KR20060133132A - Paraffin bath apparatus having separable body from bottom - Google Patents

Abstract

A detachable paraffin bath apparatus is provided to have a detachable method of docking a body in a support supplying power or detaching the body from the support easily and to carry the heated paraffin to a desired place easily. The detachable paraffin bath apparatus includes a body(100), a power connection circuit, a couple of central elastic electrodes(140) and an eccentric elastic electrode(150), a main circuit and a support(200). The support(200) has a power supply circuit having a central fixing contact point(240) and plural eccentric fixing contact points(250) built therein. The central elastic electrode(140) is detachably made to contact the central fixing contact point(240), and the eccentric elastic electrode(150) is detachably made to contact any one of the plural eccentric fixing contact points(250).

Description

Paraffin bath apparatus having separable body from bottom}

1 is a perspective view for explaining a paraffin bath device according to the prior art,

Figure 2 is an exploded perspective view illustrating the configuration of the removable paraffin bath apparatus according to an embodiment of the present invention,

3 is a perspective view showing the bottom of the main body shown in FIG.

Figure 4 is an exploded perspective view of the removable paraffin bath device of the present invention,

Figure 5 is a bottom view of the heating vessel shown in FIG.

      <Description of the symbols for the main parts of the drawings>

00: main body 105: upper casing

06: lower casing 110: power connection circuit

20: main circuit 130: hemisphere protrusion

29, 229: fuse 140: central elastic electrode

50: eccentric elastic electrode 170: heating vessel

00: pedestal 202: main body docking groove

03: stopper hemisphere groove 210: housing

20: power supply circuit 240: center fixed contact

50: eccentric fixed contact

The present invention relates to a removable paraffin bath device that can be separated from the pedestal and the main body to be used to carry out continuous moisturizing effect, blood circulation and pain relief, muscle relaxation, and nutritional ingredients and aromatherapy to the skin.

In general, the paraffin bath device is a device used to promote paraffin heat treatment by keeping paraffin at an appropriate temperature (for example, 48 to 55 ° C.) after obtaining approval of a medical device.

This paraffin bath device removes wastes and dead skin on the hands, feet and body parts, deeply penetrates moisture and nutrients to keep skin moist and soft while revitalizing.

In particular, the paraffin used in the paraffin bath device contains various aromatic oils (jojoba, macadamia, lavender, eucalyptus, chamomile, etc.), which can be expected to be more effective, and manages the skin smoothly to moist and clean skin.

The paraffin bath device according to the prior art is applied and disclosed in Korea Patent Application No. 58341 in 2001, a bath containing a certain amount of paraffin is installed a dummy ster and a plurality of acupressure rods as an inner bottom, respectively, heating elements to the outside left and right The heating elements are installed in a zigzag arrangement symmetrically and zigzag arrangement symmetrically along the groove from the bottom, respectively, and the heating elements are coupled to the body by wrapping the side and the bottom with a hemispherical insulator It is characterized in that the cover is installed to open. In this patent application No. 58341, a hemispherical insulator is used as a sphere, and the dummyster is operated at 70 ° C. or 120 ° C. due to its electrical characteristics, and a voltage switch circuit including a neon lamp and a bathtub It further includes a temperature compensation circuit operated in the range 55 ℃ ~ 48 ℃ through the dummyster.

Nevertheless, the paraffin bath apparatus of the prior art is not only manufactured in a large size, but also similar to the body 1 having the cover 2 of the other paraffin bath apparatus shown in FIG. As installed inside the body 1, there is a disadvantage that can not move freely from the wire connected to the circuit device.

That is, the paraffin bath apparatus of the prior art has a disadvantage in that the inconvenience to move by removing the power cord to the place where the paraffin bath is required after heating the paraffin.

In addition, the paraffin bath apparatus of the prior art has a drawback of designing and constructing the interior as a small device, as well as a large power consumption by using a heating element of the conventional heating coil type.

In addition, since the paraffin bath device of the prior art does not have a plurality of fuses such as a dual power cut-off method, when the conventional paraffin bath device is simply manufactured as a separate type, the electrical circuits such as moisture, moisture, etc. may be damaged. There is a risk of a safety accident.

In addition, the paraffin bath apparatus of the prior art does not have a configuration capable of performing a paraffin bath exclusively for fingers, and when the paraffin is gradually heated, the cover must be removed from the body in order to flow the heated paraffin into a rod, chopstick, or the like. Therefore, when flowing the paraffin during heating has a relatively high heat loss rate because the heat is drawn out relatively.

