KR102428275B1 - Thermotherapy apparatus including 3-dimensional mesh section having mat structure of 3-dimensional filament - Google Patents

Abstract

The present disclosure relates to the provision of a poultice apparatus in which a position of a heating element is stably fixed and a heat storage function is improved.
According to an embodiment of the content disclosed in this specification, the poultice apparatus includes a heating part, a 3D mesh part formed to surround the heating part, an outer skin formed to surround and seal the 3D mesh part, and detachable with the outer skin. It includes a power source connected to, gel or water is injected inside the outer skin, and the heating unit is electrically connected to the power source.

Description

A poultice apparatus comprising a 3D mesh part in the form of a mat having a 3D filament structure {THERMOTHERAPY APPARATUS INCLUDING 3-DIMENSIONAL MESH SECTION HAVING MAT STRUCTURE OF 3-DIMENSIONAL FILAMENT}

The present disclosure relates to a poultice device, and relates to a poultice device providing a cold/warm compress function.

Unless otherwise indicated herein, the contents described in this identification are not prior art to the claims of this application, and the description in this identification is not admitted to be prior art.

In general, a heat treatment device is formed in a structure that transfers heat generated through a heating element disposed therein to the outside, and a liquid is injected therein in order to preserve the heat generated therein for a long time.

However, the conventional heat treatment device has disadvantages in that the temperature of the external surface is non-uniform depending on the position of the heating element inserted therein, and burns or damage to the outer skin surrounding the heating element occurs due to the temperature of the heating element.

In this regard, Korean Utility Model Publication No. 20-0441979 discloses a portable heat storage device, and Korean Patent Publication No. 10-2007-0108621 discloses a temperature control device and method for a portable heat storage device having an overheat prevention function. is starting.

However, the existing inventions do not disclose a technique for stably fixing the position of the heating element.

An object of the present invention is to provide a poultice apparatus that stably fixes the position of a heating element, improves a heat storage function, and provides a cold compress function.

In addition, it is not limited to the technical problems as described above, and it is obvious that another technical problem may be derived from the following description.

According to an embodiment of the disclosure, the poultice apparatus includes a heating part, a 3D mesh part formed to surround the heating part, an outer skin formed to surround and seal the 3D mesh part, and a power supply unit detachably connected to the outer skin. Including, gel or water is injected inside the outer skin, the heating unit is electrically connected to the power supply.

In addition, the 3D mesh portion may be formed in the form of a pad having a three-dimensional structure by extending or connecting to each other polymer wires bent in different directions.

In addition, the heating unit may include a frame formed in a plate shape and silicon heating wires surrounding the frame.

In addition, the frame may have a plurality of circular through-holes formed therein.

In addition, the poultice apparatus may further include a power connector that penetrates the upper portion of the outer skin and is coupled to the outer skin to expose the plug toward the upper portion, and is electrically connected to the heating unit.

In addition, in the outer skin, the 3D mesh unit may be inserted through an opening formed by sealing the corner portions of the plurality of outer skins, and the heating unit may be disposed inside the 3D mesh unit.

In addition, the poultice apparatus may further include a bellyband having a body having a receiving space into which the outer skin is inserted, and a belt unit extending toward both sides of the body and connected to each other with Velcro while surrounding the body.

In addition, the outer skin is formed in the form of any one of a pillow, a cushion, or a mat, and a hydrogel capable of storing heat or keeping cool may be injected into the inner skin of the outer skin.

In addition, the outer skin may be used as any one of a mat, a cushion, or a bamboo-in which can be ventilated through the 3D mesh part formed in a 3D filament structure.

According to an embodiment disclosed in the present specification, the heat generated by the heat generating element is disposed between the fillers inserted therein, and water or gel is injected into the heat treatment device to stably fix the position of the heat generator. There is an advantage of uniformly discharging to the outside.

In addition, since a space is formed inside the fillers inserted therein so that water or gel can move or remain, the elasticity of the filler itself is improved, and noise due to the elasticity of the filler is reduced.

In addition, since the effects of the present invention described as described above are naturally exhibited by the configuration of the described contents regardless of whether the inventor recognizes them, the above-described effects are only a few effects according to the described contents, and all effects recognized or actual by the inventor should not be accepted as having been described.

