This invention discloses a device for monitoring
nerve conduction function, comprising: a mounting plate, a fastening
assembly, and a monitoring
assembly, both of which are fixed to the surface of the mounting plate; the fastening
assembly includes a connecting strap and a connecting block fixed to the side of the mounting plate, with a matching locking block fixed to one end of the connecting strap; the monitoring assembly includes an
ultrasonic detection module, a detection
electrode, a stimulation
electrode, and a
processing module, with a plurality of detection electrodes and stimulation electrodes of equal quantity. This device and method for monitoring
nerve conduction function, by classifying the monitored nerves into different degrees of damage, allows the stimulation electrodes to provide precise stimulation treatment, avoiding further nerve damage due to stimulation time, intensity, and frequency exceeding tolerance limits. Simultaneously, the electrical stimulation emitted by the stimulation electrodes can promote nerve
cell regeneration and growth, accelerating the repair speed of damaged nerves.