KR200405791Y1 - Portable wearing heating device - Google Patents

Abstract

A heater panel having a heating wire to which power is supplied and having a thermal sensor for measuring a temperature; And a battery for supplying power to the heating wire of the heater panel, and including a power supply control unit for measuring a temperature with the thermal sensor to adjust the temperature of the heating wire, so that the heat loss is relatively low after being placed on shoes or gloves. This provides the advantage of transferring heat to a large part of the body.

Heater panel, heat sensor, power supply control unit, sole, elastic belt

Description

Portable Warmer {PORTABLE WEARING HEATING DEVICE}

1 is a plan view showing a portable wearable thermal device according to a first embodiment of the present invention.

Figure 2 is a rear view showing a portable wearable warming device according to a first embodiment of the present invention.

3 is a perspective view showing a portable wearable heater according to a second embodiment of the present invention.

4 is a bottom exploded perspective view of FIG. 3.

5 is a front view of warming shoes by a portable wearable thermal device according to a second embodiment of the present invention.

Figure 6 is a partial cross-sectional front view showing a portable wearable heater according to a third embodiment of the present invention.

7 is a perspective view illustrating a power supply control unit of a portable wearable thermal device according to a third embodiment of the present invention.

8 is an exploded perspective view illustrating a power supply control unit of a portable wearable thermal device according to a third embodiment of the present invention.

9 is a perspective view showing a portable wearable heater according to a fourth embodiment of the present invention.

10 is a plan view showing a portable wearable thermal device according to a fifth embodiment of the present invention.

11 is a cross-sectional view showing a portable wearable heater according to a fifth embodiment of the present invention.

<Description of Symbols for Major Parts of Drawings>

100: heating wire 105: thermal sensor

110: heater panel 115: battery

120: power supply control unit 125: plastic panel

The present invention relates to a portable wearable thermal apparatus, and in particular, by having a heater panel formed to be placed on a shoe sole or a glove and a power supply control unit for supplying power to the heater panel and controlling a temperature, the portable unit is easily worn on a part of the body. The present invention relates to a portable wearable thermal device capable of transferring heat.

In general, the human body has a weak side in the cold in winter, people carry a variety of portable wearable devices. In other words, in winter, a portable heater pack that keeps hands warm is carried in a pocket or pocket, or a hand stove that heats for a long time due to gasoline combustion.

However, since the heater pack or the hand stove is placed in the clothes or pockets to provide heat mainly to the body part of the human body, the heater pack or the hand stove is not suitable for heating by placing on the hand or foot part having the greatest heat loss in the human body.

In addition, since the heater pack generates heat by a chemical reaction, it does not continuously provide heat of the same temperature, and rapidly heats and cools only for a predetermined time, so that it is inconvenient to carry a plurality of packs. Hand stoves provide heat due to the combustion of gasoline, so the combustion gas of gasoline harms the human body and has a problem that it is difficult to apply to shoes or gloves because of its large volume.

The present invention is devised to solve this problem, by having a heater panel formed to be placed on a shoe sole or glove and a power supply control unit for supplying power to the heater panel and controlling the temperature, it is easy to wear a portable part of the body The purpose of the present invention is to provide heat, and to provide heat for a long time while maintaining a constant temperature by the power of the battery.

The constitution of the present invention includes a heater panel having a heating wire for supplying power and having a thermal sensor for measuring a temperature; And a battery for supplying power to the heating wire of the heater panel, and measuring a temperature with the thermal sensor to control the temperature of the heating wire.

At this time, the heater panel is disposed on one side of the body is supplied with power from the power supply control unit, it is possible to transfer heat to one side of the body, the battery of the power supply control unit is a rechargeable battery, after the power is discharged Can be reused.

Here, the heater panel is formed in accordance with the front surface of the sole of the human body and has a plastic panel having elasticity and flexibility, the heating wire is etched evenly at regular intervals on the plastic panel, so that the heat evenly throughout the plastic panel. Can generate heat to the soles of the human body.

