KR200466746Y1 - A Bathtub Apparatus for Lower Half of Body With - Google Patents

Abstract

The present invention can generate far-infrared rays from the main body portion forming a space that is blocked from the outside and the chair portion where the user can sit and perform a half body bath, and can enter and exit the inside of the main body through the door installed on the side of the main body. In the lower side of the upper plate forming the main body portion, the slide support plate can be moved forward and backward (storing withdrawal) by the guide rail, and has a far-infrared ray generating function in the center of the footrest where the user's feet are placed. A far-infrared radiant half bath equipped with a heat sink and a moxibustion bath is characterized in that it is equipped with a left bath storage box and accommodates a moxibustion bath in the moxibustion bath bath frame, and a waist support frame supporting the waist of the practitioner.
The present invention allows the user to open and close the front of the abdomen, and to control the opening and closing of the user's abdomen by allowing the slide support plate to move forward and backward (withdrawal) on the lower side of the upper plate forming the main body. The far infrared generation function can be smoothly metabolized in the center of the footrest where the foot is placed, and the lower side of the seat plate accommodates the moxibustion bath in the inside of the installed moxibustion bath so that it can be used for half body bath or individually. Moxibustion can be carried out, the warmth of the user can be circulated smoothly by warming the user's waist by a heat radiator provided in the waist support frame supporting the waist of the practitioner.
In addition, the present invention, the radiant heat generated in the heat radiator provided in the waist support frame directly transmitted to the user's body (waist), and can use the heat radiator in a comfortable and comfortable state (environment) without difficulty of hop, etc. Due to the heat of the lower half of the body, which is heated by the upper body, heat can also be generated (sweat) in the upper body including the waist.

Description

Far-infrared emitting half-bath with gallbladder and moxibustion bath {A Bathtub Apparatus for Lower Half of Body With}

The present invention relates to a far-infrared emitting half-bath with a heat radiator and a moxibustion bath.

In more detail, it can generate far-infrared rays from the main body portion forming a space that is blocked from the outside and the chair portion where the user can sit and perform a half body bath, and the interior of the main body through the door installed on the side of the main body It allows access, but the lower side of the upper plate forming the main body portion is moved forward and backward (storing withdrawal) by the guide rail to open and close the front of the user's abdomen and at the same time to control the opening and closing of the door, In the center of the footrest where the user's foot is placed, the far-infrared generation function can be smoothly metabolized, and the lower side of the seat has a moxibustion seat bath storage box and the moxibustion bath is housed in a half body bath or individually. Moxibustion can be performed, and the waist frame supporting the waist of the practitioner is equipped with a heat shield. It is to provide a far-infrared-emitting half-bath with a heat-fever and moxibustion seat bath so that travel can be smoothly circulated by warming the waist of the user.

Half body bath is a health bath method based on the principle of Doohan fever, that is, a well-being health bath method that cools the upper body and warms the lower body.

This half body bath opens the contracted blood vessels, allowing the blood to flow smoothly, lowering blood pressure, forcibly inducing convection by the temperature difference between the upper and lower body and improving blood circulation and promoting metabolism. Eliminates the cold that causes the disorder, and the toxins accumulated in the body can be obtained to release to the outside through sweat.

As people's interest in the half-body bath having such an effect increases, the spread of the half-body bath device has recently increased, and many of the half-body baths having various functions have been developed.

The general half-bath is largely divided into wet and dry, the wet half-bath is a device for bathing the lower body using water, the dry half-bath is a device for bathing the lower body to dry without using water.

Wet half-baths are unfriendly to the environment because of the waste of water, and the power consumption for heating and maintaining water is high, and the efficiency is greatly reduced due to the inconvenience of having to replace the water. Dry half baths are active.

When using a planar heating element or a far-infrared lamp that emits far infrared rays in a dry half-bath, there are various effects such as activating cells' physiology, promoting blood circulation, and boosting metabolism. have.

