KR101897898B1 - Operating method of thermotherapy device for effective pain relief - Google Patents

Abstract

The present invention relates to a power supply apparatus including a housing (100) having an open upper portion and a power supply portion (101) formed on a side thereof, a tank (200) inserted into the housing (100) A control panel 300 installed in the tank 200 for setting a temperature or an operating time of the heating wire 400 and a cover 500 for closing the opened top of the tank 200,
The method of operating a hyperthermia therapy apparatus for relieving pain wherein a partition (210) is formed in the tank (200) to separate the main tank (220) and the auxiliary tank (230)
A step of placing solid paraffin wax in the auxiliary tank 230 and heating the same;
Moving the molten liquid paraffin wax into the main tank 220 in the auxiliary tank 230;
A third step of putting a part to be treated by a user into liquid paraffin wax stored in the main tank 220 and treating the part;
In this case,
Accordingly, the present invention is effective for treating diseases of physical therapy findings by alleviating pain for arthritis and muscle damage, promoting relaxation of rigid muscles through prolonged work, promoting blood circulation in the skin, There is a remarkable effect of relieving pain.

Description

[0001] The present invention relates to a method of operating a thermotherapy device,

The present invention relates to a method of operating a hyperthermia therapy apparatus effective for relieving pain, and more particularly, to a method of operating a hyperthermia therapy apparatus which is effective for relieving pain in joints and muscles in the body by melting paraffin wax and promoting blood circulation throughout the body through a heat effect, The present invention relates to a method of operating a hyperthermia therapy apparatus.

In recent years, production of high-tech medical devices has been increasing, and the introduction of indirect technologies such as trademarks and patents has been increasing.

Therefore, imported medical devices are highly likely to be replaced by improved levels of domestic medical devices, and modern people have become more aware of the medical industry.

The Korean medical device market is one of the fastest growing countries in the world. The market is steadily growing at an average annual growth rate of 10.9%. As the quality of life increases, the average life span increases steadily. Especially, 2 ~ 3 grade market is active than advanced medical device market.

The paraffin-based therapotherapy device is available for a fee of 2,300 won (15 days a month) based on the 2014 standard, and can be continuously charged from hospitals and clinics. Over 150,000 devices are used and more than 20 import / manufacturing companies are registered in the KFDA . In the case of hospitals and clinics, about 20% of the annual 20,000 units are being replaced by obsolescence.

The market for paraffinic thermotherapy devices continues to grow with the growth of the oriental medicine clinic, skin care market, and so on.

As a result of amendments to related laws in 2011, it is possible to sell medical devices for personal use, but it can be sold at electronics retailers or large-sized marts by applying sales standards of industrial products, leading to market expansion.

As the elderly population has surged and at-home medical services have become more active, the home medical device market has started to grow rapidly.

As a driving force behind the growth of the home medical device market in Korea, it is expected to increase the number of people with chronic diseases such as hypertension and diabetes due to the soaring population of elderly people along with the 'well-being'

As a result, imports and exports statistics of Korea Customs Service show that the blood pressure gauge has grown steadily every year from $ 4.31 million in 2002 to $ 4.98 million in 2003, $ 5.42 million in 2004, and $ 5.79 million in 2005. According to the report of the 'Five Ages of the Aging Industry Trend' report by the Hyundai Economic Research Institute, the domestic medical device market, which is worth 123.3 billion won as of 2002, is expected to grow 10 times to 376.4 billion won in 2010 and 1.68 trillion won in 2020.

Not only domestic but also domestic medical equipment industry in China has grown greatly, the market has expanded and the scale has grown to 18.5 billion yuan ($ 3.03 billion) in 2009 and reached 50.9 billion yuan ($ 8.34 billion) in 2014 Respectively.

In addition, home medical instruments have become more common, and more and more people are now using a feminine appliance, a massage, a low frequency stimulator, and a paraffin bath at home.

This is due to the increase in demand due to the increase in the elderly population, but the introduction of a variety of home-use physiotherapy devices has made it easier to implement them at home with less economic burden.

With the increasing number of chronic illnesses, medical devices that are easy to use at home are gaining popularity.

In addition to surgery and medication, external treatment is performed by using physical methods such as trauma, muscular disease of various musculoskeletal system or deformity of muscles caused by arthritis, trauma due to sports activities, and so on. 'Thermotherapy' is performed on patients who can not perform normal activities.

