The invention relates to an
electric stimulus system for an intelligent cranial nerve nuclei
mass, which can be used for helping locate the implanted
electrode by electrical signals of the feedback
electrode peripheral nerve in the process of operation, generates a controllable electrical
signal to stimulate a targeted nerve nuclei
mass or records, transmits and analyzes the electrical
signal of the targeted nerve nuclei
mass after the operation so as to automatically adjust the stimulus
signal sequence and monitor the change of
intracranial pressure. The
system is composed of three parts, comprising an implanted part, a
radio frequency control part and a power pack
in vitro; wherein, the implanted part is composed of six subunits, comprising a stimulus signal generation unit and an
information processing unit, a
radio frequency communication unit, an
intracranial pressure monitoring unit, a neural
signal acquisition unit, an
electrode and sensor interface and a
power supply unit; the
radio frequency control unit is mainly composed of five subunits, comprising a
radio frequency communication unit, a
control unit, an input / output unit, an
information processing and analyzing unit and a computer interface; the power pack
in vitro mainly consists of two subunits, comprising a coil unit and a
high frequency inverter circuit unit.