Conventional half-bath baths include 'dry half-baths' in Korean Utility Model Registration No. 20-370232 and' half baths using ocher panel 'in Utility Model Registration No. 20-384533, and' multifunctional dry half-bath baths in Utility Model Registration No. 20-410450. And 'half-bath apparatus with far-infrared ray emitting function' of Utility Model Registration No. 20-411597 and 'half-bath bath' of Public Utility Model Publication No. 20-2009-797.

The 'dry half body bath' of Utility Model Registration No. 20-370232 is to allow a dry heating bath by installing a planar heating element between the seat part and the footrest part and the frame.

Utility Model Registration No. 20-384533, 'Half-bed bath equipment using ocher panel', uses a planar heating element to perform a warm bath, and emits far-infrared rays from the ocher panel (ocher) installed outside the planar heating element. Equipped with ocher ball or illite ball in the wealth to achieve effects such as metabolism promotion and waste removal.

Utility Model Registration No. 20-410450, 'Multi-functional dry half-bath', uses a planar heating element to perform a warm bath, but is equipped with a far-infrared lamp (inside the wall) and a humidification means (sitting chair) to achieve sterilization and humidification effect on far infrared rays. It is.

Utility model registration No. 20-411597 'half-body bath device with far-infrared ray emitting function' generates heat by the planar heating element, but generates far-infrared rays in the ocher panel by heat generated from the planar heating element, The loess ball is heated by the heat of the provided lamp to generate far infrared rays from the loess ball.

However, such conventional half-baths, mainly heat generated using a planar heating element, the simple effect by far infrared rays generated in ocher ball (sterilization function, capillaries to expand blood circulation, anti-aging, promoting metabolism, Various diseases such as chronic fatigue) can be obtained.

In addition, the 'half body bath' of the Public Utility Model Publication No. 20-2009-797 is to install a warm circulation pipe inside the main body, so that the half body bath and fumigation effect can be obtained by hot water circulated through the warm circulation pipe. It is.

The present invention is to provide a far-infrared emitting half-bath is equipped with a heat-fever and moxibustion seat bath to be able to obtain more improved function and effect.

The present invention can generate far-infrared rays from the main body portion forming a space that is blocked from the outside and the chair portion where the user can sit and perform a half body bath, and can enter and exit the inside of the main body through the door installed on the side of the main body. In the lower side of the upper plate forming the main body portion, the slide support plate can be moved forward and backward (storing withdrawal) by the guide rail, and has a far-infrared ray generating function in the center of the footrest where the user's feet are placed. It is intended to provide a far-infrared radiant half bath equipped with a heat exchanger and a moxibustion bath with a left bath storage frame and a moxibustion bath storage frame with a moxibustion bath bath, and a waist support frame supporting the waist of the practitioner. The purpose is.

Another object of the present invention is to allow the user to open and close the front of the abdomen at the bottom of the upper plate forming the main body portion by forward and backward (storing and withdrawal) by the guide rail, and to control the opening and closing of the door. In the middle of the footrest where the user's feet are placed, the far-infrared generation function can be smoothly metabolized, and the lower side of the seat plate accommodates the moxibustion bath inside the installed moxibustion bath container, so that when the half body bath is performed or individually It is possible to execute moxibustion and bathing with medicine, and it is equipped with a heat exchanger and a moxibustion bath to warm up the user's waist by the heat exchanger provided in the waist support frame that supports the waist of the practitioner. It is to provide far-infrared half-bath.

Still another object of the present invention is to directly transfer radiant heat generated from the heat radiator provided on the waist support frame to the user's body (waist), and use the heat radiator in a comfortable and comfortable state (environment) without difficulty of hopping. In addition, it is to provide a far-infrared-emitting half-bath with a heat-fever and moxibustion seat bath with heat generated in the upper body including the waist due to the heat of the lower body to be heated by the half-bath.