In particular, paraffin therapy is a physical therapy device that uses paraffin 's hyperthermia and pain relief effect. Recently, it has been widely used in orthopedic surgery. Since the purchase price of the product is not burdened, it is gradually becoming a household use.

According to the conventional treatment apparatus using paraffin of Registration No. 20-0392929, paraffin used for treatment of pain (pain: nerve stimulation, body irritation, painful symptoms) by dissolving solid paraffin for medical treatment A paraffin container for containing the paraffin; A paraffin receiver positioned above the paraffin container; A heater for dissolving the medical paraffin for medical use contained in the paraffin container; A switch unit for automatically controlling ON / OFF of the heater heating unit; A temperature sensor unit for automatically adjusting an appropriate temperature of the heater heating unit; A body in which the heater forms a heating part, a switch part, and a temperature sensor part; A power supply unit formed outside the body; A digital control unit configured to be in a semiconductor switch mode outside the body to set a temperature and an ON / OFF time; A treatment device using paraffin which is constituted by using a paraffin.

As another prior art paraffin treatment apparatus of the registered utility model registration No. 20-0467558, there is provided a paraffin treatment apparatus for treating and supplying paraffin to a part of the body, wherein the paraffin is accommodated in a molten state and the paraffin is brought into contact with the body And a fixing part provided on the seating part for detachably fixing the body to the body. The paraffin healing apparatus according to claim 1, wherein the paraffin healing part comprises: .

However, since the above-mentioned conventional techniques are only made up of the main tank, the use of the paraffin wax after the wax is completely used and the time required for the wax to dissolve is insufficient and the continuity of the treatment is insufficient, and the wax melting time is about 4 to 6 hours. There was a drawback that it takes a long waiting time.

SUMMARY OF THE INVENTION Accordingly, the present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to solve the above problems and to provide a method for treating pain of arthritis and muscle damage, And to provide a method of operating a hyperthermia therapy device that is effective in relieving pain, which is a cause of circulation, relieving hand stiffness, fatigue, and ligament pain.

The present invention relates to a power supply apparatus including a housing (100) having an open upper portion and a power supply portion (101) formed on a side thereof, a tank (200) inserted into the housing (100) A control panel 300 installed in the tank 200 for setting a temperature or an operating time of the heating wire 400 and a cover 500 for closing the opened top of the tank 200,

The method of operating a hyperthermia therapy apparatus for relieving pain wherein a partition (210) is formed in the tank (200) to separate the main tank (220) and the auxiliary tank (230)

A step of placing solid paraffin wax in the auxiliary tank 230 and heating the same;

Moving the molten liquid paraffin wax into the main tank 220 in the auxiliary tank 230;

A third step of putting a part to be treated by a user into liquid paraffin wax stored in the main tank 220 and treating the part;

A method of operating a hyperthermia therapy device effective for relieving pain characterized by comprising

Accordingly, the present invention is effective for treating diseases of physical therapy findings by alleviating pain for arthritis and muscle damage, promoting relaxation of rigid muscles through prolonged work, promoting blood circulation in the skin, There is a remarkable effect of relieving pain.

1 is a photograph of a thermal therapy device effective for relieving pain of the present invention.
FIG. 2 is a photograph of the inside of a thermal therapy apparatus effective for relieving pain of the present invention. FIG.
Figure 3 is an exploded view of a hyperthermia therapy device effective for pain relief of the present invention.
Fig. 4 is an exploded view of a cover of a hyperthermia therapy device effective for pain relief of the present invention. Fig.
FIG. 5 is a perspective view of a tank of a hyperthermia therapy apparatus effective for relieving pain of the present invention. FIG.
FIG. 6 is a bottom view of a tank of a hyperthermia therapy apparatus effective for relieving pain of the present invention. FIG.
7 is a cross-sectional view of an embodiment of a hyperthermia therapy device effective for relieving pain of the present invention.
FIG. 8 is a sectional view showing a partition of a hyperthermia therapy apparatus effective for relieving pain of the present invention and a state in which a roller magnet is coupled to a blocking plate. FIG.

