Spontaneous heating multilayer solid wood composite floor

Abstract

The invention provides a spontaneous heating multilayer solid wood composite floor. The spontaneous heating multilayer solid wood composite floor comprises a top layer, a bottom layer and an interlayer between the top layer and the bottom layer, wherein at least one flat cable slot is arranged on the interlayer in the longitude direction thereof, and the at least one flat cable slot is equipped with an electrical heating coil therein which is connected with the power supply through the flat cable slot. The electrical heating coil is a kind of carbon nanocoil which is made from a carbon nano composite material. The wall surface of the at least one flat cable slot is equipped with metal material heat conducting layer. The spontaneous heating multilayer solid wood composite floor provided by the invention has simply structure and is easy to be installed by way of machining a flat cable slot on the interlayer and arranging carbon nanocoil in the flat cable slot, and the heat conducting layer on the surface of the flat cable slot is capable of uniformly conducting heat to the floor surface because the carbon nanocoil has very high electricity-heat transfer efficiency, so that the composite floor provided by the invention has low energy consumption, is very safe and suitable for office, household and other various of sites, and has extensive application.

Description

technical field [0001] The invention relates to a composite floor, more particularly to a self-heating multi-layer solid wood composite floor. Background technique [0002] In the prior art, much research has been done on self-heating floors. Generally, electric heating materials are placed in the floor, and the purpose of heating is achieved by energizing the electric heating materials in the floor, so that the floor heats up. keep warm. This kind of floor is also equipped with conductive metal parts. During the installation process, two adjacent floors are connected through metal parts, so as to achieve the purpose of power supply and heating for the entire space. However, during use, if the electric heating material or metal parts on any one or more boards are damaged, all the installed floors will be powered off, and it is difficult to check which board has a problem, so Just inevitably cause practicability not strong, cause great difficulty to the user. Secondly, eve...

AI Technical Summary

Problems solved by technology

However, during use, if the electric heating material or metal parts on any one or more boards are damaged, all the installed floors will be powered off, and it is difficult to check which board has a problem, so It will inevitably lead to poor practicability and cause great difficulties for users.

Secondly, even if the problematic board is checked out and replaced, because the electric heating material is embedded in the board and the metal parts are also fixedly installed, the entire problematic board must be replaced, which is quite costly and troublesome, especially Multi-layer parquet, which obviously cannot meet the needs of ordinary users

In addition, the safety of the electric heating materials or devices used in the floor in the prior art is not good enough, and it is difficult for the floor used in the home to avoid contact with water, which is obviously very dangerous

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