KR101359447B1 - Apparatus for dry type healing massage and bath using crystal - Google Patents

Abstract

Provided is a dry type healing massage and bathing apparatus including: a bath part having an accommodating space therein; a foot heating part which has a foot opening hole sealed and covered by a foot heating crystal having an upper surface and having a profile linked with a foot of a human body and which has a foot side carbon heating element in a foot opening hole; a bottom heating part which is arranged on a sitting supporting part provided in the rear part of the accommodating space, has a bottom opening hole sealed and covered by the bottom heating crystal having an upper surface and having a profile linked with the bottom of a human body; and an outer bath part which is coupled to surround the external surface of the bath part and having a mounting space therein. Therefore, the dry type healing massage and bathing apparatus can improve the efficiency and satisfaction of heating to improve blood circulation by heating a human body.

Description

Apparatus for dry type healing massage and bath using crystal}

The present invention relates to a bath apparatus, and more particularly, to a dry healing massage bath apparatus using a lens that improves the efficiency and satisfaction of the thermal effect of improving the blood circulation by warming the human body.

In general, the bathtub is installed in a bath space, such as home or accommodation, it is formed to hold a certain level of bath water. Here, the tub is formed to have a semicircular or streamlined reservoir to store water therein and to be able to bathe in the stored water.

At this time, when bathing a bath such as a half body bath half-filled with the water to expose the upper part of the body to the air or a full-body bath immersing the entire upper body and the lower part of the body except for the head in the water, the bath is heated to an appropriate temperature. It should be set and maintained at the set temperature for comfortable bathing.

On the other hand, the left bath soaks the hips in warm water to relax the muscles around the pelvis and hips while releasing the bleeding and swelling, and especially the bladder, uterus, anus, prostate, and hemorrhoids around the pelvis. It is a kind of treatment process that helps with back diseases, and is used to treat gynecological diseases of office workers or women who work long hours.

In addition, foot bathing is a bathing method that cools the head, warms the feet, and provides nutrients and facilitates the discharge of waste products. It is known to be good health for the symptoms of getting hot and cold in the lower body.

Recently, as the stress caused by social and environmental problems increases, the interest in the health of modern people is rapidly increasing. Accordingly, there is a trend of increasing interest in bathing methods such as a left bath or foot bath, which can easily maintain health in daily life for modern people who lack time.

However, the conventional bath apparatus is inconvenient to prepare water because it is necessary to fill the water storage space and heated higher than the body temperature, or to fill the water and the heated water higher than the body temperature in the storage space, soaking the foot or buttocks to perform a left bath or foot bath. Not only that, there was a problem that the bathing process took a lot of time.

In addition, there is a disadvantage in that a large amount of water is consumed because a person has to change water each time he or she has a foot bath or a left bath, and wastes resources such as electricity, gas, or hot water when preparing water at an appropriate temperature. there was.

On the other hand, the bath has been designed to provide a steaming effect by using steam in place of the water stored in the prior art, there was a problem causing an unpleasant odor caused by the sweat generated in the human body when steaming.

In addition, in order to provide a poultice effect to the buttocks or foot of the human body, since the entire steam must be supplied at a uniform temperature, there is a problem in that the heating resources consumed are excessively consumed.

Korean Utility Model No. 20-1990-0004540

In order to solve the above problems, it is a problem to provide a dry healing massage bath using a lens that improves the efficiency and satisfaction of the thermal effect to improve the blood circulation by warming the human body.

In order to solve the above problems, the present invention is a bath portion is formed receiving space inside; The foot opening is provided on the bottom of the front side of the receiving space, the foot opening is closed and covered by a foot thermal crystal that has an upper surface having a profile conforming to the foot of the human body, and the foot carbon heating element is formed inside the foot opening. Foot heating portion provided; A buttock opening is disposed above the seating support provided on the rear side of the accommodation space, and is closed and covered by a buttock thermal lens having an upper surface having a profile to be joined to the buttocks of the human body. Buttock heating portion provided with a buttocks side carbon heating element; And an external bath tub coupled to surround the outer surface of the bath tub to form a mounting space therein, wherein the mounting space includes a power line connected to each carbon heating element, and a power line connected to control the power supply. Is provided, Wherein the control unit dry healing massage bathtub using a lens, characterized in that to cut off the power of each of the carbon heating element corresponding to the case when the temperature detected by the temperature sensor installed in each of the lens more than a predetermined temperature independently To provide.