The above and other objects,

Install a far-infrared lamp inside the main body to form a space that is blocked outside, the user sitting on the seat of the chair to perform a half body bath, and can enter the inside of the main body through the door installed on the side of the main body, the main body Install the far infrared lamp frame on the bottom end of the upper plate or the upper inner surface of the front plate and assemble and install the far infrared lamp on the far infrared lamp frame, and slide and slide the slide support plate on the lower side of the upper plate forming the main body by the guide rail. The inner surface of the doors installed on both sides of the door to support the slide support plate to be drawn by installing each guide support bar, and install a ceramic frame as a far-infrared generator in the center of the footrest where the user's feet are placed, The lower side of the seat is provided with a moxibustion seat bath holder Napteul and is installed to the back support frame and accommodating the tteumjil jwayokgi, beneath embodiment's waist opening bearing assembly, according to one to the center of the top of the pedestal is loaded to the wall opening generates a far infrared ray;

Moxibustion seat bath housed in the moxibustion seat bath housing frame provided on the lower side of the seat plate;
An upper part of which is open and the upper part of the left bath frame in which the controller is installed;
An infrared lamp is installed at the center of the base plate forming the left bath frame;
A cup set with a cup set groove formed in a center of an upper surface of the infrared lamp, and the cup set with a transparent glass cup filled with medicine and water;
Forming a germanium crushed stone stabilizer on the outside of the cup stabilizer to load germanium crushed stone;
It is achieved by the far-infrared emitting half-bath (1) equipped with a heat radiator and moxibustion seat bath, characterized in that attached to the upper surface of the seat plate is placed on the top of the left bath frame.

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Far-infrared emission half-bath is equipped with a heat exchanger and moxibustion seat bath according to the present invention,

The main body portion forming a space that is blocked from the outside and the chair portion where the user can sit and perform the half body bath can generate far infrared rays, and allow the inside and outside of the body through the door installed on the side of the main body, On the lower side of the upper plate forming part, the slide support plate can be moved forward and backward (storing withdrawal) by the guide rail, and the far-infrared generation function is provided at the center of the footrest where the user's foot is placed. It is provided with a moxibustion seat bath storage frame is provided with a moxibustion seat bath, the waist support frame supporting the waist of the practitioner characterized in that it is provided with a heat radiator.

The present invention allows the user to open and close the front of the abdomen, and to control the opening and closing of the user's abdomen by allowing the slide support plate to move forward and backward (withdrawal) on the lower side of the upper plate forming the main body. The far infrared generation function can be smoothly metabolized in the center of the footrest where the foot is placed, and the lower side of the seat plate accommodates the moxibustion bath in the inside of the installed moxibustion bath so that it can be used for half body bath or individually. Moxibustion can be carried out, the warmth of the user can be circulated smoothly by warming the user's waist by a heat radiator provided in the waist support frame supporting the waist of the practitioner.

In addition, the present invention, the radiant heat generated in the heat radiator provided in the waist support frame directly transmitted to the user's body (waist), and can use the heat radiator in a comfortable and comfortable state (environment) without difficulty of hop, etc. Due to the heat of the lower half of the body, which is heated by the upper body, heat can also be generated (sweat) in the upper body including the waist.

1 is a perspective view showing a far-infrared emitting half-bath equipped with a heat exchanger and moxibustion seat bath according to the present invention.
Figure 2 is a perspective view showing the extraction state of the slide support plate installed in the far infrared radiator half body bath equipped with a heat-fever and moxibustion seat bath according to the present invention.
Figure 3 is a perspective view showing an extract of the state of the scaffold in the far-infrared emitting half-bath with a heat radiator and moxibustion seat bath according to the present invention.
Figure 4 is a perspective view showing the extraction of the footrest (left footrest, right footrest) installed on both sides of the moxibustion seat bath storage frame in the far-infrared emitting half-bath bath equipped with a heat exchanger and moxibustion seat bath according to the present invention.
Figure 5 is a perspective view of the far-infrared lamp frame in the far infrared emitting half-bath with a heat radiator and moxibustion seat bath according to the present invention.
Figure 6 is a perspective view showing a ceramic frame placed in the center of the scaffold in the far-infrared emitting half-bath with a heat radiator and moxibustion seat bath according to the present invention.
Figure 7 is a perspective view showing the excavation of the seat plate frame in the far-infrared emitting half-bath with a heat radiator and steam moxibustion bath according to the present invention.
Figures 8a and 8b is a perspective view and a side view showing the extraction of the waist frame in the far-infrared emitting half-bath with a heat radiator and moxibustion seat bath according to the present invention.
Figure 9a to 9c is a cross-sectional view of the front and rear perspective view and the yeolyeol showing the extract of the yeolyeol assembly installed in the waist frame in the far infrared radiating half-bath bath equipped with a yeolpye and moxibustion seat bath according to the present invention.
10a and 10b is a perspective view and a longitudinal cross-sectional view showing an extract of the moxibustion bath installed in the interior of the moxibustion bath bath frame in the far-infrared emitting half-bath bath equipped with a heat exchanger and moxibustion seat bath according to the present invention.

