Split-type laminate composite underfloor heating floor

Abstract

The invention relates to a split-type laminate composite underfloor heating floor, belonging to the technical field of composite floors. The split-type laminate composite underfloor heating floor comprises a floor panel, a floor base plate, an electric heating composite film and gang sockets, wherein the electric heating composite film is located between the floor panel and the floor base plate and comprises an upper insulating layer, a lower insulating layer and a conductive heating element which is formed by a first conductive copper strip, a heating film and a second conductive copper strip, gaps are arranged on the four corners of the lower insulating layer, socket installation cavities are respectively arranged at the four corners of the base plate, the gang sockets are arranged in the socket installation cavities, each of the gang sockets comprises a box base, a lower pressing cover, a conductive connecting rod, a conductive clapper and ferrule and bolts. The split-type laminate composite underfloor heating floor has the advantages of high heat efficiency, favorable heat balancing effect, electric energy saving and simplicity and convenience for field installation and ensures that each underfloor heating floor after power on can be quickly heated to achieve the heating effect.

Description

technical field [0001] The invention belongs to the technical field of composite floors, in particular to an assembled reinforced composite floor heating floor . Background technique [0002] At present, the heating system of the floor heating system mainly includes water heating and electric heating systems. The disadvantage of these two heating systems is that the heat source system for heating and the floor are two independent systems, which must first be installed through a dedicated water heating and electric heat source structure. After the bottom layer of the ground is laid, the floor is installed. The process is complicated, and the engineering quantity and construction difficulty of the on-site construction are large. When water heating is used, it is necessary to lay a large number of water heating return pipes under the floor. These pipes should be laid in the cement ground layer through ground excavation and cement pouring. There are potential safety hazards,...

AI Technical Summary

Problems solved by technology

[0002] At present, floor heating systems mainly include water heating and electric heating systems. The disadvantage of these two heating systems is that the heating source system and the floor are separated. An independent system must first be laid on the bottom layer of the ground through the special water heating and electrical heat source structure structure, and then the floor installation is performed. The process is complicated, and the engineering volume and difficulty of on-site construction are large.

When water heating is used, a large number of water heating return pipes need to be laid under the floor. These pipes must be laid in the cement ground layer through ground excavation and cement pouring. There are potential safety hazards, and the repair and maintenance work is quite complicated

Adopting independent and separated electric heating heating method, in addition to the complicated construction, because there is a certain space interval between the installation surface of the heating element and the floor, the heat source has energy loss in the above space interval, so that the electric energy is not transmitted to the floor. The electrothermal conversion efficiency of the heat on the surface is greatly reduced

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