KR20170126285A - Regenerative Poultice Device - Google Patents

Abstract

Disclosed is a regenerative organic liquid fomentation device. The disclosed regenerative organic liquid fomentation device according to an embodiment comprises: a receiving member which is made of a soft plastic material, is filled with a liquid filler, and has an inlet formed on one side thereof; a heating member which is received inside the receiving member; and a power supply member which is formed on the outer side of the receiving member. Specifically, the heating member comprises: a cover vertically coupled; and a ceramic heating body which is contained in the cover. Further, the power supply member comprises: a case which is joined to one side of the cover, and has a receiving unit formed therein; a bimetal which is inserted in the receiving unit of the case; a cap which is joined to the receiving unit of the case to block the same, and includes an LED lamp; a sealing panel which is joined to an upper part of the cap; a socket which is formed on the sealing panel; and a stopper which is joined to cover an upper part of the sealing panel so as to perform opening and closing. Accordingly, the regenerative organic liquid fomentation device improves durability of heat sources necessary for fomentation; is suitable for fomentation; allows a user to conveniently establish a preferred temperature; and has an excellent sealing property capable of conforming even to curved areas, thereby maximizing fomentation performance.

Description

[0001] Regenerative Poultice Device [0002]

The present invention relates to a regenerative organic liquid fomi apparatus, more particularly, to a regenerative type organic liquid fomi apparatus in which a heating apparatus is formed inside a bag in which a fluid is stored, and the fomentation can be performed by heat accumulated.

Generally, a portable fomenting apparatus is for heating the inside of the abdomen, back or waist using hot heat generated from the inside of the body. The portable heating foment is a type of heating the internal heating element by using electricity and a microwave of microwave, There are two forms of heating the heating element.

A portable feminine appliance using electricity is disclosed in Korean Utility Model Application No. 20-2012-0003394.

This is constituted of an electric heater filled with a heating element (ceramic block) and a heat insulating material inside the main body, and an electric heater for heating the heating body through a connector installed on one side of the main body.

On the other hand, the conventional fumigation apparatus has a disadvantage in that the main body is made hard and is not closely attached to the bending part of the body, thereby reducing the effectiveness of the fumigation.

The disclosed contents can improve the durability of the heat source required for the poultice, can be easily adapted to the user's preferred temperature suitable for the poultice, can be easily set to the user's preferred temperature, can be maximized And an object of the present invention is to provide a regenerative organic liquid fomi apparatus.

The object of the disclosed embodiments is to provide a container comprising: a housing member made of a soft vinyl material, filled with a liquid filler therein and having an injection port formed at one side thereof; A heating member accommodated in the housing member; And a power supply member formed on an outer surface of the housing member, wherein the heating member includes: a cover coupled with the cover; And a ceramic heating element housed in the cover, wherein the power applying member comprises: a case coupled to one side of the cover and having a receiving part therein; A bimetal inserted into a receiving portion of the case; A cap coupled to close the receiving portion of the case and having an LED lamp; A sealing panel coupled to an upper portion of the cap; An outlet formed in the sealing panel; And a cap which is coupled to cover the upper part of the sealing panel and is opened and closed, can be achieved by the regenerative organic liquid fomi.

The cap includes a fitting hole formed at one side of the cap. The cap has a boss formed at a lower side thereof to be inserted into the fitting hole, and a spring coupled to the outside of the boss to be inserted into the fitting hole.

Wherein the housing member comprises: an upper member having a dome-shaped opening with a lower portion; And a lower member having a dome shape with an upper portion opened. The upper member and the lower member are coupled to each other, and then the edges are bonded.

The upper member and the lower member are each formed of two layers or three layers, and the outermost layer is formed of polyurethane or a fabric material.

According to the disclosed embodiments, it is possible to improve the durability of the heat source required for the fomenting material, and it is suitable for the fomenting material and can be easily set to meet the user's preferred temperature. There is an effect that can be.

