▎ 摘　　要

NOVELTY - Electronic artificial muscle electric actuator comprises modified graphene oxide/silicone rubber base film, graphite/silicone rubber electrodes fixed on both sides of base film, lead wire and high-voltage pulse electric signal. The base film is prepared by doping silicon oxide with graphene oxide modified by 3-isocyanatomethylene-3,5,5-trimethylcyclohexyl isocyanate. The graphite/silicone rubber electrode is prepared by doping graphite in silicone rubber and fixed on both sides of base film. USE - Electronic artificial muscle electric actuator. ADVANTAGE - The product can produce greater deformation under the same electric field voltage, and can be used for tactile sensors. DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for: (A) preparation of electronic artificial muscle electric actuator comprising preparing modified graphene oxide and modified graphene oxide/silicone rubber base film solution, pre-stretching modified graphene oxide/silicone rubber base film, preparing graphite/silicone electrode solution, applying graphite/silicone electrode solution to modified graphene oxide/silicone rubber base film after pre-stretching, placing in vacuum oven for 45 minutes at 45 degrees C, using tape to connect the lead to graphite/silicone electrode and winding base film with leads and electrodes coated on compressed spring; and (B) finger driving device.