In addition, the effect of the present invention should be further grasped by the overall description of the specification, and even if it is not described in an explicit sentence, a person of ordinary skill in the art to which the described content belongs through this specification has such an effect. If it is an effect that can be recognized as the effect, it will be considered as the effect described in the present specification.

1 is a view showing a state of use of a poultice apparatus according to an embodiment disclosed in the present specification.
FIG. 2 is a perspective view showing a heating part of the steam bath of FIG. 1 .
Figure 3 is an exploded perspective view showing the inside of the poultice apparatus of Figure 1;
4 and 5 are exploded perspective views of the power supply of FIG. 1 .
6 is a perspective view illustrating a process of manufacturing the poultice apparatus of FIG. 1;
Figure 7 is a perspective view showing a detachable bellyband of the outer skin of Figure 1;
8 is a perspective view of a poultice apparatus according to another embodiment disclosed herein;

Hereinafter, with reference to the accompanying drawings, the configuration, operation, and effect of the steaming apparatus according to the preferred embodiment will be described. For reference, in the following drawings, each component is omitted or schematically illustrated for convenience and clarity, and the size of each component does not reflect the actual size. Also, the same reference numerals refer to the same components throughout the specification. and reference numerals for the same components in individual drawings will be omitted.

1 is a diagram showing a state of use of a steam bath according to an embodiment disclosed in the present specification. FIG. 2 is a perspective view showing a heating part of the steaming device of FIG. 1 .

As shown in FIGS. 1 and 2 , the poultice apparatus 100 includes a heating part 200 , a 3D (3-dimensional) mesh part 300 , an outer skin 400 , a power supply part 500 , and a power connection part 600 . ) are included.

In general, a heat treatment device is formed in a structure that transfers heat generated through a heating element disposed therein to the outside, and a liquid is injected therein in order to preserve the heat generated therein for a long time.

However, the conventional heat treatment device has a disadvantage in that the temperature of the outer surface is non-uniform depending on the position of the heating element inserted therein, and burns are generated by the temperature of the heating element, or fire or damage to the outer shell surrounding the heating element occurs.

The poultice apparatus 100 places a heating element between the fillers inserted therein, and injects water or gel into the interior of the poultice apparatus 100 to stably fix the position of the heating element while uniformly dissipating the heat generated from the heating element to the outside. It has the advantage of discharging.

As the gel, a hydrogel used for a cool mat is used, and the hydrogel is filled inside the steaming device 100 to deliver cold air to a part of the body in close contact with the steaming device 100 for a predetermined time.

In addition, the poultice apparatus 100 has an advantage in that a space is formed inside of the fillers inserted therein, so that water or gel can move or remain, so that the elasticity of the filler itself is improved, and noise due to the elasticity of the filler is reduced. .

The heating unit 200 includes a frame 210 , a silicon heating wire 220 , a sealing member 230 , and fixing wires 240 .

The heating part 200 is formed in the form of a plate, and the outer surface of the heating wire is coupled in the form of surrounding the heating part 200 in the form of a coil, and is connected to the battery disposed inside the steaming device 100 through a cable. .

The heat generating unit 200 is driven through the power of the battery to generate heat, and the generated heat is transferred to the outer surface of the compressing device 100 by the filler inserted into the inside of the steaming device 100 and discharged to the outside. do.

The frame 210 is formed in the form of a square plate in which a relatively wide surface is formed toward the upper and lower portions, and circular holes penetrating the frame 210 in the upper and lower portions are arranged in a lattice form.

At one end of the frame 210, a rectangular parallelepiped receiving space 212 is formed in which a portion of a rectangular shape is depressed toward the bottom, and in the receiving space 212, a silicon heating wire 220 and a power cable 650 to be described later are formed. are connected to each other

The silicon heating wire 220 is a heating cable whose outer surface is made of silicon, and one end is connected to the power cable 650 extending from the power connector 600 in the receiving space 212 , and the other end is one end of the frame 210 . After surrounding the frame 210 in a coil form from to the other end, it is extended and inserted into the receiving space 212 and is connected to the power cable 652 .

