A multifunctional neurophysiologic monitoring and probing system and a method of implementing the same

A multifunctional neurophysiologic monitoring and probing system, comprising a main unit, a main wire, negative electrode neurophysiologic monitoring and probing parts and positive electrode neurophysiologic monitoring and probing parts;

• wherein one end of the main wire is connected with the main unit;
• another end of the main wire is divided into two branch wires connecting with the negative electrode neurophysiologic monitoring and probing parts and the positive electrode neurophysiologic monitoring and probing parts respectively;
• the negative electrode neurophysiologic monitoring and probing parts comprise a negative electrode branch wire being one of the two branch wires, a negative electrode branch wire insertion end, a negative electrode nerve probe connecting opening, a negative electrode nerve probe, a negative electrode nerve probe switch, a negative electrode nerve probe insulator, a negative electrode nerve probe front end conductor, and a negative electrode nerve probe conductor;
• wherein one end of the negative electrode branch wire is connected with the main wire;
• another end of the negative electrode branch wire is connected with the negative electrode branch wire insertion end;
• the negative electrode nerve probe connecting opening is provided on the negative electrode nerve probe;
• the negative electrode nerve probe connecting opening is connected with the negative electrode branch wire insertion end;
• the negative electrode nerve probe switch, the negative electrode nerve probe insulator, the negative electrode nerve probe front end conductor, and the negative electrode nerve probe conductor are all provided on the negative electrode nerve probe;
• the negative electrode nerve probe switch turns on and off a stimulating current;
• the negative electrode nerve probe insulator wraps the negative electrode nerve probe conductor;
• the negative electrode nerve probe front end conductor is provided at a top end of the negative electrode nerve probe conductor and protrudes out of the negative electrode nerve probe insulator;
• the positive electrode neurophysiologic monitoring and probing parts comprise a positive electrode branch wire being another one of the two branch wires, a positive electrode branch wire switch, a peripheral electrode, a positive electrode branch wire insertion end, a positive electrode nerve probe connecting opening, a positive electrode nerve probe, a positive electrode nerve probe insulator and a positive electrode nerve probe conductor;
• wherein one end of the positive electrode branch wire is connected with the main wire;
• another end of the positive electrode branch wire is connected with both the peripheral electrode and the positive electrode branch wire insertion end via the positive electrode branch wire switch;
• the positive electrode nerve probe connecting opening is provided on the positive electrode nerve probe;
• and the positive electrode nerve probe connecting opening is connected with the positive electrode branch wire insertion end;
• the positive electrode nerve probe insulator and the positive electrode nerve probe conductor are both provided on the positive electrode nerve probe;
• the positive electrode nerve probe insulator wraps the positive electrode nerve probe conductor;
• the main unit controls an intensity and frequency of electrical stimulation being output, and the main unit also shows electroneurography and alert signals, and also plays audio signals.