The invention provides an active rehabilitation training system combined with transcranical current stimulation. The system comprises an EEG acquisition module, a transcranial current stimulating module, an electrode module, an affected limb feedback module and a middle control analysis module. According to brain-machine interface technology, transcranial current stimulation technology and a movement imagination therapy principle, the system analyzes and evaluates the movement imagination intention of a hemiplegia patient based on EEG data, and performs corresponding feedback to the patient. Furthermore, by means of transcranical current stimulation, simulation of a target brain region is performed before movement imagination, thereby finishing intervention of an unaffected brain functionregion or activation of an affected brain functional region. Furthermore corresponding anode stimulation is applied to the affected brain region in the affected limb feedback process. The system and the method can effectively improve movement imagination accuracy of the patient and effectiveness of a feedback effect, thereby realizing regulation and reconstruction of the brain function, promotingrestoring or reconstruction of a damaged movement conduction path, and performing a movement rehabilitation treatment effect.
Active rehabilitation training system combined with transcranial current stimulation