The distance corresponding to the pitch of the silicon heating wire 220 surrounding the frame 210 in the form of a coil is formed to maintain the same distance from one end to the other end of the frame 210, and is filled in the heat treatment device 100 The used water or gel is movable through the space corresponding to the pitch of the silicon heating wire 220 and the hole formed in the frame 210 through the heating unit 200 .

In addition, the space corresponding to the inside of the silicone heating wire 220 and water or gel filled in the holes are in close contact with most of the outer surface of the silicone heating wire 220, and most of the heat generated from the silicone heating wire 220 is effectively heated. There is an advantage of discharging to the outside of the device 100 .

The sealing member 230 is a transparent or translucent polymer material, and one end and the other end of the silicone heating wire 220 are connected to each of the power cables 650 and 652 in the receiving space 212 in the receiving space 212. After being filled and cured, the silicone heating wire 220 and the power cables 650 and 652 are stably connected.

Accordingly, the silicon heating wire 220 is connected to the battery disposed inside the power connection unit 600 to generate heat through the power of the battery, and the generated heat is effectively transferred to the outside through water or gel.

One end of each of the fixing wires 240 is coupled to the frame 210 at positions corresponding to one side and the other side of the lower one end of the frame 210 , and the other end extends from one end to the other end of the frame 210 in the form of a wire. and is coupled to the frame 210 .

Each of the fixing wires 240 surrounds a portion of the silicone heating wire 220 disposed between the bottom surface of the frame 210 and the fixing wires 240 while being coupled to the frame 210 and is in close contact with the silicone heating wire 220. The silicon heating wire 220 is fixed to the frame 210 .

The 3D mesh unit 300 includes a mesh cushion 310 .

The 3D mesh unit 300 is formed to surround the heating unit 200 while a single or a plurality of wires that are randomly bent in various directions in the inside of the steaming device 100 are connected to each other to form a cushion around the heating unit 200 . is placed as

Specifically, the mesh cushion 310 is a three-dimensional web-shaped cushion similar to the cosmic giant structure (three-dimensional filament structure) by connecting wires made of an ethylene vinyl acetate copolymer resin (EVA: Ethylene Vinyl Acetate Copolymer) material. is formed

Therefore, the mesh cushion 310 has a low manufacturing cost of the mesh cushion 310 itself, unlike the existing cushions, springs, sponges, and cushioning materials, and a space that can be filled with water or gel inside the mesh cushion 310 is formed. There is an advantage of stably fixing the position of the heating unit 200 due to excellent shape retention.

The outer skin 400 includes a first outer skin 410 and a second outer skin 420 .

The outer skin 400 is formed in the form of a pillow that surrounds and seals the 3D mesh unit 300 , and the heating unit 200 is separated from the inner surface of the outer skin 400 by the 3D mesh unit 300 . It is disposed on the inside of the outer skin (400).

Inside the outer skin 400, a temperature sensor for sensing the temperature inside the outer skin 400 and a temperature overheating prevention device for automatically blocking the operation of the heating unit 200 when the temperature increases above a certain temperature are formed.

On the other hand, the outer skin 400 may be manufactured in the form of a mat or cushion in the form of a rectangular plate filled with gel (hydrogel) inside, not in the form of a pillow, in this case, the poultice device 100 is hydrogel waterproofing Can be used as a mat.

In addition, the outer skin 400 may be formed in the form of a cushion, a mat, or a ventilation mat in which a plurality of through holes are formed, rather than a pillow or a mat form, and water or gel is injected into the outer skin 400 . It can be used as a ventilated mat, ventilated cushion, ventilated bed mat, or porridge in the unoccupied state.

Each of the first and second outer shells 410 and 420 is formed in the form of a rectangular cloth, and each corner is hot-pressed and sealed with each other in close contact with each other, and then the sewing is finished with a fiber band, 3D mesh part 300 It is formed in the shape of a pillow surrounding the

FIG. 3 is an exploded perspective view showing the inside of the poultice apparatus of FIG. 1 . 4 and 5 are exploded perspective views of the power supply unit of FIG. 1 . FIG. 6 is a perspective view showing a process of manufacturing the poultice apparatus of FIG. 1 .

