KR100777139B1 - Calf bath apparatus - Google Patents

Abstract

The present invention relates to a bath device that can bathe the feet and calves, so that the heated water is smoothly supplied to the outer portion of the bath device to maintain the temperature of the stored water uniformly, when the height of the stored water is low, It prevents the parts from operating and prevents internal breakdown and fire, and prevents the heater part heated to high temperature from coming into direct contact with the human body, greatly improving safety, keeping the water temperature constant, and keeping the water temperature at the set temperature. It is an object of the present invention to provide a angular bath apparatus that allows the user to know that the device has been reached, which makes it easy to know the use time, which can be moved more easily, and the drainage of the used water more easily. The bath apparatus according to the present invention is formed at a height for dipping the feet and the calf and has a reservoir portion for storing water, a heater portion installed on the bottom of the vessel portion and exposed to the outside, and shielding the heater portion A footrest coupled to a bottom surface of the container part and having a heater shielding portion formed convexly upwardly in a central portion corresponding to the heater portion, and a foot seating portion formed flat on both sides of the lower side of the heater shielding portion and having a foot; It is installed in the container portion includes a safety unit for controlling the power supplied to the heater unit.

Footbath, footbath, footbath, footbath, bubble, heater, scaffolding, shiatsu, sensor, support

Description

Square Bath Equipment {CALF BATH APPARATUS}

1 is a perspective view of the bath apparatus according to the present invention.

Figure 2 is a perspective view showing the back of the bath each device according to the present invention.

3 is a plan view of the bath apparatus according to the present invention.

Figure 4 is a perspective view showing the separated footrest of the foot bath apparatus according to the present invention.

5 is a plan view of the separated footrest of the bath device according to the invention.

6 is a view in which a portion of the side of the angular bath according to the invention is cut.

7 is a view of a portion of the front of the angular bath apparatus according to the present invention cut.

Figure 8 (a) and (b) is a cross-sectional view showing a moving part of the bath apparatus according to the present invention.

Figure 9 is a sectional view showing a moving part of the bath apparatus according to another embodiment of the present invention.

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

10: each hot water device 12: container

12a: ring groove 13: reservoir

14: bubble generation section 15: bubble generation section

16: air hose 17: bubble splitter

18: drain hole 19a: extension hose

19b: ring 20: heater

22: heating rod 30: scaffold

32: heater shield 33a, 33b: convection hole

36: foot seating part 37: projection

38: bubble outlet 39: support

42a: sensing electrode 42b: ground electrode

44a, 44b: scaffold sensor 46: temperature sensor

48: float switch 50: control panel

55 container cover 56 opening

60: bath tub 62: slit hole

64: knuckle 70: moving part

72: leg 74: wheel

75: locking portion 76: rotation axis

78: fixed lever 79: protrusion

The present invention relates to a foot bath apparatus capable of bathing feet and calves, and more particularly, to a foot bath apparatus having a heater and a safety device that directly heats stored water so as to soak foot and calf in water for a foot bath. .

In recent years, as the life has improved, the craze of well-being is blowing, and this craze of well-being is changing not only eating but also overall life. Accordingly, supplements, methods, and apparatuses for improving the health of the body have been developed.

In general, oriental medicine, etc. pointed out that the source of the disease is caused by the uneven flow of the body blood, and accordingly, folk remedies to cool the head and cover the feet are prevalent. In addition, the human body blood circulates evenly throughout the body, supplies nutrients and oxygen throughout the body, recovers waste and carbon oxides to maintain the vitality of the cells, and to have immune function. However, like the foot, the distal end of the body is far from the heart, and many capillaries and peripheral nerves are distributed, and blood flow is not smooth. As such, when blood circulation is not smooth, various diseases are susceptible and fatigue is easily felt.

As such, a half body bath, a foot bath, or the like is used as a method for maintaining the health of the body by smoothly flowing the blood of the human body. The half body bath is a method of dipping only the lower part of the body in water, the foot bath is a method of dipping only the feet in water.

