KR20060077378A - Half the body bathing fomenting machine - Google Patents

Abstract

The present invention relates to a dry half-bath apparatus which allows a half body bath using far-infrared rays and ocher as a dry type that does not use water, and its configuration is composed of left, right sides, front, rear and bottom surfaces, and an upper portion thereof. Box-shaped case, one side end is hinged to one side of the front surface of the case, the door for opening and closing the inner space and the outside of the case according to the rotation operation, and part of the upper surface to cover the upper part of the case Seated in a detachable structure, and the remaining part is roughly divided into a cover that is integrally fixed to the upper surface of the case, and is installed inside the left and right sides and the rear of the case to form a layer of insulation, ocher and far-infrared heating elements respectively. .

According to the present invention, the far-infrared heating element and the ocher and the heat insulating material are built in the left and right sides and the rear of each side of the box-shaped case in which the user's lower body is accommodated. As a result, it is possible to have effects that are useful for the human body having far-infrared emission and ocher and effects that occur when half body bathing is performed, thereby obtaining a greater synergy effect.

Description

Half the body bathing fomenting machine

1 is a perspective view showing an example of a conventional half body bath apparatus.

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

3 is a cross-sectional view taken along the line AA ′ of FIG. 2.

4 is a perspective view showing another example of the present invention cover.

5 is a perspective view showing another embodiment of the dry half-bath apparatus according to the present invention.

6 is a perspective view showing a state in which the cover and the door of the present invention is opened.

Figure 7 is a cross-sectional view showing the configuration of another embodiment of the present invention.

8 is a use state diagram of the present invention.

Explanation of symbols on the main parts of the drawings

200: case 210,220: (left, right) both sides

230: rear 240: door

242: rotating door 244: fixed door

250: cover 252: first cover part

254: second cover part 252a, 254a: first and second grooves

280: blocking unit 282: first blocking plate

284: 2nd blocking plate 285: guide groove

310: wood 320: ocher layer

330: far infrared heating element 340: insulation

350: bone combination plate 410: control unit

510: handle 520: hinge

610: far infrared lamp

The present invention relates to a dry half-bath apparatus, in particular, having a useful function to the human body by using a heating element and ocher emitting far-infrared rays, and manufactured in a dry type, its structure is improved so that hot water supply and drainage are not required. It relates to a half body bath device.

In general, the half body bath is used to cool the head and warm the feet to induce convection by forcing the difference in body temperature between the upper and lower body parts of the body to promote blood circulation and metabolism, as well as through the sweat. It will have a function to discharge the accumulated toxins to the outside.

In more detail, the half body bath is divided into upper and lower body parts based on the body's name, and the lower body part is bathed for about 10 to 30 minutes depending on the constitution in warm water of approximately 37 ° C to 42 ° C, slightly higher than the standard body temperature. .

In the past, half-baths were performed in public baths or home baths, but in public baths, a large number of people share a fixed facility, which makes it difficult to maintain clean and comfortable posture as well as troublesome and hygienic. In the domestic bathtub, there is a problem that it is difficult to maintain a constant temperature as the hot water is cooled.

Therefore, in recent years, a separate half body bath device has been purchased and used at home, and it is equipped with a temperature control function using a heater to maintain a constant temperature after receiving hot water, and has a seat and a backrest to maintain an accurate bathing position. It is prepared.

Since the conventional half-bath apparatus is provided with a hot water supply unit and a drainage system separately, a large amount of water is consumed to supply hot water, and when hot water is used, resistance may occur to the skin, and a place to be used in a space where a drain is provided is provided. There was a problem that was followed.

In addition, as an example of a half-bath apparatus that does not use water, there was a method using a jacket equipped with a conventional heating element, but this has the advantage of not being restricted by the place, while the heavy weight of the jacket makes it difficult to use and takes off clothes. There was a hassle of half-bath.

On the other hand, another example of the dry type half-bath apparatus that does not use water is disclosed in Korean Utility Model Registration No. 0366546 "dry half-bath apparatus using far infrared rays" and as shown in Figure 1, the configuration is the upper body of the user The case body 10 is formed with a space (S) that can be seated in a way that the user is seated on the chair in the exposed state, so that the user can lean back on the back of the case body 10 when the user is seated The backrest 20 which is attached to the inclined adjustable manner in a predetermined manner, and allows the user to easily enter and seat in the space S, and at the same time cover the user's legs so that only the upper body of the user when the user is seated The door 30, which is hinged to the front end of the case body 10 so as to be exposed to the sieve, can open and close the space S, and the bottom, side walls, and rear walls that define the space S. The far-infrared generator 40 mounted on the side in a known manner, and the far-infrared ray generated in the far-infrared generator 40 in a known manner attached to the inner side of the door 30 in the space S, that is, the user It was to include a reflector to reflect the body.

