KR20040018610A - Device for foot massage of combined a hip bath and hip fumigation - Google Patents

Abstract

PURPOSE: A feet massage machine used for a sitz steam bath and a sitz bath is provided to relieve foot's tension or to more efficiently proceed to heal the women's diseases caused when an uterus is not completely sterilized or the obstetric and gynecological diseases caused when the uterus is not naturally contracted. CONSTITUTION: The feet massage machine includes a first fumigation hole(10b) formed around the inner circumference surface of the feet massage machine; a tray(20) for a sitz steam bath and a tray for a sitz bath with a first heater to be selectively combined on the upper; a distributor connected with first and second silicon tubes to distribute a predetermined compressed air from the bubbler to generate bubbles and to be guided on the tray for sitz bath and the bottom of the feet massage machine; a print circuit substrate with a power supply, a key operation unit(50) to select a function for a sitz steam bath, a sitz bath or a feet massage, and a system control unit to control each operation situation for the sitz steam bath, sitz bath or feet massage for the operation signal of the key operation unit; a far infrared ray lamp(70) slantingly formed on one end of the feet massage machine to radiate the far infrared ray at a predetermined angle by the operation of the key operation unit when the sitz steam bath or feet massage operates; a fumigation cover(80) formed at the other end of the feet massage machine to be opened and closed in a slide type; and a fumigation receiving tub with a second heater to form the fumigation of mugwort from the steam generated by heating water under the fumigation cover.

Description

Device for foot massage of combined a hip bath and hip fumigation}

The present invention relates to a foot massager that generates bubbles and vibrations, and in particular, a foot combined with a left and left bath to selectively perform a desired function according to a user's needs by selectively combining a tray with a left hun and a left bath function added to the foot massager. A massage device.

In general, women have a cold or menstrual irregularities, uterine cancer, gynecological diseases caused by poorly disinfecting the uterus, or obstetrics and gynecology disease caused by the natural contraction of the uterus. I developed a left bath.

In addition, in the past, as a health supplement, a left-wing stool for irradiating far-infrared heat and fumigation to the anus or external genital organs has been developed to be used for the treatment of sexually transmitted diseases, cancers, colds, cystitis, hemorrhoids, and puberty. Recently, foot massagers that generate bubbles and vibration have been developed.

However, in the case of the left warmer, its structure is quite complicated, so when a woman uses a cold to treat cold cold, it has to fall in the body of the cold frozen left hot steamer. It was accompanied by inconvenience in use.

In addition, the conventional left bath has a structure in which water is filled in the main body, which is quite inconvenient to discard the filled water after the completion of the left bath.

That is, in the case of the conventional left bath, although not shown, since the main body portion and the left bath portion containing water are composed of a frame, when the user wants to discard the water filled in the left bath portion, the user must move the entire frame. This followed.

On the other hand, the left and the left bath as well as the foot massager are each a separate product having an independent body, when using all of them have had a lot of economic burden in the past.

Accordingly, the present invention has been made to solve the above-mentioned conventional problems, an object of the present invention, by selectively combining the tray with the left hun and hunche function added to the foot massager, the user is required to stool or left bath or Selective use of foot massager to relieve foot fatigue, cold or menstrual disorders, uterine cancer, gynecological diseases caused by poorly disinfecting the uterus or obstetrics and gynecological diseases caused by natural contraction of the uterus, as well as sexually transmitted diseases and cancer In addition, the treatment of colds, cystitis, hemorrhoids, and palliative processes more efficiently, and the problems occurring in the conventional left and left baths, that is, the difficulty of washing due to the falling of the cold and the waste of water can be made more easily, Minimize the economic burden of purchasing a product It is to provide a foot massage device that combines both left and right baths.

1 is a perspective view showing the structure of the foot massager in an embodiment of the present invention.

Figure 2 is a plan view showing the structure of the foot massager in an embodiment of the present invention.

Figure 3 is a progress state of the foot massage in one embodiment of the present invention.