An object of the present invention for solving the above problems is to separate the main body from the pedestal as necessary to give mobility to the paraffin heated in the main body, it is possible to prevent the electrical safety accident in advance by the dual power off method It is to provide a removable paraffin bath device that is easy to use.

An object of the present invention as described above is a paraffin bath apparatus for heating and regulating paraffin to a predetermined temperature by filling a heating vessel, the main body having the heating vessel; A power connection circuit fixed inside the main body; A pair of central elastic electrodes and an eccentric elastic electrode installed in the power connection circuit and disposed on a bottom surface of the main body; A main circuit electrically coupled to the power connection circuit to control the heating operation of the heating vessel; And a pedestal having a power supply circuit having a central fixed contact and a plurality of eccentric fixed contacts to dock the pedestal to supply external power to the main circuit, wherein the central elastic electrode is connected to the central fixed contact. It is achieved by a removable paraffin bath apparatus characterized in that the elastic electrode is configured to detachably contact any one of the plurality of eccentric fixed contact.

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

In the drawings, Figure 2 is an exploded perspective view illustrating the configuration of the removable paraffin bath apparatus according to an embodiment of the present invention, Figure 3 is a perspective view showing the bottom of the main body shown in FIG. In addition, Figure 4 is an exploded perspective view of the removable paraffin bath apparatus of the present invention, Figure 5 is a bottom view of the heating vessel shown in FIG.

As shown in FIG. 2, the removable paraffin bath apparatus of the present invention has a body size 100 having an egg-shaped streamlined body line having a small size of 20 cm or less and a diameter of 15 cm or less, and a bottom of the body 100. It includes a plate-shaped pedestal 200 which is placed on the ground or the surface of the predetermined installation position to support vertically.

The main body 100 is coupled to the upper portion of the cover 101 so as to be openable.

The cover 101 is formed through the discharge hole 102, which is about the diameter of an adult finger, through the discharge hole 102, and stirs the paraffin under heating, or contains various aromas contained in the paraffin under heating. By allowing oils (jojoba, macadamia, lavender, eucalyptus, chamomile, etc.) to be naturally released to the outside, the fragrance creates a comfortable indoor atmosphere and can be expected to be more effective in health treatment.

An operation control navigation button 103 is disposed at the lower front side (lower right side in the drawing) of the main body 100. The navigation button 103 has an ON / OFF operation portion and an operation portion for adjusting the temperature up, down, or down in one of four directions, so that the operation of the present invention is intuitive to the user. Allows you to control

The navigation button 103 protrudes outward from the lower casing 106 of the main body 100, and is applied to the finger pressure of the user at the top of the contact switches of the interface PCB installed in the space inside the lower casing 106 of the main body 100. The contact switch is coupled to use a normal spring force so that the contact switch can be contacted and short-circuited.

A semi-transparent display panel 104 for displaying an operation is disposed in the casing of the main body 100 separated by a predetermined height upward from the navigation button 103. On the rear surface of the translucent display panel 104, temperature display lamps (eg, LEDs) that are electronically coupled to the interface PCB are arranged to display on / off states, high, medium, and low states of temperature.

The main body 100 is composed of an elliptical cylindrical upper casing 105 and a lower casing 106 for sealing a lower portion of the upper casing 105, and is mutually disassembled by a plurality of fastening screws (not shown). It is possible.

At this time, the navigation button 103 is installed on the front side of the lower casing 106, the translucent display panel 104 is the upper casing 105 based on the front boundary curve of the upper casing 105 and the lower casing 106. ) Is installed at the bottom of the front side.

In addition, both sides of the upper casing 105, the grip recessed portion 107 is formed so that the user can easily hold the main body 100 with a hand or finger.

The pedestal 200 is a support means such as a pedestal formed in the shape of a plate supporting the main body 100 described above, and when the main body 100 supports the main circuit 100, a power source (for example, a home appliance) is provided to the main circuit installed inside the casing of the main body 100. Means a docking means for supplying rated power AC220V).

In order to use this means, the pedestal 200 is provided with a power socket 201 suitable for the corresponding jack for connecting the jack of the power cord 20 to its side.

A main body docking groove 202 having a diameter corresponding to the bottom diameter of the main body 100 is formed in a recessed shape in the upper portion of the pedestal 200.

The main docking groove 202 is formed with three stopper hemisphere grooves 203 which maintain an arc angle of 120 ° from the outside with respect to the center thereof.

