CN201878345U

CN201878345U - Electric conduction heating device

Info

Publication number: CN201878345U
Application number: CN2010206536062U
Authority: CN
Inventors: 李應宰
Original assignee: QINGDAO NEW LIFE BIO-TECHNOLOGY Co Ltd
Current assignee: Xinshijia Intelligent Technology Co., Ltd.
Priority date: 2010-12-10
Filing date: 2010-12-10
Publication date: 2011-06-22
Anticipated expiration: 2020-12-10

Abstract

The utility model relates to a heating device, in particular to an electric conduction heating device with a conductive coating. The device comprises metal wires and conducting materials, wherein the metal wires are arranged at intervals along the length or width direction of the electric conduction heating device; the conducting materials are arranged at intervals between the adjacent metal wires in a direction vertical to the metal wires; the conducting materials and the metal wires are alternately woven up and down and interconnected; and the conductive coating is arranged at the joint of the metal wires and the conducting materials. By adopting the conductive coating, electrical conductivity between the metal wires and the conducting materials and the use efficiency of electric energy are improved, and harmful electromagnetic wave can be shielded, therefore, a better health care role can be played.

Description

The conductive exothermal device

Technical field

The utility model relates to a kind of heater, especially a kind of conductive exothermal device that has conductive coating.

Background technology

Utilize during electric energy heating has been used widely in daily life with in producing.Employed electric blanket utilizes exactly and converts electrical energy into heat energy and provide warm for people in the daily life.In recent years, continuous development along with science and technology, also engendered new thermo electric material, carbon fiber exothermic part for example, this heater is a kind of black body material, it has characteristics such as heat up rapidly, thermo-lag is little, heating is even, radiant heat transfer distance, rate of heat exchange are fast, and carbon fiber exothermic part also has the far-infrared radiation of 8m-15m wavelength in the time of heating, so the application of carbon fiber exothermic part in daily living article more and more widely.Utilize the carbon fiber exothermic part adstante febre, the general using wire is given carbon fiber with electrical energy transfer, and carbon fiber can transfer electric energy to heat energy effectively.But when wire is passed to carbon fiber, be easy to occur local no power, conduct electricity uneven problem, cause carbon fiber heating inhomogeneous, both reduced the service efficiency of electric energy, reduced user's comfort simultaneously, can breaking out of fire when serious.In addition, external except carbon fiber heating, when wire is given other electric conducting materials with electrical energy transfer, also same problem can appear.

The utility model content

The purpose of this utility model has been to propose a kind of conductive exothermal device that has conductive coating, by being set, conductive coating improved conductivity between wire and the electric conducting material, and the service efficiency of electric energy, and can shield harmful electromagnetic wave, played health-care effect preferably.

The utility model is to adopt following technical scheme to realize: a kind of conductive exothermal device, this device comprises wire and electric conducting material, wire is provided with at interval along the length or the Width of heating electric installation, be spaced between the adjacent wire and perpendicular to direction wiry electric conducting material is set, interconnect by the alternatively up and down braiding between electric conducting material and the wire, wherein, the junction of wire and electric conducting material is provided with conductive coating.

In the utility model, described electric conducting material can be carbon fiber wire, and described wire can adopt copper wire.

Described conductive coating comprises carbon dust, superfine cupper powder, nickel powder, and aluminium powder and sticker, conductive coating is made according to a certain percentage by mentioned component.

When electric conducting material is carbon fiber wire, after the wire carbon fiber is subjected to the double action of the heat that self-conductive heating and copper wire conduct, discharge a large amount of far infrareds, simultaneously conductive coating also can be releasing far infrared, especially a large amount of far infrared of release under the high situation of energising and humidity.The release of far infrared can be converted into the anion that has a unit charge with airborne a part of molecule again, far infrared can significantly improve microcirculation in human body, human body skin and hypodermis had stronger penetration power, the effect that the infrared radiation human body produces can make skin and hypodermic temperature raise, and stimulates circulation and metabolism.Heat effect, antiinflammation and promotion palingenesis that infrared therapy produces tissue have been affirmed at present clinically, can strengthen the normal function of human body cell, improve the immunocompetence of human body, also have the blood pressure of adjusting in addition, eliminate effects such as fatigue, cosmetology; Anion can not only be facilitated the synthetic and vitamin storage of human body, can also strengthen the physiological activity with human activin, thereby reach health-care effect preferably.

The beneficial effects of the utility model are: at first, because conductive coating has high conductivity, the electricity on the copper wire can be passed to carbon fiber wire effectively, has uniform conductive, avoid the bad phenomenon that reason caused such as, local no power bad, improved the service efficiency of electric energy because of conducting electricity; The second, conductive coating can shield harmful electromagnetic wave, has stronger environmental suitability; The 3rd, conductive coating can discharge human body beneficial's far infrared and anion, and human body is played a role in health care; The 4th, safe in utilization, prolonged useful life of conductive exothermal device.

Description of drawings

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

Embodiment

Below in conjunction with accompanying drawing the utility model is described further.

As shown in Figure 1, this conductive heating appts is a carbon fiber heating body 1, copper wire 3 and carbon fiber wire 2 are set on this carbon fiber heating body 1, wherein copper wire 3 can be screwed into one by the less copper wire of multiply diameter, also can be a copper wire that independent diameter is bigger, copper wire 3 is provided with at interval along the length or the Width of carbon fiber heating body 1, be spaced between the adjacent copper wire 3 and perpendicular to the direction of copper wire 3 carbon fiber wire 2 is set, link together by the alternatively up and down braiding between carbon fiber wire 2 and the copper wire 3.Copper wire 3 is provided with conductive coating 4 with the junction of carbon fiber wire 2.

The generation type of conductive coating 4 is as described below: at first with carbon dust, superfine cupper powder, nickel powder, aluminium powder, stickers etc. are made conducting solution according to a certain percentage, conducting solution is applied to braiding place of copper wire 3 and carbon fiber wire 2, through behind the hyperthermia drying, can be securely attached on the product, thus form conductive coating 4 in the junction of copper wire 3 and carbon fiber wire 2.Wherein the electric conductivity of carbon dust is strong, is difficult for oxidation, a large amount of far infrared and the anions of emission under "on" position, and produced simultaneously electromagnetic wave is less, can play health-care effect preferably; Superfine cupper powder has higher surface activity and favorable conductive, heat conductivility, can play the effect of electromagnetic shielding simultaneously; Aluminium powder has good physical shielding; Sticker adopts macromolecular water-soluble gelatin powder, and it has good adhesiveness, thickening property, levelability, moisture retention and extraordinary film forming, water proofing property, plays effect ageing-resistant, anti-be full of cracks.Can also add other conducting metal as required in addition, as silver, zinc, nickel etc. are to improve its physical property and electric conductivity.

In the utility model, described copper wire also can be replaced by other wires, and carbon fiber wire also can be replaced by other electric conducting materials.

Claims

1. conductive exothermal device, comprise wire and electric conducting material, wire is provided with at interval along the length or the Width of conductive exothermal device, be spaced between the adjacent wire and perpendicular to direction wiry electric conducting material is set, interconnect by the alternatively up and down braiding between electric conducting material and the wire, it is characterized in that: the junction of wire and electric conducting material is provided with conductive coating.

2. conductive exothermal device according to claim 1 is characterized in that: described electric conducting material is a carbon fiber wire.

3. conductive exothermal device according to claim 1 is characterized in that: described conductive coating comprises carbon dust, superfine cupper powder, nickel powder, aluminium powder and sticker.