Figure 4 is an exploded perspective view of the left foot tray is coupled to the foot massager in one embodiment of the present invention.

Figure 5 is a plan view of the left foot tray is coupled to the foot massager in one embodiment of the present invention.

Figure 6 is a side cross-sectional view of the left foot tray is coupled to the foot massager in one embodiment of the present invention.

Figure 7 is a side view of a state in which the left hun proceeds in one embodiment of the present invention.

Figure 8 is an exploded perspective view of the foot bath coupled to the left bath tray in one embodiment of the present invention.

Figure 9 is a plan view of the foot bath coupled to the left bath tray in one embodiment of the present invention.

Figure 10 is a side cross-sectional view of the foot bath coupled to the left bath tray in one embodiment of the present invention.

Figure 11 is a side view of a state in which the left bathing proceeds in one embodiment of the present invention.

Figure 12 is a block circuit diagram for driving the foot massage device combined with the left and left baths in one embodiment of the present invention.

* Description of the symbols for the main parts of the drawings *

One ; Bubbler 2; Vibration motor

3; LCD driver 4; LCD

10; Foot massager 10a; Leg

20; Left tray 21,32; 1st and 2nd edge

22,33; First and second central constellations 23; incline

23a; Hollow 24; Cold Storage Home

10b, 25; First and second fumigation holes 30; Bath tray

31,91; First and second heaters 34,92; 1st and 2nd net

35; Boss section 36,39; First and second metal piece

41,42,37; 1,2,3 silicon tubes 38,43; 1,2 circular part

40; Distributor 44; Magnet part

50; Key operation unit 60; System control unit

70; Far infrared lamp 80; Fumigation Cover

90; Fumigation container 93; 1st space

94; 2nd space

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

1 is a perspective view showing the structure of the foot massager in one embodiment of the present invention, Figure 2 is a plan view showing the structure of the foot massager in one embodiment of the present invention, Figure 3 is a foot massage in one embodiment of the present invention Is also in progress.

Figure 4 is an exploded perspective view of the left massage tray is coupled to the foot massager in one embodiment of the present invention, Figure 5 is a plan view of the left massage tray coupled to the foot massager in one embodiment of the present invention.

Figure 6 is a side cross-sectional view of the left massage tray coupled to the foot massager in one embodiment of the present invention, Figure 7 is a side view of the left hunhun state in one embodiment of the present invention.

8 is an exploded perspective view of a foot massage device coupled to the left bath tray as an embodiment of the present invention, and FIG. 9 is a plan view of the left bath tray coupled to the foot massager according to one embodiment of the present invention.

Figure 10 is a side cross-sectional view of the foot massager coupled to the left bath tray in one embodiment of the present invention, Figure 11 is a side view of a state in which the left bath proceeds in an embodiment of the present invention, Figure 12 is one of the present invention In an embodiment, a block circuit diagram for driving a foot massage device that uses both left and left baths is shown.

1 to 12, a bubble generating bubbler (1) for generating bubbles by discharging air of a predetermined pressure to the bottom surface of the space filled with water while having the leg portion (10a) (1) Of course, in the conventional foot massager (10) having a vibration motor (2) for vibrating the bottom surface inside the lower end,

A first fumigation hole 10b is formed in the inner circumferential surface of the foot massager 10, and a left bath tray 20 is disposed thereon, and a left bath tray including a first heater 31 for a left bath. Optionally combine 30),

The first and the first to distribute the air of a predetermined pressure discharged from the bubbler 1 to the bottom surface of the left bath tray 30 and the foot massager 10 to generate bubbles in the foot massager 10. 2 has a distributor 40 to which silicon tubes 41 and 42 are connected,

A printed circuit board is provided in the foot massager 10. The printed circuit board includes a key operation unit 50 and a signal for operating the key operation unit 50 to select a function of a left foot, a left bath and a foot massage as well as supplying power. In accordance with the circuit configuration of the system control unit 60 for controlling each operation state of the left and left bath and foot massage mode,

One end of the foot massager (10) is inclined to install a far-infrared lamp (70) for radiating far infrared rays at a predetermined inclination angle from the operation of the key operation unit 50 when the left hun or foot massage proceeds, the foot massager (10) At the other end of the fumigation cover 80 to be opened and closed by a slide method,

As a lower part of the fumigation cover 80, inside the foot massager 10, a fumigation container 90 having a second heater 91 is formed so that fumigation of wormwood is made from steam generated through heating of water. It features.