In addition, it has a central control unit 70 that is connected to the power supply 60 to selectively supply the power to control the far infrared ray generator.

The central control unit 70 receives a signal input from the door closing detection sensor 61, the seating detection sensor 62 and the temperature sensor 63, respectively, and the operation is controlled.

By the way, the conventional half-bath apparatus 100 having such a configuration has a structure in which the backrest portion 20 having the function of a cover is rotatable, and therefore, when used, not only the heat loss in which heat is released, but also the heat generated is generated. The site was in direct contact with the body and there was a risk of burns.

In addition, the far infrared has a useful function to the human body, but simply emits only the far infrared, so additional functions such as humidity control and detoxification functions required for the human body were required.

The present invention has been proposed in view of the above-mentioned problems, and its purpose is to not only have various functions useful for the human body using far-infrared emission and ocher, but also to block heat loss and maximize the effect of half body bath. It is to provide a dry half-bath apparatus, the structure of which can be improved.

The present invention for achieving the above object is provided with a box-shaped case formed with an inner space that the upper portion is opened so that the upper body is exposed to the outside and the upper body is seated to seat the lower body,

A door coupled to a front side of the case to open and close the interior space;

A cover coupled to an open upper portion of the case to be openable and a remaining portion fixedly installed;

Each of the surfaces constituting the case is embedded in at least one of the inside and is generated by the supply of power is characterized in that it is provided with a far-infrared heating element for emitting far-infrared rays and the ocher layer forming a layer by applying ocher.

In another feature of the present invention, the left and right sides of the case is installed inside the heat insulating material and the rear.

In another feature of the present invention, the cover and the first cover portion is rotatably hinged to the upper surface of the case,

A second cover part located at a position proximate to the first cover part and integrally coupled to be fixed to an upper surface of the case;

First and second grooves having a shape corresponding to the waist of the user are formed at the center portion of the edge contacting the first and second cover parts.

In addition, the present invention is the cover and the first cover portion is rotatably hinged to the upper surface of the case,

A second cover part located at a position proximate to the first cover part and integrally coupled to be fixed to an upper surface of the case;

Located in the lower side of the second cover portion, both ends are supported with the upper inner surface of the case, the lower portion of the first cover portion is coupled to the sliding movement and the groove portion of the shape corresponding to the waist of the user in the center of the end edge It is provided with a blocking portion formed.

In addition, the present invention provides a plate-shaped first blocking plate which is integrally fixed to the left side and the rear so that the blocking portion is located below the first cover portion,

A plate-shaped second blocking plate positioned below the second cover part and slidably moving toward the first blocking plate side;

It includes a guide groove formed in the back and the inner surface of the door so that both ends of the second blocking plate is accommodated and sliding respectively.

In addition, there is provided with a far-infrared lamp that emits light and emits far infrared rays as power is supplied to the inside of the seat.

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

One embodiment of the dry half-bath apparatus according to the present invention, when described with reference to Figures 2 and 3, the configuration is composed of the left and right sides 210, 220 and rear 230 and the bottom 270 and the top is A box-shaped case 200 to be opened and one side end is hinged 520 to one side of the front surface of the case 200, the door 240 for opening and closing the inner space and the outside inside the case 200 in accordance with the rotation operation ) And a cover 250 which is partially seated in a detachable structure on the upper surface so as to cover the upper part of the case 200 and the other part is integrally fixed to the upper surface of the case 200. The left and right sides 210 and 220 of the case 200 and the rear surface 230 are provided with a heat insulating material 340, an ocher layer 320, and a far infrared ray heating element 330, respectively.

In detail, both sides 210 and 220 which form part of the case 200 and the rear surface 230 are formed by integrally joining various kinds of materials in a square frame constituting a wooden frame, and the innermost part of the user's body part. Since it is a part in contact with the timber 310, which is a friendly material, the ocher layer 320, the far-infrared heating element 330, the heat insulator 340 are located in the outer side of the wood 310 in order, the outermost frame The plywood 350 is positioned.

More preferably, the bottom surface 270 may be one in which the above materials are integrally bonded.

The wood 310 is preferred to adopt a cedar (aka sugi) material that is excellent in fragrance and not easily deformed without water decay.