The above and other objects and features of the present invention will be more clearly understood from the following detailed description based on the accompanying drawings.

1 to 10b is a view showing a specific implementation of the far-infrared emitting half-bath (1) equipped with a heat-heater and a moxibustion seat bath according to the present invention.

1 is a perspective view showing a far-infrared emission half body bath 1 equipped with a heat dissipation device and a moxibustion seat bath according to the present invention, and FIGS. Fig. 1 is a perspective view showing the state of installation of the slide support plate 16 and the state of the footrest 14 in (1).

4 is a perspective view showing the footrest (9: left footrest, right footrest) installed on both sides of the moxibustion bath bath frame 30 in the present invention, Figure 5 is a far-infrared lamp 19 in the present invention Figure 6 is a perspective view, Figure 6 is a perspective view of the ceramic frame 20, which is placed in the center of the footrest 14 in the present invention.

In addition, Figure 7 is a perspective view showing the seat plate support frame 31 in the present invention, Figures 8a and 8b is a perspective view and a side view of the lower support frame 35 in the present invention, Figures 9a to 9c Front and back perspective view and a cross-sectional view of the heat dissipation shown by extracting the heat dissipation assembly 40 installed on the backrest frame 35 in the invention, Figures 10a and 10b is in the interior of the moxibustion seat bathroom storage 30 in the present invention A perspective view and a longitudinal sectional view showing an extract of the moxibustion seat bath 50 to be installed.

Hereinafter, the structure of the far-infrared emitting half-bath (1) equipped with a heat-fever and moxibustion seat bath according to the present invention.

Far-infrared emission half-bath (1) equipped with a heat exchanger and moxibustion seat bath according to the present invention was formed a half body bath (2) of the main body portion (2-1) and the chair portion (2-2).

The main body portion 2-1 has side plates 12 disposed side by side on both sides of the front plate 11 and the rear plate 13 spaced apart from each other, and the top plate 10 on the upper half of the side plates 12 side by side. And installed on the top plate 10 to the main control unit 70 to control the operation of the far infrared emission half-bath (1) equipped with a heat-heater and moxibustion seat bath according to the present invention.

The entrance and exit doors 3 are formed in the side plates 12 on both sides between the main body part 2-1 and the chair part 2-2, and each door 3 is provided with a handle 6 at an upper end thereof. (4) was installed as a hinge (4-1) to enter and exit the half body bath (2) through the entrance and exit (3).

When the locking magnet assembly 7 is attached to the lower end of each entrance and exit 3 and the metal piece 8 is mounted on the corresponding surface of the door 4, the metal piece 8 of the door 4 is closed. It is bonded to the locking magnet assembly 7 of the entrance and exit 3 to prevent the door 4 from being opened arbitrarily.

A guide support bar 5 is mounted horizontally on the upper end of each door 4 to guide and pull out the slide support plate 16 which will be described later in detail. Both sides of the bottom were supported.

In the lower side of the upper plate 10, the inner surface of the upper end of each side plate 12, as shown in Figure 2, while maintaining the guide rail 18 at the same height and mounted, the slide support plate on which the curved surface 17 is formed The guide rails (not specifically shown) corresponding to the guide rails 18 are mounted on both bottom surfaces of the bottom 16, and guide rails (not specifically shown) are mounted on both bottom surfaces of the slide support plate 16. By sliding along the guide rail 18 mounted on the upper inner surface of each side plate 12 (forward and backward movement), the slide support plate 16 can be accommodated or withdrawn to the lower side of the upper plate 10.

