CN201846487U

CN201846487U - High thermal conductivity module structure

Info

Publication number: CN201846487U
Application number: CN2010205399918U
Authority: CN
Inventors: 施雨霈; 洪明仪; 施明村
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-09-25
Filing date: 2010-09-25
Publication date: 2011-05-25
Anticipated expiration: 2020-09-25

Abstract

The utility model relates to an electric type, for providing a structure of high heat conduction module, be provided with a conducting layer that has electric heat conversion characteristic on this substrate, and this conducting layer both sides are equipped with an electrode portion respectively, this electrode portion one side has set firmly the holder that supplies the fixed several of centre gripping to be coupled the conductive terminal of this electrode portion, and this conductive terminal connects and is equipped with a power, input this power through this electrode, make this conductive polymer layer in the twinkling of an eye convert the electric energy into high temperature, transmit the high temperature to this substrate simultaneously on, and wherein this substrate mainly comprises a composite material, this composite material is borosilicate (silicon), microcrystalline glass, crystal glass, ceramic glass, nanometer pottery, nanometer substrate or its combination, in order to reach the advantage that has energy-conserving carbon reduction and has the environmental protection.

Description

The structure of high heat conducting module

Technical field

The utility model relates to electric information, for a kind of structure of high heat conducting module is provided, especially refer to a kind of tame electrical article that replaces present high power consumption, have high heat conduction, insulating properties is good, hardness is high, high temperature resistant, corrosion-resistant, fire prevention, explosion-proof, radiationless, anti-vibration, be not subjected to the structure of the high heat conducting module of electric field influence.

Background technology

The heater that general conventional needle is heated to the water source heats with gas ignition usually, will be positioned at the aqueduct that bends continuously on the burning things which may cause a fire disaster simultaneously and heat, and then the water source of this aqueduct inside is heated to preset temperature, takes for the user.And this kind with the burning be the shortcoming of commonly using heater of thermal source nothing more than being: need to consume a large amount of oxygen, easily make that greenhouse effect deteriorations, not environmental protection, volume greatly take up space, the water temperature firing rate slow, the gas fuel consumption is excessive, igniting has some setbacks, incomplete combustion, need not timing to change igniting with battery, cause gas to leak, must be loaded on open air etc. easily, thus the electric energy heater of improveing in response to and give birth to.

But this is commonly used the electric energy heater and still can't heat rapidly, and water temperature is promoted to preset temperature, therefore must expend the electric current of high watt, and electric heating conversion usefulness is lower, has caused the waste on the energy, and has paid higher grid electricity fee cost.So, how to utilize less power supply and can be fast with the temperature increase of heater to preset temperature, make heating object be rapidly heated simultaneously, more can adjust the height of this v temperature in response to demand, become energy-conservation efficient again electric energy heater, the target that develops for industry is consistent.

The utility model content

Main purpose of the present utility model is to provide a kind of structure of high heat conducting module, solve existing electric energy heater and still can't heat rapidly, water temperature is promoted to preset temperature, therefore must expend high-power electric current, and electric heating conversion usefulness is lower, has caused the problem of the waste on the energy.The utility model mainly comprises: this base material mainly is made of a composite, one side in this base material is provided with a conductive layer with electric heating transfer characteristic, this conductive layer is through being sprayed at after the heat-agglomerating mode on this base material, allowing the macromolecule Inorganic Chemicals form conductive film is incorporated on this base material, produce thermal efficiency, and be respectively equipped with an electrode part in these conductive layer both sides, this electrode part one side is provided with one for gripping a plurality of holders that couple the conducting terminal of this electrode part, and be equipped with a power supply in this conducting terminal, import this power supply by this electrode, make conductive layer moment of this conducting polymer convert electrical energy into high temperature, high temperature is passed on this base material simultaneously, the material of this base material is high borosilicate (silicon), devitrified glass, crystal glass, glass-ceramic, how rice is ceramic, how Mi Jicai or its combination, it is high heat-resisting that it is had, corrosion-resistant, fire prevention, explosion-proof, the radiationless characteristic that is not subjected to electric field influence that reaches.

This conducting terminal is equipped with power supply, and this power supply electric connection one can be the electric control gear of mechanical type or electronic type, is controlled the size of its voltage and electric current by this electric control gear.