At this time, the heater panel should be disposed under the shoe sole of the shoe to transfer heat to the sole of the shoe.

And, another configuration of the present invention is a heater panel is arranged in the shoe sole, the heating wire is supplied with a heating wire, the heater panel having a thermal sensor for measuring the temperature; A power supply control unit having a battery for supplying power to a heating line of the heater panel, and controlling a temperature of the heating line by measuring a temperature with the thermal sensor; And a shoe sole in which the heater panel is included in one side, and supplies power to the heater panel, and an end portion of which includes a terminal connected to the power supply controller.

Here, the shoe sole includes a line groove in which the panel groove and the power line are disposed so that the heater panel is placed inward, and is attached to an outer surface of the heater panel and disposed outside the heat insulating plate and the heat insulating plate. And a protective panel attached while covering the heater panel.

That is, the heater panel is disposed in the panel groove formed in the lower surface of the shoe sole, and then covered with a heat insulating plate, the protection panel is attached to the bottom of the shoe sole, it is fixed to the inside of the shoe sole, the power line is line groove The ends coupled to the terminals while being disposed along are exposed to the outside of the sole, and the terminals of the power line are connected to the power supply control unit to receive power.

In addition, the power supply control unit includes a battery for supplying power to the heating wire; A power case in which the battery is disposed and a terminal of the power line is connected; A control panel mounted on one surface of the power case and including an electronic component configured to sense a temperature in the thermal sensor and to adjust a power supply to the heating wire; And an elastic belt coupled to the power case to fix the power case to the legs of the human body.

Here, the power case is a space in which two batteries are disposed on both sides, and has a terminal in contact with the battery. The control panel is connected to the terminal and is supplied with power of the battery. It includes a connection to connect the power line terminal.

Further, another configuration of the present invention is a configuration in which the sole and the power supply control unit in which the heater panel is embedded are disposed inside the shoe, and a heating line to which power is supplied is disposed, and a heater panel having a thermal sensor measuring temperature. Shoe sole contained inside one side; A power supply control unit including a battery for supplying power to the heater panel of the shoe sole, and a control panel for measuring temperature with respect to the heating wire by measuring temperature with the heat sensor; And a bottom portion at which the mounting space in which the power supply control unit is disposed is formed at the hoof portion.

Here, the shoe sole is a female terminal portion of the terminal of the USB to supply power to the heater panel is connected to the wire; And a support part coupled to the female terminal part of the USB terminal and extending to the mounting space of the bottom part and supported inside the hooves of the bottom part.

The power supply controller may include a case in which the battery is disposed therein; And a USB male terminal part disposed at one side of the case to supply power to the heater panel by connecting between the battery and the heater panel.

Here, the power supply control unit may cover and protect the upper and side portions of the case, and one side may include a protective plate portion formed with a through hole for exposing the USB male terminal portion.

Further, another configuration of the present invention is a configuration in which the heater panel is disposed on the glove, the heater panel is provided with a heating wire for supplying power, the heater panel having a thermal sensor for measuring the temperature; A power supply control unit having a battery for supplying power to a heating line of the heater panel, and controlling a temperature of the heating line by measuring a temperature with the thermal sensor; And a globe in which the heater panel is included in one side, and a power line including a terminal for supplying power to the heater panel and an end connected to the power supply controller is drawn to one side.

Here, the power supply control unit may be fixed to the arm by the elastic belt by winding the arm is fixed to the arm, the power supply control unit supplies power to the heater panel to heat the globe, A worn user can receive heat in the palm of his hand.

And, another configuration of the present invention is a heater panel is arranged to supply the power supply, the heater panel having a thermal sensor for measuring the temperature; A power supply control unit having a battery for supplying power to a heating line of the heater panel, and having a control panel for measuring a temperature with the thermal sensor and adjusting a temperature of the heating line; And a glove having the heater panel disposed thereon and the power supply control unit mounted on one side thereof, and the power supply control unit being mounted on one side of the glove to eliminate interference by a power line, thereby making it easier to remove and carry the battery. Provides one advantage.