Here, the front central portion of the hip thermal lens is protruded roundly upward from the inner side to the front side in response to the perineal profile of the human body, and the upper surface of the protruding portion is inclined downward in both side end directions and widens from the inner side to the front side. A perineal protrusion is formed, and the buttocks-side carbon heating element is preferably disposed along the longitudinal direction at the center of the buttocks.

At this time, the front upper side of the receiving space is disposed on the inclined portion inclined downward from the upper surface so as to face the knee portion of the human body, the knee warming portion is provided with knee warming lens and knee-side carbon heating element, and the longitudinal direction of the receiving space The side wall preferably further includes a side auxiliary heating portion provided with a side auxiliary heating lens and a side carbon heating element in a central lower portion corresponding to the calf portion of the human body.

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On the other hand, the seating support portion includes a guide rail provided on the rear side of the receiving space, and the buttocks support frame to be selectively moved back and forth coupled to the guide rail, the upper rear of the seating support portion at the rear upper end of the tub portion It is preferable that the support surface is formed to protrude round toward the front toward the lower side, the inner side is provided with an electronic massage device, and the driving wheel portion is selectively rotated to be movable on the lower surface of the outer tub.

Through the above solution, the dry healing massage bath apparatus using the lens of the present invention provides the following effects.

First, radiant heat is radiated to the foot and the buttocks through each of the heating parts without heating the entire receiving space to provide heat, thereby reducing energy consumption and improving the efficiency of the product. Therefore, it is possible to improve the convenience of the product by reducing the time to prepare a poultice. Moreover, since part of the radiant heat is absorbed into the lens to emit far infrared rays and piezoelectrics, the heat and sterilization effect is improved, thereby maximizing the effects of promoting metabolism and releasing waste products.

Second, the perineal projections protruding from the gluteal gluteal lens are protruded roundly in correspondence to the perineal profile of the human body, so that the user only has to sit on the gluteal heat zone to provide a warming and massage effect in close contact with the perineum. Satisfaction of the product can be improved by promoting female metabolism of the genital cell and providing waste discharge and sterilization effect.

Third, since the power supply unit and the power line are disposed in the mounting space formed between the bath tub and the external bath tub and separated from the accommodation space, it prevents the sweat or waste generated from steaming, sand, etc. from penetrating into the mounting space. The durability of the product can be improved by preventing damage to internal parts, and the safety of the product can be improved by preventing safety accidents such as short circuits.

Fourth, the control unit independently controls the power supplied to each carbon heating element through the temperature detected by the temperature sensor disposed in each of the crystals of the buttocks and the foot heating portion, so that the heat of the lens Supplying to the lens of the excessively overheated part of the lens can block the heat supply can improve the satisfaction of the product.

1 is a perspective view showing a dry healing massage bath apparatus using a lens according to an embodiment of the present invention.
Figure 2a is a partial perspective view showing a dotted line to project the main portion of the dry healing massage bath using the lens according to an embodiment of the present invention.
FIG. 2B is an enlarged view of portion A of FIG. 2A;
Figure 3 is a partial plan view as a dotted line projecting the main part of the dry healing massage bath using the lens according to an embodiment of the present invention.
Figure 4 is a side cross-sectional view showing a dry healing massage bath apparatus using the lens according to an embodiment of the present invention.
Figure 5 is a block diagram showing a dry healing massage bath apparatus using a lens according to an embodiment of the present invention.

Hereinafter, with reference to the accompanying drawings will be described in detail a dry healing massage bath using the lens according to a preferred embodiment of the present invention.

