Electronic nerve prosthesis gait rectifying and walking-assisting system

The utility model relates to an electronic nerve prosthesis gait rectifying and walking-assisting system. In the prior art, the wave shape stimulation effect on a patient is poor, so the effective simulation cannot happen. The technical scheme is that the system includes a band and an electrode slice which are fixed on a human body, and a functional stimulator. The electrode slice is electrically connected with the functional stimulator. The functional stimulator is movably connected with the band. The electronic nerve prosthesis gait rectifying system also includes a wireless foot gait sensor which is communicated with the functional stimulator. The system can give different control signals to capture the effective and accurately stimulating time through detecting different gait information, so different stimulating signals are given to different users. The system is suitable for various users on various stages.