▎ 摘　　要

NOVELTY - The device has a stirring assembly (50) fixed in a planetary gear assembly (40). A main stirring shaft (51) of the stirring assembly is entered into a feeding cavity (14) by a main stirring cavity (11) through an auxiliary stirring cavity (12). A left rotating shaft (61) and a right rotating shaft (62) are fixed in the feeding cavity and located on two sides of a main stirring shaft. A spiral blade (63) is fixed between the left rotating shaft and the right rotating shaft. A motor (64) is equipped with a shell body (10) for driving the left rotating shaft or the right rotating shaft. The left rotating shaft is connected with the right rotating shaft through a bevel gear (70). An end part of the main stirring shaft is correspondingly connected with the bevel gear. USE - Energy-saving graphene and plastic particle stirring device. ADVANTAGE - The device can drive a main shaft by a motor rotating shaft for conveying graphene slurry to the stirring cavity so as to drive a stirring assembly through a planetary gear assembly to realize stirring of graphene slurry, thus discharging slurry through the discharging cavity, and hence improving energy-saving effect and slurry stirring uniformity. DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of an energy-saving graphene and plastic particle stirring device. Shell body (10) Main stirring cavity (11) Auxiliary stirring cavity (12) Feeding cavity (14) Planetary gear assembly (40) Stirring assembly (50) Main stirring shaft (51) Left rotating shaft (61) Right rotating shaft (62) Spiral blade (63) Motor (64) Bevel gear (70)