▎ 摘　　要

NOVELTY - The graphene far infrared negative ion warm core electric floor has a floor unit (1) that includes a heat insulation board (12), a graphene thermal conduction component (10) and a panel (11) from bottom to top. The panel includes a surface thermal conductive layer (110) and a decorative layer (111) adhered to the upper surface of the surface thermal conductive layer. The surface thermal conductive layer of the panel is recessed to form a concave interface (112). A socket is provided on a side of the graphene thermal conduction component. An inverted trapezoidal inclined surface (22) is provided on both sides of the two sides cooperate with an inclined surfaces (115). The upper portion of inverted trapezoidal inclined surface is provided with a joint (20) matched with the concave interface. The lower portion of inverted trapezoidal slope is provided with a plug block (21) matched with the socket, and the plug blocks on both sides are made of connected copper materials. USE - Graphene far infrared negative ion warm core electric floor. ADVANTAGE - The floor enables good heat dissipation effect, and the laying and splicing operation is simple and safe. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the graphene far infrared negative ion warm core electric floor. Floor unit (1) Graphene thermal conduction component (10) Panel (11) Heat insulation board (12) Joint (20) Plug block (21) Inclined surface (22) Surface thermal conductive layer (110) Decorative layer (111) Concave interface (112) Inclined surface (115)