In the inside of the half body bath 2, that is, the inside of the main body 2-1, the footrest 14 is installed at the bottom, and the footrest 14 is divided (installed) on both left and right sides between the footrest 14 and the footrest 14. The space, that is, the ceramic frame settled portion 15 is formed, and in the front of the moxibustion bath bath frame 30 in the chair portion 2-2, as shown in FIG. ) And the right footrest (9-2).

As shown in FIG. 6, a plurality of ceramic plates 22 formed by mixing ganbanite and ceramics are placed on the upper surface of the base plate 21 as illustrated in FIG. 6. The ceramic plate 22 is heated by heating from the far-infrared lamp 19-2 installed inside the main body portion 2-1 by placing the ceramic frame 20 so as to emit far infrared rays.

On the upper end of the inner surface of the front plate 11 or the bottom end of the upper plate 10 forming the main body portion 2-1, the far infrared lamp frame 19 as illustrated in FIG. (19-1) was fixed and mounted, and a plurality of far-infrared lamps 19-2 were installed in the far-infrared lamp frame 19 to generate heat and far-infrared rays.

The chair part 2-2 forming the half body bath 2 was formed as follows.

Inside the back plate 13, the moxibustion bath bath frame 30 was installed at an appropriate height, and the upper side of the moxibustion bath bath frame 30, as illustrated in FIGS. 7 and 1, the discharge port 32 ( 34) the seat plate supporting frame 31 and the seat plate cushion 33 are placed in order to allow an adult to easily sit.

On the inner side of the rear plate 13 at the upper side of the seat plate cushion 33, a waist support frame 35 is installed as illustrated in FIGS. 8A and 8B. Installed in the center of the waist support frame (35) is equipped with a heat shield assembly (40) as illustrated in Figure 9a to 9c to be described later in detail the heat storage assembly chamber (41) Was installed to expose the front.

As illustrated in FIGS. 8A and 8B, the waist support frame 35 includes a plurality of fixing units 36 formed of inclined surfaces 36-1 and 36-2 with the top surface inclined forward and backward with respect to the center. Spaced at regular intervals, and fixing a plurality of waist support plates 37 to the inclined surfaces 36-1 and 36-2 of the spaced fixtures 36, and the inclined surfaces 36-1 and 36-2. At the center of the backrest plate 37 fixed to the upper end of the) was formed a gallbladder field chamber 38 so as to be able to mount (load) the gallbladder assembly 40.

As illustrated in FIGS. 9A to 9C, the column-heat assembly 40 loaded in the wall-mounted chamber 38 formed at the center of the waist support frame 35 is formed of an insulating material such as wood or synthetic resin. In the center of the upper end of the) was installed a heat heater 41 for generating far infrared rays.

The heat exchanger 41 is integrally bonded by silicon 44 by placing a bioceramic 43 on the upper edge of the main body 42 formed in an open cup shape using an insulating material. In the inner space 42-1 of 42, the ceramic heater 45 is fixed by using a pair of aluminum plates 46 in the middle, and wires 47 are connected to the aluminum plates 46 to supply electricity. The lower portion of the inner space 42-1 was filled with silicon 48 to prevent the wire 47 from moving.

In addition, the inside of the moxibustion seat bath storage frame 30 was installed a moxibustion seat bath 50 as illustrated in FIGS. 10A and 10B.

The moxibustion bath 50 was formed as follows.

On the upper end of the left bath frame 51 having an open type, a seat plate 52 having a (opened) outlet port 53-1 is placed in the center thereof, and a bottom plate 55-1 forming the left bath frame 51. In the center of the infrared lamp 52 was installed to generate heat.

On the upper side of the infrared lamp 52, a cup holder 55 having a cup set groove 56 formed at the center of the upper surface is installed, and the cup set groove 56 is filled with a medicine 61 and water filled transparent glass cup ( 60 is placed so that the water of the transparent glass cup 60 is heated by the heat generated from the infrared lamp 52 to generate the vapor of the drug, such as mugwort, aroma and the like.

