CN201119006Y

CN201119006Y - Remote infrared negative ion electric heating cloth

Info

Publication number: CN201119006Y
Application number: CNU2007200944297U
Authority: CN
Inventors: 金庆华
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-09-27
Filing date: 2007-09-27
Publication date: 2008-09-17
Anticipated expiration: 2017-09-27

Abstract

The utility model discloses a far infrared negative ion electric heating cloth, which is composed of purified cotton carbon fiber electric heating cloth and a far infrared negative ion generating layer arranged, thereof, wherein, the far infrared negative ion generating layer is composed of upper layer purified cotton yarn and a plurality of nanometre mineral crystal negative ion granules arranged, thereof; the purified cotton carbon fiber electric heating cloth is net-shaped gauze, conductive purified cotton carbon fiber exothermic filaments are penetrated and knitted, at least two purified cotton fibre filling yarns are knitted between each two conductive purified cotton carbon fiber exothermic filaments, two metallic filament electrodes connected with the conductive purified cotton carbon fiber exothermic filaments are knitted at the left and right side of the net shaped gauze along the longitudinal direction, polyurethane protecting films formed by hot compression are arranged on the upper surface and the lower surface of the net-shaped gauze, and the far infrared negative ion generating layer is arranged on the polyurethane protecting film. The far infrared negative ion electric heating cloth of the utility model has the advantages that the structure is simple, the operation is easy, when being bent, the heating wires is not easy to be broken, the far infrared and magnetic field line which are favor for people can be emitted, and the negative charge is given off.

Description

Far-infrared negative-ion electric heating cloth

Technical field

The utility model relates to the exothermic material field, particularly a kind of far-infrared negative-ion electric heating cloth.

Background technology

At present, the electric heating products of electricity consumption heat-obtaining has electric blanket, electric pad of in-built electrical heated filament etc., the easily broken phenomenon of heating wire when these product ubiquities bending, and not only security performance is relatively poor, and the time spent is easy to generate harmful static and electromagenetic wave radiation.

Summary of the invention

The purpose of this utility model is to overcome the deficiencies in the prior art, and provide a kind of simple in structure, easy to use, heating wire is not easily broken during bending, and can launch the far-infrared negative-ion electric heating cloth to the useful far infrared of people, the magnetic line of force, negative ion-releasing function.

The purpose of this utility model is achieved in that it is made up of textile carbon fiber electric heating cloth and the far-infrared negative-ion genetic horizon established thereon, wherein the far-infrared negative-ion genetic horizon is made up of upper strata Quality Pure Cotton Yarn Production and a plurality of nano-negative ion particles of establishing thereon, and the nano-negative ion particle is made up of the nano-mineral crystal grain; Described textile carbon fiber electric heating cloth is to make the netted cotton gauze that parallel and warp knitting form by Quality Pure Cotton Yarn Production; intert between the parallel and be woven with the textile carbon fiber heating silk thread of conduction; intert between per two textile carbon fiber heating silk threads of conduction and be woven with at least two textile fiber parallels; the left and right sides of netted cotton gauze is longitudinal knitted two wire electrodes that the textile carbon fiber heating silk thread of connection conduction is arranged along the limit; top and the bottom surface of described netted cotton gauze is respectively equipped with hot-forming last polyurethane protective film and following polyurethane protective film; the far-infrared negative-ion genetic horizon is located on the polyurethane protective film, the textile carbon fiber heating silk thread of described conduction be by the carbon black polymer that applies on the Quality Pure Cotton Yarn Production surface with and the surface on apply one deck again conductive protection lacquer constituted.

Because adopt technique scheme, the far-infrared negative-ion electric heating cloth that the utility model provides has following function: can launch far infrared, the magnetic line of force when 1, using, and can discharge anion to the human body beneficial; 2, heating wire is not easily broken during bending, and security performance is better; 3, simple in structure, easy to use, long service life, the scope of application are wide.

Description of drawings

Fig. 1 is the structural representation of the utility model far-infrared negative-ion electric heating cloth;

Fig. 2 is that the A-A of Fig. 1 is to zoomed-in view;

Fig. 3 is the textile carbon fiber heating silk thread horizontal section structural representation of conduction in the utility model;

Fig. 4 is a user mode electrical schematic diagram of the present utility model.

In Fig. 1 to Fig. 4,1, textile carbon fiber electric heating cloth, 2, parallel; 3, warp, 4, the textile carbon fiber heating silk thread of conduction, 5, wire electrode; 6, go up polyurethane protective film, 7, polyurethane protective film down, 8, Quality Pure Cotton Yarn Production; 9, carbon black polymer, 10, conductive protection lacquer, 11, the far-infrared negative-ion genetic horizon; 12, upper strata Quality Pure Cotton Yarn Production, 13, the nano-negative ion particle, 14, adjuster; 15, switch, 16, far-infrared negative-ion electric heating cloth.

