KR200370232Y1 - Dry Type Bathtub Apparatus for Lower Half of Body - Google Patents

Abstract

The present invention relates to a dry half-bath apparatus, the dry half-bath apparatus according to the present invention is installed in the upper portion and formed through the opening to be inserted into the body to be inserted below the waist or upper part of the lower part of the body and folded and installed on the side, rotated A door having a door, and a wall surface provided at upper, lower, left, and right sides to form a space sealed with the outside, a seat provided at a lower portion of the cover of the main body, a footrest provided at the front of the seat, and the main body And a frame having a vertical member fixed to the inner side of the seat and the footrest, and a horizontal member coupled to the vertical member and installed at a predetermined interval so that a vent hole is formed, and the main body, the seat and the footrest, and the frame. Characterized in that it comprises a planar heating element installed between the vertical member of the.

Accordingly, the present invention uses a planar heating element that is economical and excellent in heat generation, and can use the ocher ball and the illite ball, which emits a large amount of far-infrared rays, which are beneficial to the human body, without requiring a separate heat medium. By promoting metabolism and removing waste products, it is effective to contribute to modern people's health.

Description

Dry Type Bathtub Apparatus for Lower Half of Body}

The present invention relates to a dry half-bath apparatus, and more particularly, to a dry half-bath apparatus capable of half-body warm bath by heat and far infrared rays in the dry state.

As is well known, the half body bath is to remove the cold caused by blood circulation disorders by warming the lower body, the head is cold and the foot warms the Duhan foot fever (頭 寒 足 熱) state of health bath method.

This half body bath opens the contracted blood vessels, allowing blood to flow smoothly, lowering blood pressure, promoting fatigue and metabolism, and releasing the toxins accumulated in the body 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.

As a conventional technique for performing such a half body bath, "half body bath" (hereinafter referred to as "prior art 1") of "Domestic Patent Application No. 2000-0004070", "Domestic Registration Utility Model Publication No. 20-0250683" "A portable tub device for lower body bath" (hereinafter referred to as "prior art 2") has been disclosed.

The above-mentioned prior arts 1 and 2 both use liquids such as water, and the prior art 1 uses convenience devices such as an opening and closing device and an arm rest as the main components thereof in a conventional bathtub. Is composed of a main body having a mobility and opening and closing member for opening and closing the main body, the back support member, the filter box, the filtration tank, the foot massager and the control box for controlling the bath water, water massager, the first and second circulation pump, etc. It was to have.

Since the prior arts 1 and 2 having the above-described configuration should use liquids such as water, both waste water is generated and a separate treatment facility is required, and the installation place and use place are limited, and the liquid heating and temperature Since it is necessary to maintain a lot of power is uneconomical, it takes a long time to heat the liquid to the set temperature, there was a problem that is difficult to repair and maintain. In addition, when the other person wants to continuously perform half body bath, there was an inconvenience that can not be used immediately because it must be used after the process of discharging used water and cleaning.

On the other hand, the planar heating element is a mat-type heating element having a function of converting electrical energy into thermal energy through the electrical resistance of the carbon fiber using a special carbon fiber without using an electric heating wire generally used. This planar heating element can be used semi-permanently, there is no risk of fire, no gas and boiler piping, and the heating area can be adjusted. In addition, it is possible to reduce the electricity bill, and the construction is simple, so that the labor cost can be reduced, and it is not only economical, but also excellent in the heat generating effect. In addition, it is known that it is effective in preventing cancer in the human body as radiant heat emitted at the same wavelength as solar energy. With these advantages, the cotton heating element is a high-tech heating element for the 21st century and is used for various purposes such as seedlings, mushrooms, flowers, health products, and building materials for heating.

On the other hand, ocher is also called 'living life' because one spoon contains about 200 million microorganisms. The loess is excellent in antimicrobial, anti-odor, hygroscopic, and is good for the prevention of various adult diseases, such as anti-aging, chronic fatigue, is good for diseases such as scars, athlete's foot, eczema by removing the toxin, and is good for the cold of women. In addition, the oxygen supply capacity of more than 100 times the body of the body has an excellent effect on physiological activation and bacteria eradication, and releases anions.

