Nerve monitoring bipolar minimally invasive instrument

Abstract

The invention discloses a nerve monitoring bipolar minimally invasive instrument. The nerve monitoring bipolar minimally invasive instrument comprises a bipolar control pedal, a nerve monitoring stimulating current control pedal and a six-core plug-in. A first pedal micro control switch is mounted above the bipolar control pedal, a second pedal micro control switch is mounted above the position, on one side of the first pedal micro control switch, of the bipolar control pedal, a nerve monitoring stimulating micro control switch is mounted above the nerve monitoring stimulating current controlpedal, and a first signal output guide wire and a second signal output guide wire are mounted above the nerve monitoring stimulating micro control switch. According to the nerve monitoring bipolar minimally invasive instrument, in the use process of a bipolar high-frequency energy instrument, nerve monitoring is achieved, and high-frequency cauterization risks caused due to the fact that traditional operation pole nerve monitoring stimulating current and high-frequency energy output can hardly coexist and high-frequency energy overflows are solved.

Description

technical field [0001] The invention relates to the technical field of medical surgical electrodes, in particular to a bipolar minimally invasive instrument for nerve monitoring. Background technique [0002] In the field of thyroid surgery, high-frequency energy and ultrasonic scalpel instruments are often used during the operation, and relevant research journals and literature on energy spillover damage to nerve tissue are often reported and published, and the risk of surgery is extremely high. Even if nerve monitoring equipment is used, multiple unfavorable factors such as rapid changes in surgical conditions, complex wounds at the surgical site, prolonged waiting time for equipment replacement, and eager psychology of medical workers may cause false nerve detection. Accuracy and other problems occur, often causing accidental injury to nerve tissue. The fusion of simple bipolar high-frequency energy equipment and nerve monitoring and detection equipment will cause the tw...

AI Technical Summary

Problems solved by technology

[0007] Aiming at the deficiencies in the prior art, the present invention provides a bipolar minimally invasive nerve monitoring device, which realizes nerve monitoring and monitoring during the use of bipolar high-frequency energy devices, and solves the problem of traditional surgical electrode nerve monitoring stimulation current and high-frequency Coexistence of energy output is difficult, and the risk of high-frequency electrocautery caused by high-frequency energy spillover

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