In addition, the ocher layer 320 may employ a general ocher, and here the same effect may be obtained by employing a nonwoven fabric coated with ocher.

In addition, the far-infrared heating element 330 may be a well-known one. For example, it may be preferable to employ a planar heating element in which a heating element that is heated by an electrical supply by connecting electrical wires is laminated in the form of a film.

Moreover, it is preferable that the heat insulating material 340 employ | adopts the thing of the plate form by a well-known method.

The left part 235 is formed horizontally at a predetermined height from the bottom surface 270 so that a space portion is formed at a lower portion thereof, and a known far-infrared lamp 610 which emits far infrared rays by emitting light and generating heat as power is supplied to the space portion. ) Is installed separately, and because it is a part that is in direct contact with the human body, it can be finished with materials such as leather.

The cover 250 is seated on the upper surface of the case 200 to be integrally fixed to the detachable first cover portion 252 and the upper surface of the case 200 so as to cover a part of the opened upper portion. It is installed and consists of a second cover portion 254 for covering the upper portion, such as the first cover portion 252.

The first and second grooves 252a and 254a of the shape corresponding to the waist of the upper and lower bodies of the user are formed in the central portions of the first and second cover portions 252 and 254, respectively, to form a hole. have.

In addition, a control unit 410 is further provided on one side of the case 200 (both sides 210 and 220 or the rear side 230) to adjust time and temperature to the outside, and the control unit 410 is not shown in the drawings. But it is operated by the power supplied through the power supply, a known timer and temperature controller and a temperature sensor for sensing the temperature in the case 200 is provided.

That is, the sensor 200 detects the temperature in the storage space of the case 200 and adjusts the temperature set by the switch of the controller 410 in the temperature controller, and performs the normal control of adjusting the half-bath time in the timer to operate only for the set time. .

On the other hand, Figure 4 is a view showing another embodiment of the cover 250, the first cover portion 252 of the cover 250 described above is coupled to the outer surface and the hinge 520 of the upper surface of the case 200 It is intended to rotate.

More preferably, a cover 260 is further provided to block foreign matter such as dust from penetrating into the inner space of the case 200 when it is not normally used because it is seated on the upper side of the cover 250.

Reference numeral 510 denotes a handle coupled to the outer surface of the cover 250.

Referring to the operation of the embodiment of the present invention having such a configuration as follows.

Half body bath device of the present invention, the user pulls the door 240 to enter the inner space of the case 200 to the half body bath to rotate the hinge 520 to the outside to open the entrance, the user seat 235 After the seat 240 is returned to its original position and the entrance is closed, the first lid 252 of the lid 250 is seated on the upper surface of the case 200 to seat the case 200. Close the inside and outside of the

At this time, the lower body part of the user is accommodated in the inner space of the case 200 in a state seated on the seat 235, the upper body part is exposed to the outside through the first and second grooves (252a, 254a) of the cover 250. It is to maintain the state that comes out of the case 200 as possible.

Subsequently, when the user sets the desired temperature and time by operating the switches of the controller 410, the far-infrared lamp 610 embedded in the left part 235 is turned on, and power is supplied to the far-infrared heating element 330. The heat is conducted to the inner space of the case 200.

On the other hand, as electricity is supplied to the far-infrared heating element 330 built into the left and right sides 210 and 220 and the rear surface 230 of the case 200, the far-infrared rays are emitted into the case 200 while being heated from the far-infrared heating element 330. In addition, as the heat is conducted into the case 200 through the ocher layer 320, it is possible to obtain a useful function for the human body having ocher.

Therefore, the body's metabolism and blood circulation are promoted as well known by the anti-neotropic effect of the far-infrared rays emitted from the case 200 and the components released from the yellow soil and the temperature difference between the upper and lower body parts of the body, and deodorization. It has useful functions such as sex and detoxification.

In addition, Figures 5 to 8 show another embodiment of the present invention, since the structure is similar to the above-described line embodiment will not be repeated description of the same parts, but unlike the previous embodiment door The structure of the 240 and the cover 250 is different, and the structure of the door 240 is located on both sides 210 and 220 positioned at both left and right sides of the door 240, and on the right side of the sides 210 and 220. Fixed door 244 is installed so that a portion of the door 240 is fixed, and rotated to open and close the inner space of the case 200 is coupled to the hinge 520 to one end of the fixed door 244 is rotated Consisting of a door 242,

The cover 250 is coupled to the upper surface of the case 200, the hinge 520 is coupled to the first cover portion 252 is rotated and the upper surface of the case 200 in a position close to the first cover portion 252 The second cover part 254 fixedly coupled to the configuration is the same as the above-described embodiment, but the blocking part 280 located below the first and second cover parts 252 and 254 is further configured.

