▎ 摘　　要

NOVELTY - The method involves putting block of graphene into large crusher for crushing, and collecting the crushed graphene block by collecting box and then pouring out to discharge. The graphene block discharged by the fan is blown, and the powder generated by crushing is blown, and finally put into a crushing filter device for filtering and crushing work. The top of sleeve (4001) is fixedly connected with fixing plate (4002), and the inner cavity of sleeve is glidingly sleeved with a sliding rod (4005). The surface of sliding rod through the fourth spring (4008) is slidingly sleeved with a baffle block (4009). The inner wall of sleeve is symmetrically fixed with a sliding groove (4003), and the inner wall of sliding groove is slidingly sleeved with a sliding plate (4006). A third spring (4007) is fixedly connected between bottom of sliding plate and top portion of sliding rod. USE - Processing method based on graphene particle material used in material processing technology field. ADVANTAGE - The processing method based on graphene particle material solves the problem that the filter device is to collect the graphene particles and then rework and crush, and the process is complicated. The processing method based on graphene particle material solves the problem that unqualified graphene blocks can not be crushed at the same time of filtering, the existing crusher cannot make the size of the crushed graphene block close, and crushes the graphene block with powder residue in the inner cavity of the crusher. The graphene particles clamped in the mesh of the grid cylinder are removed in the extrusion process. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the elastic mechanism of processing method based on graphene particle material. Sleeve (4001) Fixing plate (4002) Sliding groove (4003) Sliding rod (4005) Sliding plate (4006) Springs (4007,4008) Elastic mechanism (4304)