The germanium crushed stone 65 is formed on the outside of the cup set 55 to load the germanium crushed stone 65 to heat the germanium crushed stone 65 by the heat generated from the infrared lamp 52, thereby far-infrared rays. To cause this to occur,

In particular, the cup set 55 and the germanium crushed stone set 57 is formed of a copper plate in order to transfer heat well and block electromagnetic waves.

The natural germanium stone 54 is heated by heat generated from the infrared lamp 52 by attaching a natural germanium stone 54 as a far infrared ray generating material on the upper surface of the seat plate 53 placed on the upper end of the left bath frame 51. To generate far infrared rays.

Hereinafter, the state of use (operational relationship) of the far-infrared emitting half-bath (1) provided with the heat-collecting and moxibustion seat bath according to the present invention formed as described above.

Far infrared ray emitting half-bath (1) equipped with a heat-exchanger and moxibustion bath bath according to the present invention is carried out in a state filled with water (medicine or aroma, etc.) of the transparent glass cup 60 of the moxibustion bath 50.

Turn on the main switch (not specifically shown) of the main big control unit 70 to supply power, and set the time and temperature to be executed by operating a temperature controller (not specifically shown), 41) By operating the heat switch (not specifically shown) to operate the preheater 41 is preheated for 20 to 40 minutes first.

When the heat radiator 41 is preheated, the half body bath operator opens the door 4 and enters the inside of the half body bath 2 through the entrance and exit 3 to the seat plate cushion 33 while leaning against the waist frame 35. Sit down and close the open door (4).

As described above, when the door 4 is closed, the metal piece 8 of the door 4 is attracted to the magnetic force of the locking magnet assembly 7 and the door 4 remains tightly closed.

The half body bath pulls (draws) the slide support plate 16 which is stored to the lower side of the upper plate 10 while sitting on the seat plate cushion 33, and the slide support plate 16 to be pulled out of the closed door 4 It is maintained on the guide support bar (5).

In this state, the half body bath operator turns on each switch (not shown) of the far infrared ray lamp 19-2 and the moxibustion bath 50 to turn on the far infrared lamp 19-2 and starts the moxibustion bath 50. .

 In the far-infrared lamp 19-2 that is turned on, far-infrared rays are generated together with heat, and the internal air of the main body portion 2-1 is heated by the heat generated in the far-infrared lamp 19-2, and the far-infrared lamp 19 Due to the heat generated at -2), the ceramic plate 22 of the ceramic mold 20 installed at the bottom is also heated to generate far infrared rays.

Therefore, the lower body of the half body bath sitting on the seat cushion 33 is warmed by heat and far infrared rays generated (emitted) by the far infrared ray lamp 19-2 and the ceramic plate 22, and the half body bath is performed.

As described above, while the half body bath displaces the half body bath, in the moxibustion bath 50, drug fumigation and far infrared rays are generated, and the moxibustion bath for warming and fumigation, including the anus of the half body bath, can be executed.

The infrared lamp 52 is turned on to generate heat, and the heat generated from the infrared lamp 52 heats the cup set 55 and the germanium crushed stone set 57. When the cup set 55 is heated, Water and drugs filled in the inside of the transparent glass cup 60 is heated to generate drug vapor, and when the germanium crushed stone bed 57 is heated, the germanium crushed stone 65 is heated to generate far-infrared rays.

The far-infrared rays generated in the chemical vapor and the germanium crushed stone 65 generated in the transparent glass cup 60 generated in this way are raised through the discharge port 53-1 of the seat plate 53, and the seat plate support frame 31 and The discharge port 32, 34 of the seat plate cushion 33 is intensively released in the vicinity of the anal of the half body bath operator, and thus, it is possible to simultaneously perform the half body bath moxibustion.

In addition, the heat and far-infrared rays generated from the heat radiator 41 of the heat radiator assembly 40 mounted on the waist support frame 35 while the half body bath operator sitting on the seat plate cushion 33 performs the half body bath and the moxibustion left bath. The waist is steamed (heated and irradiated) to activate blood circulation.