As described above, the half body bath and the foot bath smoothly circulates the body's blood circulation, and the blood flow warmed from the lower part of the body circulates through the body by convection, thereby maintaining the body temperature of the upper body and the lower part of the body by maintaining a constant body temperature. It is in the spotlight as a healthy law.

In general, a half body bath is known to be a better way to smooth blood flow, but in order to have a half body bath, it is necessary to take off clothes and there is a limitation of space and place. On the other hand, foot baths are known to be less effective than half baths, but they do not have to take off their clothes, so they can be used conveniently.

Recently, there is an increasing interest in each bath that can simultaneously enjoy the efficacy of the half body bath and the simplicity of the foot bath, and has been developed to facilitate this. The foot bath is a method of bathing the calf of the lower part of the knee together with the foot, and is known to be similar to the effect of the half body bath, and has the advantages of being easy to use like a foot bath.

However, the conventional bath apparatus is dedicated to the structure of the existing footbath, and simply enlarged the tub so that a lot of water can be put, it is not possible to smooth the temperature distribution of the water in the bath apparatus, thereby uniformizing the water temperature Hard to maintain. In addition, the conventional bath apparatus has a large temperature difference between the peripheral portion of the heater and the outer portion, there is a risk of being burned because it can not accurately detect the water level or the temperature of the water.

An object of the present invention is to solve the above-mentioned problems of the prior art, it is possible to maintain the temperature of the stored water uniformly, so that the heated water is smoothly supplied to the outer portion in the respective bath apparatus, when the height of the stored water is low, It prevents the parts from operating and prevents internal breakdown and fire, and prevents the heater part heated to high temperature from coming into direct contact with the human body, greatly improving safety, keeping the water temperature constant, and keeping the water temperature at the set temperature. By knowing that the user has reached, it is easy to know the time of use, it is possible to move more easily, it is to provide a bath device that can more easily drain the used water.

Angle device according to the present invention for achieving the above object is formed to a height for immersing the feet and calves and the container portion having a reservoir for storing water, and a heater portion installed on the bottom of the container portion exposed to the outside And a foot that is coupled to a bottom surface of the container part to shield the heater part, a heater shield part formed to be convex upward on a central part corresponding to the heater part, and a foot formed flat on both sides of the lower side of the heater shield part. A footrest having a seating portion, and a safety portion installed in the container portion to control power supplied to the heater portion.

Here, the scaffold may be formed with a plurality of convection holes for circulating the water to the heater on the upper surface of the heater shield. In addition, the scaffold may include a plurality of supports formed at a lower portion of the foot seating portion to space the scaffold at a predetermined distance from a bottom surface of the container portion. And, the safety unit includes a water level sensor for detecting the water level of the water, a scaffold sensor for detecting the presence or absence of coupling of the scaffold, and a control unit for controlling the power supplied to the heater unit in accordance with the signal detected by the water level sensor or the scaffold sensor can do. Here, the water level sensor may include a ground electrode installed below the reservoir and a sensing electrode installed at a predetermined height of the reservoir, and may sense the water level by energizing the ground electrode and the sensing electrode. Meanwhile, the water level sensor may include a float switch installed on one side of the water storage part and having a float part floating by buoyancy when the water level of the stored water is a predetermined height. In addition, the scaffold sensor may include a magnetic switch installed to correspond to each other in the scaffolding and the container portion to generate an operation signal in proximity. The safety unit may further include a temperature sensor measuring a temperature of water stored in the container unit, and the controller may control the power supplied to the heater unit by comparing the temperature detected by the temperature sensor with a set temperature. In addition, the container portion may be formed with a handle on one side. In addition, the bath device may further include a bath tub for storing the bath agent is detachably installed in the reservoir. Here, a moving part may be further installed on the bottom of the container part.

