Ecological aluminum-alloy board with electric heating devices

Abstract

The invention relates to an ecological aluminum-alloy board with electric heating devices. The ecological aluminum-alloy board is characterized in that the ecological aluminum-alloy board is spliced by a plurality of aluminum-alloy board units (1); every two adjacent aluminum-alloy board units (1) are spliced to form a row of aluminum-alloy board units bilaterally, multiple rows of aluminum-alloy board units are bonded up to down to form the integral aluminum-alloy floor board or wallboard; every two aluminum-alloy board units (1) are spliced by means of socket connection through plastic molded joints (4), and then, power lines (2) are connected to connect the electric heating devices in each row of aluminum-alloy board units (1) to form a row of heating floor boards or wallboards; the power lines (2) at the most front ends of the multiple rows of aluminum-alloy board units (1) are connected with a general power line (5), so that the integral electric heating system is assembled. The aluminum-alloy board with the electric heating devices has good heat radiation effect, the electric heating devices are less prone to damages, only part of the overall row of floor boards or wallboards is failed in heating when the heating wires are damaged, and the aluminum-alloy board is energy saving and environment friendly.

Description

technical field [0001] The invention relates to an ecological aluminum alloy plate with an electric heating device, which can be used for floor heating or as a wall plate for heating, and belongs to the technical field of building decoration. Background technique [0002] Underfloor heating has become an emerging heating method. It lays electric heating materials under wooden floors or other materials, or casts them in concrete, and then heats the floor through electric heating devices. Among the various floors that appear in the domestic market at present, ceramic floors and parquet floors all have the defect of low thermal conductivity and cannot fully dissipate heat; at the same time, the electric heating device of conventional floor heating is buried under the wooden board, which is easy to use for a long time Damaged without heating; and the previous electric heating device connected each heating wire through a bus, and one heating wire covered a row of floors. Once the...

AI Technical Summary

Problems solved by technology

Among the various floors that appear in the domestic market at present, ceramic floors and parquet floors all have the defect of low thermal conductivity and cannot fully dissipate heat; at the same time, the electric heating device of conventional floor heating is buried under the wooden board, which is easy to use for a long time Damaged without heating; and the previous electric heating device connected each heating wire through a bus, and one heating wire covered a row of floors. Once the heating wire was damaged, the entire row of floors would not heat up, which seriously affected Heating effect of floor heating

[0003] Similarly, the usual wall heating uses carbon crystal heating sheets to provide heat, but a single carbon crystal heating sheet consumes a lot of power, and it consumes a lot of energy when it is turned on for a long time, and the cost is high; and most of the walls are made of wood. Its thermal conductivity is poor, and the heat dissipation effect is not ideal

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