As shown in FIG. 6 , each of the first and second shells 410 and 420 sutures the other edges except for one edge, and the inner space between the first and second shells 410 and 420 on one side. and an opening connecting the external space.

When the mesh cushion 310 in which the heating part 200 is disposed is inserted into the inner space of the outer skin 400 through the opening, water or gel is injected into the outer skin 400 through the opening The inner space of the outer skin 400 is sealed by sealing one edge of the first and second outer skins 410 and 420 .

1 to 5, the power supply unit 500 includes an upper frame 510, an upper cover 515, a power cut-off device 516, a power switch 517, a connection socket 518, a lower frame 520, It includes a lower cover 525 , a power cord 530 and a rotation unit 540 .

The power supply unit 500 is formed in the form of tongs, and is coupled to a power connection unit 600 formed on the outer skin 400 while enclosing a portion of the outer skin 400 to be electrically detachably or attached to the heating unit 200 . And power is supplied to the power connection unit (600).

One end of the upper frame 510 is formed in the form of a plate, and a portion corresponding to the other corners except for a portion of the first direction (1) side of the central portion is a predetermined distance toward the second direction (2) and the upper portion. The inner space is formed in the shape of a container opened upward by extending obliquely as much as possible, and the other end is bent from the central part in the second direction (2) opposite to the first direction (1) and then convexly protrudes downward. It extends by a predetermined distance in a semi-cylindrical shape.

An insertion groove 512 formed by penetrating the upper frame 510 vertically is formed at one end of the upper frame 510 , and a portion of the rotation unit 540 to be described later is formed in the upper frame 510 through the insertion groove 512 . ) is coupled with the upper cover 515 while being inserted into the inside.

One end of the upper cover 515 is formed in the form of a curved panel with a curved surface protruding from the first direction (1) side toward the first direction (1) and the upper part to cover one end and the central part of the upper frame 510 and cover the upper frame ( 510) is combined.

The other end of the upper cover 515 extends from one end toward the second direction 2 by a predetermined distance in the form of a plate, and in a state where one end of the upper cover 515 is coupled to the upper frame 510 , the bottom edge is the upper part. It is coupled to the upper edge of the other end of the frame 510 to cover the upper space of the upper frame 510 .

The power cut-off device 516 is formed in a rectangular parallelepiped shape, and a button 516a is formed in the first direction (1) side of the bottom surface, and when the button 516a moves toward the upper side, the power supplied through the connected power cord 530 It automatically blocks the movement to the heating unit 200 or the power connection unit 600 .

The power switch 517 is attached to the upper part of the other end of the upper cover 515 in the form of a rocker switch, and is connected to the power cut-off device 516 to manually control the power cut-off device 516 according to the operation.

One end of the connection socket 518 is formed in a rectangular parallelepiped shape, passes through the lower portion of the other end of the upper frame 510 and is coupled to the upper frame 510, and the other end extends from one end to the lower portion by a predetermined distance.

The connection socket 518 is connected to a power cord 530 and a cable in a sealed space formed between the upper frame 510 and the upper cover 515 to receive power, and is coupled to a power connector 600 to be described later. to supply power to the heating unit 200 or to charge the battery inside the power connection unit 600 .

One end of the lower frame 520 is formed in the form of a plate, and the central portion of the central portion is a predetermined distance toward the second direction (2) and the lower portion corresponding to the remaining corners except for a portion of the first direction (1) side edge of one end. The inner space is formed in an open shape toward the lower part and the first direction (1), and the other end is bent toward the second direction (2) in the central part and then in a semi-cylindrical shape with the side surface protruding toward the upper part. extended by a predetermined distance.

At one end of the upper portion of the lower frame 520 , a rotation tube 521 in the form of a square tube having an inner space open toward the top and bottom is formed, and inside the rotation tube 521 , a rotation shaft 522 in the form of a cylinder is one side or It is coupled with the rotation tube 521 to enable rotation based on the axis extending toward the other side.

One end and the other end of the rotation shaft 522 are respectively coupled to the inner surface of the rotation tube 521 between the rotation tube 521 so as to be able to rotate through the bolt, and the upper frame through the rotation unit 540 to be described later ( 510) and the upper covers 515 are coupled to be rotatable.

