▎ 摘　　要

NOVELTY - Floor comprises an insulating layer provided with an upper insulating layer (4) and a lower insulating layer (5). A frame body frame is provided with an upper frame layer and a lower frame layer. The upper and lower frame layers in each adjacent two grooves are provided with a connecting groove. Each of graphene block is internally provided with a carbon crystal electric heating plate. All graphene blocks are embedded on an upper part. The lower frame layer is formed in a cavity. The graphene block in each adjacent two cavities are connected by a wire through a connecting end of the carbon crystal electric heating plate, so that multiple graphene blocks are connected in series. Each wire is clamped in the connecting groove. USE - Far infrared graphene electric heating floor. ADVANTAGE - The performance and quality of the graphene floor heating film can be improved. The graphene auxiliary layer can obtain good hardness, friction resistance, adhesion, anti-compression and anti-bending, light resistance, chemical resistance and water resistance as auxiliary performance. The far infrared graphene layer is more reliable, and reliable, safety heating. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the far infrared graphene electric heating floor. Graphene heating layer (1) Upper packaging layer (2) Lower packaging layer (3) Upper insulating layer (4) Lower insulating layer (5)