1 is a perspective view showing a regenerative-type organic liquid feminine warming apparatus according to a first embodiment,
2 is an exploded perspective view of a 'heating member' in the regenerative organic liquid fomi apparatus according to the first embodiment,
3 is a sectional view of the regenerative organic liquid fomi apparatus according to the second embodiment,
FIG. 4 is an exploded perspective view of a 'heating member' in the regenerative-type organic liquid fomi apparatus according to the second embodiment,
FIG. 5 is a partially cutaway perspective view of the regenerative organic liquid feminine warming apparatus according to the third embodiment,
FIG. 6 is a partially cutaway rear perspective view of the regenerative-type organic liquid feminine warming apparatus according to the fourth embodiment, FIG.
FIG. 7 is a perspective view of a regenerative type organic liquid feminine warming apparatus according to a fifth embodiment, FIG.
8 is a perspective view of a regenerative type organic liquid feminine warming apparatus according to the sixth embodiment,
FIG. 9 is a perspective view showing a power supply member applied to a regenerative-type organic liquid fomi apparatus according to a seventh embodiment to supply power. FIG.

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

It is to be understood that both the foregoing general description and the following detailed description are exemplary and explanatory and are intended to provide further explanation of the invention as claimed. It does not mean anything.

In addition, the sizes and shapes of the components shown in the drawings may be exaggerated for clarity and convenience of explanation, and the terms defined specifically in consideration of the configuration and operation of the present invention may vary depending on the intention or custom of the user, operator It should be noted that the definitions of these terms should be made on the basis of the contents throughout this specification.

[First Embodiment]

FIG. 1 is a perspective view of a regenerative organic liquid fomi apparatus according to a first embodiment, and FIG. 2 is an exploded perspective view of a 'heating member' in the regenerative organic liquid fomi apparatus according to the first embodiment.

As shown in FIGS. 1 and 2, the regenerative type organic fomentation apparatus A1 according to the first embodiment is made of a soft vinyl material, filled with a liquid filler therein, Member (100); A heating member 200 accommodated in the housing member 100; And a power supply member 300 formed on the outer surface of the housing member 100.

The housing member 100 is made of a soft material having excellent elasticity and elongation, and the inside thereof is formed in an empty shape so as to be filled with liquid conductive filler made of water or an organic liquid and having a shape similar to a pillow.

The housing member 100 includes an upper member 110 made of a soft material and having a dome shape opened at a lower portion thereof and a lower member 120 made of a soft material and having a dome shape opened at an upper portion thereof And the upper member 110 and the lower member 120 are coupled to each other, and then the edges are bonded.

The adhesive uses a high-frequency thermal bonding method. Of course, this type of bonding is only one example and can be carried out in more various ways, so it is not limited to high frequency bonding.

Preferably, the upper member 110 and the lower member 120 are each formed of two layers or three layers, and the outermost layer is formed of polyurethane or a fabric material.

For example, in the case of two layers, the inner layer is polyurethane and the outer layer is fabric material. In the case of 3 layers, the inner layer is a multi-layered polyurethane having different heat-resistant performance, and the outer layer is made of a fabric material.

By using the fabric material, the sweat absorption and drying performance of the skin can be demonstrated, and it is possible to prevent the risk of rash and burn due to the skin not being in close contact with the skin.

Meanwhile, the heating member 200 may include a cover 210 coupled with the upper and lower portions thereof; And a ceramic heating element 220 housed in the cover 210.

The cover 210 is made of heat-resistant plastic. The cover 210 is formed by fitting two covers 210 formed in the same shape to each other, and a receiving portion is formed inside the cover 210 to receive the ceramic heating element 220.

The ceramic heating element 220 has a plate shape and is heated by external power supply and is raised to a high temperature so that the ceramic heating element 220 is accommodated in the cover 210 so as not to directly contact with the housing member 100.

Inside the cover 210, a PTC heater 230 as an auxiliary heating device is formed. The Pettish heater 230 is additionally formed on one side of the ceramic heating element, and functions as a primary heating.

The Pitti heater 230 covers and protects the protective pipe 240.

The power supply member 300 includes a case 310 coupled to one side of the cover 210 and having a receiving part therein. A bimetal 320 inserted into the receiving portion 312 of the case 310; A cap 330 coupled to the receiving portion 312 of the case 310 and having an LED lamp 334 formed therein; A sealing panel 340 coupled to the top of the cap 330; An outlet 350 formed in the sealing panel 340; And a cap 360 coupled to cover the upper portion of the sealing panel 340 and operated to open and close.

The bimetal 320 performs an automatic power shutdown function to prevent the temperature of the bimetal 320 from being excessively heated to an appropriate temperature or higher.