One end of the lower cover 525 is formed in the shape of a curved panel protruding toward the first direction (1) and downward to cover one end and a central portion of the lower frame 520 and is coupled to the lower frame 520 .

The other end of the lower cover 525 extends from one end toward the second direction 2 by a predetermined distance in the form of a plate, and when one end of the lower cover 525 is coupled to the lower frame 520 , the upper surface edge is It is coupled to the lower edge of the other end of the lower frame 520 to cover the lower space of the lower frame 520 .

The structure of each of the upper frame 510 and the upper cover 515 is similar to the structure of each of the lower frame 520 and the lower cover 525 , respectively, so that manufacturing is easy, and the outer skin 400 surrounds the outer skin The inner part in close contact with the 400 has the advantage of preventing damage to the outer skin 400 by being treated with a curved surface.

One end of the power cord 530 passes through one end of the upper cover 515 and is connected to the power cut-off device 516 , the other end extends by a predetermined distance in the form of a cable, and a plug is formed at the other end.

As shown in FIGS. 4 and 5 , the rotation unit 540 includes a rotation frame 541 , a rotation bulkhead 542 and a connecting column 543 .

The rotation unit 540 is disposed between one end of the upper frame 510 and one end of the lower frame 520 , and is coupled to each of the upper frame 510 and the lower frame 520 and extends toward one side or the other side. The upper frame 510 and the lower frame 520 are connected so that the upper frame 510 and the lower frame 520 can rotate as a reference.

Specifically, the rotation frame 541 is formed in the form of a plate, and a square hole formed through the rotation frame 541 in a rectangular shape is formed in the center of the rotation shaft 522 in a state coupled to the lower frame 520 . and rotating tubes 521 are inserted.

The rotation bulkhead 542 is formed in the form of a square tube, is coupled to the upper surface of the rotation frame 541 corresponding to the circumference of the square hole, and is in close contact with the rotation tube 521 inserted through the square hole.

The rotation tube 521 and the rotation shaft 522 are coupled to each other so that they can rotate through bolts passing through both sides of the rotation partition wall 542, and the rotation partition wall 542 is the rotation tube 521 and the rotation shaft 522. The bottom surface of the rotation frame 541 is spaced apart from one end of the lower frame 520 by a predetermined distance in the state in which it is rotated and coupled to the rotation frame 541 to form a space in which the rotation frame 541 can rotate about the rotation shaft 522 as an axis. .

One end of each of the connecting pillars 543 and 544 is coupled to the rotation frame 541 on one side and the other side of the rotation partition wall 542 in the first direction (1), respectively, and the other end is predetermined upward in a cylindrical shape from one end. It extends by a distance of , and is bolted to each of the pillars 515a formed on one side and the other side of the power cut-off device 516 .

Posts 515a coupled to the lower end of one end of the upper cover 515 are formed in the lower portion of one end of the upper cover 515 with the power shut-off device 516 interposed therebetween, and each of the posts 515a has a lower portion. It extends toward and is coupled to the connecting posts (543, 544), respectively.

When the outer skin 400 is inflated by heat and the other end of each of the upper frame 510 and the upper cover 515 moves upward with the rotation shaft 522 as an axis, the first of the power cut-off device 516 The direction (1) side part descends, and the button (516a) moves toward the upper side by the upper edge of the rotation tube 521 located at the first direction (1) side to cut off the power transmitted to the heating unit 200. .

On the other hand, when the outer skin 400 contracts and the other end of each of the upper frame 510 and the upper cover 515 descends with the rotation shaft 522 as an axis, the first direction (1) of the power cut-off device 516 ) side rises, and the button 516a is separated from the upper edge of the rotation tube 521 located in the first direction (1) side and moves to the original position, and power is supplied to the heating unit 200 and the battery 615. .

2 and 3 , the power connection unit 600 includes a plug unit 610 and a cover unit 620 .

The power connection unit 600 is coupled to the outer skin 400 in a state penetrating the upper portion of the outer skin 400 to seal the inner space of the outer skin 400, and is electrically connected to the power supply unit 500 to be detachable or attached. Power coupled to and supplied to the heating unit 200 is supplied.