The present invention relates to a hyperthermia therapy apparatus effective for relieving pain, comprising: melting solid paraffin wax to help relieve pain in joints and muscles in the body; promote blood circulation throughout the body through heat; In the therapy apparatus,

A housing (100) having an open upper portion and a power supply portion (101) formed on a side surface thereof;

A tank 200 inserted into the housing 100 and having an upper opening and a lower heating line 400;

A control panel 300 installed in the tank 200 for setting a temperature or an operation time of the heat ray 400;

A cover (500) for closing the open top of the tank (200);

Lt; / RTI >

The tank 200 is divided into a main tank 220 and an auxiliary tank 230 with a partition 210 formed therein.

The cover 500 is divided into a main tank cover 510 and an auxiliary tank cover 520.

In addition, the main tank 220 and the auxiliary tank 230 are respectively provided with a heat line 400 below them.

Further, the auxiliary tank 230 is characterized by containing solid paraffin wax.

In addition, the main liquid tank 220 stores molten liquid paraffin wax in the auxiliary tank 230.

A tank 200 having an upper opening and a lower heating line 400 inserted into the housing 100 and a lower opening formed in the housing 100; A control panel 300 installed in the main body 200 to set the temperature or operation time of the heating wire 400 and a cover 500 closing the open top of the tank 200,

The method of operating a hyperthermia therapy apparatus for relieving pain wherein a partition (210) is formed in the tank (200) to separate the main tank (220) and the auxiliary tank (230)

A step of placing solid paraffin wax in the auxiliary tank 230 and heating the same;

Moving the molten liquid paraffin wax into the main tank 220 in the auxiliary tank 230;

A third step of putting a part to be treated by a user into liquid paraffin wax stored in the main tank 220 and treating the part;

.

The liquid paraffin wax moved into the main tank 220 is maintained at a predetermined temperature by the heat ray 400 installed in the lower portion of the main tank 220 and is not hardened.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a photograph of a hyperthermia therapy apparatus effective for alleviating pain of the present invention, FIG. 2 is a photograph of the inside of a hyperthermia therapy apparatus effective for alleviating pain of the present invention, FIG. 3 is an exploded view of a hyperthermia therapy apparatus effective for alleviating pain of the present invention, FIG. 5 is a tank perspective view of a hyperthermia therapy apparatus effective for relieving pain of the present invention, FIG. 6 is a tank bottom view of a hyperthermia therapy apparatus effective for relieving pain of the present invention, FIG. 7 is a view FIG. 8 is a cross-sectional view showing a state where a roller magnet is coupled to a partition of a hyperthermia therapy device effective for relieving pain of the present invention and a blocking plate. FIG.

The present invention relates to a hyperthermia therapy apparatus which is effective in relieving the pain of joints and muscles in the body by melting solid paraffin wax and facilitating the metabolism by promoting blood circulation throughout the body through heat, Respectively.

A tank 200 which is inserted into the housing 100 and is opened at an upper portion and has a heating wire 400 at a lower portion thereof; A control panel 300 installed in the tank 200 for setting a temperature or an operation time of the heating wire 400 and a cover 500 for closing the open top of the tank 200, A partition 210 is formed inside the main tank 220 and the auxiliary tank 230.

The housing is made of a synthetic resin material, has a hexahedron shape with a space formed therein, and has an upper surface opened.

The tank inserted into the housing is made of a synthetic resin material, has a hexahedron with a space formed therein, and has an upper surface opened.

In addition, a partition is formed inside the tank, and the tank is divided into a main tank and an auxiliary tank by a partition.

The main tank and the auxiliary tank divided by the partition are formed to have different volumes, and the volume of the main tank is formed larger than the volume of the auxiliary tank.

The lower surface of the auxiliary tank is located above the lower surface of the main tank, and the lower surface of the auxiliary tank and the main tank are respectively provided with hot lines.

A plurality of projections are formed on the lower surface of the main tank at a predetermined interval.

The partition dividing the tank into a main tank and an auxiliary tank is composed of a horizontal portion and a pair of vertical portions protruding upward from both ends of the horizontal portion, and the vertical section is formed in a "U" shape.

In addition, the auxiliary tank 230 contains solid paraffin wax, and the solid paraffin wax contained in the auxiliary tank is melted as liquid paraffin wax by the heat of the hot wire. The molten liquid paraffin wax is passed through the partition and placed in the main tank.

The liquid paraffin wax contained in the main tank is used to treat the user.

On the other hand, a rim is formed on the upper end of the tank made up of the auxiliary tank and the main tank, a control panel is installed on the upper surface of the rim, and a PCB is installed on the control panel.