The three stopper hemisphere grooves 203 are for mounting the hemisphere protrusions 130 protruding from the bottom bottom of the main body 100, respectively (see FIG. 3).

The depression depth of each stopper hemisphere groove 203 is preferably formed to be the same as the height of the hemisphere protrusion 130.

Protruding height of the hemispheres 130 is preferably about twice the depth of the central fixed contact hole 204 and the eccentric fixed contact hole 205 which will be described below based on the bottom bottom of the main body 100.

That is, the central docking contact hole 204 is formed in the center docking groove 202 at its center part. In addition, the main body docking groove 202 maintains an arc angle of 120 ° from the center of the center fixed contact hole 204, but is arranged in a triangular arrangement with the stopper hemisphere groove 203, respectively (eg, an arc angle of 60). Three eccentric fixed contact holes 205 are formed in such a manner as to be arranged at positions preceded by degrees.

Here, the central fixed contact hole 204 is disposed in the center fixed contact point 240 is physically horizontally fixed at the bottom of the groove and electrically connected to receive power from the power supply circuit.

In addition, the three eccentric fixed contact holes 205 are provided with eccentric fixed contacts 250 which are physically fixed or electrically connected in parallel in the above manner.

In detail, as the center fixed contact hole 204 and the eccentric fixed contact hole 205 are sealed by the upper surfaces of the corresponding center fixed contact 240 and the eccentric fixed contact 250, the respective fixed contacts ( The top surfaces of 240 and 250 serve as bottom surfaces or electrical contact surfaces of the respective fixed contact holes 204 and 205.

On the other hand, as a kind of 'triangular arrangement type', the center fixed contact point 240 is arranged in the center portion of the main body docking groove 202, centering around the center fixed contact point 240, the eccentric fixed contact point in three places 250 are arranged.

The reason for this arrangement is that when the user rests and docks the main body 100 to the main body docking groove 202 of the pedestal 200 based on the 120 ° circular arc angle, it is supplied to the receiving bed 200 very freely. This is to ensure that the power is delivered to the main circuit of the main body 100.

To this end, as shown in FIG. 3, a central elastic electrode 140 and an eccentric elastic electrode 150 are provided on the bottom of the main body 100.

The central elastic electrode 140 is arranged at the center of the smooth bottom surface formed in the lower casing 106 of the main body 100. The shape of the central elastic electrode 140 is a tubular electrode made of a copper material protruding the end vertically to the outside, the elastic resilience of the spring (not shown) attached to the inside and the peripheral fixing jaw (not shown) By means of protruding to the lower casing bottom only by a limited height of projections predesigned, or by reducing the shaft length towards the bottom of the lower casing 106 by a predesigned compression distance.

The eccentric elastic electrode 150 also has the same shape structure as that of the central elastic electrode 140 described above.

However, the eccentric elastic electrode 150 is disposed while maintaining a predetermined distance from the periphery of the central elastic electrode 140.

Here, the distance between the central elastic electrode 140 and the eccentric elastic electrode 150 corresponds to the distance between any one of the triangular eccentric fixed contact point 250 and the central fixed contact point 240.

Referring to Figure 4, it will be described in detail with respect to the internal configuration and operation of the present invention.

The pedestal 200 is configured to be disassembled and assembled into the housing 210 and the housing bottom 211 by using a plurality of fastening screws (not shown), and forms a space for installing the power supply circuit 220 therein. Injection molded and manufactured.

The power supply circuit 220 is fixed to the center of the housing bottom 211 by a plurality of screw fixing protrusions 212.

The central fixed contact 240, the eccentric fixed contact 250, and the power supply circuit 220 associated therewith are stably supported by the plurality of screw fixing protrusions 212 and the housing bottom 211, thereby providing a central elasticity. It is possible to maintain a firm fixed state to the pressing force of the electrode 140 or the eccentric elastic electrode 150.

The power supply circuit 220 is electrically coupled to the power socket 201 to be supplied with power through a conventional wire and solder coupling method.

At this time, the central fixed contact point 240 and the eccentric fixed contact point 250 described above are fixed to the PCB of the power supply circuit 220 by a triangular arrangement type, and the eccentric fixed contact points 250 are connected in parallel. In addition, in the PCB of the power supply circuit 220, a first fuse 229 for a dual power cut-off method is replaceable between a contact on one of the wires and a contact on the PCB of the eccentric fixed contact 250. Is installed.