Here, the moving part may include a leg installed in the lower portion of the container portion, the wheel rotatably coupled by the leg portion and the rotating shaft. In addition, the moving unit may include a movement limiting unit for limiting movement, the movement limiting unit and the protrusion formed in the engaging portion rotatably coupled to the rotating shaft of the wheel and inserted into the locking unit It includes a fixed lever having, or installed in the lower portion of the leg portion or the container portion may extend in the longitudinal direction and may include a height adjustment unit for adjusting the height. In addition, it may further include a drain formed on the bottom of the container portion for draining the water stored in the reservoir. In addition, the drain portion may include a drain hole penetrating the container portion and in communication with the reservoir portion, and a drain opening and closing device for opening and closing the drain hole. Here, the drain opening and closing device may be a stopper. In addition, the drain opening and closing device may be a pop-up stopper operated by a switch provided on one side of the container portion. An extension hose may be connected to the drain hole. In addition, the extension hose may be formed at the end of the container may include a ring for hanging on one side. And, it may include an on-off valve installed at the end of the extension hose. In addition, the opening is coupled to the upper portion of the container portion and corresponding to the shape of the foot is formed, it may include a container cover hinged to one side of the container portion rotatably. In addition, the each bath apparatus may further include a bubble generating unit for emitting bubbles through the bubble generating port formed in the lower portion of the container portion, or may further include an anion generating unit or an ozone generating unit, combining them to further enhance the effect It is also possible.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view showing a tangtang apparatus according to the present invention, Figure 2 is a perspective view showing the back of the tangtang apparatus according to the present invention. 3 is a plan view of the bath apparatus according to the present invention. In addition, Figure 4 is a perspective view showing the separated footrest of the footbath apparatus according to the present invention, Figure 5 is a plan view of the footrest of the footbath apparatus according to the present invention is separated. 6 and 7 is a view of a portion of the angtangtang apparatus in accordance with the present invention.

Each hot water device 10 according to the present invention, as shown in Figures 1 to 7, includes a container portion 12 having a reservoir 13 for storing water. The container portion 12 is open at the top, and contains water through the open top. In addition, the container portion 12 is formed at a height for dipping the foot and the calf in the reservoir (13). In addition, the container portion 12 may be formed with a handle (not shown) for easy gripping during movement.

In addition, the bottom of the container portion 12 is provided with a heater 20 for heating the water stored in the reservoir (13). The heater unit 20 is formed of a plurality, and has a heating rod 22 protruding a predetermined height to the bottom surface of the container portion 12. In the embodiment of the present invention, the heating rods 22 are formed in two, and are spaced apart from the front and rear on the center line of the container portion 12.

In addition, a bubble generating unit 15 is installed at a lower portion of the container unit 12, and bubbles generated from the bubble generating unit 15 are diverged to the container unit 12 at the bottom of the container unit 12. A bubble generating port 14 for forming is formed. To this end, the bubble generating unit 15 is provided with an air hose 16, the air hose 16 is connected to the bubble splitter 17 installed in the lower portion of the bubble generating unit 15, the air hose The air supplied to the 16 is configured to be evenly discharged.

On the other hand, the bottom of the container portion 12 is coupled to the footrest 30 that shields the heating rod 22 so that the user's human body does not contact the heater 20.

The scaffold 30 has a heater shield 32 having a central portion convex upward to surround the heater 20, and is formed flat on both ends of the lower portion of the heater shield 32 so that the user's foot Foot seating portion 36 is provided that can be placed.

In addition, the footrest 30 has a plurality of protrusions 37 protruding from the upper surface of the foot seating portion 36, the protrusion 37 is in contact with the sole and has a function to pressure the sole. At this time, the plurality of protrusions 37 may be formed intensively in the front and rear portions of the foot to which a lot of force is applied. Preferably, the protrusions 37 may be formed so that the overall shape resembles the shape of the foot, and each of the protrusions 37 may be formed to have different heights so that the protruding height corresponds to the shape of the sole.

In addition, the foot seating portion 36 is formed with a plurality of bubble outlets (38) penetrating to pass through the bubbles emitted from the bubble generating port 14, the bubble passed through the bubble outlet 38 is Impact energy is generated during the crushing process, thereby increasing the massaging effect.

