CN201515714U

CN201515714U - Thermal energy glove

Info

Publication number: CN201515714U
Application number: CN2009201654411U
Authority: CN
Inventors: 陆思烨
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-08-11
Filing date: 2009-08-11
Publication date: 2010-06-30
Anticipated expiration: 2019-08-11

Abstract

A thermal energy glove comprises a glove body with inner and outer layers, conductive yarns and a power supply box. The thermal energy glove is characterized in that the conductive yarns are fixedly arranged on the inner layer of the glove through an embroidery mode, one or a plurality of heating areas with connected embroidery members are formed on the inner layer, current in the heating areas flows from a first end point to a second end point of a circuit according to a non-linear pathway, the first and second end points of the circuit are respectively provided with a connecting wire, a pocket for placing the power supply box is arranged on the glove back adjacent to the connecting wire, and the power supply box and the power supply connecting wire are plugged and connected to realize electrical continuity. The heating areas are formed by integrating the conductive yarns with the glove in one piece through the embroidery mode, and then the thermal energy glove is wrinkle-free, can not be kneaded, soft and comfortable during wearing, is strong in adaptability and long in service life, not only can actively heat and increase temperature, but also has effects of bacteriostasis and healthcare, and is simple in process, easy in manufacturing, high in production efficiency, low in cost, stable in quality and convenient for industrialization.

Description

The heat energy gloves

Technical field

The utility model relates to a kind of gloves, particularly relates to a kind of heat energy gloves.

Background technology

Gloves are daily necessitiess that people use always; it is except attractive in appearance and protective effect; most important effect promptly is to provide thermal effect; the kind of existing gloves is more; the material that adopts is various; adopt the good materials of thermal resistance such as cotton, suede or fur to give warming mostly; but in actual applications; these gloves self can not release heat; but reach warming purpose by accumulating the heat that human body distributes; when using in the environment of cold, this gloves are very limited to the thermal effect of finger, are difficult to resist the invasion and attack of external chill cold air to finger.Therefore, someone has invented a kind of gloves with heat energy, heater adopts resistance wire, Electric radiant Heating Film, carbon fiber and so on heater element set or seam to prick on the surface of glove interlayer usually, because heater element combines with glove interlayer set or seam bundle, not only outward appearance seems too fat to move, had on foreign body sensation, the gas permeability difference is uncomfortable, and the manufacturing process complexity, the quality instability, production efficiency is low, and cost is big.Moreover, the above heater element had not both had antibiotic bacteria resistance function, and its electric conversion efficiency is low, and energy consumption is big, behind the heating power, fragility is bigger, is applied on the more gloves of activity, and heater element is often through the bending and the backfin and cause fractureing of the finger of daring not accept, the heat energy of gloves heats function and completely loses, can only use as ordinary glove, because the existence of these weak points, also be that the heat energy gloves are difficult to the key point popularized so far.

Summary of the invention

Technical problem to be solved in the utility model just is to overcome above-mentioned existing in prior technology deficiency, provide a kind of conductive yarn to combine together with embroidery mode and glove bulk, technology is simple, soft comfortable, good permeability, bacteriostasis and health-care, initiatively heating heats the heat energy gloves of long service life.

In order to address the above problem, the technical solution of the utility model is to realize like this, a kind of heat energy gloves, comprise glove bulk with ectonexine, conductive yarn and power pack, conductive yarn is fixedly set on the internal layer of gloves in the embroidery mode, and on internal layer, be formed with the hot zone that one or more embroidered element links to each other, described hot zone electric current press nonlinear path from first endpoint stream of circuit to second end points, be respectively arranged with connecting line on first and second end points of circuit, the gloves back adjacent at electric power connection line is provided with a pocket, put a power pack in the pocket, patch between described power pack and the connecting line and is connected the continuity of realization on electric.

Described conductive yarn periphery is coated with layer protecting film, and its number is between 10S-120S, and resistance value is 0.02 Ω-1200 Ω for every meter.