The cap 330 has a groove 331 for receiving the socket 350 at one side thereof and an LED lamp 334 at the other side for indicating safe use by displaying the heating state in color.

The upper surface of the cap 330 is recessedly formed with a recessed portion 333.

The sealing panel 340 is coupled to the upper recessed portion 333 of the cap 330 and the recessed portion 333 of the cap 330 and the recessed portion 332 of the recessed portion Or they can be coupled through packing to provide airtightness to achieve a watertight condition.

A boss 362 is formed on one side of the cap 330 so as to be inserted into the fitting hole 332. The boss 362 is coupled to the outside of the boss 362, And a spring 363 inserted into the hole 332.

A screw is inserted from the inner lower portion of the cap 330 and screwed to the lower end of the boss 362 inserted in the fitting hole to complete the engagement of the plug 360. [ The plug 360 is rotated around the boss 362 to open and close the receptacle 350.

The injection port 400 is formed for injecting water or an organic liquid, and the plug 420 is coupled and sealed.

The case 310 has a cylindrical shape and a receiving portion 312 is formed therein and a connecting rod 314 is formed on an outer side of the case 310. Two ends 315 of the connecting rod 314 are spaced apart from each other, The cover 210 is coupled to the coupling portion 316 and the waterproof packing 318 is coupled to the coupling portion 316 so that the connection portion between the coupling portion 316 and the cover 210 is waterproof. As shown in Fig.

The conductive wires connected to the ceramic heating element 220 and the heat sink 230 are connected to the bimetal 320 and the receptacle 350 so as to be conductive.

The power supply member includes a socket 540 formed at one side of the plug 500. The socket 540 is detachably attached to the socket 350, But it is not always necessary to be limited thereto.

[Second Embodiment]

FIG. 3 is a cross-sectional view of a regenerative organic liquid fomi apparatus according to a second embodiment, and FIG. 4 is an exploded perspective view of a 'heating member' in the regenerative organic liquid fomi apparatus according to the second embodiment.

3 and 4, the regenerative type organic feminine warming apparatus A2 according to the second embodiment comprises a casing made of a soft vinyl material, filled with a liquid filler therein and having an injection port 400 formed on one side thereof 225); A heating member 20 accommodated in the casing 225; And a power supply member 300 formed on an outer surface of the casing 225.

The casing 225 is made of a soft material having excellent stretchability and elongation, and is hollow and has a shape similar to a pillow.

The casing 225 includes an upper member 110 made of a soft material and having a dome shape opened at a lower portion thereof and a lower member 120 made of a soft material and having a dome shape opened at an upper portion thereof, , The upper member (110) and the lower member (120) are coupled to each other, and then the edges are bonded together.

The adhesive uses a high-frequency thermal bonding method. Of course, this type of bonding is only one example and can be carried out in more various ways, so it is not limited to high frequency bonding.

Preferably, the upper member 110 and the lower member 120 are each formed of two layers or three layers, and the outermost layer is formed of polyurethane or a fabric material.

For example, in the case of two layers, the inner layer is polyurethane and the outer layer is fabric material. In the case of 3 layers, the inner layer is a multi-layered polyurethane having different heat-resistant performance, and the outer layer is made of a fabric material.

By using the fabric material, the sweat absorption and drying performance of the skin can be demonstrated, and it is possible to prevent the risk of rash and burn due to the skin not being in close contact with the skin.

The heating member 20 includes a housing 22 having an upper plate 221, a frame 222 coupled to a lower portion of the upper plate 221, and a casing 225 coupled to a lower portion of the frame 222. A ceramic heater plate (24) housed in the housing (22); A packing (28) coupled between the top plate (221) of the housing (22) and the frame (222) to provide a sealing force; And a plurality of bolts 29 screwed together with the upper plate 221, the frame 222 and the casing 225 to be integrated.

A power supply member (300) is integrally formed on one side of the housing (22).

The power supply member 300 is similar to the first embodiment and includes a case 310 coupled to one side of the housing 22 and having a receiving portion 312 therein. A bimetal 320 inserted into the receiving portion 312 of the case 310; A cap 330 coupled to the receiving portion 312 of the case 310 and having an LED lamp 334 formed therein; A sealing panel 340 coupled to the top of the cap 330; An outlet 350 formed in the sealing panel 340; And a cap 360 coupled to cover the upper portion of the sealing panel 340 and operated to open and close.

