CN201821981U

CN201821981U - Far infrared heath-care and warm-keeping gloves

Info

Publication number: CN201821981U
Application number: CN2010205776764U
Authority: CN
Inventors: 陆建益
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-10-16
Filing date: 2010-10-16
Publication date: 2011-05-11
Anticipated expiration: 2020-10-16

Abstract

The utility model discloses a pair of far infrared heath-care and warm-keeping gloves, which comprise glove bodies and a power supply case, wherein the glove body is formed by a surface layer, a heating layer, a health-care layer and an inner layer which are fixed into a whole in sequence; the heating layer is fixed and connected in series on a base fabric by conducting yarns in a sewn way and in a reciprocating manner so as to form a circuit with two electrodes, and non-woven fabrics are covered on the upper surface and the lower surface of the base fabric; the outer surface of the surface layer, corresponding to the back of the hand of a wearer, is provided with a power supply bag for containing a battery case; and the battery case is connected with the two electrodes by leads. Due to the adoption of the structure, the far infrared heath-care and warm-keeping gloves integrate heat energy and far infrared anions into a whole, thus being capable of not only automatically warming up the hands, but also efficiently exciting the anions and enhancing far infrared emission so as to achieve the effects of health promotion and health case; in addition, the heating layer adopts the method of combining the conducting yarns and the fabrics, so that a heating element is not easy to be pressed to be broken and broken off, therefore, the service life of the gloves is long, and the gloves are soft and comfortable, flexible and convenient, and good in warm-keeping and cold-proof effects when being worn.

Description

The far infrared health care thermal glove

Technical field

The utility model relates to a kind of gloves, particularly a kind of far infrared health care thermal glove.

Background technology

In the winter of cold, people endure cold outside in order to prevent that both hands are exposed, usually all can wear a pair of gloves and be used for warming to hand, but existing gloves function singleness, itself can not generate heat, thermal effect to hand is very limited, even dress abundant leather glove, the sensation of the stiff fiber crops of both hands still allows the people be difficult to stand, therefore electrically heated glove occurred, through the retrieval to known technology, on the whole the heater that existing electrically heated glove adopted is resistance wire, wire, the thermo electric material of Electric radiant Heating Film or carbon fiber and so on, and these thermo electric material heatings are inhomogeneous, thermal transition efficient is low, and bad mechanical strength, is applied in fracture and damage easily in the more gloves of activity, service life is short, in addition, dressing not only has foreign body sensation, comfortableness is poor, and only only is simple electrothermal effect, does not have health care function, there is certain limitation, therefore haves much room for improvement.

Summary of the invention

The purpose of this utility model provides a kind of thermal efficiency height, and long service life had both initiatively heated hand and heats, and can efficiently excite the far infrared health care thermal glove of anion again.

In order to reach above-mentioned purpose, the far infrared health care thermal glove that the utility model provides, comprise glove bulk and battery case, glove bulk is by surface layer, heating layer, heath care layer and nexine and be integral according to this order set, described heating layer is to be moved back to come and go to be connected in series to be fixed in the sewing mode by conductive yarn to form the circuit with two electrodes above the base cloth, and be coated with nonwoven at the base cloth upper and lower surface, be provided with the power supply bag at described surface layer corresponding to the outer surface of the person's of having on the back of the hand, the mid-battery case that is placed with of power supply bag, described battery case is connected with described two electrodes by lead.

Preferred scheme is, be natural fiber cloth, Artificial Fibers cloth, synthetic fiber cloth, PU leather or sheepskin according to surface layer described in the utility model, and the surface is lined with thermal isolation film within it.

Preferred scheme is to be far infrared cloth according to heath care layer described in the utility model, and to be implanted with the anion emission source in the above.

Preferred scheme is, is selected from a kind of in polyimide fiber, polyphenylene sulfide fibre or the poly-tetrafluoro alkene fiber according to base cloth described in the utility model.

Preferred scheme is, is that chinlon filament surface after handling through twisting and dead twist is coated with silverskin or the nickel film constitutes according to conductive yarn described in the utility model, and its fiber number is 20D-850D, every meter 0.2 Ω-25 of resistance value Ω.

Preferred scheme is, is selected from a kind of in bamboo-carbon fibre cloth, the cotton blended cloth of silk or the pure cotton napped fabric according to nexine described in the utility model.

Preferred scheme is, is to connect controller by chargeable ferric phosphate lithium cell to be loaded in the box according to battery case described in the utility model, and box is provided with the function key that links to each other with controller outward and discharges and recharges socket, and its output voltage is 3V-24V.

Preferred scheme is, by charging and discharging circuit and pulse-width modulation circuit is formed, wherein pulse-width modulation circuit is controlled by the break-make of circuit output current according to controller described in the utility model.

The utility model is owing to adopt technique scheme, make it to have the thermal-arrest energy, far infrared ray negative ions is blended in one, not only can initiatively heat hand and heat, and can also efficiently excite anion, increase the far infrared emission, can improve the human body vim and vigour running, conditioning viscera, promote the nerve cell activation, regulate the human body ionic equilibrium, the clearing damp deodorizing improves autoimmune function, thereby reach the effect of health care, in addition, heating layer of the present utility model adopts the cloth material to combine with conductive yam, makes it heater and is difficult for being pressed down and fractureing, long service life, and have on soft comfortable, no foreign body sensation, flexible, heating evenly, the thermal conversion efficiency height, thermal insulation is effective.