The plug unit 610 is inserted into the through hole penetrating the first shell 410, is coupled to the first shell 410, is connected to the connection socket 518, and generates power supplied from the power supply unit 500 to the heating unit ( 200) or recharge your own battery.

The plug unit 610 includes an upper body 611 , a lower body 612 , a plug 613 , a light emitting unit 614 , and a battery 615 .

The upper body 611 is made of an elliptical polymer material, and a portion of the central rectangular shape is depressed by a predetermined distance downward to form a central groove 611a, and a plug ( 613) is placed.

The central portion of the upper body 611 protrudes downward while penetrating the upper hole formed through a portion of the first shell 410 , and the position of the central groove 611a is located in the upper portion of the first shell 410 . located at the bottom

The upper end of the lower body 612 is coupled with the rim of the first shell 410 around the upper hole while enclosing the central portion of the upper body 611 from the inside of the first shell 410, the upper body 611 and the second 1 The gap between the shells 410 is sealed.

The plug 613 is formed inside the central groove and is electrically connected to the heating part 200 and the batteries 615 , and the battery 615 is disposed inside the lower body 612 to form the plug 613 and It is charged through the coupled power connector 600 .

The light emitting unit 614 is coupled to the upper body 611 at one side upper portion of the central groove 611a of the upper body 611, and the light emitting device disposed therein is electrically connected to the battery 615 or the plug 613. It is connected to indicate whether it is charging or not through light emission.

The cover unit 620 includes a cover frame 621 and covers 622 .

The cover unit 620 is formed in the form of an elliptical cap and is detachably coupled to the plug unit 610 at the top of the plug unit 610, and a portion is formed in the form of a door that opens and closes a central rectangular cover hole. to cover or open the plug 613 .

Specifically, the cover frame 621 is formed in the form of an elliptical cap surrounding the upper body 611 and is detachably coupled to the upper body 611, and a portion of the upper surface of the central rectangular shape is predetermined toward the lower side. The upper groove is formed by depression by a distance of .

A portion of the rectangular shape inside the upper groove of the cover frame 621 is recessed downward to form the cover hole connecting the upper space and the lower space of the cover frame 621, and the cover frame 621 is attached to the upper body ( In a state coupled to the 611), the plug 613 is opened upward through the cover hole.

The cover frame 621 is made of a transparent or translucent material, and when the light emitting unit 614 emits light while being coupled to the upper body 611, the light emitted from the light emitting unit 614 passes through the cover 622 to the outside. radiated into space.

One end of the cover 622 is formed in the form of a plate and is coupled to the cover frame 621 to be rotatable based on an axis extending toward one side or the other side, and the other end is extended by a predetermined distance from one end, and one end is an axis. When the other end is rotated, it is inserted into the upper groove to seal the cover hole.

FIG. 7 is a perspective view showing the bellyband that is detachable from the outer skin of FIG. 1 .

As shown in FIG. 7 , the poultice apparatus 100 further includes an abdominal band 700 , and the belly band 700 includes a body 710 , a first receiving unit 720 , a second receiving unit 730 , and a second receiving unit ( 730 ). It includes three accommodating parts 740 .

The bellyband 700 is formed to be detachable from the body while enclosing the waist, lower body, or upper body of the body, and an inner space into which the outer skin 400 can be inserted is formed. It can be mounted to heat various parts of the body.

One end of the body 710 is formed in the form of a plate or cloth, a binding portion 712 formed of Velcro or an adhesive material is formed on one side of one end, and the other end extends from one end toward the other by a predetermined distance. .

On the other side of the other end of the body 710, a binding part 714 formed of Velcro or an adhesive material that can be adhered or attached to the binding part 712 is formed, and one end and the other ends of the body 710 surround the body. The body 710 may be fixed to the body by bonding the binding portions 712 and 714 to each other.

The first accommodating part 720 is formed in the form of a pocket in which the inner space is opened toward the top at one central side of the body 710 and is coupled to the body 710, and the outer skin 400 is the first accommodating part 720 ) and is inserted between the body 710 and fixed to the bellyband 700 .