A boss 362 is formed on one side of the cap 330 so as to be inserted into the fitting hole 332. The boss 362 is coupled to the outside of the boss 362, And a spring 363 inserted into the hole 332.

A screw is inserted from the inner lower portion of the cap 330 and screwed to the lower end of the boss 362 inserted in the fitting hole to complete the engagement of the plug 360. [ The plug 360 is rotated around the boss 362 to open and close the receptacle 350.

The injection port 400 is formed to inject water or an organic liquid, and the plug is coupled and sealed.

The receptacle 350 is connected to a socket 540 formed on one side of a plug 420 for supplying power from the outside, and usually has three power terminals, but the present invention is not limited thereto.

[Third Embodiment]

5 is a partially cutaway perspective view of the regenerative organic liquid fomi apparatus according to the third embodiment.

As shown in FIG. 5, the regenerative type organic liquid fomi apparatus A3 according to the third embodiment includes a housing member 100 made of a soft vinyl material, filled with a liquid filler therein and having an injection port 400 formed on one side thereof, ; A heating member (70) accommodated in the housing member (100);

And a power supply member 300 formed on the outer surface of the housing member 100.

The receiving member 100 is made of a soft material having excellent stretchability and elongation, and the inside thereof is formed in an empty shape like a pillow.

The housing member 100 includes an upper member 110 made of a soft material and having a dome shape opened at a lower portion thereof and a lower member 120 made of a soft material and having a dome shape opened at an upper portion thereof And the upper member 110 and the lower member 120 are coupled to each other, and then the edges are bonded.

The adhesive uses a high-frequency thermal bonding method. Of course, this type of bonding is only one example and can be carried out in more various ways, so it is not limited to high frequency bonding.

Preferably, the upper member 110 and the lower member 120 are each formed of two layers or three layers, and the outermost layer is formed of polyurethane or a fabric material.

For example, in the case of two layers, the inner layer is polyurethane and the outer layer is fabric material. In the case of 3 layers, the inner layer is a multi-layered polyurethane having different heat-resistant performance, and the outer layer is made of a fabric material.

By using the fabric material, the sweat absorption and drying performance of the skin can be demonstrated, and it is possible to prevent the risk of rash and burn due to the skin not being in close contact with the skin.

The heating member 70 includes a silicon carbon heating wire 74 and a storage bag 72 in which a silicon carbon heating wire 74 is housed.

The storage bag 72 is made of a synthetic resin material of a heat-resistant material to accommodate a silicon carbon heating wire, and a plurality of through holes 723 are formed to circulate water or an organic liquid.

The silicon carbon heating wire 74 is formed by covering the outer surface of the carbon heating wire with silicon. When the power is applied, the silicon carbon heating wire 74 can generate heat and heat the water or the organic liquid.

The power supply member 300 includes a case 310 coupled to one side of the cover 210 and having a receiving part therein. A bimetal 320 inserted into the case receiving portion 312 of the case 310; A cap 330 coupled to the receiving portion 312 of the case 310 and having an LED lamp 334 formed therein; A sealing panel 340 coupled to the top of the cap 330; An outlet 350 formed in the sealing panel 340; And a cap 360 coupled to cover the upper portion of the sealing panel 340 and operated to open and close.

The bimetal 320 performs an automatic power shutdown function to prevent the temperature of the bimetal 320 from being excessively heated to an appropriate temperature or higher.

The cap 330 has a groove 331 for receiving the socket 350 at one side thereof and an LED lamp 334 at the other side for indicating safe use by displaying the heating state in color.

The upper surface of the cap 330 is recessedly formed with a recessed portion 333.

The sealing panel 340 is coupled to the upper recessed portion 333 of the cap 330 and the recessed portion 333 of the cap 330 and the recessed portion 332 of the recessed portion Or they can be coupled through packing to provide airtightness to achieve a watertight condition.

A boss 362 is formed on one side of the cap 330 so as to be inserted into the fitting hole 332. The boss 362 is coupled to the outside of the boss 362, And a spring 363 inserted into the hole 332.

A screw is inserted from the inner lower portion of the cap 330 and screwed to the lower end of the boss 362 inserted in the fitting hole to complete the engagement of the plug 360. [ The plug 360 is rotated around the boss 362 to open and close the receptacle 350.