In this case, the heating line of the heater panel is disposed on a flexible printed circuit board, the printed circuit board is disposed on the upper surface of the glove and extends to the hand back warmer to heat the back of the hand and the finger portion where the finger of the glove is fitted. And a finger warmer that wraps an end of the finger to warm the finger.

In addition, one side of the globe is open so that the power supply control unit is inserted, and includes a protective case on the back portion of the hand to protect the wrap around the power supply control unit, the protective case is coupled to one side of the power supply control unit It has an opening and closing plate to restrain the inside of the protective case, the opening and closing plate includes a portion coupled by the Velcro to the protective case.

Here, the heater panel is exposed to the back of the hand of the globe is supplied with power, and includes a connection terminal for transmitting a signal of the thermal sensor, the control panel includes a coupling terminal fitted to the connection terminal.

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

In addition, the present embodiment is not intended to limit the scope of the present invention but merely presented by way of example, and there may be various embodiments implemented through the present technology.

Example 1

1 is a plan view showing a portable wearable heater according to a first embodiment of the present invention, Figure 2 is a rear view showing a portable wearable heater according to a first embodiment of the present invention.

As shown, the portable wearable device according to the first embodiment includes a heater panel 110 having a heating line 100 to which power is supplied and having a thermal sensor 105 for measuring temperature; And a battery 115 for supplying power to the heating line 100 of the heater panel 110, and a power supply control unit for controlling the temperature of the heating line 100 by measuring a temperature with the thermal sensor 105. 120.

In this case, the heater panel 110 may be disposed on clothes, shoes and hats, etc., and disposed on one side of the body. The heater panel 110 receives power from the power supply controller 120 to transfer heat to one side of the body. The battery 115 of the power supply controller 120 is a rechargeable battery, and may be charged and reused after the power is discharged.

Here, the heater panel 110 has a plastic panel 125 which is formed in accordance with the front surface of the sole of the human body and having a resilience and flexibility, the heating line 100 is fixed to the plastic panel 125 By being evenly spaced and etched, the heat is evenly generated in the entire plastic panel 125 so that heat can be transferred to the sole of the human body when placed inside the shoe.

The heating line 100 of the heater panel 110 is disposed at the center of the plastic panel 125 and extends to one side starting from the terminal 132 to which one side of the power line 130 is connected, and then the plastic panel 125 again. After moving upwards and downwards, and is evenly disposed on the plastic panel 125 at predetermined intervals, the power line 130 is connected to the other terminal 133 connected to the power line 130 at the center of the plastic panel 125.

In this case, the heater panel 110 is disposed under the shoe sole of the shoe to transfer heat to the sole, and the power supply control unit 120 senses the temperature of the heater panel 110 to constant the temperature of the heater panel 110. Keep it.

Example 2

Figure 3 is a perspective view showing a portable wearable warmer according to a second embodiment of the present invention, Figure 4 is a downward exploded perspective view of Figure 3, Figure 5 is a portable wearable warmer according to a second embodiment of the present invention It is the front view which warms shoes.

As shown, the portable wearable heater according to the second embodiment has a configuration in which the heater panel 210 is disposed on the shoe sole 230, and a heating sensor 200 to which power is supplied is disposed, and a heat sensor measuring temperature. A heater panel 210 having a 205; A power supply control unit having a battery 215 for supplying power to the heating line 200 of the heater panel 210, and measuring temperature with the thermal sensor 205 to adjust the temperature of the heating line 200. 220); And a power line 222 including the heater panel 210 inside one side, supplying power to the heater panel 210, and an end portion of the heater panel 210 connected to the power supply control unit 220. It includes a shoe sole 230 disposed inwardly.

