TWM456102U - Electrothermal garment and its electrothermal device - Google Patents

Description

Electric heating clothes and electric heating device thereof

The present invention relates to an electric heating garment, and more particularly to an electric heating garment having an electric heating device.

In recent years, due to the rapid global climate change, the temperature in high latitudes is often maintained at between minus 30 and 60 degrees, so that out-of-person personnel must wear a more warm jacket to achieve adequate warmth. In the mid-latitudes, the temperature changes greatly due to day and night, which makes it easy for people who go out to get cold.

In order to avoid the aforementioned problems, more and more products are developing in the direction of improving the warmth of the clothes. Up to now, some self-defense heating clothes have been developed. One type of cold-proof heating clothes is to fix the warmth of the clothes body by fixing the heating yarns to the body of the clothes, so that the user feels warm and comfortable.

However, the design disadvantage of the fixing of the heat-suppressing yarn to the body of the garment is that the heat-generating yarn is not easily assembled by the user, or is adhered to any part of the garment as the use requirement.

Therefore, it is necessary to develop an electric heating garment that overcomes the aforementioned design disadvantages.

Accordingly, it is an object of the present invention to provide an electrically heated garment comprising a garment body and an electric heating device coupled to the garment body. The electric heating device comprises a power supply unit for outputting a power supply, and a combination a unit, a first heat generating unit and a second heat generating unit. The bonding unit has a bonding body, a conductive wire disposed in the bonding body, and a first conductive bonding member and a second conductive bonding member fixed to the bonding body and electrically connecting the conductive wires. The first heat generating unit has a first base fabric, a first electric heating wire disposed in the first base fabric and electrically connectable to the power supply unit, and a first conductive fastening component electrically connected to the first electric heating wire The first heating wire receives the power supply and generates heat, and the first conductive fastening component is detachably combined with the first conductive bonding component of the bonding unit. The second heat generating unit has a second base fabric, a second electric heating wire located in the second base fabric, and a second conductive fastening component electrically connected to the second heating wire, the second conductive fastening component Removably coupled to the second conductive joint of the bonding unit; the power supply unit first transmits the power supply power to the first conductive joint of the bonding unit via the first heating wire and the first conductive fastening component The bonding unit transmits the power supply power to the second conductive fastening component and the second heating wire through the conductive wire and the second conductive bonding component, thereby heating the second heating wire.

Preferably, the electric heating garment further comprises a plurality of lanes sewn to the garment body, the first heat generating unit and the second heat generating unit, and the electric heating device is coupled to the garment body through the lanes.

Preferably, the electric heating device further includes a first adhesive yarn fixed to the first heat generating unit and a second adhesive yarn fixed to the second heat generating unit, the first adhesive yarn and the second adhesive The yarn is heated to adhere the first heat generating unit and the second heat generating unit to the garment body.

Preferably, the garment body is provided with an inner bag for the electric heating device.

Preferably, the first conductive fastening component and the second conductive fastening component are respectively a conductive button or a conductive button hole, and the first conductive bonding component and the second conductive bonding component are corresponding to the first The conductive fastening component and the conductive button hole or the conductive button of the second conductive fastening component.

Preferably, the base fabric has a plurality of knitted, woven or woven self-heating yarns.

Preferably, the base fabric has a plurality of knitted, woven or woven far-infrared yarns.

More preferably, the first adhesive yarn and the second adhesive yarn are made of nylon or polyester fiber.

Another object of the present invention is to provide an electric heating device suitable for use in conjunction with a garment body.

The electric heating device comprises a power supply unit for outputting a power supply, a combination unit, a first heat generation unit and a second heat generation unit. The bonding unit includes a bonding body, a conductive wire disposed in the bonding body, and a first conductive bonding component and a second conductive bonding component fixed to the bonding body and electrically connecting the conductive wires. The first heat generating unit includes a first base fabric, a first electric heating wire disposed in the first base fabric and electrically connectable to the power supply unit, and a first conductive fastening component electrically connected to the first electric heating wire The first heating wire receives the power supply and generates heat, and the first conductive fastening component is detachably combined with the first conductive bonding component of the bonding unit. The second heat generating unit includes a second base fabric and a second electric heat located in the second base fabric And a second conductive fastening member electrically connected to the second heating wire, the second conductive fastening member is detachably coupled to the second conductive coupling member of the bonding unit; An electric heating wire and the first conductive fastening component transmit the power supply power to the first conductive bonding component of the bonding unit, and the bonding unit transmits the power supply power to the second through the conductive wire and the second conductive bonding component The conductive fastening component and the second heating wire further heat the second heating wire.