Described embroidered element is to constitute rectangle, ellipse by conductive yarn in the embroidery mode, one or more combinations of prismatic, circle, triangle, pentagon or square, be arranged on corresponding to cold and hot sensitive part of hand or meridian point place, its resistance value is 0.05 Ω/cm ²-2500 Ω/cm ²

Described pocket is to use the fabric that is complementary with glove bulk to make to form, and leaves an opening, and opening part is provided with a closing device.

Described skin is that the fabric by leather or wear-resisting thermal resistance constitutes.

Described power pack is to be electrically connected successively by the rechargeable battery of lithium ion or polymer and control circuit for pulse-width modulation, control panel to be installed in the box, box is provided with control panel outward and extended connecting line in the box, its output voltage is between 3.7V-15V, and capacity is 350mAh-3000mAh.Adopt above-mentioned technical scheme, a kind of heat energy gloves are because the hot zone is that conductive yarn combines together with embroidery mode and gloves, soft frivolous, no foreign body sensation is not afraid of fold, is rubbed, thereby the counter-bending of gloves and stretch-proof performance have been strengthened, it is comfortable to have on softness, and it is warming to keep out the cold, long service life, adaptability is strong, can initiatively heat and heat, thermal efficiency height can also suppress and eliminates skin and extraneous bacterium and the smell that contacts generation.Moreover, it is simple that the utility model also has technology, be easy to make, and the production efficiency height, cost is low, and steady quality is convenient to the formation of industrialization.

Description of drawings

Fig. 1 is a structural representation of the present utility model.

Fig. 2 is a circuit block diagram of the present utility model.

Fig. 3 is a power pack structure chart of the present utility model.

Among the figure: 1, glove bulk, 2, skin, 3, terminals, 4, pocket, 5, internal layer, terminals, 6, the hot zone, 7, control panel, 8, rechargeable battery, 9, pulse width modulation controlled, 10, connecting line, 11, power pack, 12, terminals.

The specific embodiment

Below in conjunction with specific embodiment the technical solution of the utility model is described in detail.

As shown in Figure 1, a kind of heat energy gloves, comprise glove bulk 1 with internal layer 5 and outer 2, conductive yarn (not marking among the figure), outer 2 is that fabric by leather or wear-resisting thermal resistance constitutes, conductive yarn (not marking among the figure) is fixedly set on glove bulk 1 internal layer 5 in the embroidery mode, and on internal layer 5, be formed with the hot zone 6 that one or more embroidered element links to each other, make that glove bulk 1 is soft frivolous, no foreign body sensation, be not afraid of fold, rub, embroidered element is to constitute rectangle by conductive yarn (not marking among the figure) in the embroidery mode, oval, prismatic, circular, triangle, pentagon or square one or more combinations, be arranged in the internal layer 5 of glove bulk 1 at corresponding finger cold and hot sensitive part of body or meridian point place, its resistance value is 0.05 Ω/cm ²-2500 Ω/cm ²The embroidery mode is selected computerized embroidery for use; a kind of or combination in machine embroidery or the hand embroidering; the conductive yarn of present embodiment (not marking among the figure) is selected for use with polyamide fibre; acrylic; polypropylene fibre; polyster fibre is the substrate passed silver-plated; the short fiber direct spinning of copper or carbon black; its number is between 10S-120S; resistance value is 0.02 Ω-1200 Ω for every meter; for improving the waterproof and the insulating properties of conductive yarn (not marking among the figure); cover layer protecting film in described conductive yarn (not marking among the figure) periphery; described hot zone 6 electric currents press nonlinear path from first endpoint stream of circuit to second end points; be respectively arranged with on first and second end points of circuit with buckle as terminals 3 and terminals 12 with male and female pattern; be provided with a pocket 4 at terminals 3 and terminals 12 adjacents; place a power pack 11 in the pocket 4; pocket 4 is to use the fabric that is complementary with gloves to make to form; for prevent that power pack 11 from skidding off from pocket 4; opening part is equipped with a closing device, and closing device is selected slide fastener for use; VELCRO or nylon adhesion are fixedly connected with known manner.

