▎ 摘　　要

NOVELTY - A graphene slurry material coating device includes box body (1). The box body inner portion is provided with cavity. A sliding groove is provided in opposite side wall in cavity. A sliding rod (11) is provided in two sliding grooves. The sliding rods two ends are respectively fixedly connected with opposite side walls of sliding groove. A mobile station (10) and placing table (2) from up to down is provided in cavity. The placing table and mobile station are provided with telescopic device (7). The mobile station two ends are respectively sleeved on two sliding rods. The mobile station upper end is fixed with driving motor. A turntable is connected in outer side of tail end of output shaft of driving motor. The turntable edge is fixed with lug. The mobile station is fixed on rotating shaft outer wall. A swinging arm is rotatably connected in rotating shaft. The swinging arm inside is provided with strip-shaped through groove. The swinging arm lower end is set with fan-shaped block. USE - Graphene slurry material coating device. ADVANTAGE - The device can realize coating of graphene with different thicknesses, has high utilization rate, and improves coating quality. DETAILED DESCRIPTION - A graphene slurry material coating device comprises box body (1). The inner portion of box body is provided with cavity. The opposite side wall in cavity is provided with sliding groove. The two sliding grooves are provided with sliding rod (11). The two ends of sliding rods are respectively fixedly connected with opposite side walls of sliding groove. The cavity is provided with mobile station (10) and placing table (2) from up to down. The mobile station and placing table are provided with telescopic device (7). The telescopic device is electric telescopic rod. The two ends of mobile station are respectively sleeved on two sliding rods. The upper end of mobile station is fixed with driving motor. The outer side of tail end of output shaft of driving motor is connected with turntable. The edge of turntable is fixed with lug. The mobile station is fixed on outer wall of rotating shaft. The rotating shaft is rotatably connected with swinging arm. The inside of swinging arm is provided with strip-shaped through groove. The lug is in strip-shaped through groove. The lower end of swinging arm is connected with fan-shaped block. The lower end of fan-shaped block is provided with first rack. The lower end of mobile station is symmetrically fixed with two connecting devices. The two connecting devices are provided with movable rod. The upper end of movable rod is connected with second rack engaged with first rack. The two ends of movable rod respectively penetrate through two connecting devices and are sleeved with limiting device. The lower end of movable rod is connected with coating brush. The upper end of placing table is provided with graphene main body. The inside of placing table is provided with hollow groove. The upper end of placing table is provided with opening connected with hollow groove. The hollow groove is provided with fixing rod. The fixing rod is sleeved with two fixing plates. The limiting device comprises first limiting plate and second limiting plate. The two ends of first limiting plate and second limiting plate are respectively provided with first limiting block and second limiting block. The first limiting block and second limiting block are connected with limiting rod, and internally set with screw hole corresponding with limiting rod. The two screw holes are respectively provided with screw thread of opposite direction. The two ends of limiting rod respectively pass through two screw holes. The first limiting plate and second limiting plate close to one side of movable rod are provided with rubber plate. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic diagram of graphene slurry material coating device. Box body (1) Placing table (2) Telescopic device (7) Mobile station (10) Sliding rod (11)