Thus, using the far-infrared emitting half-bath (1) equipped with a heat-fighting and moxibustion seat bath according to the present invention, a half-body bath can be performed simultaneously with the half-bath and moxibustion seat bath and waist poultice.

After completing the half body bath and the moxibustion bath and the waist bath as described above, the operation is stopped by turning off each switch (not specifically shown) of the far-infrared lamp 19-2, the heat radiator assembly 40, and the moxibustion bath 50. The main switch (not shown) is also turned off to cut off the power supply.

When the supply of power is completely cut off, the slide support plate 16 drawn out is pushed to the lower side of the upper plate 10, the door 4 is opened, and the half body bath is completed by coming out of the half body bath 2.

The present invention described above is not limited to the above description, and various substitutions, modifications, and changes within the scope not departing from the technical spirit of the present invention are intended to those skilled in the art. It will be obvious.

1: Far-infrared radiating half-bath with gallbladder and moxibustion bath
2: half body bath 2-1: main body 2-2: chair
10: top plate 12: side plate 15: ceramic frame
20: ceramic frame 30: moxibustion seat bath storage frame 31: seat plate support frame
33: seat cushion 35: support frame 40: heat assembly
41: heat seal 43: bioceramic 45: ceramic heater
50: moxibustion seat bath 53: seat 54: natural germanium stone
55: cup set 57: germanium stone set 60: clear glass cup 61: pharmaceutical 65: germanium crushed stone

Claims (10)

delete delete Install a far-infrared lamp inside the main body to form a space that is blocked outside, the user sitting on the seat of the chair to perform a half body bath, and can enter the inside of the main body through the door installed on the side of the main body, the main body Install the far infrared lamp frame on the bottom end of the upper plate or the upper inner surface of the front plate and assemble and install the far infrared lamp on the far infrared lamp frame, and slide and slide the slide support plate on the lower side of the upper plate forming the main body by the guide rail. The inner surface of the doors installed on both sides of the door to support the slide support plate to be drawn by installing each guide support bar, and install a ceramic frame as a far-infrared generator in the center of the footrest where the user's feet are placed, The lower side of the seat is provided with a moxibustion seat bath holder Napteul and is installed to the back support frame and accommodating the tteumjil jwayokgi, beneath embodiment's waist opening bearing assembly, according to one to the center of the top of the pedestal is loaded to the wall opening generates a far infrared ray;
Moxibustion seat bath housed in the moxibustion seat bath housing frame provided on the lower side of the seat plate;
An upper part of which is open and the upper part of the left bath frame in which the controller is installed;
An infrared lamp is installed at the center of the base plate forming the left bath frame;
A cup set with a cup set groove formed in a center of an upper surface of the infrared lamp, and the cup set with a transparent glass cup filled with medicine and water;
Forming a germanium crushed stone stabilizer on the outside of the cup stabilizer to load germanium crushed stone;
Far infrared ray emission half body bath equipped with a heat radiator and moxibustion seat bath, characterized in that attached to the upper surface of the seat plate is placed on the top of the left bath frame. delete delete delete The method of claim 3, wherein the cup set and the germanium crushed stone set is installed on the upper outside of the infrared lamp;
Far infrared ray emission half body bath equipped with a heat exchanger and moxibustion bath bath characterized in that it is formed of a copper plate to transmit heat of the infrared lamp well and block the electromagnetic waves. The method according to claim 3, Far infrared ray generating material attached to the upper surface of the seat plate placed on the upper end of the left bath frame;
Far-infrared half body bath equipped with a heat exchanger and moxibustion seat bath characterized in that the natural germanium stone. delete The method of claim 3, wherein the heat packer is installed in the center of the upper end of the pedestal for generating far infrared rays;
A main body formed in a cup shape having an open upper portion using an insulating material;
A bioceramic placed on the upper periphery of the main body and integrally bonded by silicon;
A ceramic heater fixedly installed on the inner middle of the main body by using a pair of aluminum plates;
An electric wire connected to the aluminum plate to supply electricity;
Far-infrared emission half-bath with a heat-heater and moxibustion bath bath characterized in that the filling of the lower portion of the main body to protect the electric wire.

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