In the first fuse 229, as the eccentric fixed contact point 250 and the central fixed contact point 240 are interconnected by external influences due to water, moisture, and human contact, excessive electrical shock is caused by the main body 100. It is configured to automatically short-circuit the overcurrent so as to prevent transmission to the circuit 120 and to prevent an electrical safety accident of the user in advance.

The second fuse 129 is replaceably installed on the main circuit 120, and is also installed in a conventional manner to minimize the electric shock of the main circuit 120 in a similar manner.

Since the removable paraffin bath apparatus of the present invention is cut off by the first fuse 229 and the second fuse 129, the main body 100 is not placed on the pedestal 200, or regardless of the state in which it is placed. At any time, it is possible to minimize the occurrence of electrical accidents around the user and the like and to damage the equipment caused by any electrical shock.

As described above, the power supply circuit 220 is fixed, and the housing bottom 211 on which the power socket 201 is positioned is assembled to the housing 210 by a plurality of fixing screws.

If the user assembles both the main body 100 and the pedestal 200 of the present invention, and then can be used by seating the main body 100 in the body docking groove 202 of the pedestal 200 regardless of any direction. It becomes a state.

This state is expressed by the main body 100 docked in the main body docking groove 202 of the pedestal 200 (see Fig. 2).

At this time, the ends of the hemisphere protrusion 130 (see FIG. 3) of the main body 100 may include a stopper hemisphere groove 203, a central fixed contact hole 204, and an eccentric fixed contact hole in the main body docking groove 202. The bottom surface of the main docking groove 202 except for 205 is in point contact.

By the point contact between the hemisphere protrusion 130 and the bottom surface of the main body docking groove 202, the main body 100 is freely rotatable in a state in which the main body docking groove 202 receives the minimum frictional force, and the main body docking groove 202 The center of rotation is hardly changed by the surrounding wall.

For this reason, the central elastic electrode 140 of the main body 100 is located in the upper air space perpendicular to the center of the pedestal 200.

Subsequently, while the main body 100 is rotated by the user within a range of a minimum rotation angle of 0 ° to a maximum rotation angle of 120 °, the hemisphere protrusion 130 of the main body 100 is a stopper hemisphere groove 203 of the pedestal 200. The hemisphere protrusion 130 slides on the stopper hemisphere groove 203 due to the weight passing through the edge of the main body 100.

In this case, the central elastic electrode 140 of the main body 100, which is located in the vertical vertical hollow of the pedestal 200, is inserted as if it descends directly into the central fixed contact hole 204, and at the same time, the eccentric elastic electrode 150 is inserted as if descending while being matched with any one of the three eccentric fixed contact holes 205.

Thereafter, the central elastic electrode 140 and the eccentric elastic electrode 150 of the main body 100 are in contact with the central fixed contact 240 and the eccentric fixed contact 250 positioned at the bottom of the corresponding fixed contact holes 204 and 205. do.

At this time, since the depth of the stopper hemisphere groove 203 is deeper than the depth of the fixed contact holes 204 and 205, the central elastic electrode 140 and the eccentric elastic electrode 150 have a depth of the stopper hemisphere groove 203. In the center fixed contact hole 204 or the eccentric fixed contact hole 205 is pushed into the body 100 by the stroke distance minus the depth of either.

As the spring repulsion force is generated in the elastic electrodes 140 and 150 by the reduction of the shaft length, the central elastic electrode 140 and the eccentric elastic electrode 150 are hermetically fixed by the spring elastic force. And the eccentric fixed contact point 250 can be maintained.

In this state, when the power cord 20 connected to the external power source is connected to the power socket 201, and the on / off switch is turned on, the external power source energizes the line of the power supply circuit 220. The power supply circuit 110 is energized through the central elastic contact 140 and the eccentric elastic electrode 150 contacted with the central fixed contact 240 and the eccentric fixed contact 250 respectively fixed to the power supply circuit 220. Let's do it.

The pair of power output terminals of the line of the power connection circuit 110 is coupled to supply power to the main circuit 120 through the connection wire and the solder, respectively.

The main circuit 120 is composed of a circuit for a conventional paraffin bath apparatus using a normal household power source (rated AC220V) as its operating power source.

For example, the main circuit 120 arranges a semiconductor chip which records and stores various electric elements and operation algorithms on its PCB.