In addition, the scaffold 30 has a plurality of convection holes 33a and 33b for circulating water to the heater unit 20 on the top and side surfaces of the heater shield 32. The water supplied to the heater unit 20 through the convection holes 33a and 33b of the heater shielding unit 32 is heated, and then flows into the space under the foot seating unit 36 of the scaffold 30 evenly. Spreads. To this end, the footrest 30 is formed with a plurality of supports (39) for separating the footrest 30 from the bottom of the container portion 12 a predetermined distance below the foot seating portion (36). The support 39 may be formed as a support type protruding member or rib type protruding member, and is preferably formed in a shape that does not disturb the flow of water.

The scaffold 30 configured as described above may further include a silver nano component. As such, when the silver nano component is included in the scaffold 30, the scaffold 30 has a sterilizing function and is effective in suppressing athlete's foot. In addition, the scaffold 30 may include a far infrared ray emitting material such as ceramic. On the other hand, the silver nano component has been described as being included in the scaffold 30, it is of course possible to include not only the scaffold 30 but also on the inner wall of the container portion 12.

In addition, the container part 12 is provided with the whole to control the power supplied to the heater unit 20, thereby preventing the heater unit 20 from malfunctioning.

The safety unit includes a water level sensor for detecting the water level of the water and the footrest sensors 44a and 44b for detecting the coupling of the footrest 30, and the water level sensor and the footrest sensors 44a and 44b are connected to the control unit. do. The control unit controls the power supplied to the heater unit 20 in accordance with the signal detected by the water level sensor or the scaffold sensor (44a, 44b). That is, when the water stored in the container portion 12 is below the set water level, the controller may cut off the power supplied to the heater 20 to prevent abnormal operation of the product and fire. In addition, the control unit cuts off the power supplied to the heater unit 20 when the scaffold 30 is not coupled to the container unit 12, and thus the heater in the state where the scaffold 30 is removed. Since the operation of the unit 20 is stopped, a safety accident such as an burn can be prevented.

Here, as shown in (a) of FIG. 6, the water level sensor includes a ground electrode 42b provided below the reservoir 13 and a sensing electrode disposed at a predetermined height of the reservoir 13. 42a). When the ground electrode 42b is immersed in water supplied to the reservoir 13, the ground electrode 42b emits a minute current, and when the sensing electrode 42a is submerged in water, the ground electrode 42b ) And the sensing electrode 42a are electrically connected to each other to detect that water is supplied above a predetermined level.

In the embodiment of the present invention, the water level sensor is configured to detect the water level by energizing the two electrodes, it is also possible to be made of a water level sensor in a variety of ways. For example, the water level sensor, as shown in Figure 6 (b), may be made of a float switch (48).

That is, the float switch 48 includes a float portion having a large buoyancy force and is installed at one side of the reservoir 13. When the water level of the water stored in the reservoir 13 rises above a predetermined height, the float switch 48 is operated to float by buoyancy so that power is supplied to the heater 20.

The scaffold sensors 44a and 44b are sufficient to be configured to detect the presence or absence of the coupling of the scaffold 30. For example, the scaffold sensors 44a and 44b may be provided to the scaffold 30 and the container 12. It consists of magnetic switches installed to correspond to each other. The magnetic switch is composed of a set provided on the scaffold 30 and the container portion 12, and generates an operation signal when close to each other.

On the other hand, the control unit is connected to the operation unit 50 installed on the upper front of the container unit 12, it can control the operation of the bath apparatus 10 in accordance with the operation of the operation unit 50.

In addition, the operation part 50 is connected to the sensing electrode 42a and the ground electrode 42b, which are the water level sensors, and a water level warning light warning that the water level is low, and connected to the scaffold sensors 44a and 44b. When the footrest 30 is not coupled, it may include a foothold warning light that warns it, and may further include an acoustic guide for informing the user with sound when the warning light is turned on.

In addition, the safety unit may further include a temperature sensor 46 for measuring the temperature of the water stored in the container portion 12. The temperature sensor 46 is located at the center of the bottom surface of the container portion 12, and measures the temperature of the water stored in the container portion 12 and transmits it to the controller. The controller controls the power supplied to the heater 20 by comparing the temperature sensed by the temperature sensor 46 with the set temperature.