Embodiment

As shown in Figure 1 to Figure 3, the far-infrared negative-ion electric heating cloth that the utility model provides is made up of textile carbon fiber electric heating cloth 1 and the far-infrared negative-ion genetic horizon of establishing thereon 11, wherein far-infrared negative-ion genetic horizon 11 is made up of upper strata Quality Pure Cotton Yarn Production 12 and a plurality of nano-negative ion particles 13 of establishing thereon, and nano-negative ion particle 13 is made up of the nano-mineral crystal grain; Described textile carbon fiber electric heating cloth 1 is to make the netted cotton gauze that 3 braidings of parallel 2 and warp form by Quality Pure Cotton Yarn Production; intert between the parallel 2 and be woven with the textile carbon fiber heating silk thread 4 of conduction; intert between per two textile carbon fiber heating silk threads 4 of conduction and be woven with at least two textile fiber parallels 2; the left and right sides of netted cotton gauze is longitudinal knitted two wire electrodes 5 that the textile carbon fiber heating silk thread 4 of connection conduction is arranged along the limit; top and the bottom surface of described netted cotton gauze is respectively equipped with hot-forming last polyurethane protective film 6 and following polyurethane protective film 7; the far-infrared negative-ion genetic horizon is located on the polyurethane protective film 6, the textile carbon fiber heating silk thread 4 of described conduction be by Quality Pure Cotton Yarn Production 8 surface go up the carbon black polymer 9 that apply with and the surface on apply one deck again conductive protection lacquer 10 constituted.

During concrete the use, as shown in Figure 4, two wire electrodes 5 and the power supply that are connected textile carbon fiber heating cloth 1 in the far-infrared negative-ion electric heating cloth by lead with switch 15, adjuster 14, the caloric value of textile carbon fiber electric heating cloth 1 is to regulate with adjuster 14, power supply can adopt alternating current or direct current, and every far-infrared negative-ion electric heating cloth 16 can in parallel or series connection use as required.

In the middle of the utility model uses, the carbon black polymer with and the surface go up the conductive protection lacquer that applies, prolonged its useful life effectively, electric conductivity is reliable, safety.Mineral crystal particle in the far-infrared negative-ion genetic horizon is through its heat effect of textile carbon fiber electric heating cloth down, a kind of property of the generation of instinct, promptly continual, nonvolatil, the release negative electrical charge of the non-energy, emitting far-infrared, the magnetic line of force, when negative electrical charge and airborne oxygen moisture and carbonic acid gas chemical combination promptly produce negative aeroion, this anion can not only divide degassing, and absorption is arranged because dust, the dust effect of generation of static electricity, have purifying air, suppress bacterial virus, prevent the function of electromagenetic wave radiation.

Claims

1, a kind of far-infrared negative-ion electric heating cloth, it is characterized in that, it is made up of textile carbon fiber electric heating cloth (1) and the far-infrared negative-ion genetic horizon (11) established thereon, and wherein far-infrared negative-ion genetic horizon (11) is made up of upper strata Quality Pure Cotton Yarn Production (12) and a plurality of nano-negative ion particles (13) of establishing thereon; Described textile carbon fiber electric heating cloth (1) is to make the netted cotton gauze that the braiding of parallel (2) and warp (3) forms by Quality Pure Cotton Yarn Production; intert between the parallel (2) and be woven with conduction textile carbon fiber heating silk thread (4); intert between per two textile carbon fiber heating silk threads of conduction (4) and be woven with at least two textile fiber parallels (2); the left and right sides of netted cotton gauze is longitudinal knitted two wire electrodes (5) that the connection textile carbon fiber heating silk thread of conduction (4) is arranged along the limit; top and the bottom surface of described netted cotton gauze is respectively equipped with hot-forming last polyurethane protective film (6) and following polyurethane protective film (7), and far-infrared negative-ion genetic horizon (11) is located on the polyurethane protective film (6).

2, far-infrared negative-ion electric heating cloth according to claim 1 is characterized in that described nano-negative ion particle (13) is made up of the nano-mineral crystal grain.

3, far-infrared negative-ion electric heating cloth according to claim 1, it is characterized in that the textile carbon fiber heating silk thread of described conduction (4) be by the carbon black polymer (9) that applies on Quality Pure Cotton Yarn Production (8) surface with and the surface on apply one deck again conductive protection lacquer (10) constituted.