In more detail, the blocking portion 280 is a plate-shaped first blocking plate 282 integrally fixed to the left side 210 and the rear surface 230 to be positioned below the first cover portion 252. And a plate-shaped second blocking plate 284 positioned below the second cover part 254 and slidably moving in the horizontal and horizontal directions.

In addition, the second blocking plate 284 has a structure in which both side ends of the plate shape are supported by the guide grooves 285 formed on the inside of the rear surface 230 of the case 200 and the upper inner surface of the door. Preferably, wheels may be installed at both ends to assist the sliding movement.

The first and second blocking plates 282 and 284 have grooves 282a and 284a each having a size and a shape corresponding to the waist of the user at the center of the edges in contact with each other.

Reference numeral "284a" indicates a recessed groove formed downward on the upper surface of the second blocking plate 284, which the user P puts a finger into the recessed groove 284a to the user P side. It may be formed to be pulled, but may also be formed to the size of the handle does not interfere with the sliding movement.

The operation of another embodiment of the present invention having such a configuration is as follows.

After the user P opens the rotating door 242 and rotates the first cover part 252 to enter the internal space in the open case 200 and seats on the seat 235, the user rotates the rotating door 242 to close the second door. When the blocking plate 284 is pulled toward the first blocking plate 282, the waist portion of the user P is positioned in the recesses 282a and 284a of the first and second blocking portions 282 and 284, as described above. The half body bath can be performed by manipulating the switches of the controller 410 while the upper body part of the user P is exposed to the outside.

As described above, the present invention is a dry type that does not use water so that the half body bath can be performed using far infrared rays and ocher. By constructing the inner part of each side so that the far-infrared heating element, ocher and insulation are built in, and the inner side adopts cedar wood, it can have the effects that are useful for the human body having far-infrared emission and ocher, and the effect generated when half body bath As a result, a greater synergy can be achieved.

Claims (6)

A box-shaped case 200 having an inner space in which an upper portion is opened so that a lower portion of the user's lower body is seated and the upper body is exposed to the outside; A door 240 coupled to one side of the front surface of the case 200 to open and close the inner space; A cover 250 in which a part of the case 200 is opened so as to be openly coupled and the remaining part is fixedly installed; Each of the surfaces constituting the case 200 is embedded in each of at least one or more, and is provided with a far-infrared heating element 330 for generating heat by the supply of power to emit far infrared rays, and the ocher layer 320 forming a layer by applying ocher. Dry half-bath device characterized in that. The method of claim 1, Dry half body bath device characterized in that the heat insulating material 340 is installed inside the left, right sides (210, 220) and the rear surface 230 of the case 200. The method of claim 1, The cover 250 is the first cover portion 252 is rotatably coupled to the hinge 520 to the upper surface of the case 200, A second cover part 254 located at a position close to the first cover part 252 and integrally coupled to be fixed to an upper surface of the case 200; Dry half body bath device characterized in that the first and second grooves (252a, 254a) having a shape corresponding to the waist of the user is formed in the center portion of the edge that the first and second cover parts (252,254) contact each other. The method of claim 1, The cover 250 is the first cover portion 252 is rotatably coupled to the hinge 520 to the upper surface of the case 200, A second cover part 254 located at a position close to the first cover part 252 and integrally coupled to be fixed to an upper surface of the case 200; Located on the lower side of the second cover portion 254, both ends are supported with the upper inner surface of the case 200, the lower portion of the first and second cover portions (252, 254) is coupled to the sliding movement and the end edge Dry half body bath device characterized in that the center having a blocking portion 280 is formed with grooves 282a, 284a of the shape corresponding to the waist of the user. The method of claim 4, wherein The blocking unit 280 is a plate-shaped first blocking plate 282 is fixedly installed on the left side 210 and the rear surface 230 to be located below the first cover portion 252, A plate-shaped second blocking plate 284 positioned below the second cover part 254 and slidably moving toward the first blocking plate 282; Dry half-bath device characterized in that it comprises a guide groove (285) formed in the recessed in the rear surface 230 and the inner surface of the door 240 so that both ends of the second blocking plate (284) is accommodated and sliding. The method according to any one of claims 1 to 5, Dry half body bath device characterized in that the far infrared lamp 610 that emits as the power is supplied to the inside of the seat 235 and generates heat to emit far infrared rays.

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