▎ 摘　　要

NOVELTY - The module has a heat-conducting wiring provided inside a clamping groove. Connecting wires are fixed on lower two sides of the heat conducting wiring. A wire harness is provided on an outer side of the heat conducting wiring and the connecting wire. A connecting pipe is fixed at an end of the connecting wire. An elastic protective ring is provided on an outer side of a connection between the connecting wire and the connecting pipe. A connector is fixed at an end of the connecting pipe. A joint assembly is installed below the connector. The joint assembly includes a T-shaped joint, an external wire, an insulating pipe and a clamping joint. Two ends of the T-shaped connector are connected with external wires. A front end of the T-joint is connected with an insulating pipe. The clamping joint is fixed at a front end of the insulating pipe. A magnetic block (6) is formed as an L-shaped structure. The heat conducting wiring is formed as S-shaped layout. USE - Uniform heating and anti-inflaming retarding structure integrated graphene floor heating module. ADVANTAGE - The module fits the size between the thermally conductive wiring and the wire clamping groove to facilitate the thermally conductive wire to be inserted into the wire clamping groove, so that it is not easy to loosen in the clamping wire groove. The S-shaped layout of the heat conduction wiring makes the layout neat, more concise and aesthetic, and can prevent the heat collection effect caused by the entanglement of the wiring. The structure is enhanced, which is used to improve the heat transfer effect and make the floor heating uniformly heat up. DESCRIPTION OF DRAWING(S) - The drawing shows a front sectional view of an uniform heating and anti-inflaming retarding structure integrated graphene floor heating module. Foam collecting plate (1) Graphene paper (3) Magnetic block (6)