▎ 摘　　要

NOVELTY - The method involves fixing shielding connecting sheet on a middle position of a lower end of the upper base insulation sheet. An upper base shielding sheet is pressed together to form a non-electric radiating graphene electric heating film. A live wire and a zero wire are electrically connected with two power supply connecting sheets. A ground wire in a power supply wire is electrically fixed in the power supply connection sheet. The lower base heating sheet is provided with a lower base heat insulation sheet, a graphene heating layer, and a graphene heat generating layer. The graphene heat generation layer is sprayed on an upper side of the lower heat insulation sheets. USE - Method for wiring a non-electric radiation graphene electric heating film in a graphene anti-electromagnetic radiation field for cardiovascular, cancer and other pathological changes. ADVANTAGE - The method enables realizing a true non-electric radiation graphene electric heating film by the connection, so that the graphene by the heating film can be integrally shielded by the shielding material covered on the heating material, and introduced into the ground through the ground wire in the power supply line to eliminate the electromagnetic radiation problem. The method allows the shielding connecting sheet to be made of copper foil with good conductive performance, alloy foil, and can be connected with the external lead for small resistance connection, thus providing a simple structure, low cost, convenient production, and capable of eliminating electromagnetic radiation generated by the film. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic representation of the method for wiring a non-electric radiation graphene electric heating film in a graphene anti-electromagnetic radiation field for cardiovascular, cancer and other pathological changes.