Here, the shoe sole 230 includes a line groove 235 in which the panel groove 232 and the power line 222 are disposed so that the heater panel 210 is placed inward. It includes a heat insulating plate 240 attached to the outer surface to block heat and a protection panel 245 disposed outside the heat insulating plate 240 to cover the heater panel 210.

At this time, the power line 222 is disposed on one side of the protection panel 245 and the cover panel 246 that forms a part of the sole 230 is attached to one side of the sole 230 so that the line groove ( 235 is protected.

That is, the heater panel 210 is disposed in the panel groove 232 formed in the lower portion of the shoe sole 230, and then covered with a heat insulating plate 240, the protective panel 245 is the bottom portion of the shoe sole 230 By being attached to, it is fixed to the inside of the sole 230, the power line 222 is disposed along the line groove 235, the end of which the terminal 223 is coupled is exposed to the outside of the sole 230, The terminal 223 of the power line 222 is connected to the power supply control unit 220 to receive power.

In addition, the power supply control unit 220 includes a battery 215 for supplying power to the heating line 200; A power case 250 in which the battery 215 is disposed and to which a terminal 223 of the power line 222 is connected; A control panel 255 mounted to one surface of the power case 250 and including an electronic component for sensing a temperature in the thermal sensor 205 and controlling a power supply to the heating line 200; And an elastic belt 260 coupled to the power case 250 to fix the power case 250 to the legs of the human body.

Here, the power case 250 is a space in which two batteries 215 are disposed on both sides, and has a terminal 252 contacting the battery 215, and the control panel 255 is connected to the terminal. The connection part 254 may be connected to receive the power of the battery 215 and to be connected to the power line 222 terminal 223 of the heater panel 210.

In addition, the elastic belt 260 is coupled to the power case 250, one side of the elastic belt 260, while surrounding the leg of the human body to secure the power case 250 to the leg, both ends of the velcro (sticking) 262 is disposed Both ends can simply be combined or separated from each other.

Example 3

Figure 6 is a partial cross-sectional front view showing a portable wearable warmer according to a third embodiment of the present invention, Figure 7 is a perspective view showing a power supply controller of the portable wearable warmer according to a third embodiment of the present invention, Figure 8 Is an exploded perspective view showing a power supply control unit of a portable wearable thermal device according to a third embodiment of the present invention.

As shown, the portable wearing warmer according to the third embodiment is a configuration in which the sole 320 and the power supply control unit 330 in which the heater panel 310 is embedded are disposed in the shoe 345, and the power is A shoe sole 320 in which a heating wire to be supplied is disposed and a heater panel 310 having a thermal sensor for measuring a temperature is included in one side thereof; A power supply control unit including a battery 325 for supplying power to the heater panel 310 of the shoe sole 320, and a control panel 327 for measuring a temperature with the heat sensor and adjusting a temperature with respect to the heating wire. 330; And a bottom portion 340 of the shoe 345 in which the mounting space 332 in which the power supply control unit 330 is disposed is formed at the hoof portion 335 of the shoe 345.

Although the heating line and the thermal sensor of the heater panel 310 are not shown in the drawings, the heating line and the thermal sensor of the first and second embodiments are the same as those of the heating line and the thermal sensor shown in the first and second embodiments. If you know it.

In this case, since the power supply control unit 330 is provided to the bottom 340 of the shoe 345, it is not necessary to fix the leg or part of the body, and when the shoe 345 is worn, the heater panel 310 of the shoe sole 320 is worn. ) Is movable to easily warm the sole by the heat of the heater panel 310.

That is, the power supply control unit 330 is disposed in the mounting space 332 formed in the hooves 335 of the shoe 345, thereby making it more portable and preventing departure from the body during the activity.

Here, the shoe sole 320 is a female terminal portion 352 of the USB terminal 350 is connected to the heater panel 310 by a wire to supply power; And a female support portion which is coupled to the female terminal portion 352 of the USB terminal 350 and extends into the mounting space 332 of the bottom portion 340 and is supported inside the hooves 335 of the bottom portion 340. 355.