Advantage of the present utility model is: heating water temperature speed is exceedingly fast, the tame electrical article that can replace present high power consumption has high heat conduction, insulating properties is good, hardness is high, high temperature resistant, corrosion-resistant, fire prevention, explosion-proof, radiationless, anti-vibration, be not subjected to progressives such as electric field influence.

Description of drawings

Fig. 1 is the stereogram of the utility model preferred embodiment.

Fig. 2 is the cutaway view of the utility model preferred embodiment.

Fig. 3 is the enforcement schematic diagram of the utility model preferred embodiment.

Embodiment

For achieving the above object and effect, technological means that the utility model adopted and structure, drawing now illustrates in detail that with regard to the utility model preferred embodiment its feature and function are as follows, in order to understanding fully.

Shown in accompanying drawing 1 and accompanying drawing 2, stereogram and cutaway view for the utility model preferred embodiment, find out by knowing among the figure, the utility model comprises one by base material 10 that composite constituted, this base material 10 is provided with a conductive layer 11 with electric heating transfer characteristic, and these conductive layer 11 both sides are respectively equipped with an electrode part 12, these electrode part 12 1 sides are installed with one for the holder 18 that grips several conducting terminals that couple this electrode part 12 17, and this conducting terminal 17 is equipped with a power supply 13, this power supply 13 electrically connects an electric control gear 19, this electric control gear 19 be mechanical type or electronic type wherein one, wherein above-mentioned this composite is high borosilicate (silicon), devitrified glass, crystal glass, glass-ceramic, how rice is ceramic, how Mi Jicai or its combination also makes this base material 10 have high heat conduction by aforementioned material, insulating properties is good, the hardness height, high temperature resistant, corrosion-resistant, fire prevention, explosion-proof, radiationless, anti-vibration, be not subjected to the characteristic of electric field influence.

By above-mentioned structure, composition design, be described as follows with regard to use situation of the present utility model now:

Shown in accompanying drawing 2 and accompanying drawing 3, cutaway view and enforcement schematic diagram for the utility model preferred embodiment, find out by knowing among the figure, this base material 10 is provided with a conductive layer 11, this conductive layer 11 is sprayed on this base material 10 after via the heat-agglomerating mode, allowing the macromolecule Inorganic Chemicals form conductive film is incorporated on this base material 10, produce thermal efficiency, and be respectively equipped with an electrode part 12 in these conductive layer 11 both sides, and be provided with one for gripping the holder 18 of several conducting terminals that couple this electrode part 12 17 in these electrode part 12 1 sides, and this conducting terminal 17 is equipped with a power supply 13, this power supply 13 electrically connects an electric control gear 19, switch on by this power supply 13, and carry out the control of electric current and voltage by this electric control gear 19, make its electricity change heat and produce heat energy 15, when desire heating target 14 is positioned on this base material 10, the user carries out conducting with this power supply 13, electric energy can produce consume and become heat energy 15 when this moment, electric current 16 flow through, and when the media of electric current 16, cause electric current 16, and because non-resistance, then electric current 16 is with sustainable circulation, can not decay because of thermal effect yet, this is called hot kinetic energy electric current 16, therefore, this object 14 promptly is heated rapidly, in also producing characteristics such as radiant energy between this.

Moreover so-called hot kinetic energy is multiple molecular chemistry element, is sprayed at insulating substrate 10 surfaces and generates based on ionic bond and atomic bond, produces the conductive heating layer of characteristic of semiconductor, has changed the characteristic of insulating substrate, becomes a kind of thermo electric material of innovation.

Claims

1. A structure of a high thermal conductivity module, characterized in that: the base material is mainly composed of a composite material, and a conductive layer with electrothermal conversion characteristics is arranged on the base material, and an electrode is respectively arranged on both sides of the conductive layer part, one side of the electrode part is provided with a clamping part for clamping and fixing several conductive terminals coupled to the electrode part.

2. The structure of the high thermal conductivity module according to claim 1, wherein the composite material is high borosilicate, glass-ceramic, crystal glass, ceramic glass, nano-ceramic, nano-substrate or a combination thereof .

3. The structure of the high thermal conductivity module according to claim 1, wherein the conductive terminal is connected with a power source.

4. The structure of the high thermal conductivity module according to claim 3, wherein the power supply is electrically connected to an electric control device.

5. The structure of the high thermal conductivity module according to claim 4, wherein the electric control device is one of mechanical or electronic.