It is the far-infrared rays emitted from the loess that make this loess efficacious. Far-infrared rays have a photoelectric effect that activates the physiology of cells, generates heat energy, and releases harmful substances, decomposes waste products in the body, has a self-cleaning ability, and is good for skin beauty, and promotes blood metabolism to stimulate metabolism. . As such, ocher having beneficial effects on the human body is used in various forms and uses, such as ocher clay and ocher building materials.

On the other hand, Illite, first discovered in Illinois, USA, is a natural mineral and is used as an eco-friendly material because it does not harm the human body at all. Unlike the yellow soil, this illite does not contain E. coli or bacteria, and has excellent effects on bacteriostatic action, sterilization, and odor removal to remove viruses and bacteria. Due to the characteristics of far-infrared radiation, it creates a pleasant environment and is effective in providing clean air and relieving stress for modern people who suffer from insomnia or adult diseases.

When used as a building finishing material, it emits up to 93% of far infrared rays, which are good for our body, to block harmful wavelengths, to prevent water vein, to prevent fatigue and to prevent adult diseases, and to accumulate heat storage effect to save energy. There is also.

As such, the illite having a beneficial effect on the human body exists in a very small amount in the world, and thus the situation of developing an illite having various functions using a small amount.

Therefore, the present invention has been devised to solve the problems of the prior art as described above, the object of the present invention is to use a planar heating element that is economical and excellent heat generation and do not need a separate heating medium to do a warm bath in a dry state It is possible to provide a half-bath apparatus using a dry type to exert the effects of promoting metabolism, removing waste products by using ocher balls and illite balls in which large amounts of far-infrared rays beneficial to the human body are emitted.

1 is a perspective view showing the appearance of a dry half-bath apparatus according to the present invention.

Figure 2 is a perspective view showing an open state of the dry half-bath apparatus according to the present invention.

Figure 3 is a partial cross-sectional perspective view showing the internal structure of a dry half-bath apparatus according to the present invention.

Figure 4 is a perspective view showing a schematic structure of the planar heating element according to the present invention.

5 and 6 are partial cross-sectional perspective view showing the internal structure of the dry half-bath apparatus according to a preferred embodiment of the present invention.

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

100: half body bath

10: main body 11: cover

11a: through hole 12: through cover

13: door 14: wall

20: seat portion 30: footrest portion

31: base 40: frame

41: vertical member 42: horizontal member

50: ventilator 60: planar heating element

61: electrode 62: controller

70: ocher ball 80: illite ball

According to a feature of the present invention for achieving the object as described above, the cover is formed in the through hole is formed so that the human body is inserted in the upper portion and below the lower part of the waist or upper body, folded door, the door is installed on the side and rotated, A wall surface is provided on the left and right sides to form a space sealed with the outside, a seating portion provided under the cover of the main body portion, a footing portion provided in front of the seating portion, the main body portion, a seating portion and a footrest Between the frame and the main body, the seat and the foot and the vertical member of the frame consisting of a vertical member fixed to the inside of the part, and a horizontal member coupled to the vertical member and installed at a predetermined interval to form a vent hole It characterized in that it comprises a planar heating element to be installed.

In addition, the present invention is characterized in that it further comprises an ocher ball or an illite ball attached to the upper portion of the planar heating element located in the vent hole at a predetermined interval.

Preferably, the ocher ball and the illite ball are alternately attached to the upper portion of the planar heating element located in the ventilation hole at a predetermined interval.

Hereinafter, with reference to the accompanying drawings, a dry half-bath apparatus according to the present invention having the configuration as described above will be described in detail.

1 is a perspective view showing the appearance of the dry half-bath apparatus according to the present invention, Figure 2 is a perspective view showing an open state of the dry half-bath apparatus according to the present invention, Figure 3 is a dry half-bath device according to the present invention The internal structure is a partial cross-sectional perspective view.

