CN203595169U

CN203595169U - Infrared ray safety floor heating device

Info

Publication number: CN203595169U
Application number: CN201320713219.7U
Authority: CN
Inventors: 余小兵
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-11-12
Filing date: 2013-11-12
Publication date: 2014-05-14
Anticipated expiration: 2023-11-12

Abstract

The utility model belongs to the technical field of electric heating floors, and relates to an infrared ray safety floor heating device. A thermal insulation board layer, an aluminum foil layer, an infrared floor heating cloth layer, a heat conducting polyethylene waterproof cloth layer, a heat conducting cement flatly laid layer and a floor surface decoration layer are sequentially arranged on the upper surface of a cement floor from top to bottom, an infrared floor heating cloth safety protection device which is electrically connected with a controller is arranged on the thermal insulation board layer, and the controller is electrically connected with the positive electrode of the infrared floor heating cloth layer, the negative electrode of the infrared floor heating cloth layer and a power source input wire. The infrared ray safety floor heating device has the advantages of caring health, saving energy, being long in service life, comfortable in heating and high in heating efficiency and the like, and is simple and practical in structure, convenient to install, and suitable for being laid and used in areas or rooms in need of indoor heating and thermal insulation.

Description

The safe geothermal device of a kind of far infrared

Technical field

The utility model belongs to electric heating floor technical field, refers in particular to the safe geothermal device of a kind of far infrared.

Background technology

At present, warming generally adopts hot-water boiler heat supply heating, but for the south of not unifying to heat and other places, mostly adopt the electrical appliance heating services such as such as Electric stove, electric heater, air-conditioning, adopt the weak point of the electrical appliance heating services such as Electric stove, electric heater, air-conditioning to be: the one, the thermal efficiency of electrical appliance is low, cause power consumption large, peak of power consumption is difficult to meet heating needs; The 2nd, directly heat and easily make that human body is dry gets angry by electrical heating, bring other diseases; The 3rd, human body is not had to health care.

Summary of the invention

The purpose of this utility model is to provide that a kind of power consumption is low, hot body feels comfortable and has the safe geothermal device of far infrared of health care.

The purpose of this utility model is achieved in that

The safe geothermal device of a kind of far infrared; be disposed with from down to up insulation flaggy, aluminium foil layer, Far infrared geothermal energy layer of cloth, heat conduction polyethylene waterproof layer of cloth at the upper surface of concrete floor, heat conduction cement is paved layer and ground decoration layer; be provided with at insulation flaggy the Far infrared geothermal energy cloth safety guard being electrically connected with controller, controller is electrically connected with both positive and negative polarity and the power input line of Far infrared geothermal energy layer of cloth respectively.

Above-mentioned ground decoration layer is timber floor layer or marble layer or ceramic tile layer or the carpet layer of laying.

Above-mentioned Far infrared geothermal energy cloth safety guard is two conducting terminals that are arranged on insulation flaggy, and two conducting terminals are electrically connected with the relay control coil on controller by electric wire, the break-make of described Control input power.

Above-mentioned insulation flaggy is formed by some warming plate continuous layings, the setting of staggering of the seam of the seam of adjacent two warming plates of colleague and adjacent two warming plates of adjacent lines.

On above-mentioned controller, be provided with show Far infrared geothermal energy layer of cloth heating temp digital display, heighten or turn down adjustment button, power on light and the power switch of heating-up temperature, the upside of Far infrared geothermal energy layer of cloth or downside are provided with the temperature-measuring element being electrically connected with controller.

The concrete structure of above-mentioned Far infrared geothermal energy layer of cloth is: on the wear-resisting screen cloth of such as, graticule braiding with wear-resisting silk (glass fiber etc.) material, interval is woven with the brilliant silk of the carbon being parallel to each other, the upper and lower surface of the brilliant silk of wear-resisting screen cloth and carbon and therebetween laminating film have one deck insulating heat-conductive and soft polyurethane film, the two ends of the brilliant silk of carbon are connected in parallel and draw the both positive and negative polarity as Far infrared geothermal energy layer of cloth.

The utility model compared to existing technology outstanding and useful technique effect is:

1, after Far infrared geothermal energy layer of cloth of the present utility model (TPU carbon crystalline conductive film) conduction, can produce more than 85% far-infrared radiation heat and produce anion, by improving the circulatory system of human body, accelerate blood circulation, impel blood vessel endothelium to produce carbon monoxide, be conducive to remove blood vessel and hoard the harmful substance in thing and body, bring back to life tissue, promote ferment to generate, reach activation histocyte, prevent object aging, strengthening immune system.

2, the utility model arranges insulation flaggy, aluminium foil layer at the downside of Far infrared geothermal energy layer of cloth, upside arranges heat conduction polyethylene waterproof layer of cloth, and the crackle etc. that can effectively prevent cement layer draws Far infrared geothermal energy layer of cloth the situations such as bad, cut-out to occur, long service life.

3, the utility model is provided with the Far infrared geothermal energy cloth safety guard being electrically connected with controller on insulation flaggy; can there is the water of seepage on insulation flaggy time; two conducting terminal engage relay control coils; make the break-make of Control input power; guarantee that this device uses the in the situation that of safety, sleep and safe and reliable while normally warming oneself.