By Fig. 2 and Fig. 3 as can be known, power pack 11 is to be electrically connected successively by the rechargeable battery 8 of lithium ion or polymer and pulse width modulation controlled 9 to be installed in the box, box is provided with the

rechargeable battery

8 and 9 corresponding connections of pulse width modulation controlled in control panel 7 and the box outward, control panel 7 is provided with operating key, LED shows and charging inlet, from power pack 11 interior extended connecting lines 10, fixedly connected respectively having the buckle of male and female pattern on the connecting line 10, these two buckles respectively with terminals 3 and terminals 12 on buckle between corresponding being fastened and connected realize continuity on electric.In use, put on the utility model, press the operating key on the control panel 7, LED shows glittering, circuit turn-on is started working, regulate the dutycycle of pulse width modulation controlled 9 circuit pulses output, the frequency of control circuit output current break-make, thereby reach adjustment to hot zone 6, fully build the cosy impression of hand, heating of the present utility model tagma 6 heats add the heat request design according to environment temperature to the hand needs, and therefore to choose resistance value also different with the heating power size along with the difference of environment for use temperature, voltage that is applied and capacity configuration also change thereupon, its voltage change is between 3.7-15V, and the volume change value is 350mAh-3000mAh, when using when rechargeable battery 8 electric weight exhaust, also can carry out electric weight to rechargeable battery 8 by the power supply that the input of the charging inlet on the control panel 7 is complementary replenishes, and the use of can charging repeatedly, both easy to use, economical and practical, durable in use, be convenient to the formation of industrialization again.

The above instrument is the utility model preferred embodiment, be not that the utility model is done any formal restriction, every foundation technical spirit of the present utility model is to any simple modification that above embodiment did, equivalent variations and modification all still belong in the scope of technical solutions of the utility model.

Claims

1. heat energy gloves, comprise glove bulk with ectonexine, conductive yarn and power pack, it is characterized in that: conductive yarn is fixedly set on the internal layer of gloves in the embroidery mode, and on internal layer, be formed with the hot zone that one or more embroidered element links to each other, described hot zone electric current press nonlinear path from first endpoint stream of circuit to second end points, be respectively arranged with electric power connection line on first and second end points of circuit, the gloves back adjacent at connecting line is provided with a pocket, put a power pack in the pocket, patch between described power pack and the connecting line and is connected the continuity of realization on electric.

2. heat energy gloves according to claim 1 is characterized in that: described conductive yarn periphery is coated with layer protecting film, and its number is between 10S-120S, and resistance value is 0.02 Ω-1200 Ω for every meter.

3. heat energy gloves according to claim 1, it is characterized in that: described embroidered element is to constitute rectangle, ellipse by conductive yarn in the embroidery mode, one or more combinations of prismatic, circle, triangle, pentagon or square, be arranged on corresponding to cold and hot sensitive part of hand or meridian point place, its resistance value is 0.05 Ω/cm ²-2500 Ω/cm ²

4. heat energy gloves according to claim 1 is characterized in that: described pocket is to use the fabric that is complementary with glove bulk to make to form, and leaves an opening, and opening part is provided with a closing device.

5. heat energy gloves according to claim 1 is characterized in that: described skin is that the fabric by leather or wear-resisting thermal resistance constitutes.

6. heat energy gloves according to claim 1, it is characterized in that: described power pack is to be electrically connected successively by the rechargeable battery set of lithium ion or polymer and control circuit for pulse-width modulation, control panel to be installed in the box, box is provided with control panel outward and extended connecting line in the box, its output voltage is between 3.7V-15V, and capacity is 350mAh-3000mAh.