The main circuit 120 measures and measures a temperature value using a temperature sensor 171 (see FIG. 5) attached to the bottom surface of the heating vessel 170 by a fixing tape or the like, or a heating vessel 170. Paraffin that the heating device 172 will be filled in the heating vessel 170 by supplying the corresponding operating power to the low power consumption heating device 172 (for example, one of a heating block, a thermoelectric semiconductor, a solid heat pump, and a heating wire) installed in the heating container 170. It is an electric / electronic circuit implemented by conventional electric circuit technology to heat the back.

The main circuit 120 is a temperature at which the paraffin can be heated in a predetermined temperature range, preferably in the range of 55 ° C. to 48 ° C. by, for example, organic operation of the temperature sensor 171 and the heating device 172. It is possible to carry out common electric circuit techniques for heating and temperature maintenance, such as commonly known temperature compensation algorithms, rated voltage maintenance algorithms, temperature display algorithms, and the like, which are applied to conventional paraffin bath devices, such as a control algorithm. .

On the other hand, the main circuit 120 is coupled to the above-described interface PCB 121 through a predetermined electrical interface to display the operating state, or is coupled to the circuit to receive a control operation command.

In this case, the interface PCB 121 visually outputs an output signal corresponding to the operation of the main circuit 120 (eg, a power on / off state, a temperature high and low state) from the plurality of temperature display lamps 122, or The interface PCB 121 is configured to receive input signals corresponding to a user's operation from a plurality of contact switches 123 arranged in four directions (for example, four).

The interface PCB 121 has a plurality of slits 124 and 125 having a finite length at the top and the bottom thereof, and each of these slits 124 and 125 has a corresponding fixing jaw, for example, an upper casing of the main body 100. Receives the support force by being fitted to the fixing jaw 105a formed on the inner circumferential surface of the 105 and the fixing jaw 106a formed on the inner circumferential surface of the lower casing 106, and the user's acupressure or other load on the aforementioned navigation button 103. Even if this is applied, a stable fixed state can be maintained.

The main circuit 120 is stably secured by fastening the bolts to the bolt mounting holes 126 formed at the four corners of the main circuit 120 and corresponding fixing shafts 108 of the lower casing 106 of the main body 100, respectively. It is placed and fixed at the bottom of the.

The heating vessel 170 is arranged above the main circuit 120.

The heating vessel 170 is made of aluminum, which is excellent in durability and excellent in heat transfer performance.

In order to fix the above-described heating device 172 to the outside of the heating vessel 170 and to uniformly transfer the heat source generated from the heating apparatus 172 to the entire heating vessel 170, the source of the heating vessel 170 The fixing band 174 of the aluminum winding the main surface is further provided.

As can be seen in FIG. 5, the lower periphery of the fixing band 174 is provided with a plurality of fixing clamps 173 at a predetermined interval.

Here, as the fixing bolts 173 are fastened to the fixing bolts at the fixed shaft 109 of the lower casing 106 of the main body 100, the heating vessel 170 is connected to the main circuit 120 inside the lower casing 106. Or firmly fixed to the interface PCB 121 in a non-contact state.

The temperature sensor 171 and the heating device 172 of the heating vessel 170 are electrically coupled to the main circuit 120 through the corresponding extension wires (171a, 172a).

The circular inlet 100a is opened in the upper part of the upper casing 105 in the main body 100.

The inner diameter of the circular inlet 100a has the same size as the inner diameter on the upper side opening of the heating vessel 170, and also has a streamlined stepped shape to allow the cover 101 to be seated on the outer diameter side of the inlet.

In addition, it is preferable that a stepped strip 100b having a half moon shape is further formed on one inner circumferential surface of the inner diameter of the circular inlet 100a.

In addition, the stepped shape formed in the circular inlet 100a is a curved shape of the cover 101 to be covered therein, that is, a layout corresponding to the curved shape extending further downwards while the front and back portions are streamlined than both sides. It is desirable to have

The cover 101 has a handle portion 101a having a shape in which both left and right portions are dug in a round shape so that the cover 101 can be easily lifted up with two fingers of the user.

2 to 4 will be described the operation of the removable paraffin bath device.

The user places the pedestal 200 in a smooth use position. At this time, the power cord 20 is connected to the power socket 201 of the pedestal 200, and the power plug (not shown) located at the opposite end is plugged into a power outlet located on the wall of the home.

In addition, the user docks the body 100 to the body docking groove 202 of the pedestal 200.

Then, the user opens the cover 101, fills a certain amount of paraffin in the heating vessel 170, and operates the navigation button 103 to perform a power-on (ON) operation.