The second accommodating part 730 is formed in the form of a tunnel-type pocket in which an inner space is opened toward one end of the body 710 at one side of the first accommodating part 720 and is coupled to the first accommodating part 720 and , the user can use the first storage unit 720 as a heating glove by positioning the hand inside the first storage unit 720 .

The third accommodating part 740 is disposed between the other end of the body 710 and the second accommodating part 730 on one side of the first accommodating part 720 , and the inner space is opened toward the other end of the body 710 . It is formed in the form of a tunnel-type pocket and is coupled to the first storage unit 720 .

Accordingly, in a state in which the user wears the bellyband 700 on the body, the heating part 200 , the 3D mesh part 300 and the outer skin 400 are located in the space between the first receiving part 720 and the body 710 . It is possible to conveniently heat a part of the body by inserting a heating unit composed of

In addition, there is an advantage that the user can keep his hands warm by placing his hands inside each of the second and third accommodating parts 730 and 740 in a state where a part of the body is heated.

8 is a perspective view of a steaming apparatus according to another embodiment disclosed herein.

Since the poultice apparatus 120 according to the present specification is substantially the same as the poultice apparatus 100 of FIGS. 1 to 7 except for the lower frame 552 and the massager 800 of the power supply unit 550, the same reference numerals and names and redundant descriptions are omitted.

As shown in FIG. 8 , the poultice apparatus 120 further includes a power supply unit 550 and a massager 800 .

The power supply unit 550 includes a lower frame 552 .

One end of the lower frame 552 is formed in the form of a plate, and the central portion of one end is a predetermined distance toward the second direction (2) and the lower portion corresponding to the remaining edges except for a portion of the first direction (1) side edge. The inner space is formed in the shape of a cap that is opened downwardly by extending obliquely as much as possible, and the other end is bent toward the second direction (2) in the central part and then extends by a predetermined distance in a semi-cylindrical shape protruding toward the upper part.

At one end of the upper portion of the lower frame 552 , each of the plate-shaped rotating tubes 521 is disposed to face each other on one side and the other side and spaced apart by a predetermined distance, and between each of the rotating tubes 521 , a cylindrical shape is formed. The rotation shaft 522 is coupled to the rotation tube 521 to enable rotation based on the axis extending toward one side or the other side.

A portion of the central portion of the lower frame 552 toward the second direction (2) is depressed toward the first direction (1) to form an insertion hole into which the socket formed in the massager 800 can be inserted, and a portion of the massager 800 is It is inserted into the insertion hole of the lower frame 552 and is coupled to the plug connected to the power cord 530 .

The massager 800 includes a body 810 , a massage unit 820 , and sockets 830 .

The massager 800 is a stick-shaped mini massager, electrically coupled to the power supply unit 550 to be detachable or attachable, and the power supply unit 550 and the outer skin in a state where the power supply unit 550 is coupled to the power connection unit 600 . It is disposed between the 400 and can improve the coupling between the power supply unit 550 and the power connection unit (600).

The massager 800 is formed in a stick shape having an upper surface and a lower surface formed in a flat shape while connected to the power supply unit 550 to stably support the outer skin 400 and receive power supplied from the power supply unit 550 . The internal battery is charged.

The massager 800 has an end vibrated by driving an internal vibration motor, and the end of the massager 800 is in close contact with the skin of the face or other body parts, so that a localized vibration massage is possible.

A part of the massager 800 is formed to be foldable and electrically connectable to the power connector 600 through a socket, and the rest of the massager 800 is in close contact with the outer skin 400 in a state in which it is connected to the power connector 600 and is heated. A vibration function may be added to the device 120 itself.

Therefore, after a part of the massager 800 is folded and connected to the power connection unit 600 , the massager 800 and the outer skin 400 are placed between the first receiving unit 720 and the body 710 of the bellyband 700 . When inserted into a space of

Specifically, one end of the body 810 is formed in a stick shape, the cross section of one end is formed in an elliptical shape with upper and lower surfaces processed to be flat, and the other end is reduced and extended by a predetermined distance while maintaining the stick shape at one end.