As shown, the dry half-bath apparatus 100 according to the present invention, the cover 11, the door 13 and the wall 14 is provided with a main body portion 10 to form a closed space with the outside And, the seat portion 20 provided in the lower cover 11 of the main body portion 10, the footrest portion 30 provided in front of the seat portion 20, the main body portion 10, the seat The frame 20 and the planar heating element 60 is installed between the body portion 10 and the frame 40 is provided inside the portion 20 and the footrest portion 30.

The main body 10 is composed of a cover 11, the door 13 and the wall surface 14 to form a space sealed to the outside.

The cover 11 is installed on the upper portion of the body portion 10, the through-hole (11a) is formed so that the human body below the waist or upper body predetermined portion is inserted. On the upper portion of the through hole (11a) is provided with a through cover 12 for closing the through hole. The through-hole cover 12, when not using the dry half-bath apparatus 100 to cover the through-hole (11a) to be closed to prevent dust or foreign matter, etc. into the half-bath apparatus 100, when in use Opening the through hole (11a) serves to insert the human body below the waist or upper body predetermined portion into the through hole (11a).

The door 13 is installed to be rotated on the side of the main body 10 serves to allow the user to enter and exit, and the wall surface 14 is installed on the top, bottom, left and right of the main body 10.

The seat portion 20 is provided under the cover 11 of the body portion 10, the user is seated in the seat portion 20 will have a half body bath.

The footrest portion 30 is provided in front of the seat portion 20, the user will put the foot on the footrest portion (30). The footrest part 30 is inclined by hanging the pedestal 31 at the end so that the foot is in a comfortable state.

The frame 40 is installed inside or outside the main body portion 10, the seat portion 20, and the footrest portion 30, and includes a vertical member 41 and a horizontal member 42. In addition, the frame 40 uses a solid wood, such as red cedar or migraine. When using such wood, the distortion caused by the generation of sweat and steam during half body bath can be suppressed, and the pattern which is beautiful and harmonizes with the furniture installed around can maximize the visual effect and contribute to the quality of the product. Will be.

The vertical member 41 is fixed to the outside of the body portion 10 and the outside of the seat portion 20 and the footrest portion 30.

The horizontal member 42 is coupled to the vertical member 41 and is installed at predetermined intervals so that the vent hole 50 is formed.

The vertical member 41 and the horizontal member 42 may be replaced with each other, or constitute the frame 40 using only the vertical member 41 or the horizontal member 42, or the vertical member 41 and the vertical member 41. Various modifications, such as using the horizontal member 42 alternately, are possible.

The planar heating element 60 is installed between the main body portion 10, the seating portion 20 and the footrest portion 30 and the vertical member 41 of the frame 40, and generates heat to the main body portion 10. It serves to raise and maintain the air temperature inside. The operation principle of the planar heating element 60 is heat generation due to the inherent electrical resistance of the conductor. The planar heating element 60 is formed by uniformly applying a polymer of fine particles and conductive carbon particles to the fiber woven fabric to form a planar shape. The planar heating element 60 is provided with electrodes 61 at both end portions as shown in FIG. When a current is applied to the electrode 61, current flows between the two electrodes 61 to generate heat of resistance due to the resistivity of ceramic and carbon particles. The planar heating element 60 is different from the electrical appliance using nichrome heating wire, but the heating method is completely different in principle. The heat generated by the planar heating element 60 is to be transmitted by conduction and radiation, and is transmitted through the vent hole 50 formed by the vertical member 41 and the horizontal member 42, the half body bath device 100 ) Will heat the air inside. In addition, unlike the heat generated from electrical appliances using nichrome heating wire, this heat does not deprive the human body of moisture, and thus does not significantly affect the skin even after a long half bath. In this way, the present invention, unlike the wet half-bath apparatus using water or other media, which is conventionally used by the drying of the air by heating, there is no generation of waste water and the heating by the air can be used quickly and can be used immediately. This has the advantage of being readily available. In addition, a controller 62 for controlling the planar heating element 60 is installed on one side of the main body 10 to control the heat generation temperature, heat generation time, etc. of the planar heating element 60 by the operation of the controller 62. .