In this case, the home rated external power is sequentially supplied to the main circuit 120 via the power supply circuit 220, various fixed contacts 240 and 250, various elastic electrodes 140 and 150, and the power connection circuit 110. Supplied.

Thereafter, the temperature display lamp 311 corresponding to the lower temperature is turned on.

In addition, the user selectively presses the left, right, and bottom portions of the navigation button 103 to set the lower, middle, and upper temperatures.

Accordingly, the main circuit 120 operates the heating device 172 installed in the heating vessel 170 according to the electrical and electronic operation algorithms pre-implemented in the temperature sensor 171 and the temperature control circuit and the temperature compensation circuit.

As the heating device 172 heats the heating vessel 170 by performing a heat operation corresponding to the set temperature, the paraffin is heated within a short time, and the temperature compensation circuit maintains the temperature of the paraffin at an appropriate temperature.

If the user lifts the main body 100 from the pedestal 200, the power applied to the main circuit 120 is interrupted.

In this way, the user can move the main body 100 to a place away from the pedestal 200 without using the power cord 20 to be separated, and use the main body 100 again as needed. Dock to

When shock is generated in the AC power supply due to any external environment, the present invention or the user can be safely protected from electric risk by the intermittent operation of the plurality of fuses 129 and 229 built in the pedestal 200 or the main body 100, respectively. You can do it.

Removable paraffin bath device according to the present invention configured as described above takes the detachable way in which the main body is easily docked and detached from the pedestal for supplying power, so that the heated paraffin is easily contained in the heating vessel of the main body to a desired place There is an advantage that can be used to heat treatment.

In addition, the removable paraffin bath device of the present invention has a small size has the advantage that the user is easy to carry and easy to carry.

In addition, the removable paraffin bath apparatus of the present invention has a very economic advantage by using a low power consumption heating device.

In addition, the removable paraffin bath apparatus of the present invention has a double power cut-off type safety device having fuses on the main body side and the pedestal side, respectively, there is an advantage that can prevent electrical safety accidents in advance.

In addition, the removable paraffin bath device of the present invention is formed through the discharge hole in the cover, the stirring paraffin during heating with little heat loss or flow, or various aromatic oils contained in the heating paraffin (zozoba, macadamia, lavender, Eucalyptus, chamomile, etc.) to be released to the outside naturally, with the effect of producing a comfortable indoor atmosphere by the scent, there is an effect that can be expected to be more effective in health treatment.

Claims (6)

In the paraffin bath apparatus for filling and heating the paraffin in the heating vessel 170 to a predetermined temperature, A main body 100 having the heating vessel 170 therein; A power connection circuit 110 fixed inside the main body 100; A pair of central elastic electrodes 140 and an eccentric elastic electrode 150 installed in the power connection circuit 110 and disposed on a bottom surface of the main body 100; A main circuit 120 electrically coupled to the power connection circuit 110 to control a heating operation of the heating vessel 170; The power supply circuit 220 having a central fixed contact 240 and a plurality of eccentric fixed contacts 250 is built to dock the pedestal 200 to supply external power to the main circuit 120. Including a pedestal 200, Removable paraffin bath, characterized in that the central elastic electrode 140 is in contact with the central fixed contact point 240, the eccentric elastic electrode 150 is detachably contacted with any one of the plurality of eccentric fixed contact point (250) Device. The method of claim 1, The main body 100 is configured to be disassembled and assembled into the upper casing 105 and the lower casing 106, and the central elastic electrode 140 and the eccentricity with respect to the center portion of the bottom surface of the lower casing 106. Removable paraffin bath characterized in that the elastic electrode 150 is installed. The method of claim 1, Removable paraffin bath apparatus, characterized in that the body docking groove (202) of the pedestal 200 is formed with a plurality of stopper hemisphere groove (203) for maintaining the arc angle from the outside based on the center thereof. The method according to any one of claims 1 to 3, The main body 100 protrudes from a bottom bottom surface of the lower casing 106 to form a plurality of hemisphere protrusions 130 for sliding and seating upon rotation corresponding to the stopper hemisphere groove 203. Removable paraffin bath device. The method of claim 1, The eccentric fixed contact point 250 and the central fixed contact point 240 are hermetically coupled to the bottom side of the corresponding central fixed contact hole 204 formed in the pedestal 200 and the eccentric fixed contact hole 205. Removable paraffin bath device made with. The method of claim 1, Removable paraffin bath device, characterized in that the fuse (129, 229) is installed in the main circuit 120 and the power supply circuit 220, respectively.

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