The power supply controller 330 may include a case 360 in which the battery 325 is disposed therein; And a USB male terminal portion 362 disposed on one side of the case 360 to supply power to the heater panel 310 by connecting between the battery 325 and the heater panel 310.

That is, when the USB male terminal portion 362 disposed on one side of the case 360 is coupled to the USB female terminal portion 352 disposed on the support portion 355 of the shoe sole 320, the USB male terminal portion 362 is disposed on the shoe sole 320. The heater panel 310 is connected to the case 360 to receive power from the battery 325 disposed in the case 360.

In this case, in order to charge the battery 325 by discharging the battery 325 of the case 360, the user separates the shoe sole 320 from the shoe 345, and separates the USB female means from the case 360. The battery 325 in a case by coupling the USB male terminal portion 362 disposed in the case 360 to the USB female terminal portion 352 of a charger or other electronic device including a computer or a USB terminal. It is possible to charge the energized voltage of the USB terminal without removing it from 360.

Here, the configuration for charging the rechargeable battery of the case 360 to the USB terminal 350 is a USB terminal 350 disposed on a mobile phone or an MP3 player or the like, and the computer or other multimedia electronic component on which the USB terminal 350 is disposed is provided. It is a configuration to charge as a power supply source, the circuit configuration to charge the battery 325 by the combination configuration of the USB terminal 350 and the power supply is usually composed of a circuit to charge using the USB terminal 350 Detailed description will be omitted.

Here, the power supply control unit 330 surrounds and protects the upper and side portions of the case 360, and one side of the protective plate portion 365 is formed with a through hole 363 for exposing the USB male terminal portion 362 The protection plate portion 365 is an aluminum plate or an aluminum alloy plate protecting the case 360 in which the battery 325 is disposed, and should be disposed on the bottom portion 340 of the shoe 345, thereby providing rigidity. It should be made of light metal, which is relatively light in weight, rather than a good heavy metal.

At this time, the protective plate 365 protects the case 360, and also protects the battery 325 disposed in the case 360 and serves to restrain the battery 325 to the case 360, shoes ( When the 345 is moved by the user, the battery 325 is prevented from swinging in the mounting space 332 of the bottom 340.

Here, the protective plate portion 365 has a thickness that fits the inner surface portion of the bottom portion 340 to form a fine play with respect to the inner surface portion of the hoof portion 335 of the bottom portion 340 forming the mounting space 332. Similarly, the mounting space 332 of the bottom portion 340 should have a size corresponding thereto.

Example 4

9 is a perspective view showing a portable wearable heater according to a fourth embodiment of the present invention.

As shown, the portable wearable heater according to the fourth embodiment is a configuration in which the heater panel 410 is disposed on the glove 450, and a heating sensor 400 to which power is supplied is disposed, and a thermal sensor measuring temperature. A heater panel 410 having a 402; The control panel 422 including a battery 420 for supplying power to the heating line 400 of the heater panel 410, and controlling the temperature of the heating line 400 by measuring the temperature with the thermal sensor 402. A power supply controller 430 having a; And a power line 445 including the heater panel 410 inside one side, and supplying power to the heater panel 410, and an end of which is connected to the power supply control unit 430. It includes a glove 450 drawn to one side.

Here, the power supply control unit 430 may be fixed to the arm by the elastic belt 455 by including an elastic belt 455 is fixed to the arm, the power supply control unit 430 is the heater panel The power is supplied to the 410 to heat the globe 450, and the user wearing the globe 450 receives heat from the palm of the hand.

At this time, the control panel 422 senses the temperature by the thermal sensor 402 disposed in the heater panel 410, and by adjusting the voltage or current supplied to the heater panel 410, the heater panel 410 The temperature of the battery is kept constant within a predetermined temperature range, in consideration of the exhaustion time of the battery, the set temperature of the heater panel 410 by the control panel 422 may be adjusted, and the control panel 422 may be By controlling the temperature of the heater panel 410 according to the temperature can be made to efficiently heat transfer to the palm.