The utility model has the advantages that the user can flexibly adjust the electric heating device of the new clothes body through the combination of the first conductive fastening component of the first heat generating unit, the combining unit and the second conductive fastening component of the second heat generating unit. Furthermore, it can be arbitrarily assembled, or it can be adhered to any part of the clothing as the use requirements.

The foregoing and other technical aspects, features and advantages of the present invention will be apparent from the following description of the preferred embodiments.

Referring to FIGS. 1 and 2 , the electric heating garment 100 of the present invention comprises a garment body 1 and an electric heating device 2 coupled to the garment body 1 . The electric heating device 2 includes a power supply unit 21, a combining unit 22, a first heat generating unit 23 and a second heat generating unit 24.

In this embodiment, the power supply unit 21 may be a power supply that continuously flows DC. The power supply unit 21 is preferably coupled to a battery 211, and converts and stores the stored power of the battery 211 into a power supply having an appropriate current value. Since the power supply unit 21 can be achieved by a conventional power conversion technique, Therefore, it is not limited to the above content.

The bonding unit 22 has a bonding body 221, at least one conductive line 222 located in the bonding body 221 (FIG. 1 shows two conductive lines 222), and a first conductive line fixed to the bonding body 221 and electrically connecting the conductive lines 222 respectively. The joint member 223 is coupled to a second conductive joint 224. In this embodiment, the joint body 221 is a webbing woven through various fabrics. The conductive wire 222 in the body 221 is made of a metal having a certain resistance value <5 ohms and the material may be silver, copper, stainless steel or the like. It is further explained that the conductive wire 222 can be woven into the bonded body 221 through a plain weave, warp knitting, circular knitting or hand knitting in a small proportion. The first conductive bonding member 223 and the second conductive bonding member 224 can respectively be a conductive button, a conductive adhesive button, a conductive forged buckle or a conductive button hole, and the material can be metal. The first conductive bonding member 223 and the second conductive bonding member 224 shown in FIG. 2 to FIG. 4 are voltage-conducting buckles.

The first heat generating unit 23 has a first base fabric 231, a first electric heating wire 232 located in the first base fabric 231 and electrically connectable to the power supply unit 22, and at least one first conductive electrically connected to the first electric heating wire 232. Fastening member 233 (Fig. 1 shows two first conductive fastening members 233). The first heating wire 232 receives power supply power and generates heat. The first conductive fastening member 233 is detachably combined with the first conductive joint 223 of the bonding unit 22 .

The second heat generating unit 24 has a second base fabric 241, a second heating wire 242 located in the second base fabric 241, and at least one second conductive fastening component 243 electrically connected to the second heating wire 242. The second conductive fastening member 243 is detachably coupled to the second conductive joint 224 of the bonding unit 22 .

In this embodiment, the first base fabric 231 and the second base fabric 241 can be respectively It is a general yarn, a self-heating yarn, or an infrared yarn woven in various knitting, woven or woven fabrics. The first heating wire 232 and the second heating wire 242 have a certain resistance value <100 ohms, and the material can be (1) metal type: such as silver, stainless steel, copper, etc. (2) conductive polymer: polyaniline.. .etc. (3) Carbon fiber...etc. Of course, the first heating wire 232 and the second heating wire 242 are not limited to the foregoing contents. The first conductive fastening component 233 and the second conductive fastening component 243 can respectively be a conductive buttonhole, a conductive button, and a conductive adhesive button corresponding to the first conductive bonding component 223 or the second conductive bonding component 224 of the bonding unit 22. Or conductive forging tape. For example, the first conductive fastening component 233 and the second conductive fastening component 243 are respectively detachably coupled to the first conductive bonding component 223 or the second conductive bonding component 224 and conduct power supply power, which are all ranges to be protected. The first conductive fastening member 233 and the second conductive fastening member 243 shown in FIG. 2 to FIG. 4 are voltage guiding buckles.