The control panel sets the temperature or operating time of the hot wire installed in the tank.

Further, the housing and the tank are fastened to each other by bolts.

At this time, a plurality of circular grooves 110 are formed on the upper surface of the housing, a spring 120 is inserted into each of the plurality of circular grooves, a bead 130 is coupled to the upper end of the spring, And a part protrudes outward from the groove.

When the housing and the tank are coupled by the bolts, the lower edge of the tank is brought into contact with the upper surface of the housing, and the lower edge of the tank presses the bead protruding partly outward from the circular groove in the lower direction. Thus, the bead is completely inserted into the circular groove, and the spring is compressed by the fully inserted bead.

When the user loosens the bolt that joins the housing and the tank to clean the tank coupled to the housing, the bead protrudes partially out of the circular groove due to the spring restoring force inserted in the circular groove, The tank inserted into the housing is lifted upwards.

Therefore, the user can conveniently separate when separating the tank coupled to the housing.

Meanwhile, a cover is coupled to the opened top of the tank, and the cover 500 is separated into a main tank cover 510 and an auxiliary tank cover 520.

The main tank cover is formed in the shape of a rectangular plate made of synthetic resin, and has a two-layer structure.

The main tank cover includes a first main tank cover 511 and a second main tank cover 512 coupled to an upper portion of the first main tank cover. The first main tank cover has a groove formed on its upper surface, a hole is formed in the groove, and a second main tank cover is inserted into the groove.

The auxiliary tank cover is also formed in a rectangular plate shape. A blocking plate 521 coupled to a partition formed in the tank is formed on a lower surface of the auxiliary tank cover. A handle is formed on the blocking plate, The cover is easily formed.

The partition formed in the tank includes a horizontal portion 211 and a pair of vertical portions 212 protruding upward from both ends of the horizontal portion. And a groove is formed in the upper surface of the horizontal portion.

When the auxiliary tank cover is covered with the auxiliary tank portion, the blocking plate formed at the lower portion of the auxiliary tank cover is inserted into the insertion groove of the partition to separate the auxiliary tank and the main tank.

At this time, even if the solid paraffin wax contained in the auxiliary tank is melted by hot wire to become liquid paraffin wax, the liquid paraffin wax can not be introduced into the main tank by the blocking plate coupled to the partition.

When the user lifts up the auxiliary tank cover covered with the auxiliary tank, the liquid paraffin wax melted by the hot wire flows into the main tank in the auxiliary tank.

In the meantime, a plurality of magnets are provided at equal intervals in a pair of vertical portions of the partition, and a shield plate formed at a lower portion of the auxiliary tank cover is provided with magnets at both ends thereof, The plate can be maintained in a state of being moved upward.

When the moving amount of the liquid paraffin wax flowing from the auxiliary tank to the main tank is increased, the blocking plate is lifted up to the upper portion so that the magnet installed at the uppermost end of the vertical portion of the partition and the magnet of the blocking plate are coupled.

On the contrary, when the moving amount of the liquid paraffin wax flowing from the auxiliary tank to the main tank is reduced, the blocking plate is lifted up to the upper portion so that the magnet disposed at the bottom of the vertical portion of the partition and the magnet of the blocking plate are coupled.

Thus, the user can easily control the amount of the liquid paraffin wax flowing into the main tank from the auxiliary tank.

And a magnet coupled to the partition and the shield plate uses a roller magnet 600. [

The roller magnet 600 coupled to the partition and the blocking plate includes a magnet case 610 and a cylindrical magnet 620 inserted into the magnet case and formed in a cylindrical shape having a circular section and a long length, .

The roller magnets coupled to the partition and the blocking plate can rotate toward the opposing S and N poles inside the magnet case regardless of the magnetic poles of the N and S poles, And the roller magnets coupled to the partition plate and the blocking plate are coupled to each other.

In the method of joining the roller magnet to the partition and the blocking plate, a magnet coupling groove is formed in the partition and the blocking plate, respectively, and the roller magnet is press-fitted by press-fitting.

Alternatively, a magnet coupling groove may be formed in the partition and the shield plate, and a roller magnet may be attached by a bond or the like.

Alternatively, when the partition and the blocking plate are made of a synthetic resin such as PP, there is a common insert injection method in which a roller magnet is first placed in a mold having a shape of a partition and a blocking plate, and then a synthetic resin melt is injected.