Example 5

10 is a plan view showing a portable wearable warming apparatus according to a fifth embodiment of the present invention, Figure 11 is a partial cross-sectional view showing a portable wearable warming apparatus according to a fifth embodiment of the present invention.

As shown, the portable wearable heater according to the fifth embodiment includes a heater panel 520 having a heating line 501 to which power is supplied, and having a thermal sensor 505 for measuring temperature; The control panel 525 includes a battery 522 for supplying power to the heating line 501 of the heater panel 520, and controls the temperature of the heating line 501 by measuring the temperature with the thermal sensor 505. A power supply controller 530 having a; And the heater panel 520 is disposed, the power supply control unit 530 includes a glove 540 mounted on one side, the power supply control unit 530 is mounted on one side of the glove 540 directly By energizing the heater panel 520, interference by a power line is eliminated, and the battery 522 is easily removed and carried.

At this time, the heating line 501 of the heater panel 520 is disposed on the flexible printed circuit board 510, the printed circuit board 510 is disposed on the upper surface of the glove 540 to heat the back of the hand. The finger warmer 512 extends to a finger portion into which the finger of the glove 540 is inserted and wraps an end portion of the finger to warm the finger to heat the finger. It is soft and easy for a user to move his or her finger after wearing the glove 540, and a heating wire 501 is disposed at the finger end of the glove 540 to provide heat to the end of the finger vulnerable to cold air.

In addition, one side of the glove 540 is opened so that the power supply control unit 530 is placed, and includes a protective case 542 on the back of the hand to protect the power supply control unit 530. The protective case 542 is coupled to one side has an opening and closing plate 545 to restrain the power supply control unit 530 to the inside of the protective case 542, the opening and closing plate 545 is the protective case ( 542 includes a portion coupled by velcro 547.

In this case, the protection case 542 is a power supply control unit 530 is disposed, and protects while surrounding the power supply control unit 530 and prevents the departure, the power supply control unit 530 is simply separated into an open portion The opening may be closed by the opening and closing plate 545, thereby preventing the power supply control unit 530 from leaving the opening.

In addition, one side of the opening and closing plate 545 is coupled to the protective case 542, the other side is coupled by the protective case 542 and the Velcro 547, the user separates the portion of the Velcro 547 In addition, the protection case 542 may be opened to easily replace the battery 522 of the power supply controller 530.

Here, the heater panel 520 is exposed to the back of the hand of the globe 540 is supplied with power, and includes a connection terminal 517 for transmitting a signal of the thermal sensor 505, the control panel 525 is And a coupling terminal 527 fitted to the connection terminal 517. The connection terminal 517 and the coupling terminal 527 may be configured as USB terminals as described in the third embodiment.

In addition, the control panel 525 may include a switch 550 to cut off the power supply of the battery 522 to the heating line 501 of the heater panel 520.

On the other hand, in order to provide heat to the hand after the user wearing the glove 540, the power supply control unit 530 is placed in the protective case 542 of the glove 540 according to the above-described configuration, the opening and closing plate 545 Covers and constrains the power supply control unit 530 to the inside of the protective case 542, the battery 522 by inserting the coupling terminal 527 of the power supply control unit 530 into the connection terminal 517 of the heater panel 520. Power to the heater panel 520.

Here, the heating line 501 of the heater panel 520 generates joule heat by energization of the battery 522, the printed circuit board 510 is heated by the joule heat of the heating line 501, the printed circuit board ( The 510 and the heating wire 501 transfer heat to the inside of the glove 540, and the heat is transferred to the hand inserted in the glove 540 to warm the hand.

As described above, the portable wearable thermal device according to the present invention includes a heater panel formed to be disposed on a shoe sole or a glove, and a power supply control unit for supplying power to the heater panel and controlling temperature, to be worn on a part of the body. It is possible to expect the effect of simply transferring heat and transferring heat for a long time while maintaining a constant temperature by the power of the battery.