The injection port 400 is formed to inject water or an organic liquid, and the plug is coupled and sealed.

The case 310 has a cylindrical shape and a receiving portion 312 is formed therein and a connecting rod 314 is formed on an outer side of the case 310. Two ends 315 of the connecting rod 314 are spaced apart from each other, The cover 210 is coupled to the coupling portion 316 and the waterproof packing 318 is coupled to the coupling portion 316 so that the connection portion between the coupling portion 316 and the cover 210 is waterproof. As shown in Fig.

The conductive wires connected to the ceramic heating element 220 and the heat sink 230 are connected to the bimetal 320 and the receptacle 350 so as to be conductive.

The receptacle 350 is connected to a socket 540 formed on one side of a plug 420 for supplying power from the outside, and usually has three power terminals, but the present invention is not limited thereto.

[Fourth Embodiment]

6 is a partially cutaway rear perspective view of the regenerative organic liquid fomercifier according to the fourth embodiment.

As shown in FIG. 6, the regenerative type organic fomentation apparatus A4 according to the third embodiment includes a housing member 100 made of a soft vinyl material, filled with a liquid filler therein and having an injection port 400 formed on one side thereof, ; A heating member (90) accommodated in the housing member (100); And a power supply member 300 formed on the outer surface of the housing member 100.

The receiving member 100 is made of a soft material having excellent stretchability and elongation, and the inside thereof is formed in an empty shape like a pillow.

The housing member 100 includes an upper member 110 made of a soft material and having a dome shape opened at a lower portion thereof and a lower member 120 made of a soft material and having a dome shape opened at an upper portion thereof And the upper member 110 and the lower member 120 are coupled to each other, and then the edges are bonded.

The adhesive uses a high-frequency thermal bonding method. Of course, this type of bonding is only one example and can be carried out in more various ways, so it is not limited to high frequency bonding.

Preferably, the upper member 110 and the lower member 120 are each formed of two layers or three layers, and the outermost layer is formed of polyurethane or a fabric material.

For example, in the case of two layers, the inner layer is polyurethane and the outer layer is fabric material. In the case of 3 layers, the inner layer is a multi-layered polyurethane having different heat-resistant performance, and the outer layer is made of a fabric material.

By using the fabric material, the sweat absorption and drying performance of the skin can be demonstrated, and it is possible to prevent the risk of rash and burn due to the skin not being in close contact with the skin.

The heat generating member 90 is a pipe having a hollow shape and includes a U-shaped tubular portion 92, a sieve heater 94 inserted into the tubular portion 92, And a finishing hole 96 for sealing the openings at both ends.

The tubular portion 92 is formed with a plurality of through holes and conductive wires connected to both ends of the sheath heater 94 through the finishing hole 96 to supply power.

The power applying member 300 is similar to the first embodiment A1 described above.

That is, the power supply member 300 includes a case 310 coupled to one side of the cover 210 and having a receiving part therein. A bimetal 320 inserted into the case receiving portion 312 of the case 310; A cap 330 coupled to the receiving portion 312 of the case 310 and having an LED lamp 334 formed therein; A sealing panel 340 coupled to the top of the cap 330; An outlet 350 formed in the sealing panel 340; And a cap 360 coupled to cover the upper portion of the sealing panel 340 and operated to open and close.

The bimetal 320 performs an automatic power shutdown function to prevent the temperature of the bimetal 320 from being excessively heated to an appropriate temperature or higher.

The cap 330 has a groove 331 for receiving the socket 350 at one side thereof and an LED lamp 334 at the other side for indicating safe use by displaying the heating state in color.

The upper surface of the cap 330 is recessedly formed with a recessed portion 333.

The sealing panel 340 is coupled to the upper recessed portion 333 of the cap 330 and the recessed portion 333 of the cap 330 and the recessed portion 332 of the recessed portion Or they can be coupled through packing to provide airtightness to achieve a watertight condition.

A boss 362 is formed on one side of the cap 330 so as to be inserted into the fitting hole 332. The boss 362 is coupled to the outside of the boss 362, And a spring 363 inserted into the hole 332.

A screw is inserted from the inner lower portion of the cap 330 and screwed to the lower end of the boss 362 inserted in the fitting hole to complete the engagement of the plug 360. [ The plug 360 is rotated around the boss 362 to open and close the receptacle 350.