According to another aspect, the left hoon tray 20,

The first edge portion 21 and the first center portion 22 having a width of a predetermined height so as to span the foot massager 10,

On one side of the first central seat portion 22 is provided with an inclined surface 23 of a predetermined angle having a hollow portion 23a so that the far-infrared lamp 70 is located,

On the other side of the first central seating portion 22 is provided with a cold storage groove 24 that can hold the cold that falls during cold treatment as a plane,

On the circumferential surface of the first central seat portion 22, when the fumigation heater of the mugwort generated from the fumigation container 90 is discharged through the first fumigation hole 10b, the discharged fumigation heater is left in the left tray (20). It is characterized in that to form a plurality of second fumigation holes 25 to guide the flow into.

According to another aspect, the left bath tray 30,

It is divided into a second edge portion 32 and a second center portion 33 filled with water while having a predetermined height so as to span the foot massager 10,

In the center of the second central seat portion 33 has a first mesh 34 and a through-type boss portion 35 for discharging air of a predetermined pressure generated by the bubbler 1,

A hollow portion (not shown) is disposed around one surface of the second central seat portion 33, and the first metal piece 36 heated by the first heater 31 is heated in the hollow portion so that water is heated. Combine,

The third surface for guiding the compressed air of the bubbler (1) guided through the second silicon tube 42 to the boss portion 35 on the bottom of the second edge portion 32 and the second center portion 33 A silicon tube 37 is formed,

A first circular portion 38 is formed at one end of the third silicon tube 37,

The first circular portion 38 is characterized in that the second bath piece (39) is built to firmly adhere when the left bath tray 30 is mounted on the foot massager (10).

According to another aspect, the first silicon tube 41 is wired to discharge compressed air to the bottom surface of the foot massager 10 and the second silicon tube 42 to discharge the compressed air to the left bath tray 30, ,

An end of the second silicon tube 42 protrudes from the other end plane of the foot massager 10 to face the first circular portion 38 formed in the third silicon tube 37 to form a second circular portion 43. and,

The second circular portion 43 has a magnet portion for maintaining the tightness by working with the second metal piece 39 of the first circular portion 38 when the left bath tray 30 is mounted on the foot massager (10) It is characterized by forming (44).

According to yet another aspect, the key operation unit 50,

A power switch 51 for outputting a signal for turning on / off a power supply;

Bubble switch 52 for outputting a signal for turning on / off the operation of the bubbler 1,

A speed switch 53 for outputting a signal for determining a driving speed of the vibration motor 2,

Left / left bath mode switch 54, 55 for outputting a signal for turning on / off the first and second heaters 31 and 91 and the vibration motor 2 according to the left and right bath mode and the bathing mode and foot massage mode. And foot massage mode switch (56),

A lamp switch 57 for outputting a signal for turning on / off the operation of the far-infrared lamp 70;

A temperature setting switch 58 for outputting a signal for setting heating temperatures of the first and second heaters 31 and 91 through up / down,

And a time setting switch 59 for outputting a signal for setting an operating time of the left and left baths and foot massage mode.

According to yet another aspect, the fumigation container 90,

The first space 93 in which the mugwort is stored to discharge the fumigation heat of mugwort into the left tray 20, and the second heater 91 having the second heater 91 on the outer side thereof while water for steam discharge for mugwort is filled. It is characterized in that the space 94 is divided up and down through the second net (92).