The combination of the first heating unit 23 and the second heating unit 24 and the second heating unit 24 are first joined to each other through the combining unit 22, and then the first heating unit 23, the second heating unit 24 and the combining unit 22 are combined. Then, it is sewn to the garment body 1 through the wire 25 (as shown in FIG. 2). Of course, the garment body 1 may also be provided with an inner bag 26 for the first heat generating unit 23, the second heat generating unit 24 and the joining unit 22 to be placed (as shown in FIG. 3). Alternatively, the first heat generating unit 23, the second heat generating unit 24, and the joining unit 22 pass through the first adhesive yarn 27 fixed to the first heat generating unit 23 and the second adhesive yarn 28 fixed to the second heat generating unit 24. After being heated and adhered, it is combined with the garment body 1 (as shown in FIG. 4). In this embodiment, it should be additionally noted that the material of the first adhesive yarn 27 and the second adhesive yarn 28 may be nylon. Or polyester fiber.

Referring to FIG. 1 and FIG. 2 , the electric heating garment 100 of the present invention is used to transmit power supply power to the first conductive joint 223 of the bonding unit 22 via the first heating wire 232 and the first conductive fastening component 233 through the power supply unit 21 . The bonding unit 22 transmits the power supply power to the second conductive fastening member 243 and the second heating wire 242 through the conductive wire 222 and the second conductive bonding member 224, thereby heating the second heating wire 242. In this way, the first heat generating unit 23 and the second heat generating unit 24 of the electric heating device 2 can stably supply the heat of the laundry body 1 to provide a comfortable wearing feeling for the user.

In summary, the electric heating garment 100 of the present invention can be applied to the garment body 1 through the combination unit 22 in combination with the first heat generating unit 23 and the second heat generating unit 24 to combine a plurality of heat generating units, so that the user can keep warm for different heats. The number of the heat generating units and the combined shape of the heat generating unit are flexibly adjusted. Further, the first heat generating unit 23, the combining unit 22 and the second heat generating unit 24 sequentially pass through the first heating wire 232, the first conductive fastening member 233, The first conductive bonding member 223, the conductive wire 222, the second conductive bonding member 224, the second conductive bonding member 243, and the second heating wire 242 mutually utilize a conductive metal or compound to achieve the function of transmitting power, and the present invention is more capable of The electric heating garment 100 achieves the effect of the heat supply of the combining unit 22, the first heat generating unit 23 and the second heat generating unit 24 when only one power supply unit 21 is required, so that the object of the present invention can be achieved.

However, the above description is only a preferred embodiment of the present invention, and the scope of the present invention cannot be limited thereto, that is, the simple equivalent change and modification made by the novel patent application scope and the novel description content, Still It is within the scope of this new patent.

100‧‧‧Electric clothing

1‧‧‧ clothing body

2‧‧‧Electrical heating device

21‧‧‧Power supply unit

211‧‧‧Battery

22‧‧‧Combination unit

221‧‧‧Combined ontology

222‧‧‧Flexible wire

223‧‧‧First conductive joint

224‧‧‧Second conductive joint

23‧‧‧First heat unit

231‧‧‧First Kipbu

232‧‧‧First heating line

233‧‧‧First conductive fastening parts

24‧‧‧second heat unit

241‧‧‧second base fabric

242‧‧‧second heating line

243‧‧‧Second conductive fastening parts

25‧‧‧Car line

26‧‧‧ inner pocket

27‧‧‧First adhesive yarn

28‧‧‧Second Adhesive Yarn

1 is a front elevational view showing the electric heating garment of the present invention; and FIGS. 2 to 4 are respectively a front elevational view showing the combined state of the garment body of the electric heating garment and the electric heating device.