On the other hand, the operation unit 50 is provided with a temperature control switch for setting the temperature of the heater unit 20 in advance. In addition, the operation unit 50 may be provided with a mode switch for operating the operation mode, and a timer switch for adjusting the operation time. In this case, the bubble generator 15 may be controlled to blow bubbles according to the operation of the respective bath apparatus 10 to generate bubbles.

In addition, the bath device 10 may add a bath, such as a medicinal herb, or an aroma (aroma) in order to more effectively perform the function of restoring fatigue and massage during foot bath. Preferably, it is possible to use a bath tub 60 that can be stored in the bath to prevent the bath is suspended in order to always clean the water, and to prevent the debris from the bath to block the bubble jet or the like. The bath tub 60 is installed in the reservoir 13, and a plurality of slit holes 62 are formed outside to allow the bath to contact with water well.

 Preferably, the bath tub 60 may be detachably coupled to the upper portion of the scaffold 30. To this end, the bath tub 60 is formed with a knuckle 64 for mounting on the upper, side heater shield 32 of the scaffold 30. As such, the bath tub 60 is more in contact with the water heated from the heater 20 as it is fixed to the upper portion of the heater shield 32.

In addition, the bath apparatus 10 may further include a moving unit 70 for easy movement, as shown in FIG. 8.

8 is a cross-sectional view showing a moving part of the bath apparatus according to the present invention, wherein the moving part 70 is installed below the container part 12, and the moving part 70 is friction with the bottom surface, for example. It includes a wheel 74 for reducing the, the wheel 74 is made that the rotation axis 76 is rotatably coupled to the leg portion 72 is installed in the lower portion of the container portion (12). The moving part 70 is installed to be rotatable at 360 ° with respect to the bottom surface, and is easy to move and change direction.

On the other hand, the moving unit 70 may include a movement limiting unit for limiting the movement when the bath apparatus 10 is located in a desired position.

The movement limiting portion is formed with a locking portion 75 inside the wheel 74, the locking portion 75 is made of at least one. In addition, a fixed lever 78 rotatably coupled at a predetermined angle is installed on the rotation shaft 76 of the wheel 74, and the fixed lever 78 is inserted into the locking portion 75 of the wheel 74. A protruding portion 79 is formed, and when the fixing lever 78 is rotated, the protruding portion 79 is inserted into the locking portion 75 and restricts movement.

The movement limiting part may be modified in various ways. As shown in FIG. 9, the movement limiting part may be restricted by movement of the fixing pin 177 that fixes the wheel 174. That is, the movement restriction part includes at least one through hole 174a formed in the wheel 174 and a pinhole 172a formed in the leg part 172 and corresponding to the through hole 174a. As the fixing pin 177 is inserted into the through hole 174a and the pinhole 172a, rotation of the wheel 174 is limited.

On the other hand, the movement limiting portion may be formed in the leg (72, 172) is provided with a height adjustment (not shown) to lift the bath device 10 so that the wheel (74, 174) does not touch the bottom surface. . The height adjustment unit is coupled by the coupling method of the bolt and nut, the height is adjusted by the rotation.

In addition, the lower portion of the container portion 12 is formed with a drain for draining the water stored in the reservoir (13). The drain portion is formed by passing through the container portion 12, the drain hole 18 in communication with the reservoir (13). Accordingly, water stored in the reservoir 13 may be drained to the outside of the container 12 through the drain 18.

On the other hand, the drain is provided with a drain opening and closing device for storing or draining water by opening and closing the drain 18. The drain opening and closing device may be formed of a plug (not shown). The stopper is usually made of an elastic member and is formed to be larger than the size of the drain 18, and closes the drain 18 as it is fitted in close contact with the drain 18. Preferably, the upper end of the stopper is connected to a string fixed to one side of the container portion 12 can be prevented to lose.

On the other hand, the drain opening and closing device may be made of a pop-up stopper. The pop-up stopper is installed to be elevated by a switch provided on one side of the container portion 12, and prevents the upper portion of the drain port 18 during the pull operation of the switch, the pop-up type according to the pressing operation of the switch The stopper rises and the drain 18 is opened.

In addition, the extension hole (19a) is coupled to the drain 18, it can be easier to drain. The extension hose (19a) is formed of a bellows hose, the end may be provided with a ring (19b) for hanging on one side of the container portion (12).

