reducing switch 133 is reached, the second light emitting diode LED2 blinks and is displayed, and at the same time, the beep output means of the control unit 140 ( At 149, a beep sounds to warn that the set temperature has been reached.

As described above, when the foot bath is sterilized with warm water or the air bubbles are to be discharged from the water to be footbathed, the bubble / ozone output interruption switch 136 of the control panel 130 is switched on. As the bubble / ozone output control is output to the bubble / ozone output control means 147 at 141, the bubble output control signal output from the bubble / ozone output control means 147 is applied to the bubble generator 112. Bubbles are generated by the bubble generator 112 and discharged to the ozone generator 116, and at the same time, an ozone output control signal output from the bubble / ozone output control means 147 is applied to the high voltage generator 114. The high voltage generated by the high voltage generator 114 is output to the ozone generator 116 to generate ozone as a spark is generated between + and-electrodes (not shown). Mixed with the air bubbles are discharged into the water to be footbathed through the through-hole (110a) formed in the low frequency output pad 110 is installed in the storage container 102 is installed on the bottom surface of the storage container (102). At the same time, you can relieve foot fatigue by massaging your feet with air bubbles.

At this time, the third light emitting diode LED3 of the control panel 130 emits light to indicate that bubbles and ozone are discharged through the through hole 110a formed in the low frequency output pad 110.

As described above, when the low frequency is applied to the foot while the foot bath is also used as the foot bath of the present invention to treat the pain, after switching on the low frequency output operation switch 138 of the control panel 130, the low frequency output weak setting switch When one of 138a or the low frequency output strong setting switch 138b is switched on, the signal is received by the microprocessor 141 of the control unit 140 and arithmeticly processed to generate low frequency in the low frequency generating means 146. Since the control signal is output, the low frequency generating means 146 generates a low frequency and outputs the low frequency from the low frequency output pad 110, thereby treating foot pain. In this case, the low frequency output intensity (level) is indicated by the number of light emitting diodes emitted from the light emitting diode array 139 that low frequency is output from the low frequency output pad 110.

When bathing

After seating the seat 103 on the opening of the storage container 102 and sitting on the seat 103, the main switch 90 is switched on and the power switch 131 of the control panel 130 is turned on. ), When the bathing time is set by the time setting switch 134 while power is supplied to the system, not only the bathing time set in the setting time / water temperature display segment 135 is displayed, The remaining time of the left bath is also displayed as time passes.

Next, when the infrared output on / off switch 137 of the control panel 130 is switched on, a lighting control signal is output to the lighting control means 148 by the microprocessor 141 of the control unit 140. As the infrared lamp 118 is turned on by the lighting signal output from the lighting control means 148, the far infrared rays are irradiated to the affected area of hemorrhoids, prostate gland, anal disease (or gynecological disease, for example, coldness, hypothalamus, etc.). It can be used to treat hemorrhoids, prostate and anal diseases (or gynecological diseases such as hypothermia, hypothermia, etc.)

When the bubble / ozone output intermittent switch 136 of the control panel 130 is switched on when the user wants to sterilize the affected area or remove the odor while the bath is left, the microprocessor 141 controls the bubble / ozone output. Is output to the bubble / ozone output control means 147, and the bubble output control signal output from the bubble / ozone output control means 147 is applied to the bubble generator 112, and the bubble is generated by the bubble generator 112. Is generated and discharged to the ozone generator 116 and at the same time, the ozone output control signal output from the bubble / ozone output control means 147 is applied to the high voltage generator 114 to be generated in the high voltage generator 114. The high voltage is output to the ozone generator 116 to generate ozone as a spark is generated between the + and-electrodes (not shown) and mixed together with the air bubbles. At the same time, sterilizing the bacteria parasitic in the affected area and drying them with bubbles allows for more rapid treatment of the affected area.

Therefore, the foot bath combined with the left bath of the present invention can not only foot bath by sterilized hot water, but also radiate prostate, anus by radiating far infrared rays to hemorrhoids, prostate, anal diseases (or gynecological diseases, for example, hypothermia, hypothermia, etc.). The disease or gynecological disease can be treated and pain can be treated by applying a negative potential to the sole of the foot.

In the above description, although illustrated and described with reference to specific embodiments, the present invention is not limited to this, for example, by those of ordinary skill in the art without departing from the concept of the present invention Of course, the design can be changed in various ways.