The method of operating the hyperthermia therapy apparatus effective for alleviating the pain of the present invention will be described as follows.

First, solid paraffin wax is placed in the auxiliary tank 230 and heated by hot wire. Then, the molten liquid paraffin wax is moved into the main tank 220 in the auxiliary tank 230. The liquid paraffin wax stored in the main tank 220 is treated with a part to be treated by the user.

At this time, the liquid paraffin wax moved into the main tank 220 is kept at a predetermined temperature by the heat ray 400 installed in the lower part of the main tank 220, and is not hardened.

The solid paraffin wax charged into the auxiliary tank takes 4 to 6 hours to be heated.

It is possible to independently control the heat lines installed in the main tank and the auxiliary tank in the control panel provided with the control unit.

You can also set the temperature, operating time, and reservation of the main or auxiliary tank in the control panel.

Accordingly, the present invention is effective for treating diseases of physical therapy findings by alleviating pain for arthritis and muscle damage, promoting relaxation of rigid muscles through prolonged work, promoting blood circulation in the skin, There is a remarkable effect of relieving pain.

100: housing 101: power supply
110: circular groove 120: spring
130: Beads
200: tank 210: partition
211: horizontal part 212: vertical part
213: insertion groove
220: main tank 230: auxiliary tank
300: Control panel
400: heat line
500: Cover 510: Main tank cover
511: first main tank cover 512: second main tank cover
520: auxiliary tank cover 521:
600: Roller magnet 610: Magnetic case
620: Cylindrical magnet

Claims (2)