In addition, one side of the container portion 12 is formed with a ring groove 12a for hanging the ring (19b).

At this time, the ring groove (12a) is preferably formed higher than the water level of the water stored in the reservoir 13, accordingly hanging the ring (19b) to the ring groove (12a) of the extension hose (19a) If the end is positioned higher than the water level of the reservoir 13, water is not overflowed or drained even if a separate drain opening and closing device is not installed. In addition, the extension hose 19a may be further provided with a drain valve (not shown) on one side so that water is not drained when the hook 19b is separated from the hook groove 12a.

As such, the extension hose 19a is for drainage of the water stored in the reservoir 13, or when connecting a connector coupled to the faucet at the end, the extension hose 19a is connected to the reservoir 13 through the extension hose 19a. It is also possible to supply water.

On the other hand, the each bath apparatus 10 includes a container cover 55 for covering the upper portion to maintain and keep the temperature of the water stored in the reservoir (13). The container cover 55 is configured to cover the upper portion of the container portion 12, the opening portion 56 corresponding to the shape of the foot is formed, and thus the temperature of the water in the state of immersing the foot in the bath apparatus 10 It can keep warm.

In the embodiment of the present invention, the container cover 55 may be coupled to the upper portion of the container portion 12, for example, one side of the operation portion by a hinge, by rotating the container cover 55 only when used The upper portion of the container portion 12 may be covered.

On the other hand, the container cover 55 may be formed to be detachable, it is made to be detachable as necessary.

Looking at the action of each bath device according to the present invention configured as described above are as follows.

First, the bath apparatus 10 is moved to a desired position. By using the moving part 70 installed in the lower portion of the bath apparatus 10, the bath apparatus 10 can be easily dragged or lifted to a desired position. Next, the footrest 30 is coupled to the container portion 12 of the bath apparatus 10 and the power is connected to maintain the bath apparatus 10 in an operating state. More preferably, in order to further increase the bathing effect during each foot bath, a bathing agent such as a medicinal herb or an aroma may be added. The bath agent may be added to the reservoir 13 of the container portion 12 in a state of being put in the bath tub 60. Preferably, the bath tub 60 is mounted to the heater shield 32 of the scaffold 30.

As described above, when the bath apparatus 10 is prepared, water is supplied to the reservoir 13 of the container 12.

At this time, the control unit of the respective bath apparatus 10 checks the coupling of the footrest 30 from the footrest 30 switch, and when the water supplied to the water storage part 13 becomes above the required level, the heater part 20 Keep) operational.

Then, by pressing the operation / stop button of the operation unit 50 to maintain the respective bath apparatus 10 in the operating state, and pressing the temperature setting switch to set the appropriate temperature, the heater unit 20 operates to preheat operation to warm water Perform. At this time, the operation unit 50 turns on the preheating LED to inform that the water is performing the preheating operation. In addition, the operation unit 50 displays the current temperature of the water stored in the water storage unit 13, and the time required to heat up to the set temperature.

At this time, the water heated by the heater unit 20 convections through the lower space of the scaffold 30 to supply heat to the entire reservoir (13).

In addition, the container cover 55 is covered with an upper portion of the container part 12 to maintain and heat the temperature of the heated water.

On the other hand, when the water in the reservoir 13 reaches the set temperature, the preheating LED is turned off, off, and performs the normal operation. At this time, in order for the user to more easily know that the normal operation, the Yale LED may be turned off and at the same time, the buzzer may be transmitted.

As such, when the water of the reservoir 13 is heated, the user opens the container cover 55, soaks the foot and the calf in the container part 12, and then lowers the container cover 55 again to remove water. After the temperature is maintained and warmed, foot and foot baths are performed. In addition, the bath device 10 may supply bubbles to the reservoir 13 by operating the bubble generator 15 to increase the effect of the operation, foot bath.

In addition, the respective bath apparatus 10 may operate the temperature control switch and the time setting button of the operation unit 50 to set the water temperature or operation time.