1 is a perspective view showing a dry healing massage bath using a lens according to an embodiment of the present invention, Figure 2a is a dotted line projecting the main part of the dry healing massage bath using a lens according to an embodiment of the present invention 2B is an enlarged view of a portion A of FIG. 2A, and FIG. 3 is a partial plan view of the dry healing massage bath using the lens according to an embodiment of the present invention, as a dotted line, projecting the main part thereof. Figure 4 is a side cross-sectional view showing a dry healing massage bathtub using the lens according to an embodiment of the present invention.

As shown in Figures 1 to 4, the dry healing massage bath apparatus 100 using the lens according to a preferred embodiment of the present invention, the bathtub portion 10, foot heating portion 40, buttock heating portion 20, And an external bath tub 30.

Here, the dry healing massage bath apparatus using the lens 100 when the user enters the inside so that the human buttocks are seated on the buttock heating part 40, the human foot is seated on the foot heating part 40 and steamed It is provided to be. At this time, when heat is applied to the human body through radiant heat radiated from the buttock part 20 and the foot part 40, the circulation of blood and the excretion of waste are made through the thermal effect.

On the other hand, the tub 10 has a receiving space 11 is formed inside. In detail, the tub 10 is connected to the bottom surface 17 and the side walls 12a, 12b, 12c connected to the bottom surface, and the upper end of the side walls 12a, 12b, 12c and the accommodation space 11 It is provided with an upper surface 13 to cover the upper side of the. In this case, the accommodation space 11 is formed on the basis of an adult male having an average body size of the Republic of Korea, it is provided so that the user can enter the inside of the accommodation space 11 to steam through the heat.

In addition, the side wall (12a, 12b, 12c) is formed in a narrow, front side wall (12c) and rear side wall (12b) so that the receiving space is formed in a streamlined, semi-circular or rectangular space and the longitudinal side wall (12a) is It is preferably formed wide. Therefore, the user can comfortably enter the accommodation space 11 through a narrow and long form, and is formed in a compact size so that there is no wasted space, thereby improving space efficiency. In addition, both arms of the user may be spread over the upper end of the longitudinal side wall 12a of the tub 10 to provide a sense of stability when steaming.

In addition, the upper surface 13 is preferably formed with an opening hole (13a) on one side. In this case, the opening hole 13a may be formed to a size through which the upper body of the user can pass. Furthermore, the control panel 15 is preferably provided at the front side of the opening hole 13a to receive a user's command and adjust the driving of the massage bath apparatus.

In addition, the tub 10 may be formed of a wood block having excellent heat insulation. At this time, the wood block is preferably formed to be hollow to prevent the twisting is formed inside. Of course, the tub 10 may be formed of natural wood or pottery. Here, the material of the tub 10 may be used without limitation as long as it is a material having low thermal conductivity so as to preserve heat in the accommodation space 11.

In addition, a door part 16 may be provided at one side of the bath part 10. In this case, the door part 16 may open and close the accommodation space 11 selectively to open and close the user to the accommodation space 11 when open, and to preserve the heat of the accommodation space 11 when closed. It plays a role.

Of course, the inside of the tub 10 may be filled with a raw material such as sand. Here, the sand is heated by the carbon heating elements (24, 43) to stimulate the peripheral nervous system through the physical massage effect and to provide a thermal effect and to significantly improve the blood circulation of the lower body.

Meanwhile, referring to FIGS. 2A to 3, the foot heating portion 40 includes a foot opening hole 41, a foot heating lens 42, and a foot side carbon heating element 43. Here, the foot heating portion 40 is seated on the bottom of the front side of the receiving space 11, it is formed to have a constant volume.

In addition, the foot opening hole 41 is formed on the upper surface of the foot heating portion 40. In addition, the foot opening hole 41 is seated on the foot thermal crystal lens 42 is formed with an upper surface having a profile to be joined to the foot portion of the human body, the rim is sealed by a sealing means. Here, the sealing means is made of a silicone adhesive or the like, it is preferably provided to be resistant to heat and seal moisture.

