▎ 摘　　要

NOVELTY - The film has an upper heat-conducting plate (1) whose lower surface is fixedly provided with an upper magnetic sheet (6). An upper surface of a lower heat-conducting plate (3) is fixedly provided with a lower magnetic sheet (7). The lower magnetic sheet is clamped in a matching groove (17) corresponding to a lower surface of a graphene radiating film main body (2). An upper magnetic sheet (6) is clamped in the matching groove corresponding to an upper surface of the graphene radiating film main body. The upper magnetic sheet and the lower magnetic sheet are repellent away from each other. A protective gap (8) is formed between the upper magnetic sheet and the lower magnetic sheet. An upper portion of the upper heat-conducting plate is provided with a chip (4). USE - Graphene radiating film for a video camera chip radiating structure. ADVANTAGE - The graphene radiating film main body is over-pressed to form a phenomenon of damage, which avoids the graphene radiating films main body being flattened, so that a film main case can keep use effect for long time. The lower surface of the lower heat-conducting plate is provided with a radiating groove, so that a periphery of the radiating groove is provided with a radiating hole and air can pass through the groove through the hole to quickly take away heat between a bottom surface of the main case and an inner video camera shell, which has better air radiating contact radiating effect. DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of a graphene radiating film for a video camera chip radiating structure. 1Upper heat-conducting plate 2Graphene radiating film main body 3Lower heat-conducting plate 4Chip 5Fixing component 6Upper magnetic sheet 7Lower magnetic sheet 8Protective gap 9Fixing groove 10Edge fixing plate 11Fixing screw 12Radiating groove 13Radiating column 14Radiating hole 15Nut 16Screw 17Matching groove 18First through hole