5 and 6 is a partial cross-sectional perspective view of the internal structure of the dry half-bath apparatus according to a preferred embodiment of the present invention.

In Figure 5 shows a half body bath is attached to the ocher ball 70 on the planar heating element (60).

As shown, the ocher balls 70 are attached at predetermined intervals on the planar heating element 60 in which the vent hole 50 formed by the vertical member 41 and the horizontal member 42 is located. This half body bath is capable of simultaneously exhibiting the solar radiation heat release effect of the planar heating element 60 and the far infrared ray emission effect of the ocher ball 70. In this case, even though the ocher ball 70 is replaced by the illite ball 80, the far infrared ray emitting effect of the illite ball 80 can be exerted.

6 shows the half body bath in which the ocher balls 70 and the illite balls 80 are alternately attached to the planar heating element 60.

As shown, the ocher ball 70 and the illite ball 80 alternately on the planar heating element 60 in which the vent hole 50 formed by the vertical member 41 and the horizontal member 42 is located. It is attached. This half body bath is capable of simultaneously exhibiting the solar radiation heat release effect of the planar heating element 60, the far infrared ray emission effect of the ocher ball 70, and the far infrared ray and anion emission effect of the illite ball 80.

Using a half-body bath using the dry of the present invention having the configuration as described above will be half-bath in the following way.

First, after the power is applied, the user operates the controller 62 to arbitrarily adjust the temperature, time, etc. at which the planar heating element 60 is to be generated. Subsequently, the through cover 12, the cover 11, and the door 13 are opened and enter the half body apparatus 100, and are seated in the seat 20, and the foot is provided in front of the seat 20. Put on 30) and close the cover (11) and the door (13) and half body bath. At this time, the user may enter the half body bath apparatus 100 and operate the controller 62 in a seated state. In such a state, half-bath. In this case, the solar radiant heat emission effect of the planar heating element 60, the far infrared emission effect of the ocher ball 70, and the far infrared and anion emission effect of the illite ball 80 can be sensed at the same time. After the half body bath is completed in this way, the controller 62 is operated to cut off the power supply. Subsequently, the cover 11 and the door 13 are opened and exited from the half-bath apparatus 100, and then the cover 11 and the door 13 are closed, and the through-hole lid 12 that closes the through hole 11a is closed to remove dust or foreign matter. To prevent injection.

As described above, according to the present invention, using a planar heating element which is economical and excellent in heat generation, it is possible to take a warm bath in a dry state without the need for a separate heating medium, and ocher balls and illite balls in which large amounts of far infrared rays are beneficial to the human body are released. By using it to promote the metabolism, to remove the waste, such as to have an effect that can contribute to the health of modern people.

Claims (4)

A through-hole is formed to be inserted in the upper portion and the human body below a predetermined portion of the waist or upper body is inserted and folded cover, the entrance door is installed on the side, and the wall is provided on the top, bottom, left and right, to form a closed space with the outside part; A seating portion provided under the cover of the main body portion; Footrest portion provided in front of the seat; A frame including a vertical member fixed to the inner side or the outer side of the main body, the seating portion, and the footrest portion, and a horizontal member coupled to the vertical member and installed at predetermined intervals so that a vent hole is formed; And And a planar heating element installed between the main body portion, the seat portion and the footrest portion and the vertical member of the frame. The method of claim 1, Dry half body bath device characterized in that it further comprises a loess ball attached to the upper portion of the planar heating element located in the vent hole at a predetermined interval. The method of claim 1, Dry half body bath device characterized in that it further comprises an illite ball attached to the upper portion of the planar heating element located in the vent hole at a predetermined interval. The method of claim 1, Dry porcelain bath device characterized in that the ocher ball and the illite ball is alternately attached to the upper portion of the planar heating element located in the ventilation hole at a predetermined interval.