The injection port 400 is formed to inject water or an organic liquid, and the plug is coupled and sealed.

The case 310 has a cylindrical shape and a receiving portion 312 is formed therein and a connecting rod 314 is formed on an outer side of the case 310. Two ends 315 of the connecting rod 314 are spaced apart from each other, The cover 210 is coupled to the coupling portion 316 and the waterproof packing 318 is coupled to the coupling portion 316 so that the connection portion between the coupling portion 316 and the cover 210 is waterproof. As shown in Fig.

The conductive wires connected to the ceramic heating element 220 and the heat sink 230 are connected to the bimetal 320 and the receptacle 350 so as to be conductive.

The receptacle 350 is connected to a socket 540 formed on one side of a plug 420 for supplying power from the outside, and usually has three power terminals, but the present invention is not limited thereto.

A fixing band 97 is formed on the inner surface of the receiving member 100 to fix the heating member 90. After the fixing band 97 is wound on the outer side of the heating member 90, As shown in FIG.

[Fifth Embodiment]

FIG. 7 is a perspective view of the regenerative organic liquid fomi apparatus according to the fifth embodiment, and FIG. 8 is a perspective view of the regenerative organic liquid fomi apparatus according to the sixth embodiment.

As shown in FIG. 7, the regenerative type organic fomenting apparatus according to the fifth embodiment includes: a housing member 100 made of a soft vinyl material, filled with a liquid filler therein and having an injection port 400 formed at one side thereof; A heating member 200 accommodated in the housing member 100; And a power supply member 300 formed on the outer surface of the housing member 100. A wear member 800 is formed on the outer side of the housing member 100. [

The wearing member 800 is composed of a belt 810 connected to both sides of the main body 2 and a buckle 820 formed at both ends of the belt 810.

Therefore, the wearable member 800 can be worn on the waist, leg, arm, or body.

On the other hand, as shown in Fig. 8, in the regenerative-type organic liquid feminine warming apparatus according to the sixth embodiment,

A housing member 100 made of a soft vinyl material, filled with a liquid filler therein and having an injection port 400 formed on one side thereof; A heating member 200 accommodated in the housing member 100; And a power supply member 300 formed on the outer surface of the receiving member 100. The bag 900 includes a bag 920 accommodating the receiving member 100 therein.

The bag 900 is a mesh-like band so as to have air permeability, and both ends thereof are provided with an attaching member 940 such as a Velcro fastener for easy attachment.

Therefore, it can be worn on the waist, leg, arm, body using the bag 900.

The bag 920 further includes a zipper pack formed of a soft vinyl material capable of accommodating a regenerative organic liquid fomentation device.

The zipper pack is intended to prevent burns when the liquid filler is leaked during use.

[Sixth Embodiment]

9 is a perspective view showing a power supply member applied to a regenerative-type organic liquid fomi apparatus according to the seventh embodiment to supply power.

The power supply member C is attached to the outside of the housing member 100 and includes a clamping body composed of upper and lower main bodies C-1 and C-2, one side of which is hingedly engaged and clamped, A socket C-3 formed at one side of the upper body C-1 and fitted to the receptacle 350 and a plug C-3 formed at the end of the power line and the power line formed on the other side, And a relief switch C-5 for turning off power supply when the upper and lower main bodies C-1 and C-2 are excessively separated from each other.

Thus, the upper and lower main bodies C-1 and C-2 constituting the clamping body are pinched and held on the outside of the housing member 100, the socket C-3 is inserted into the socket 350, (C-4) may be plugged into a power supply cord to be powered.

On the other hand, when overheated, the water or organic liquid in the housing member 100 boils and expands, causing the upper and lower main bodies C-1 and C-2 of the main body to be opened, -5) operates to shut off the power supply, thereby operating as a safety device.

This is an auxiliary power disconnect device in case the bimetal malfunctions.

Although the present invention has been described in connection with the above-mentioned preferred embodiments, it will be apparent to those skilled in the art that various modifications and variations can be made without departing from the spirit and scope of the invention, It is obvious that the claims fall within the scope of the claims.