100‧‧‧Electric clothing

1‧‧‧ clothing body

2‧‧‧Electrical heating device

21‧‧‧Power supply unit

211‧‧‧Battery

22‧‧‧Combination unit

221‧‧‧Combined ontology

222‧‧‧Flexible wire

223‧‧‧First conductive joint

224‧‧‧Second conductive joint

23‧‧‧First heat unit

231‧‧‧First Kipbu

232‧‧‧First heating line

233‧‧‧First conductive fastening parts

24‧‧‧second heat unit

241‧‧‧second base fabric

242‧‧‧second heating line

243‧‧‧Second conductive fastening parts

25‧‧‧Car line

Claims (10)

An electric heating garment comprising: a garment body; and an electric heating device coupled to the garment body and including a power supply unit for outputting a power supply power; a coupling unit having a combined body and a conductive wire located in the combined body And a first conductive bonding member and a second conductive bonding member fixed to the bonding body and electrically connecting the conductive wires respectively; a first heat generating unit having a first base fabric and a first base fabric And a first heating wire electrically connected to the power supply unit, and a first conductive fastening component electrically connected to the first heating wire, the first heating wire receiving the power supply and generating heat, the first conductive fastening component Removably assembled to the first conductive joint of the bonding unit; and a second heat generating unit having a second base fabric, a second heating wire located in the second base fabric, and an electrical connection a second conductive fastening component of the second heating wire, the second conductive fastening component is detachably coupled to the second conductive bonding component of the bonding unit; the power supply unit first passes the first heating wire and the first conductive wire Fastener transmission The power is supplied to the first conductive bonding component of the bonding unit, and the bonding unit transmits the power supply power to the second conductive fastening component and the second heating wire through the conductive wire and the second conductive bonding component, thereby further The second heating wire is heated. The electric heating garment according to claim 1, further comprising a plurality of lanes sewn to the garment body, the first heat generating unit and the second heat generating unit, and the electric heating device is coupled to the garment body through the lanes. The electric heating device of claim 1, wherein the electric heating device further comprises a first adhesive yarn fixed to the first heat generating unit and a second adhesive yarn fixed to the second heat generating unit, the first The adhesive yarn and the second adhesive yarn are heated to bond the first heat generating unit and the second heat generating unit to the garment body. The electric heating garment of claim 1, wherein the garment body is provided with an inner bag for the electric heating device. The electric heating garment of claim 1 , wherein the first conductive fastening component and the second conductive fastening component are respectively a conductive button or a conductive button hole, and the first conductive bonding component and the second conductive bonding The conductive pinhole or the conductive button corresponding to the first conductive fastening component and the second conductive fastening component. The electric heating garment of claim 1, wherein the base fabric has a plurality of knitted, woven or woven self-heating yarns. The electric heating garment of claim 1, wherein the base fabric has a plurality of knitted, woven or woven far-infrared yarns. The electric heating garment according to claim 3, wherein the first adhesive yarn and the second adhesive yarn are made of nylon or polyester fiber. An electric heating device is suitable for use in combination with an object to be heated, and comprises: a power supply unit that outputs a power supply; A bonding unit includes a bonding body, a conductive line disposed in the bonding body, and a first conductive bonding member and a second conductive bonding member fixed to the bonding body and electrically connecting the conductive wires respectively; A heat generating unit includes a first base fabric, a first electric heating wire disposed in the first base fabric and electrically connectable to the power supply unit, and a first conductive fastening component electrically connected to the first electric heating wire, The first heating wire receives the power supply and generates heat, the first conductive fastening component is detachably assembled to the first conductive joint of the bonding unit; and a second heat generating unit includes a second base fabric, a second heating wire located in the second base fabric, and a second conductive fastening component electrically connected to the second heating wire, the second conductive fastening component being detachably coupled to the first component of the bonding unit The first conductive bonding member transmits the power supply power to the first conductive bonding member of the bonding unit via the first heating wire and the first conductive fastening component, and the bonding unit transmits the conductive wire and the first Two conductive joints transmit the supply Power to the second conductive engaging member and the second electrical wire, and further that the second electrical heating wire. The electric heating device of claim 9, wherein the first conductive fastening component and the second conductive fastening component are respectively a conductive button or a conductive buttonhole, and the first conductive bonding component and the second conductive bonding The conductive pin holes or the conductive buttons are respectively coupled to the first conductive fastening component and the second conductive fastening component.