According to yet another aspect, the distributor 40,

The check valve system was configured to determine the opening and closing of the first and second silicon tubes 41 and 42 from the control of the system controller 60.

That is, the system control unit 60 guides the compressed air generated by the bubbler 1 to the bottom surface of the foot massager 10 when an operation signal is input from the foot massage mode switch 56. Close the 42 and open the first silicon tube 41,

When the operation signal is input from the left bath mode switch 55, the first silicon tube 41 is closed to guide the compressed air generated from the bubbler 1 to the left bath tray 30, and the second silicon tube 42 is closed. Will be opened.

Here, the first and second heaters 31 and 91 are to use a PTC element, but is not necessarily limited to this.

In addition, the third silicon tube 37 is set to have a height higher than the water level filled with the second central seat 33 of the left bath tray 30.

Although not shown in the third silicon tube 37, a separate check valve may be configured to be opened and closed under the control of the system control unit 60, which is a left bath tray through the third silicon tube 37. This is to arbitrarily control the inflow of compressed air into the (30).

Although not shown, the foot massager 100 includes a power cord.

Hereinafter, reference numeral 3, which is not described, is an LCD driver, and reference numeral 4, which is not described, is an LCD.

Referring to Figures 1 to 12 attached to the operation of the embodiment of the present invention configured as described above are as follows.

First, the user connects the power cord of the foot massager 10 having the leg portion 10a to an outlet as shown in FIGS. 1 to 3, and then the user turns on the power switch 51 provided in the key manipulation unit 50.

Thereafter, the user fills the space in the foot massager 10 and then presses the foot massage mode switch 56 provided in the key manipulation unit 50.

Then, since the vibration motor 2 is driven from the pressing operation of the foot massage mode switch 56, the user may submerge the foot in the space of the foot massager 10 filled with water as shown in FIG. You will be able to proceed with the massage.

At this time, when the user turns on the bubble switch 52, the bubbler 1 is driven according to the on switching operation of the bubble switch 52.

Here, the system controller 60 recognizes that the system is currently operating in the foot massage mode from the pressing of the foot massage mode switch 56.

The system control unit 60 is a distributor 40 made of a check valve type so that air of a predetermined pressure generated by driving of the bubbler 1 is supplied to the bottom surface of the foot massager 10 through the first silicon tube 41. Will be controlled.

That is, the system controller 60 controls the distributor 40 so that the first silicon tube 41 is opened so that the compressed air generated from driving the bubbler 1 is supplied to the bottom surface of the foot massager 10. The second silicon tube 42 is closed.

Therefore, bubbles are generated on the bottom surface of the foot massager 10 by compressed air supplied through the first silicon tube 41.

Due to the bubbles generated on the bottom surface of the foot massager 10, the user can enjoy the massage effect for the foot to the maximum.

Here, by controlling the drive speed of the vibration motor (2) through the speed switch 53 provided in the key control unit 50 to allow the treatment of the foot massage to proceed quickly or slow, the change in the speed of the system control unit From the control of 60, the LCD driving unit 3 is displayed on the screen of the LCD 4 when it is driven.

On the other hand, after discarding the water filled in the space in the foot massager 10, the user puts the left hoon tray 20 on the foot massager 10 as shown in Figures 4 to 6 to do the left training.

Then, the first edge portion 21 of the left tray 20 is made to span the circumferential surface of the foot massager 10, and the first central seat portion 22 having a width of a predetermined height is a foot massager. It is located in the space filled with water of (10).

Here, an inclined surface 23 having a predetermined angle having a hollow portion 23a is formed at one side of the first central convex portion 22, and the other side of the first central convex portion 22 is dropped as a plane during cold treatment. The cold storage groove 24 is formed so as to contain the cold bar, the far-infrared lamp 70 is located in the hollow portion 23a of the inclined surface 23.

Thereafter, after the user opens the fumigation cover 80 formed at the other end of the foot massager 10, the water in the lower part of the fumigation cover 80, that is, the fumigation container 90 formed inside the foot massager 10. And wormwood.