In addition, the foot thermal lens 42 may be formed in an average adult male foot size. Of course, the foot thermal lens 42 is composed of two lenses to cover the left foot and the right foot may be spaced apart at a certain distance, it may be composed of an integrated lens that can cover the left foot and the right foot at the same time. .

In addition, the upper surface of the foot thermal lens 42 is formed by protruding the foot bearing surface along the concave portion of the foot in a profile that is joined to the foot. Here, the foot pressure surface can be provided in close contact with the concave splint of the foot where the load of the human body is heavily concentrated to provide the heating effect and the massage effect. Of course, acupressure protrusions may be formed on the upper surface of the foot thermal crystal lens 42. At this time, the acupressure protrusions are preferably provided along the entire sole of the foot.

In addition, the foot side carbon heating element 43 is provided inside the foot opening hole 41 to radiate radiant heat toward the foot thermal crystal lens 42. At this time, a part of the radiant heat is heated to the foot thermal crystal lens 42 and the rest of the radiant heat is projected directly to the foot portion of the human body by projecting the foot thermal crystal lens 42.

Of course, it is preferable that a reflecting plate is provided below the foot side carbon heating element 43 to reflect the radiant heat emitted downward. Here, the reflecting plate is more preferably provided in a form surrounding the side and the lower side of the foot side carbon heating element 43 to collect the radiant heat emitted in the remaining direction except the upper direction to reflect upward.

In addition, the foot thermal crystal lens 42 is preferably formed of a crystal plate for absorbing a portion of the radiated heat radiated to emit far infrared rays and piezoelectric. Accordingly, the foot thermal lens 42 may emit far-infrared rays, which are absorbed rays absorbed by the human body, thereby supplying energy absorbed by resonance to cell constituent molecules to activate cells and promote metabolism.

Meanwhile, the buttock heating part 20 includes a buttock opening 21, a buttock thermal lens 22, and a buttock-side carbon heating element 24. Here, the buttock heating portion 20 is disposed on the upper portion of the seating support portion 50 provided on the rear side of the receiving space 11, it is formed to have a constant volume.

In this case, the seated support part 50 includes a guide rail 51 provided at the rear side of the accommodation space 11 and a buttock support frame 52 which is selectively coupled to the guide rail 51 and moved back and forth. do. In addition, the buttock heating part 20 may be coupled to an upper end of the buttock support frame 52 and moved along the front and rear movement of the buttocks support frame 52.

At this time, the buttock support frame 52 is preferably provided with a fixing means for selectively switching the movement and fixing to the engaging portion with the guide rail (51). Accordingly, the buttock heating unit 50 may be selectively moved to be fixed at a position suitable for the body shape of the user, thereby supporting the buttocks of the human body stably and providing a comfortable posture to improve the satisfaction of the steaming.

In addition, the buttock opening 21 is formed on an upper surface of the buttock heating part 20. In addition, the buttock opening 21 is mounted with the buttock thermal lens 22 having an upper surface having a profile to be joined to the buttocks of the human body, and an edge thereof is sealed by the sealing means. Here, the sealing means is made of a silicone adhesive or the like, it is preferably provided to be resistant to heat and seal moisture.

The buttock-side carbon heating element 24 is provided inside the buttock opening 21. Here, the buttocks-side carbon heating body 24 radiates radiant heat toward the buttocks thermal lens 22 side, and a part of the radiant heat heats the buttocks thermal lens 22 and the rest of the radiant heat is the buttocks thermal lens 22. ) Is directly projected to the buttocks of the human body.

Of course, it is preferable that a reflecting plate is provided below the buttocks-side carbon heating element 24 to reflect the radiant heat emitted downward. Here, the reflecting plate is more preferably provided in the form of wrapping the side and the lower side of the buttocks-side carbon heating element 24 so as to collect the radiant heat radiated in the remaining direction except the upper direction.