A tank 200 which is inserted into the housing 100 and is opened at an upper portion and has a heating wire 400 at a lower portion thereof; A control panel 300 installed in the tank 200 for setting a temperature or an operation time of the heating wire 400 and a cover 500 for closing the open top of the tank 200, The method of operating a hyperthermia therapy apparatus for effectively relieving pain that the partition 210 is formed inside the main tank 220 and the auxiliary tank 230,
A step of placing solid paraffin wax in the auxiliary tank 230 and heating the same; Moving the molten liquid paraffin wax into the main tank 220 in the auxiliary tank 230; A third step of putting a part to be treated by a user into liquid paraffin wax stored in the main tank 220 and treating the part; The method comprising the steps of:
The housing 100 is made of a synthetic resin material and is formed in a hexahedron having a space therein. The tank 100 is opened at an upper surface thereof. The tank 200 inserted into the housing 100 is made of a synthetic resin material, And the upper surface thereof is opened,
A partition 210 is formed in the tank 200. The tank 200 is divided into a main tank 220 and an auxiliary tank 230 by a partition 210,
The main tank 220 and the auxiliary tank 230 divided by the partition 210 have different volumes from each other. The main tank 220 has a larger volume than the auxiliary tank 230,
The lower surface of the auxiliary tank 230 is positioned above the lower surface of the main tank 220 and the lower surface of the auxiliary tank 230 and the main tank 220 are provided with hot wires,
A plurality of projections are formed on the lower surface of the main tank 220 at a predetermined interval,
The partition 210 separating the tank 200 into a main tank 220 and an auxiliary tank 230 includes a horizontal portion 211 and a pair of vertical portions 220 protruding upward from both ends of the horizontal portion 211. [ (212), and the vertical cross section is formed in a " U " shape,
Solid paraffin wax is contained in the auxiliary tank 230. The solid paraffin wax contained in the auxiliary tank 230 is melted as liquid paraffin wax by the heat of the hot wire and the molten liquid paraffin wax is passed through the partition 210 And is contained in the main tank 220. The liquid paraffin wax contained in the main tank 220 is used to treat the user,
A control panel 300 is installed on an upper surface of the rim and a PCB is installed on the control panel 300. The control panel 300 is mounted on the upper surface of the tank 200, However,
The control panel 300 sets the temperature or operation time of the heat ray 400 installed in the tank 200,
The housing 100 and the tank 200 are fastened to each other by bolts,
A plurality of circular grooves 110 are formed on the upper surface of the housing 100. A spring 120 is inserted into each of the circular grooves 110 and a bead 130 is coupled to the upper end of the spring 120. [ The beads 130 protrude partially from the circular grooves,
When the housing 100 is coupled to the tank 200 by bolts, the bottom surface of the tank 200 is brought into contact with the upper surface of the housing 100, The bead 130 is completely inserted into the circular groove 110 and the spring 120 is compressed by the bead 130 which is completely inserted,
When the bolts connecting the housing 100 and the tank 200 are loosened to allow the user to clean the tank 200 coupled to the housing 100, the spring 120 inserted in the circular groove 110, The beads 130 partially protrude out of the circular groove 110 and the tank 200 inserted in the housing 100 is lifted up by the restoring force of the housing 100. Thus, It is convenient to separate it,
A cover 500 is coupled to an open upper portion of the tank 200 and the cover 500 is divided into a main tank cover 510 and an auxiliary tank cover 520,
The main tank cover 510 is formed in the shape of a rectangular plate made of synthetic resin and has a two-layer structure. The main tank cover 510 includes a first main tank cover 511, a second main tank cover 511, And a tank cover 512,
The first main tank cover 511 has a groove formed on its upper surface, a hole is formed in the groove, and a second main tank cover 512 is inserted into the groove,
The auxiliary tank cover 520 is also formed in a rectangular plate shape and a blocking plate 521 coupled to the partition 210 formed in the tank 200 is formed on the lower surface of the auxiliary tank cover 520, The blocking plate 521 is formed with a handle so that the user can easily lift the auxiliary tank cover 520,
The partition 210 formed in the tank 200 includes a horizontal portion 211 and a pair of vertical portions 212 protruding upward from both ends of the horizontal portion 211, An insertion groove 213 is formed on a surface of the vertical portion 212 facing each other and an insertion groove is formed on an upper surface of the horizontal portion 211,
When the auxiliary tank cover 520 is covered with the auxiliary tank 230, the blocking plate 521 formed under the auxiliary tank cover 520 is inserted into the insertion groove of the partition 211, 230 and the main tank 220 are separated from each other and the solid paraffin wax contained in the auxiliary tank 230 is melted by the hot wire 400 to be liquid paraffin wax, The liquid paraffin wax can not flow into the main tank,
When the user lifts up the auxiliary tank cover 520 covered by the auxiliary tank 230, the liquid paraffin wax melted by the heat ray 400 in the auxiliary tank 230 flows into the main tank 220 However,
A plurality of magnets are provided at equal intervals on the upper and lower sides of the pair of vertical portions 212 of the partition 210 and a shield plate 521 formed on the lower portion of the auxiliary tank cover 520 is provided with magnets And the blocking plate 521 inserted into the insertion groove 213 of the partition 210 can be maintained in a state of being moved upward,
When the moving amount of the liquid paraffin wax flowing into the main tank 220 from the auxiliary tank 230 is increased, the blocking plate 521 is lifted up to the upper portion of the vertical portion 212 of the partition 210, When the amount of liquid paraffin wax flowing from the auxiliary tank 230 to the main tank 220 is reduced, the blocking plate 521 is lifted up to the upper side The magnet mounted on the lower end of the vertical part 212 of the partition 210 and the magnet of the blocking plate 521 are coupled to each other so that the liquid paraffin wax flowing into the main tank 220 from the auxiliary tank 230 Which can control the amount of influent,
The method of joining the magnets to the partition 210 and the shield plate 521 may be such that a magnet coupling groove is formed in the partition 210 and the shield plate 521 and the magnets are forcedly coupled to each other, When the partition 210 and the shield plate 521 are made of a synthetic resin material, the partition 210 and the shield plate 521 may be formed with magnet- A magnet is placed inside a mold having a shape of a blocking plate 521, and then a synthetic resin melt is injected.
The liquid paraffin wax is moved into the main tank 220 by inserting the solid paraffin wax into the auxiliary tank 230 and heating the heated paraffin wax in the auxiliary tank 230. In the main tank 220, The liquid paraffin wax is put into the area to be treated by the user,
The liquid paraffin wax moved into the main tank 220 is maintained at a predetermined temperature by the heat ray 400 installed in the lower portion of the main tank 220,
The solid paraffin wax injected into the auxiliary tank 230 takes 4 to 6 hours to be heated,
The control panel 300 is provided with a control unit and independently controls the heating wires 400 installed in the main tank 220 and the auxiliary tank 230 in the control panel 300 having the control unit.
Wherein the temperature of the main tank 220 or the auxiliary tank 230 can be set in the control panel 300. [

delete

Images