That is, the fumigation container 90 is the first space 93 is the wormwood is accommodated so as to discharge the fumigation heat of wormwood to the left tray 20, the second space 94 is filled with water is the second net ( Bar is divided up and down through 92),

Mugwort is put in the first space 93, and water is put in the second space 94.

Subsequently, when the user turns on the left mode switch 54 and the lamp switch 57 in a state where the user sits on the left tray 20 as shown in FIG. 7, the left mode switch 54 and the lamp switch 57 are switched on. As a result, the system controller 60 not only drives the second heater 91 formed on the outer surface of the second space 94, but also drives the far-infrared lamp 70.

The second heater 91 generates steam by heating the water filled in the second space 94, and the far-infrared lamp 70 generates far-infrared rays at a predetermined inclination angle to the hips of the user sitting on the left tray 20. Radiate.

At this time, the steam generated when the water in the second space 94 is heated is discharged to the first space 93 through the second mesh 92, the mugwort contained in the first space 93 Fumigation is caused by steam.

Here, the mugwort fever of the mugwort generated from the fumigation container 90 is to be externally discharged through the first fumigation hole (10b) formed in the circumferential surface of the foot massager (10),

The fumigation heater of the mugwort discharged through the first fumigation hole (10b) is located in the space generated by the combination of the foot massager (10) and the left hun tray (20).

At this time, a plurality of second fumigation holes 25 are also formed on the circumferential surface of the first center seat 22 of the left hun tray 20, the coupling space of the left hun tray 20 and the foot massager 10 The fumigation heater of the mugwort discharged into the inside is guided into the first central seat portion 22 of the left tray 20 through a plurality of second fumigation holes 25.

Therefore, the user sitting on the left tray 20 will be able to receive the left hand treatment from the fumigation heat and far infrared rays of mugwort.

In addition, when the user sitting on the left tray 20 is cold treatment proceeds as a woman, the cold treated by the fumigation heat and far infrared rays of the mugwort cold formed in the first central portion 22 of the left tray 19 A bar falling into the receiving groove 24,

The cleaning of the cold dropped into the cold storage groove 24 has an effect made more convenient by separating the left hun tray 20 from the foot massager (10).

In addition, the driving time of the far-infrared lamp 70 as well as the second heater 91 in the fumigation container 90 can be set by up / down of the time setting switch 59 included in the key operation unit 50. In addition, the heating temperature of the second heater 91 can be set through the up / down of the temperature setting switch 58 included in the key control unit 50, so that the user is optimal through the left tray 20. Under the conditions of the left lesson was to proceed.

On the other hand, as shown in Figures 8 to 10 after separating the left training tray 20 from the foot massager 10, the left bath tray 30 may be placed on the foot massager 10, the left bath may proceed.

That is, when the user puts the left bath tray 30 on the foot massager 10 for the left bath, the left bath tray 30 is formed by the second edge portion 32 and the second central seat portion 33. It is possible to cover the upper end of the massage device (10).

At this time, the center of the second central seat portion 33 has a first boss 34 of the through-type to discharge the air of a predetermined pressure generated by the bubbler 1 having a first net 34 is formed On the bottom of the second edge portion 32 and the second center portion 33, the compressed air of the bubbler 1 guided through the second silicon tube 42 to the boss portion 35 is formed. Not only is the third silicon tube 37 formed thereon, but a first circular portion 38 is formed at one end of the third silicon tube 37, and the second metal piece 39 is formed at the first circular portion 38. Built-in bar,

The second metal piece 39 serves to firmly maintain the adhesion between the left bath tray 30 and the foot massager 10.

