Novel active hand full-finger rehabilitation equipment based on artificial intelligence technology

The invention discloses novel active hand full-finger rehabilitation equipment based on an artificial intelligence technology. The equipment comprises a portable electroencephalogram acquisition device, a physiological state analysis module and a hand rehabilitation device which are connected in sequence, a brain-controlled active training interface and an auxiliary brain-controlled training interface are both wirelessly connected to the physiological state analysis module, a user selects a required hand rehabilitation training mode through the brain-controlled active training interface or theauxiliary brain-controlled training interface, and the portable electroencephalogram acquisition equipment is used for acquiring electroencephalogram signals of the user; the physiological state analysis module receives the electroencephalogram signal, is combined with transfer learning, intelligently recognizes rehabilitation actions selected by the user, sends the actions to the brain-controlled active training interfa