In addition, the gluteal thermal lens 22 is preferably formed of a crystal plate absorbing a portion of the radiated heat radiated to emit far infrared rays and piezoelectric. Accordingly, the gluteal thermal lens 22 may emit far-infrared rays, which are absorbed rays absorbed by the human body, thereby supplying energy absorbed by resonance to cell constituent molecules to activate cells and promote metabolism.

As such, rather than providing the heating required for the steaming by heating the entire receiving space 11, the radiant heat is irradiated to the human body through the buttocks heating portion 20 and the foot heating portion 40 to provide heat. The energy used to provide the heat can be reduced and the efficiency of the product can be improved. In addition, since radiant heat is directly irradiated to the buttocks and the foot to provide rapid heat, convenience of the product may be improved by shortening the poultice preparation time. In addition, since part of the radiant heat is absorbed into the lens (22, 42) to emit far infrared rays and piezoelectric, the heat and sterilization effect is improved to maximize the effects of promoting metabolism, waste discharge.

Also, referring to FIGS. 2A to 2B, the upper surface of the gluteal thermal lens 22 is formed to have a high rim and a concave recess toward the center so that the buttocks of the human hip are seated and seated. Accordingly, the buttocks of the human body can be molded and supported stably, and radiant heat and far-infrared rays can be irradiated evenly over the entire buttocks.

In addition, the front central portion of the gluteal thermal lens 22 is protruded upward from the inner side to the front side in response to the perineal profile of the human body, and the upper surface of the protruding portion is inclined downward in both side end directions and is moved from the inner side to the front side. The perineal protrusions 23 that are gradually widened are formed.

Here, the perineum protrusion 23 is protruded along the perineum between the anus and the genitals, so that the user is in close contact with the perineum and provides a warming effect and a sterilizing effect as well as providing a massage effect. Can provide. In the case of men, by compressing the perineum between the anus and testicles through the heated projections, it can provide the effect of eliminating germs and promoting metabolism, as well as draining waste products and activating the prostate gland.

And, in the case of women by pressing between the anus and vagina through the heated projections, it is possible to relieve dysmenorrhea or dysmenorrhea through the heat and massage effect and to restore the damaged perineum during childbirth.

In this case, the buttocks-side carbon heating element 24 is disposed along the longitudinal direction at the center of the buttocks thermal lens 22, and directly irradiates radiant heat along the perineum between the human buttocks to further improve the thermal effect and sterilization effect. have.

As such, the perineal protrusion 23 is in close contact with the perineum and provides a warming and massage effect, thereby promoting the metabolism of the prostate gland in the male and the genital area of the female and providing waste discharge and sterilization, thereby improving the satisfaction of the product. .

On the other hand, referring to Figure 4, the outer tub 30 is coupled to surround the outer surface of the tub 10, the mounting space 61 is formed inside. In detail, the outer tub 30 is provided to surround the side walls 12a, 12b, and 12c forming the outer surface of the tub 10 so that an upper end of the outer tub 30 is the tub portion ( It is coupled to the 10 to form a mounting space 61 inside. In this case, a power supply unit 60 for supplying power to each of the carbon heating elements 24 and 43 and a power line 62 connecting the power supply unit 60 and the carbon heating elements 24 and 43 to the mounting space 61. Is placed.

Accordingly, since the accommodation space 11 and the carbon heating elements 24 and 43 of the bathtub part 10 are separated, the sweat or waste material or sand generated when the user enters the accommodation space 11 and steams the power source. The durability of the product may be improved by preventing damage to the line 61 or the power supply unit 60, and safety may be improved by preventing various safety accidents such as a short circuit due to moisture infiltration.

On the other hand, the knee upper portion 80 is included in the front upper side of the accommodation space (11). Here, the knee warm portion 80 is formed in the front upper side of the bathtub portion, the inclined portion 83 and the knee warm lens provided on the inclined portion 83 inclined downward from the upper surface to face the knee portion of the human body (82) and knee-side carbon heating elements (81).

