▎ 摘　　要

NOVELTY - The heater has a rectangular aluminum sheet whose surface is adhered with a graphene heat conducting layer (200). An inserting end (101) of the aluminum sheet is inserted in a clamping sleeve (105). An inner wall of the clamping sleeve is convexly provided with multiple semi-cylinders that are matched with semi-circular holes along length direction. The semi-cylinders are clamped in the semi-circular holes. A pressing inclined surface is pressed against on a matching inclined surface. Two sides of the aluminum sheet along the length direction are fixedly connected with a reinforcing plate (106). A transverse reinforcing plate (109) is connected and fixed between the two reinforcing plates. The reinforcing plate and the transverse reinforcing plate are selected as stainless steel plates. USE - Solid light source graphene fan heater. ADVANTAGE - The heater is simple in structure, and allows a surface of the aluminum sheet to be adhered with the graphene heat conducting layer so as to improve heat conducting efficiency and. The heater has better radiating effect, allows two sides of the aluminum sheet to be fixedly connected with a reinforcing plate along the length direction, which improves anti-bending performance of the aluminum sheet. The heater is convenient to use, and has high strength, and allows adjacent two aluminum sheets to be connected and matched by the clamping sleeve. DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a solid light source graphene fan heater. Inserting end (101) Clamping sleeve (105) Reinforcing plate (106) Transverse reinforcing plate (109) Graphene heat conducting layer (200)