That is, inside the foot massager 10, the first silicon tube 41 discharges compressed air to the bottom surface of the foot massager 10 and the second silicon tube 42 discharges compressed air to the left bath tray 30. ) Is distributed and wired through the distributor 40, a second circular portion 43 is formed at the end of the second silicon tube 42, and the magnet portion 44 is formed at the second circular portion 43. Bar is formed,

When the left bath tray 30 is raised above the foot massager 10, the second metal piece 39 in the first circular portion 38 is in close contact with the magnet 44 formed in the second circular portion 43. The first and second circular parts 38 and 43 are completely adhered to each other, and the left bath tray 30 and the foot massager 10 are tightly coupled to each other.

Thereafter, the user fills the water in the second central seat 33 of the left bath tray 30 as shown in FIG. 11 and sits thereon.

When the left bath mode switch 55 is turned on, the system controller 60 is formed around the surface of the second center seat 33 of the left bath tray 30 according to the on switching of the left bath mode switch 55. 1 to heat the heater 31,

The first metal piece 36 in which the first heater 31 blocks the hollow portion of the second central seat portion 33 from heating is formed in the second central seat portion 33 according to the heating temperature of the first heater 31. The filled water is heated to a predetermined temperature.

Here, the heating temperature and the heating time of the first heater 31 is controlled by the system controller 60 after being set from the up / down of the temperature setting switch 58 and the time setting switch 59.

Therefore, from the heating temperature of the water filled in the second central seat 33, the user can proceed to the bathing.

At this time, when the user turns on the bubble switch 52, the bubbler 1 is driven according to the on switching operation of the bubble switch 52.

Here, the system controller 60 recognizes that the system is currently operating in the left bath mode from the pressing of the left bath mode switch 55.

The system control unit 60 is a check valve type so that the air of a predetermined pressure generated by the operation of the bubbler 1 is supplied to the left bath tray 30 through the second silicon tube 41 and the third silicon tube 37. To control the dispenser 40 made of.

That is, the system controller 60 controls the distributor 40 to close the first silicon tube 41 so that the compressed air generated from the driving of the bubbler 1 is supplied to the left bath tray 30. 2 The silicon tube 42 is opened.

Here, the second circular portion 43 of the second silicon tube 42 and the first circular portion 38 of the third silicon tube 37 are in close contact with the magnet 44 and the second metal piece 39. The combination consists of

Compressed air generated from driving of the bubbler 1 is introduced into the left bath tray 30 through the second and third silicon tubes 42 and 37 and the boss part 35.

Therefore, bubbles are generated in the water filled in the left bath tray 30 by the supplied compressed air, so that the user can more effectively carry out the bath treatment.

As such, the present invention selectively combines the left hun tray 20 and the left bath tray 30 on the foot massager 10 forming one body, so that the user can selectively proceed to the left hun or left bath or foot massage treatment. Have

As described above, the foot massage device of the present invention for both left and left baths is selectively combined with a tray in which the left and left baths are added to the foot massager. Gynecology caused by relieving fatigue, cold or menstrual disorders, uterine cancer, or disinfection of the uterus, or gynecological disease caused by the natural contraction of the uterus. The treatment of the back more efficiently, and the problems that occur in the conventional left and left baths, that is, the difficulty of washing due to the fall of cold and the discard of water can be made more easily, while the economic burden of purchasing a separate product Provides the effect of minimizing.

The present invention is not limited to the above-described specific preferred embodiments, and various modifications can be made by any person having ordinary skill in the art without departing from the gist of the present invention claimed in the claims. Of course, such changes will fall within the scope of the claims.

Claims (7)

