#$%^&*AU2020203039A120200709.pdf#####ABSTRACT The present invention relates to a single-ended electrode electronic system for reconstructing a gait function, including: an instruction collection system, a pulse signal generation system, and a pair of biostimulation electrodes. The instruction collection system generates a control instruction according to the instruction information, and sends the control instruction to the pulse signal generation system. The pulse signal generation system generates pulse signals according to the control instruction to the biostimulation electrode. Electrical pulse excitation is performed by using the biostimulation electrode at a key site inside the spinal cord for inducing gait movement. The pulse signals include a positive-voltage pulse signal train and a negative-voltage pulse signal train that alternate. Reconstruction of the gait motor function of the lower limbs can be effectively carried out in a way closer to physiological conditions and with a single pair of electrodes. The electronic system according to the present invention is applicable to animal experiments or rehabilitation training.1/1 UpperElectroencephalogram Speech computer Key signal collection recognition signal module module receiving module module Instrctioncolletion ystemPulse signal generation Elcrd Insrutin cllcton ysemsystem ElcrdHa Kyst FIG1 Stimulated part and signal o nl -n_ aLeft hindleg Right hindleg b C d Stimulated part and signal Left hindleg Right hindleg 2g h FIG 2