100: housing member 20, 70, 90, 200: heating member
300: power supply member 210: cover
220: Ceramic heating element 230: Pettish heater
240: protective pipe 310: case
320: Bimetal 330: Cap
340: sealing panel 350: outlet
360: plug 362: boss
400: inlet 22: housing
24: ceramic heater plate 28: packing
29: bolt 70: heating member
72; Storage bag 74: Silicon carbon heating cable
92: pipe portion 94: sheath heater
96: Deadline

Claims (25)

A housing member made of a soft vinyl material, filled with a liquid filler therein, and having an injection port formed at one side thereof;
A heating member accommodated in the housing member;
And a power supply member formed on an outer surface of the housing member,
The heat-
A cover coupled with the upper and lower portions;
And a ceramic heating element accommodated in the cover,
The power supply member may include:
A case coupled to one side of the cover and having a receiving part therein;
A bimetal inserted into a receiving portion of the case;
A cap coupled to close the receiving portion of the case and having an LED lamp;
A sealing panel coupled to an upper portion of the cap;
An outlet formed in the sealing panel;
A cap coupled to cover an upper portion of the sealing panel and operated to open and close;
Wherein the regenerative bacterium is a bacterium. The method according to claim 1,
A fitting hole is formed on one side of the cap,
Wherein the stopper includes a spring having a boss formed at a lower side thereof to be inserted into the fitting hole, and a spring coupled to the outside of the boss to be inserted into the fitting hole. The method according to claim 1,
Wherein:
An upper member made of a soft material and having a dome shape opened at a lower portion thereof and a lower member made of a soft material and having a dome shape with an upper portion opened,
Wherein the upper member and the lower member are engaged with each other, and then the edges are bonded together. The method of claim 3,
Wherein the upper member and the lower member are formed in two layers or three layers, respectively, and the outermost layer is formed of polyurethane or a fabric material. The method according to claim 1,
Wherein the cover includes a Pithether heater as an auxiliary heating device. ≪ RTI ID = 0.0 > 21. < / RTI > 6. The method of claim 5,
Wherein the heat radiator is covered with a protective tube to protect the heat radiator. The method according to claim 1,
The cap has a groove on one side for receiving a socket, and an LED lamp on the other side,
The upper surface of the cap is formed with a concave recessed portion;
Wherein the sealing panel is coupled to an upper recessed portion of the cap. The method according to claim 1,
The case
A receiving portion is formed inside, a connecting rod is formed on the outside,
Wherein a plurality of stepped portions are formed at an end portion of the connecting rod to form a coupling portion,
The cover is coupled to the engaging portion,
Wherein a waterproof packing is attached to an end surface of the coupling portion so that the connection portion between the coupling portion and the cover is waterproof.
A housing member made of a soft vinyl material, filled with a liquid filler therein, and having an injection port formed at one side thereof;
A heating member accommodated in the housing member;
And a power supply member formed on an outer surface of the housing member,
The heat-
A housing having a top plate, a frame coupled to a lower portion of the top plate, and a casing coupled to a lower portion of the frame;
A ceramic heater plate housed in the housing;
A seal coupled between the top plate of the housing and the frame to provide a sealing force;
And a plurality of bolts that screw together the upper plate member, the frame, and the receiving member,
The power supply member may include:
A case coupled to one side of the housing and having a receiving part therein;
A bimetal inserted into a receiving portion of the case;
A cap coupled to close the receiving portion of the case and having an LED lamp;
A sealing panel coupled to an upper portion of the cap;
An outlet formed in the sealing panel;
A cap coupled to cover an upper portion of the sealing panel and operated to open and close;
Wherein the regenerative bacterium is a bacterium. 10. The method of claim 9,
The cap has a groove on one side for receiving a socket, and an LED lamp on the other side,
The upper surface of the cap is formed with a concave recessed portion;
Wherein the sealing panel is coupled to an upper recessed portion of the cap. 11. The method of claim 10,
A fitting hole is formed on one side of the cap,
Wherein the stopper includes a spring having a boss formed at a lower side thereof to be inserted into the fitting hole, and a spring coupled to the outside of the boss to be inserted into the fitting hole. 10. The method of claim 9,
The receiving member
An upper member having a dome shape with a lower portion opened;
And a lower member having an upper portion opened and a dome-shaped upper portion,
Wherein the upper member and the lower member are coupled to each other and then the edges are bonded together. 13. The method of claim 12,
Wherein the upper member and the lower member are formed in two layers or three layers, respectively, and the outermost layer is formed of polyurethane or a fabric material.
