CN201111529Y

CN201111529Y - Energy-saving electrothermal heating far infrared health building decorating material

Info

Publication number: CN201111529Y
Application number: CNU2007201397610U
Authority: CN
Inventors: 王柏泉; 夏金童
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-02-28
Filing date: 2007-02-28
Publication date: 2008-09-10
Anticipated expiration: 2017-02-28

Abstract

An energy-saving electrothermal far-infrared health construction decoration material is compounded of a base material, a heating layer of electric conduction and a decorative layer with the function of emitting far-infrared waves which is good to the human body, and the electric heating layer and the decorative layer with the function of emitting far-infrared waves are positioned on the upper surface of the decoration material. After being connected with the alternating current or direct current supply of 220V, the heating layer of electric conduction on the surface of the material emits heat and provides a heat source for a heating area through the layer of emitting far-infrared, with the effects of a short path for heat transmission, little heat loss, high efficiency and saving energy; the decorative layer emits the far-infrared waves of 4 to 16 micron that are beneficial to the human body to the heating area when excited by the electrothermal energy of the lower layer; the decoration material is not limited by the shape and thickness of the base material and can be wood (bamboo), stone, concrete, steel, ceramics, plastics and plaster, etc.; the installation and construction technique and the structure of the decoration material are not changed.

Description

A kind of energy-saving electrothermic heating far infrared health care building and ornament materials

Affiliated technical field

The utility model relates to a kind of building and ornament materials and building and heating material, especially is that the heating thermal source also can be launched building and ornament materials and the building and heating material to human body beneficial's far infrared wave with the electricity under the electric heating effect.

Technical background

Rare both at home and abroad at present a kind of will the decoration, building and ornament materials and building and heating material that three kinds of functions of heating and far infrared wave body-care roll into one, known is that thermal source building floor heating material has firm power heating cable and the hot thin slice of infrared carbon with the electric energy, be the simple function material, wherein, structure construction such as Fig. 1 of the floor heating of firm power heating cable, among the figure, on concrete building plate 8, lay the thick polystyrene foam plate 7 of 25mm, re-lay colligation firm power heating cable gauze wire cloth 3, firm power heating cable 4 is distributed also colligation on gauze wire cloth 3 with serpentine fashion, build the thick fine-stone concrete 2 of 30-40mm, concrete solidifies the back lays wood flooring 1 according to conventional method, deck is totally thicker, and especially the firm power heating cable is embedded in the middle of the fine-stone concrete, and the maintenance of product is very difficult or even impossible; The hot thin slice of infrared carbon is used for structure construction such as Fig. 2 of floor heating, among the figure, on concrete building plate 8, lay the thick polystyrene foam plate 7 of 25mm, lay the hot thin slice 6 of infrared carbon that is embedded with power line 5 then, on the hot thin slice 6 of infrared carbon, lay wood flooring 1 at last according to conventional method, though general thickness reduces to some extent, deck is totally still thicker, and it is impossible that the far infrared rays that the hot thin slice of infrared carbon produces penetrates the floor; The common drawback of the two is a complex structure, has reduced the building headway, and the heat bang path is long, and it is slow to conduct heat, and heat waste is big, the energy consumption height; The material category that relates to is many, and work post is many.

Summary of the invention

In order to overcome existing building ornament materials or the building and heating single shortcoming and defect of material function, the utility model provides a kind of energy-saving electrothermic heating far infrared health care building and ornament materials, it rolls into one decoration, heating and three kinds of functions of far infrared wave body-care, can be widely used in the middle of the building and ornament materials such as floor, wallboard, ceiling board, ceramic tile, granite, aluminium-plastic panel.

The surface of this building and ornament materials has conductive heating layer and far infrared emission layer, after connecting 220 volts of interchanges or direct current, the conductive heating layer heating sees through far infrared course heating zone distribute heat, the heat bang path is short, it is fast to conduct heat, and heat waste is little, obvious energy conservation, the far infrared emission layer is under the electric heating effect simultaneously, generation has health-care effect 4-16 micron far infrared wave to human body, not launched by any stopping to heating zone, far infrared utilization rate height.

The technical scheme that its technical problem that solves the utility model adopts is: in substrate surface brushing conductive exothermal coating at first, installing electrodes, decorate with surface decoration material again, promptly obtain a kind of energy-saving electrothermic heating far infrared health care building and ornament materials with far-infrared transmitting function.

Effect of the present utility model is: conductive heating layer directly uses 220 volts to exchange or direct current, is convenient to make high-power, large tracts of land electric heating system far infrared health care building and ornament materials; This material is not limited by material, thickness, the shape of base material, and conductive heating layer and far infrared emission layer be good combination with it all, obvious energy conservation, far infrared utilization rate height; Particularly it combines heating, health care and decoration together, does not change the construction technique and the structure construction of ornament materials again.

Description of drawings

Fig. 1 is the organigram of existing a kind of firm power heating cable floor heating structure;

Fig. 2 is the organigram of the hot thin slice floor heating of existing a kind of infrared carbon structure;

Fig. 3 is the organigram of a kind of energy-saving electrothermic heating far infrared health care wood flooring in the utility model.

The specific embodiment

Among Fig. 3, after accomplishing fluently electrode hole 16 and installing electrodes 12 on the wood base board 14, brushing conductive heating layer 13, after coating 13 is solidified, with wear-resisting decorative layer 11 of the far infrared that scribbles thermosetting resin adhesive and the back side, floor balance layer 15,, arrange by 11,13,14,15 orders with the wood base board 14 that scribbles conductive heating layer 13, a kind of energy-saving heating far infrared health care wood flooring in the utility model is made in a hot pressing composite molding.

As required, described energy-saving electrothermic heating far infrared health care wood flooring also can only have described conductive heating layer 13 and not adopt described far infrared emission layer.

Conductive heating layer 13 and/or far infrared emission layer on the described energy-saving electrothermic heating far infrared health care wood flooring can adopt coating or sheet material, and be compound with mode such as spraying, printing, stickup and base material.

Claims

1. an energy-saving electrothermic heating building ornament materials comprises base material, it is characterized in that: also have conductive heating layer and be installed as the electrode that conductive heating layer provides power supply by base material on base material.

2. building and ornament materials according to claim 1 is characterized in that: base material can be wood (bamboo), stone, concrete, steel, pottery, plastics, the gypsum of arbitrary shape and thickness.

3. building and ornament materials according to claim 1 and 2 is characterized in that: conductive heating layer adopts coating or sheet material, and is compound with mode such as spraying, printing, stickup and base material.

4. building and ornament materials according to claim 3, it is characterized in that: described building and ornament materials are energy-saving electrothermic heating wood flooring, described base material is a wood base board, also comprises wear-resisting decorative layer and balance layer, and described conductive heating layer is positioned at wood base board upper surface heating zone one side.

5. building and ornament materials according to claim 4 is characterized in that: also scribble the far infrared thermosetting resin adhesive on described wear-resisting decorative layer.