4, the utility model can be watched the heating temp of Far infrared geothermal energy layer of cloth by the digital display of controller, heating-up temperature can be heightened or turn down to adjustment button by controller, can directly open or close power supply and by power on light demonstration work or off position by the power switch of controller, easy to use.

4, the utility model heating service is comfortable, the thermal efficiency is high, simple and practical, easy for installation, be applicable to need the area of heating indoor insulation or room to lay and use.

Accompanying drawing explanation

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

Fig. 2 is the laying structure schematic diagram of insulation flaggy of the present utility model.

Fig. 3 is the outer surface function distribution schematic diagram of controller of the present utility model.

The specific embodiment

The utility model is further described with specific embodiment below in conjunction with accompanying drawing, referring to Fig. 1-3:

The safe geothermal device of a kind of far infrared; be disposed with from down to up insulation flaggy 11, aluminium foil layer 12, Far infrared geothermal energy layer of cloth 13, heat conduction polyethylene waterproof layer of cloth 14 at the upper surface of concrete floor 10, heat conduction cement is paved layer 15 and ground decoration layer 16; on insulation flaggy 11, be provided with the Far infrared geothermal energy cloth safety guard being electrically connected with controller 20, controller 20 is electrically connected with both positive and negative polarity and the power input line 17 of Far infrared geothermal energy layer of cloth 13 respectively.

Timber floor layer or marble layer or ceramic tile layer or the carpet layer of above-mentioned ground decoration layer 11 for laying.

Above-mentioned Far infrared geothermal energy cloth safety guard is two conducting terminal A, B that are arranged on insulation flaggy 11; two conducting terminal A, B are electrically connected with the relay control coil on controller 20 by electric wire 18, the break-make of described Control input power.

Above-mentioned insulation flaggy 11 is formed by some warming plates 110 continuous layings, the setting of staggering of the seam of adjacent two warming plates 110 of colleague 111 and the seam 112,113 of adjacent two warming plates of adjacent lines.

On above-mentioned controller 20, be provided with the digital display 21, the adjustment button 24 of heightening or turn down heating-up temperature, power on light 22 and the power switch 23 that show Far infrared geothermal energy layer of cloth 13 heating temps, the upside of Far infrared geothermal energy layer of cloth 13 or downside are provided with the temperature-measuring element 19 being electrically connected with controller 20.

The concrete structure of above-mentioned Far infrared geothermal energy layer of cloth 13 is: on the wear-resisting screen cloth of the graticule braiding with wear-resisting wire material, interval is woven with the brilliant silk of the carbon being parallel to each other, the upper and lower surface of the brilliant silk of wear-resisting screen cloth and carbon and therebetween laminating film have one deck insulating heat-conductive and soft polyurethane film, the two ends of the brilliant silk of carbon are connected in parallel and draw the both positive and negative polarity as Far infrared geothermal energy layer of cloth, form the TPU carbon crystalline conductive film that utilizes carbon ion resonance conduction.

Above-described embodiment is only preferred embodiment of the present utility model, not limits according to this protection domain of the present utility model, therefore: all equivalences of doing according to structure of the present utility model, shape, principle change, within all should being covered by protection domain of the present utility model.

Claims

1. the safe geothermal device of far infrared; it is characterized in that: be disposed with from down to up insulation flaggy, aluminium foil layer, Far infrared geothermal energy layer of cloth, heat conduction polyethylene waterproof layer of cloth at the upper surface of concrete floor, heat conduction cement is paved layer and ground decoration layer; be provided with at insulation flaggy the Far infrared geothermal energy cloth safety guard being electrically connected with controller, controller is electrically connected with both positive and negative polarity and the power input line of Far infrared geothermal energy layer of cloth respectively.

2. the safe geothermal device of a kind of far infrared according to claim 1, is characterized in that: described ground decoration layer is timber floor layer or marble layer or ceramic tile layer or the carpet layer of laying.

3. the safe geothermal device of a kind of far infrared according to claim 1; it is characterized in that: described Far infrared geothermal energy cloth safety guard is two conducting terminals that are arranged on insulation flaggy; two conducting terminals are electrically connected with the relay control coil on controller by electric wire, the break-make of described Control input power.

4. the safe geothermal device of a kind of far infrared according to claim 1, it is characterized in that: described insulation flaggy is formed by some warming plate continuous layings the setting of staggering of the seam of the seam of adjacent two warming plates of colleague and adjacent two warming plates of adjacent lines.

5. the safe geothermal device of a kind of far infrared according to claim 1, it is characterized in that: on described controller, be provided with show Far infrared geothermal energy layer of cloth heating temp digital display, heighten or turn down adjustment button, power on light and the power switch of heating-up temperature, the upside of Far infrared geothermal energy layer of cloth or downside are provided with the temperature-measuring element being electrically connected with controller.

6. according to the safe geothermal device of a kind of far infrared described in claim 1-5 any one, it is characterized in that: the concrete structure of described Far infrared geothermal energy layer of cloth is: on the glass fiber screen cloth of the graticule braiding with wear-resisting wire material, interval is woven with the brilliant silk of the carbon being parallel to each other, the upper and lower surface of the brilliant silk of wear-resisting screen cloth and carbon and therebetween laminating film have one deck insulating heat-conductive and soft, the two ends of the brilliant silk of carbon are connected in parallel and draw the both positive and negative polarity as Far infrared geothermal energy layer of cloth.