In addition, the bath apparatus 10 measures the temperature of the water of the reservoir 13 from the temperature sensor 46, and when the water of the reservoir 13 is above the first set temperature, a buzzer sounds to the user. When the water is continuously heated to the secondary set temperature or more, the buzzer sound is transmitted and the power supplied to the heater unit 20 is cut off.

On the other hand, when the temperature sensor 46 is abnormally operated by a disconnection or short circuit, it is controlled so that power is not supplied to the heater unit 20.

As described above with reference to the illustrated bath apparatus according to the present invention, the present invention is not limited by the embodiments and drawings described above, it is common in the art to the invention within the claims Of course, various modifications and variations can be made by those skilled in the art.

For example, in the embodiment of the present invention, the respective bath apparatus is described as having a bubble generator, it is of course possible to further install an anion generator or ozone generator, or to replace the bubble generator.

The negative ion generating unit includes a negative ion voltage generating module for generating a high voltage, the negative electrode voltage generating module is provided with a discharge electrode to generate negative ions.

The anion raises the ionization rate of the mineral component in the blood to promote alkalinization. In this way, the anion makes the blood easily alkaline and generates substances such as endorphins and encophyrins to cleanse the blood by raising the ionization rate of calcium and sodium in the serum, and to relieve fatigue as well as fatigue. I can alleviate it.

Therefore, each bath apparatus according to the present invention neutralizes various contaminants in the air and various organic substances, that is, contaminated particles (typically present in a cation state) by the negative ions generated by the negative ion generating unit. As these contaminated particles harden and precipitate, they have an air purifying function to keep the air fresh and fresh.

On the other hand, the ozone generating unit generates ozone (O ₃ ) by applying a high voltage to the air, by dissolving it in the water stored in each bath device to be present in a hydroxyl (OH Radical) state.

The hydroxyl group (OH Radical) has the effect of disinfecting and disinfecting almost all contaminants, and is a natural substance harmless to the human body. In addition, the hydroxyl group is excellent in oxidizing power has a great ability to sterilize, disinfect, and decompose. In addition, the hydroxyl group is about 2000 times faster than ozone (O ₃ ), the oxidation rate is about 180 times faster than ultraviolet light. The hydroxyl group reacts with air and contaminants in water to reduce the pollutants to carbon dioxide (CO ₂ ) by reacting with safe water (H ₂ O) and air, carbon components in the water.

The bath device is a hydroxyl group generated by the ozone generator to remove the waste in the foot, as well as foot sterilization during foot and foot bath, to ease the fatigue, there is an effect of suppressing the growth of bacteria, etc. The hygiene of each bath device is improved, and it can be kept clean at all times.

Thus, each bath apparatus according to the present invention can be installed any one of the bubble generating unit, anion generating unit or ozone generating unit for improving the performance, it is also possible to combine them with each other in order to further enhance the respective, foot bath effect. .

The bath device according to the present invention configured as described above can function not only the feet but also the massage function of the calf, and can smoothly supply the heated water to the outer part to quickly and uniformly store and maintain the stored water, and the temperature of the water is User knows when to reach the set temperature and knows when to use it, and various safety devices are provided so that when the height of the stored water is low or the scaffold that shields the heater is not combined, the power supplied to the heater can be cut off. This is safe and has the advantage of preventing failure or fire. In addition, the angular bath apparatus of the present invention has an advantage that the moving part is installed, easy to move, and the movement of the moving part can be restricted, which is more convenient to use. In addition, since the drain is formed in the reservoir, it is easier to drain the water, and there is an advantage that the water can be drained to a location that is far away or not easily moved using an extension hose connected to the drain. In addition, a container cover may be installed to cover the upper portion of the container portion, thereby maintaining and keeping the temperature of the stored water in the reservoir portion. In addition, the bath device can warm the water, and foot bath, and can be any one or a combination of bubble generator, anion generator or ozone generator to obtain a further improved foot, foot bath effect, thereby Improve the cleanliness and hygiene of the

Claims (25)