As described above, according to the foot bath combined with the left bath of the present invention, not only the foot bath can be bathed with sterilized hot water, but also far-infrared radiation is emitted to hemorrhoids, prostate, anal diseases (or gynecological diseases such as cold and hypothermia). The prostate, anal disease or gynecological diseases can be treated, and at the same time, the negative potential is applied to the sole of the foot to cure the pain.

1 is a longitudinal sectional view schematically showing a conventional footbath,

2 is an exploded perspective view of FIG. 1;

3 is a perspective view schematically showing a footbath combined with a left bath according to an embodiment of the present invention,

Figure 4 is a perspective view schematically showing a state using a footbath by removing the cover in the footbath combined with a left bath according to an embodiment of the present invention,

FIG. 5 is a view of FIG. 4 from above; FIG.

Figure 6 is a perspective view of the bottom side of Figure 3,

7 is a structural diagram illustrating a coupling relationship between a water storage container, a heater, a bubbler, and an ozone generator of a foot bath combined with a left bath according to an embodiment of the present invention;

8 is a view schematically showing a control panel in the footbath combined with a left bath according to an embodiment of the present invention,

9 is a control block diagram of a foot bath combined with a left bath according to an embodiment of the present invention.

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

102: storage container 104: circulation pump

106: heater 108: low frequency generating means

110: low frequency output pad 110a: through hole

112: bubble generator 114: high voltage generator

110a: through hole 116: ozone generator

118: infrared lamp 119: temperature detection sensor

130: control panel 131: power switch

132: set temperature increase switch 133: set temperature decrease switch

134: time setting switch 135: set time / water temperature display segment

136: bubble / ozone output interruption switch 137: infrared output on / off switch

138: Low frequency output operation switch 138a: Low frequency output weak setting switch

138b: Low frequency output power setting switch 139: Light emitting diode array

140: control unit 141: microprocessor

142: ROM 143: RAM

144: circulating pump drive means 145: heater heating means

146: low frequency generating means 147: bubble / ozone output control means

148: lighting control means 149: beep output means

Claims (4)