One end of the main body 810 is coupled to the other end of the main body 810 so that it can be folded, and the main body 810 is folded so that one end of the main body 810 is disposed in a direction perpendicular to the other end of the main body 810 . When the socket 830 formed at one end of the is coupled to the plug 613 , the other end of the body 810 is in close contact with the first shell 410 .

A vibration motor is disposed inside the body 810 , and when the vibration motor is driven while the socket 830 is coupled to the plug 613 , the body 810 and the massage unit 820 vibrate, and the socket 830 . ) in a state in which the plug 613 is detached, only the massage unit 820 is driven by the driving of the vibration motor.

The massage part 820 is formed of a hemispherical metal, is coupled to the other end of the main body 810, is connected to an internal vibration motor, and is formed to vibrate according to the driving of the vibration motor.

The socket 830 is formed so as to protrude from one end of the main body 810 toward one end of the main body 810 , and the main body 810 is inserted into an insertion hole formed in the center of the lower frame 552 inside the lower frame 552 . When combined with the plug of the power cord 530 is connected to supply power to the battery inside the main body (810).

On the other hand, a plug groove into which the connection socket 518 can be inserted may be formed in the upper or lower portion of the massage device 800 , and the massage device 800 is formed in the plug groove and is connected to the connection socket 518 through plugs connectable to the power supply unit. (500) may be connected.

In this case, the user mounts the massager 800 to the connection socket 518 in a state where the side of the power supply unit 550 is placed on the floor so that the upper cover 515 and the lower cover 525 are positioned on the same horizontal line. 800 can be charged.

Although the preferred embodiments of the present invention have been described with reference to the accompanying drawings, the embodiments described in the present specification and the configurations shown in the drawings are only the most preferred embodiments of the present invention and represent all the technical ideas of the present invention. Therefore, it should be understood that there may be various equivalents and modifications that can be substituted for them at the time of filing the present application. Therefore, the embodiments described above are to be understood as illustrative and not restrictive in all respects, and the scope of the present invention is indicated by the following claims rather than the detailed description, and the meaning and scope of the claims and their All changes or modifications derived from the concept of equivalents should be construed as being included in the scope of the present invention.

100, 120: poultice device 200: collection unit
300: 3D mesh unit 400: outer skin
500: power unit 600: power connection unit
700: belly band

Claims (9)

heating part;
a 3D mesh part formed to surround the heating part;
an outer skin formed to surround and seal the 3D mesh part;
a power supply unit detachably connected to the outer skin; and
and a power connector that penetrates the upper portion of the outer skin and is coupled to the outer skin to expose the plug toward the upper portion, and is electrically connected to the heating unit; and
A temperature sensor and a temperature overheat prevention device are installed inside the outer skin, gel or water is injected, and the heating unit is electrically connected to the power supply unit,
The 3D mesh part is formed in the form of a pad having a three-dimensional structure by extending or connecting to each other polymer wires bent in different directions,
The outer skin, the 3D mesh portion is inserted through the opening formed by sealing the corner portions of the plurality of outer skins, the heating portion is disposed inside the 3D mesh portion,
The outer skin is formed in the form of any one of a pillow, a cushion, or a mat, and a hydrogel capable of storing heat or cooling is injected into the inner skin of the outer skin,
The power supply unit is formed in the form of tongs surrounding the upper and lower parts of the outer skin, and the upper part is detachably coupled to the power connection unit, and when the outer skin is expanded by heat, the power supply unit opens up and down to cut off the built-in power. A poultice device, characterized in that the device cuts off the power.
delete The method of claim 1, wherein the heating unit,
A poultice apparatus, characterized in that a frame formed in the form of a plate and silicon heating wires surrounding the frame are formed.
According to claim 3, wherein the frame,
A poultice apparatus, characterized in that a plurality of circular through-holes are formed.
delete delete The method of claim 1,
The poultice apparatus according to claim 1, further comprising: a body having a receiving space into which the outer skin is inserted; and a belt unit extending toward both sides of the body and connected to each other with Velcro while enclosing the body.
delete According to claim 1, wherein the outer skin,
A poultice apparatus, characterized in that it is used as any one of a mat, a cushion, or a bamboo buinn that can be ventilated through the 3D mesh part formed in a 3D filament structure.

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