Here, the inclined portion 83 may be formed by protruding the front upper side of the tub 10, and may be formed in a form in which a separate case member is provided on the front upper side of the tub 10. . In addition, the inclined portion 83 is preferably formed with an opening hole into which the knee warming lens 82 can be inserted, and the edge of the opening hole is sealed, but the knee side carbon is located above the knee warming lens 82. It is preferable that the heating element 83 is provided.

Accordingly, the knee warmer 80 radiates radiant heat toward the front of the knee of the human body to provide a warming effect, thereby relaxing the muscles of the knee joint and alleviating the pain caused by the tense muscles, and promoting blood circulation in the knee joint. It can provide the effect of alleviating various inflammations, such as arthritis.

On the other hand, in the longitudinal side wall (12a) of the receiving space 11, the side auxiliary heating portion is provided with a side secondary thermal crystal (71) and the side carbon heating element (72) in the lower center portion corresponding to the calf portion of the human body 70 is further included. Here, the side auxiliary heating unit 70 may provide a thermal effect on the calf portion of the human body to promote venous circulation of the lower part of the body, thereby improving calf swelling and providing a fatigue recovery effect.

In addition, the upper and rear of the seating support 50 is formed to protrude round the front side toward the lower side from the rear upper end of the tub 10, the support surface 18 is provided with an electronic massage device 18a inside do.

In detail, the support surface 18 is protruded toward the lower side from the rear upper end of the tub 10 so that the lower end is positioned at the upper height of the seated support 50. Accordingly, when the buttocks of the human body are seated on the buttock heating part 20 coupled to the upper portion of the seated support part 50, the back part of the human body is supported on the support surface 18 so that the user may sit comfortably. .

In addition, the support surface 18 protrudes rounded from the top to the lower side so as to press the back portion of the human body from the center to the front so that the back spine is naturally S-shaped so as to support the spine without straining. Can be.

In addition, an electronic massage device 18a is provided inside the support surface 18 so that the massage part 18b of the electronic massage device 18a is located along the both sides of the back of the back of the support surface 18. The lower side may be provided to stimulate the muscles supporting the spine to release the tension to provide fatigue recovery and pain relief.

On the other hand, the lower surface of the outer tub 30 is preferably provided with a driving wheel that is selectively rotated to be movable. Here, the driving wheel portion is provided with a stopper for selectively switching the rotation and fixing can conveniently move and fix the massage bath device (100).

Since the massage bath apparatus 100 provides heat using the carbon heating element, since the power consumption is small, the massage bath apparatus 100 may supply power required for using the product with a small capacity battery. Accordingly, the massage bath device 100 can be freely moved through the driving wheel part to steam without restriction on position, thereby improving convenience of the product.

In addition, the massage bath apparatus 100 provides a poultice effect through dry radiant heat so that the massage bath apparatus can be steamed without taking off clothes, and thus the utilization of the product may be further improved.

Figure 5 is a block diagram showing a dry healing massage bath apparatus using a lens according to an embodiment of the present invention.

As shown in Figure 5, the control unit 90 is connected to the power supply unit 60 is provided to control the power supply of each of the carbon heating elements (24, 43). In this case, the power supply unit 60 is preferably connected to the respective carbon heating elements 24 and 43 through the power supply line 62.

In addition, each of the lens (22, 42) is provided with a temperature sensor (22a, 42a) for detecting the temperature. In this case, the temperature sensors 22a and 42a may be provided as a contact type temperature sensor or a non-contact type temperature sensor that detects and measures an infrared ray. In addition, the temperature sensors 22a and 42a are provided at one side of the hip thermal lens 22 and the foot thermal lens 42 to detect the temperature of each lens 22 and 42 and transmit them to the controller 90. Done.