A housing member made of a soft vinyl material, filled with a liquid filler therein, and having an injection port formed at one side thereof;
A heating member accommodated in the housing member;
And a power supply member formed on an outer surface of the housing member,
The heating member
A storage bag in which a silicon carbon heating wire and a silicon carbon heating wire are stored;
A case coupled to one side of the receiving member and having a receiving part therein;
A bimetal inserted into a receiving portion of the case and connected to the silicon carbon heating wire by an electric wire;
A cap coupled to close the receiving portion of the case and having an LED lamp;
A sealing panel coupled to an upper portion of the cap;
An outlet formed in the sealing panel;
A cap coupled to cover an upper portion of the sealing panel and operated to open and close;
Wherein the regenerative bacterium is a bacterium. 15. The method of claim 14,
A fitting hole is formed on one side of the cap,
Wherein the stopper includes a spring having a boss formed at a lower side thereof to be inserted into the fitting hole, and a spring coupled to the outside of the boss to be inserted into the fitting hole. 15. The method of claim 14,
The receiving member
An upper member having a dome shape with a lower portion opened;
And a lower member having an upper portion opened and a dome-shaped upper portion,
Wherein the upper and lower members are coupled to each other, and then the edges are bonded to each other. 17. The method of claim 16,
Wherein the upper member and the lower member are formed in two layers or three layers, respectively, and the outermost layer is formed of polyurethane or a fabric material. A housing member made of a soft vinyl material, filled with a liquid filler therein, and having an injection port formed at one side thereof;
A heating member accommodated in the housing member;
And a power supply member formed on an outer surface of the housing member,
The heating member
A pipe having a hollow and having a U-shaped tubular portion, a sheath heater inserted into the tubular portion, and a finishing hole for sealing both end openings of the tubular portion,
The tubular portion has a plurality of through holes,
A conductive wire connected to both ends of the sheath heater through the finishing hole to supply power,
A case coupled to one side of the receiving member and having a receiving part therein;
A bimetal inserted into the receiving portion of the case and connected to the conductive wire of the sheath heater;
A cap coupled to close the receiving portion of the case and having an LED lamp;
A sealing panel coupled to an upper portion of the cap;
An outlet formed in the sealing panel;
A cap coupled to cover an upper portion of the sealing panel and operated to open and close;
Wherein the regenerative bacterium is a bacterium. 19. The method of claim 18,
Wherein a fixing band is formed on the inner surface of the housing member so as to fix the heating member and the fixing band is wound on the outer side of the heating member and then attached to the inner surface of the housing member. 19. The method of claim 18,
A fitting hole is formed on one side of the cap,
Wherein the stopper includes a spring having a boss formed at a lower side thereof to be inserted into the fitting hole, and a spring coupled to the outside of the boss to be inserted into the fitting hole. 19. The method of claim 18,
The receiving member
An upper member having a dome shape with a lower portion opened;
And a lower member having an upper portion opened and a dome-shaped upper portion,
Wherein the upper and lower members are coupled to each other, and then the edges are bonded to each other. 22. The method of claim 21,
Wherein the upper member and the lower member are formed in two layers or three layers, respectively, and the outermost layer is formed of polyurethane or a fabric material. 19. The method according to any one of claims 1, 9, 14 and 18,
A wear member is formed on the outer side of the housing member,
Wherein the wearer includes a belt connected to both sides of the body, and a buckle formed at both ends of the belt. 19. The method according to any one of claims 1, 9, 14 and 18,
And a bag provided with a bag in which the housing member is housed,
The bag is formed in a mesh-like band so as to have air permeability, and a Velcro fastener is formed at both ends so as to be easily attached,
And a zipper pack for storing the regenerative organic liquid fomentation device is contained in the pocket. 18. A regulator according to any one of claims 1, 9, 18 and 18, comprising a power supply member coupled to an outlet of the regenerative organic liquid fomi apparatus for supplying power,
The power supply member,
And is attached to the outside of the housing member,
And a plug formed at an end of the power supply line and the power supply line formed at the other side of the power supply line, the socket being formed at one side of the upper body, and,
Wherein the main body includes a relief switch for turning off the power supply when the upper and lower bodies are excessively separated from each other.

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