Claims (13)

A heater panel having a heating wire to which power is supplied and having a thermal sensor for measuring a temperature; And And a battery for supplying power to the heating wire of the heater panel, and measuring a temperature with the thermal sensor to control a temperature of the heating wire. The method of claim 1, The heater panel is formed in accordance with the sole of the foot of the human body, the heating device for portable wear, characterized in that the heating line is etched at a predetermined interval on a plastic panel having elasticity and flexibility. A heater panel having a heating wire to which power is supplied and having a thermal sensor for measuring a temperature; A power supply control unit having a battery for supplying power to a heating line of the heater panel, and controlling a temperature of the heating line by measuring a temperature with the thermal sensor; And The heater panel is included inside one side, and supplies power to the heater panel, the end is a portable wearing heat, characterized in that it comprises a shoe sole disposed inwardly a power line including a terminal connected to the power supply control unit Device. The method of claim 3, wherein The shoe sole includes a line groove in which a panel groove and the power line are disposed so that the heater panel is placed inward, and is attached to an outer surface of the heater panel to block heat and disposed outside the heat insulating plate. Portable heating apparatus comprising a protective panel attached while covering the panel. The method of claim 4, wherein The power supply control unit includes a battery for supplying power to the heating wire; A power case in which the battery is disposed and a terminal of the power line is connected; A control panel mounted on one surface of the power case and including an electronic component configured to sense a temperature in the thermal sensor and to adjust a power supply to the heating wire; And Portable heating device, characterized in that it comprises an elastic belt coupled to the power case to secure the power case to the leg of the human body. A shoe sole having a heating wire to which power is supplied and having a heater panel having a thermal sensor measuring a temperature therein; A power supply control unit including a battery for supplying power to the heater panel of the shoe sole, and a control panel for measuring temperature with respect to the heating wire by measuring temperature with the heat sensor; And Portable mounting warmer, characterized in that the mounting space in which the power supply control unit is disposed comprises a bottom portion formed in the hoof portion. The method of claim 6, The shoe sole is a female terminal portion of the terminal of the USB to supply power to the heater panel is connected to the wire; And The female terminal portion of the USB terminal is coupled, the portable wearable device, characterized in that it includes a support that is supported inside the hooves of the bottom portion extending to the mounting space of the bottom portion. The method of claim 6, The power supply controller may include a case in which the battery is disposed therein; And And a USB male terminal portion disposed on one side of the case to supply power to the heater panel by connecting between the battery and the heater panel. The method of claim 8, The power supply controller wraps and protects the upper and side portions of the case, and one side of the portable heating device, characterized in that it comprises a protective plate formed with a through hole for exposing the USB male terminal portion. A heater panel having a heating wire to which power is supplied and having a thermal sensor for measuring a temperature; A power supply control unit having a battery for supplying power to a heating line of the heater panel, and having a control panel for measuring a temperature with the thermal sensor and adjusting a temperature of the heating line; And The heater panel is disposed, the heating device for portable wear, characterized in that the power supply control unit comprises a glove mounted on one side. The method of claim 10, The heating line of the heater panel is disposed on a flexible printed circuit board, the printed circuit board is disposed on the upper surface of the glove and extends to the hand warmer portion for heating the back of the hand and the finger portion that the finger of the glove is inserted into the Portable warmer device comprising a finger warmer to wrap the end of the finger to heat the finger. The method of claim 10, One side of the glove is open so that the power supply control unit is inserted, and includes a protective case on the back portion of the hand to protect the power supply control unit while surrounding the circumference of the power supply control unit. And an opening and closing plate configured to restrain the inside of the protective case, and the opening and closing plate includes a portion coupled by the Velcro to the protective case. The method of claim 10, The heater panel is exposed to the back of the hand of the globe is supplied with power, and includes a connection terminal for transmitting a signal of the thermal sensor, the control panel includes a coupling terminal fitted to the connection terminal Warmer.

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