In this case, the controller 90 independently cuts off the power of the respective carbon heating elements 24 and 43 when the temperature detected by the temperature sensors 22a and 42a of the lens is greater than or equal to a predetermined temperature. In detail, each of the carbon heating elements 24 and 43 may be independently connected to the power supply 61 so as to be turned on and off independently. Accordingly, the controller 90 may cut off the power of the carbon heating elements 24 and 43 according to the detected temperatures of the respective temperature sensors 22a and 42a.

For example, when the temperature of the foot is low because of coldness in the foot of the user, the temperature of the foot thermal crystal 42 increases due to the temperature of the foot, and the temperature of the gluteal thermal lens 22 may be continuously increased. have. At this time, the control unit can provide only continuous heat to the foot by blocking the power of the carbon heating element provided on the lower side of the hip thermal crystal lens 22, the buttocks can be controlled so that excessive temperature rise does not occur.

Accordingly, the controller 90 maintains the user's discomfort by maintaining the respective crystals 22 and 42 at a predetermined temperature without excessive heating by supplying and shutting off the carbon heating elements 24 and 43. Not only can be steamed without feeling, by independently controlling each of the carbon heating elements (24,43) it can provide an effective poulticeous effect by continuously heating the portion where the body temperature has fallen due to cold.

As described above, the present invention is not limited to the above-described embodiments, and variations and modifications may be made by those skilled in the art without departing from the scope of the present invention. And such modifications are within the scope of the present invention.

100: dry healing massage bathtub using the lens 10: bathtub
11: storage space 15: control panel
16: Door part 20: Butt heat part
22: gluteal thermal lens 30: grandfather
40: foot warming 42: foot warming lens
50: seat support 51: guide rail
52: buttocks support frame 60: power supply
61: power line 70: side auxiliary heating unit
80: knee warmer 22a, 42a: temperature sensor
90:

Claims (5)

Bathtub portion is formed in the receiving space inside;
The foot opening is provided on the bottom of the front side of the receiving space, the foot opening is closed and covered by a foot thermal crystal that has an upper surface having a profile conforming to the foot of the human body, and the foot carbon heating element is formed inside the foot opening. Foot heating portion provided;
A buttock opening is disposed above the seating support provided on the rear side of the accommodation space, and is closed and covered by a buttock thermal lens having an upper surface having a profile to be joined to the buttocks of the human body. Buttock heating portion provided with a buttocks side carbon heating element; And
Is coupled to surround the outer surface of the bath tub includes an outer tub that is formed in the mounting space,
The mounting space includes a power line connected to each carbon heating element, and a control unit connected to the power line to control a power supply, wherein the control unit has a temperature detected by a temperature sensor installed in each of the lenses at a predetermined temperature or more. Dry healing massage bath using a lens, characterized in that for each case to independently cut off the power of the carbon heating element. The method of claim 1,
In the front central portion of the gluteal thermal lens, the perineal portion protrudes upward from the inner side to the front side in response to the perineal profile of the human body. Is formed,
The buttock-side carbon heating element is a dry healing massage bath using the lens, characterized in that disposed in the longitudinal direction in the center of the gluteal thermal lens. delete The method of claim 1,
A knee warmer disposed at an inclined portion formed to be inclined downward from the upper surface to face the knee portion of the human body and provided with a knee warming lens and a knee-side carbon heating element;
Dry side heal massage device using the lens, characterized in that the longitudinal side wall of the receiving space further comprises a side auxiliary heating unit is provided with a side auxiliary heating lens and the side carbon heating element in the central lower portion corresponding to the calf portion of the human body. The method of claim 1,
The seated support portion includes a guide rail provided on the rear side of the accommodation space, and a buttock support frame that is coupled to the guide rail and selectively moved back and forth,
On the upper rear of the seating support portion is formed to protrude round the front side toward the lower side from the rear upper end portion of the bathtub portion, the inner side is formed with a support surface equipped with an electronic massage device,
Dry healing massage bathtub using the lens, characterized in that the lower surface of the outer tub portion is provided with a driving wheel selectively rotated to be movable.

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