▎ 摘　　要

NOVELTY - Graphene heating pad with automatic temperature control function comprises an aluminum alloy support plate frame (2) connected to bottom of a tatami mat body (1). The top of the inner wall of the aluminum alloy supporting plate frame is fixed with a mounting plate frame (3). A graphene heating component (4) is arranged inside the mounting plate frame. A graphene layer is embedded with a carbon fiber heating wire and the upper surface of the carbon fiber heating wire is provided with a high temperature resistant plastic skin. The lower surface of the graphene layer is connected to a non-woven fabric layer and the edges of the graphene layer. The non-woven fabric layer and the high temperature resistant plastic skin are evenly wrapped Edge banding aluminum tape. USE - The heating pad is useful for tatami mats. ADVANTAGE - The tatami mats uses graphene heating mats that are easy to assemble with automatic temperature control and are easy to assemble between the bodies, can be spliced from any angle to improve the aesthetics and at the same time store redundant lines, avoids separation between the circuit connectors due to human activities, controls temperature of each tatami mat body independently, so that the temperature of each tatami mat body is maintained at the same temperature, which is beneficial to improve the comfort of the human body. DESCRIPTION OF DRAWING(S) - The drawing shows a structural schematic representation of the graphene heating pad with automatic temperature control function for tatami mats. Tatami mat body (1) Aluminum alloy support plate frame (2) Mounting plate frame (3) Graphene heating component (4)