Description of drawings

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

Fig. 2 is a heating layer structure chart of the present utility model.

Among the figure: 1, glove bulk, 2, the power supply bag, 3, battery case, 4, nexine, 5, heath care layer, 6, heating layer, 7, surface layer, 8, nonwoven, 9, base cloth, 10, nonwoven, 11, lead.

The specific embodiment

The utility model is described in further detail below in conjunction with drawings and Examples.

See also Fig. 1 and Fig. 2, a kind of far infrared health care thermal glove, comprise glove bulk 1 and battery case 3, glove bulk 1 is integral by surface layer 7, heating layer 6, heath care layer 5 and nexine 4 and according to this order set, its surface layer 7 is natural fiber cloth, Artificial Fibers cloth, synthetic fiber cloth, PU leather or sheepskin, and the surface is lined with thermal isolation film and loses to prevent heat within it, thereby improves heat storage capacity, and nexine is selected from a kind of in bamboo-carbon fibre cloth, the cotton blended cloth of silk or the pure cotton napped fabric.For can in the resisting cold heating, can also making far infrared directly be radiated the Different Acupoint of hand for the person of having on, described heath care layer 5 adopts far infrared cloth, and be implanted with the anion emission source in the above, at the thermo electric material bad mechanical strength of existing electrically heated glove and the defective that ruptures easily, increase the service life, heating layer 6 of the present utility model is to be moved back to come and go to be connected in series to be fixed in the sewing mode by conductive yarn to form the circuit with two electrodes above the base cloth 9, and be coated with nonwoven 8 and nonwoven 10 respectively at base cloth 9 upper and lower surfaces, wherein base cloth 9 is selected from polyimide fiber, a kind of in polyphenylene sulfide fibre or the poly-tetrafluoro alkene fiber, conductive yarn is that the chinlon filament surface after process twisting and dead twist are handled is coated with silverskin or the nickel film constitutes, its fiber number is 20D-850D, every meter 0.2 Ω-25 of resistance value Ω.Be provided with power supply bag 2 at surface layer 7 outer surfaces corresponding to the person's of having on the back of the hand, the power supply bag 2 mid-battery cases 3 that are placed with, this battery case 3 is connected with described two electrodes by lead.Described battery case 3 is to connect controller by chargeable ferric phosphate lithium cell to be loaded in the box, controller is by charging and discharging circuit and pulse-width modulation circuit is formed, wherein pulse-width modulation circuit is controlled by the break-make of circuit output current, be provided with the function key that links to each other with controller and discharge and recharge socket outside box, its output voltage is 3V-24V.During use, after both hands are put on the far infrared health care thermal glove, open battery case 3 power switches, adjustment control, controller is by the break-make of pulse-width modulation circuit output battery, thereby realize the person's of having on the best required to the utility model, under heating heated effect, heath care layer 5 excited anion and far infrared emission simultaneously, improve the human body vim and vigour running effectively, promote the nerve cell activation, regulate the human body ionic equilibrium, reach the effect of health care.

Claims

1. far infrared health care thermal glove, comprise glove bulk and battery case, it is characterized in that: glove bulk is integral by surface layer, heating layer, heath care layer and nexine and according to this order set, described heating layer is to be moved back to come and go to be connected in series to be fixed in the sewing mode by conductive yarn to form the circuit with two electrodes above the base cloth, and be coated with nonwoven at the base cloth upper and lower surface, be provided with the power supply bag at described surface layer corresponding to the outer surface of the person's of having on the back of the hand, the mid-battery case that is placed with of power supply bag, described battery case is connected with described two electrodes by lead.

2. according to the desirable 1 described far infrared health care thermal glove that requires, it is characterized in that: described surface layer is natural fiber cloth, Artificial Fibers cloth, synthetic fiber cloth, PU leather or sheepskin, and the surface is lined with thermal isolation film within it.

3. far infrared health care thermal glove according to claim 1 is characterized in that: described heath care layer is a far infrared cloth, and is implanted with the anion emission source in the above.

4. far infrared health care thermal glove according to claim 1 is characterized in that: described base cloth is selected from a kind of in polyimide fiber, polyphenylene sulfide fibre or the poly-tetrafluoro alkene fiber.

5. according to the desirable 1 described far infrared health care thermal glove that requires, it is characterized in that: described conductive yarn is that the chinlon filament surface after process twisting and dead twist are handled is coated with silverskin or the nickel film constitutes, its fiber number is 20D-850D, every meter 0.2 Ω-25 of resistance value Ω.

6. far infrared health care thermal glove according to claim 1 is characterized in that: described nexine is selected from a kind of in cotton blended cloth of bamboo-carbon fibre cloth, silk or the pure cotton napped fabric.

7. require 1 described far infrared health care thermal glove as requested, it is characterized in that: described power pack is to connect controller by chargeable ferric phosphate lithium cell to be loaded in the box, box is provided with the function key that links to each other with controller outward and discharges and recharges socket, and its output voltage is 3V-24V.

8. far infrared health care thermal glove according to claim 7 is characterized in that: described controller is by charging and discharging circuit and pulse-width modulation circuit is formed, and wherein pulse-width modulation circuit is controlled by the break-make of circuit output current.