Control panel 130 for inputting an operation command of the user, a control unit 140 for controlling the entire operation according to the control command input from the control panel 130, and a storage container 102 for storing water to be footbath And, the water stored in the storage container 102 by the control signal output from the circulation pump drive means 144 of the control unit 140 according to the water suction control signal input from the control panel 130. The heater heating means of the control unit 140 according to the water heating set temperature control signal inputted from the control panel 130 by receiving the circulation pump 104 and the water pumped by the circulation pump 104 The control unit 140 according to the heater 106 for heating to a temperature set by the heating control signal output from the 145 and discharged to the storage container 102 and the low frequency output control signal input from the control panel 130. From the low frequency generating means 146 The low frequency generating means 108 for generating the low frequency set by the low frequency output control signal, and the low frequency signal generated by the low frequency generating means 108 is installed on the bottom surface of the storage container 102 to treat the pain of the foot. Low-frequency output pad 110 output to the user's foot and the bubble output from the bubble / ozone output control means 147 of the control unit 140 according to the bubble generation control signal input from the control panel 130 A high voltage output from the bubble / ozone output control means 147 of the control unit 140 according to the bubble generator 112 generating bubbles by a control signal and the high voltage generation control signal input from the control panel 130. A high voltage generator 114 that receives a generation control signal to generate a high voltage, and a high voltage output from the high voltage generator 114 to sterilize water in the storage container 102 by ozone The ozone generator 116 generates ozone and mixes the bubbles discharged from the bubble generator 112 and discharges them into the storage container 102 through a plurality of through holes 110a formed in the low frequency output pad 110. Is input from the control panel 130 to treat prostate, anal disease or gynecological disease by radiating far infrared rays to the treatment site of hemorrhoids, prostate, anal disease, gynecological diseases during treatment of hemorrhoids, prostate, anal diseases, gynecological diseases The infrared lamp 118 and the temperature of the water stored in the storage container 102 are turned on by receiving the infrared output control signal output from the lighting control means 148 of the control unit 140 according to the far infrared ray output control signal. Foot bath with a left bath, characterized in that consisting of a temperature detection sensor 119 to detect and output to the control unit (140). According to claim 1, wherein the control panel 130 is set to increase by a predetermined temperature each time the power switch 131 for intermitting the application of power and the temperature of the water stored in the storage container 102 is pressed once. A set temperature increase switch 132, a set temperature decrease switch 133 set to decrease by a predetermined temperature each time the temperature of the water stored in the storage container 102 is pressed once, and the set temperature increase switch ( 132 and a first light emitting diode LED1 indicating that the water stored in the storage container 102 is heated to a temperature set by the set temperature reducing switch 133 and the temperature detecting sensor 119. Blinks when the temperature of the water stored in the storage container 102 detected by the temperature exceeds the temperature set by the set temperature increase switch 132 and the set temperature decrease switch 133. 2 a time setting switch 134 for setting a light emitting diode (LED2), washing time of the foot and bathing time (treatment time of prostate, anal disease or gynecological disease), and a time set by the time setting switch 134 At the same time, a preset time for receiving the temperature of the water stored in the storage container 102 detected by the temperature detection sensor 119 through the microprocessor 141 of the control unit 140 to display the temperature of the water. A bubble / ozone output intermittent switch that sterilizes water / ozone display segment 135 and water stored in the storage container 102 and simultaneously controls the output of bubbles / ozone to sterilize various germs at the time of a left bath 136, a third light emitting diode LED3 indicating that low frequency is output from the low frequency output pad 110 when the bubble / ozone output intermittent switch 136 is switched on, and the infrared lamp when left bathing (One 18, a far infrared ray output on / off switch 137 to emit far infrared rays, a low frequency output operation switch 138 for controlling a low frequency output to alleviate pain by applying low frequency to the foot, and the low frequency output operating switch 138 The low frequency generating means 108 generates a low frequency output weak setting switch 138a to control the low frequency generating weakly when switching on), and the low frequency generating means 108 when the low frequency output operating switch 138 is switched on. Is generated by the low frequency output strong setting switch 138b which is controlled to generate low frequency strongly, and the light emitting diode indicating that the low frequency is being output at the intensity set by the low frequency output weak switch 138a and the low frequency output strong switch 138b. Footbath which also serves as a left bath characterized in that the array (139). The microprocessor 141 of claim 1, wherein the control unit 140 is operated by an execution program stored in the ROM 142 according to a user's command input from the control panel 130 to control an operation. The RAM 143 outputs the data processed by the microprocessor 141 and outputs the data to the microprocessor 141, the set temperature increase switch 132 and the set temperature of the control panel 130. Circulating pump driving means for driving the circulation pump 104 by outputting a driving control signal according to the water suction control signal output from the microprocessor 141 of the control unit 140 by switching on the reduction switch 133. 144 and the control unit 140 by switching on the set temperature increase switch 132 and the set temperature decrease switch 133 of the control panel 130 by receiving the water pumped by the circulation pump 104. Ma Low-frequency output operation of the heater heating means 145 for heating the heater 106 by outputting a control signal to the heater 106 according to the heating control signal output from the processor 141, and the control panel 130. The microprocessor 141 of the control unit 140 is switched on by switching on the switch 138 and switching on the low frequency output weak setting switch 138a of the control panel 130 or the low frequency output strong setting switch 138b. Switching of the low frequency generating means 146 for generating low frequency to output low frequency from the low frequency output pad 110 and the bubble / ozone output intermittent switch 136 of the control panel 130 according to the low frequency output control signal output from the control panel 130. The high voltage generator 114 outputs a bubble generation control signal to the bubble generator 112 according to the bubble / ozone output control signal output from the microprocessor 141 of the control unit 140 by turning on. The microprocessor 141 of the control unit 140 is controlled by the bubble / ozone output control means 147 for outputting a high voltage generation control signal and the switching on of the infrared output on / off switch 137 of the control panel 130. By the lighting control means 148 and the temperature detection sensor 119 to output an infrared output control signal to the infrared lamp 118 so that the infrared lamp 118 is lit in accordance with the infrared output control signal output from The detected temperature of the water stored in the storage container 102 exceeds the temperature set by the set temperature increase switch 132 and the set temperature decrease switch 133 of the control panel 130 and the second light emitting diode. Foot bath with a left bath, characterized in that the beep output means 149 for outputting a beep sound when (LED2) is flashing. According to claim 1, wherein the inlet portion of the water suction pipe (104a) between the reservoir 102 and the circulation pump 104 is further provided with a filter 101 for filtering foreign matter contained in the water. Footbath which served as a left bath characterized by.