In a conventional foot massager having a bubbler which discharges compressed air to generate bubbles, as well as a vibration motor which vibrates the bottom surface inside the lower end, A first fumigation hole is formed in the inner circumferential surface of the foot massager, and a left hun tray for a left hun ho, and a left bath tray including a first heater for a left bath, are selectively coupled. Inside the foot massager, a distributor connected with the first and second silicon tubes to distribute and guide air of a predetermined pressure discharged from the bubbler to the bottom surface of the foot massager to generate bubbles, A printed circuit board is provided in the foot massager, and the printed circuit board includes a key control unit which selects a function of a left hun and a left bath and a foot massage as well as a power supply, and a left hun and left bath and a foot massage mode according to an operation signal of the key control unit. Circuit-connecting system control unit for controlling each operation state of One end of the foot massager is inclined to install a far-infrared lamp that radiates far infrared rays at a predetermined inclination angle from the operation of the key control unit when the left hun or foot massage proceeds, The other end of the foot massager forms a fumigation cover that is opened and closed by a slide method, Foot massage device for both the left and the left bath, characterized in that the lower part of the fumigation cover to form a fumigation container having a second heater so that the fumigation of the mugwort from the steam generated through the heating of the water inside the foot massager. The method according to claim 1, wherein the left hoe tray, The first edge portion is divided into a first center portion having a width of a predetermined height so as to span the foot massager, and one side of the first center portion has a predetermined angle of inclination surface having a hollow portion so that a far-infrared lamp is located, On the other side of the first central seat portion is provided with a cold storage groove that can hold the cold that falls during cold treatment as a plane, On the circumferential surface of the first central seat portion, a plurality of second fumigation holes are formed to guide the discharged fumigation heaters to flow into the left tray when the fumigation heater of mugwort generated from the fumigation container is discharged through the first fumigation holes. Foot massage device for both left and left baths characterized in that. According to claim 1, wherein the left bath tray, It is divided into a second edge portion and a second center portion filled with water while having a predetermined height so as to be covered by the foot massager, and having a first mesh in the center of the second central portion of the predetermined pressure generated by the bubbler. Form a boss of the through type for discharging air, A hollow portion is disposed around one surface of the second central seat portion, and the hollow portion couples the first metal piece heated by the first heater to heat the water. Forming a third silicon tube on the bottom of the second edge portion and the second center portion to guide the compressed air of the bubbler guided through the second silicon tube to the boss; One end of the third silicon tube forms a first circular portion, The first circular portion is a foot massage device for both left and left baths, characterized in that the second metal piece is built to firmly adhere when the left bath tray is mounted on the foot massager. The method of claim 1, wherein the first silicon tube is wired to discharge compressed air to the bottom surface of the foot massager and the second silicon tube to discharge compressed air to the left bath tray, An end of the second silicon tube is protruded to the other end plane of the foot massager to face the first circular portion formed in the third silicon tube to form a second circular portion, The foot massage device for both left and left baths, wherein the second circular part forms a magnet part which acts with the second metal piece of the first circular part to maintain tightness when the left bath tray is mounted on the foot massager. The method of claim 1, wherein the key operation unit, Power switch to output the signal to turn on / off the power supply, Bubble switch to output the signal to turn on / off the bubbler, Speed switch to output the signal to determine the driving speed of the vibration motor, Left-hand mode And a left / left bath mode switch and a foot massage mode switch for outputting signals for turning on / off the first and second heaters and the vibration motor according to the bathing mode and the foot massage mode, and a signal for turning on / off the operation of the far infrared lamp. A lamp switch for outputting a signal, a temperature setting switch for outputting a signal for setting a heating temperature of the first and second heaters through an up / down, and a signal for setting an operation time of a left hun and a bath and a foot massage mode Foot massage device for both left and left baths comprising a time setting switch to be configured. The method of claim 1, wherein the fumigation container, The first space in which the mugwort is stored to discharge the fumigation heat of mugwort into the left tray and the second space having the second heater on the outside surface of the mugwort fumigation are filled up and down through the second net. Foot massage device for both left and left baths characterized in that the configuration. The method of claim 1, wherein the distributor, When the operation signal is input from the foot massage mode switch, the second silicon tube is closed and the first silicon tube is opened to guide the compressed air generated from the bubbler to the bottom of the foot massager. When the operation signal is input from the left bath mode switch, the drive control for closing the first silicon tube and opening the second silicon tube to guide the compressed air generated in the bubbler to the left bath tray is characterized in that the system control unit is performed. Foot massage device with both left and right bath.