A container portion formed at a height for dipping the feet and the calf and having a reservoir for storing water; A heater part installed on a bottom surface of the container part and exposed to the outside; Coupled to the bottom surface of the container portion to shield the heater portion, the heater shielding portion is formed convexly upwardly in the central portion corresponding to the heater portion, and the foot seating portion is formed flat on both sides of the lower side of the heater shielding portion Having a foothold, It is installed in the container portion, each hot water device, characterized in that it comprises a safety unit for controlling the power supplied to the heater unit. delete The method according to claim 1, The scaffold is a hot water heater, characterized in that a plurality of convection holes for circulating water to the heater portion on the upper surface of the heater shield. The method according to claim 1, The scaffold is formed in the lower portion of the foot mounting portion, each foot device characterized in that it comprises a plurality of supports spaced apart from the bottom surface of the container portion a predetermined distance. The method according to any one of claims 1, 3 or 4, The safety unit and a water level sensor for detecting the water level, Scaffolding sensor for detecting the coupling of the scaffolding, And a control unit for controlling the power supplied to the heater unit according to the signal sensed by the water level sensor or the scaffold sensor. The method according to claim 5, The water level sensor is a ground electrode installed in the lower portion of the reservoir; It includes a sensing electrode installed at a predetermined height of the reservoir, The hot water heater, characterized in that for detecting the water level by the energization of the ground electrode and the sensing electrode. The method according to claim 5, The water level sensor is a bath device characterized in that it comprises a float switch installed on one side of the water storage portion having a float portion floated by buoyancy when the water level of the stored water is a predetermined height. The method according to claim 5, The scaffolding sensor is installed in correspondence with each other in the scaffolding and the container portion, each hot water device characterized in that it comprises a magnetic switch for generating an operation signal in the proximity. The method according to claim 5, The safety unit further includes a temperature sensor for measuring the temperature of the water stored in the container, The control unit compares the temperature sensed by the temperature sensor with the set temperature, characterized in that for controlling the power supplied to the heater unit. The method according to any one of claims 1, 3 or 4, The container unit, characterized in that the handle is formed on one side. The method according to any one of claims 1, 3 or 4, The bath device is a bath device characterized in that it further comprises a bath tub for storing the bath agent is detachably installed in the reservoir. The method according to any one of claims 1, 3 or 4, Corner device according to claim 1, wherein a moving part is further installed on the bottom of the container part. The method according to claim 12, The moving unit is a hot water device characterized in that it comprises a leg installed in the lower portion of the container portion, the wheel rotatably coupled by the leg portion and the rotating shaft. The method according to claim 13, The moving unit includes a movement limiting unit for limiting movement, The movement limiting unit is installed in the lower portion of the leg portion or the container portion is extended in the longitudinal direction, each corner device comprising a height adjustment unit for adjusting the height. The method according to any one of claims 1, 3 or 4, And a drainage portion formed at a lower portion of the container portion to drain water stored in the reservoir portion. The method according to claim 15, The drain portion penetrates the container portion and communicates with the reservoir portion; Each device comprising a drain opening and closing device for opening and closing the drain. The method according to claim 16, The drainage opening and closing device for each hot water, characterized in that the stopper. The method according to claim 16, The drain opening and closing device is a hot water tap device characterized in that the pop-up stopper operated by a switch installed on one side of the container. The method of claim 16, Angle drain device characterized in that the extension hose is connected to the drain. The system of claim 19, It is formed at the end of the extension hose, each bath device comprising a ring for hanging on one side of the container portion. The system of claim 19, Each hot water device comprising an on-off valve installed at the end of the extension hose. The method according to any one of claims 1, 3 or 4, Opening portion is coupled to the upper portion of the container portion and the opening portion corresponding to the shape of the foot is formed, comprising a container cover hinged to one side of the container portion rotatably. The method according to any one of claims 1, 3 or 4, And a bubble generator for dissipating bubbles through the bubble generator formed in the lower portion of the container portion. The method according to any one of claims 1, 3 or 4, Each device is characterized in that it further comprises an anion generating unit which is installed in the container to generate negative ions. The method according to any one of claims 1, 3 or 4, It is installed in the container portion, each bath device characterized in that it further comprises an ozone generating unit for generating ozone.

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