Intrusive diagnosis device capable of achieving precision movement and lateral wire leading

Abstract

The invention discloses an intrusive diagnosis device capable of achieving precision movement and lateral wire leading. The intrusive diagnosis device comprises a lifting motor, wire pulling motors, alateral wire leading flange and a rectangular vacuum chamber, wherein the rectangular vacuum chamber is internally provided with a screw rod, a three-slot internal threaded pipe, an adaptor and a probe. Multiple intrusive probes can be selected for plasma parameter diagnosis, radial parameter scanning of the inside and the boundary of plasma can be achieved through the lifting motor, and lateralleading-in and leading-out of a signal wire can be achieved through the wire pulling motors; operation of the device can be controlled through upper computer software in a visual interactive manner and the operation can be terminated at any time; and the technical gap is filled through a visually controlled lateral wire leading method, the whole device is made of a non-magnetic material, and fastacquisition of a vacuum environment is facilitated through multiple air holes inside. The intrusive diagnosis device is safe, reliable, easy to dismantle, recyclable and convenient and precise to process, and can be widely applied to the field of scientific research, medical treatment and industry, the size is reduced and the price is reduced.

Description

technical field [0001] The invention relates to an interventional diagnostic device with precision movement and side leads. The device can be equipped with a variety of interventional probe heads and can lead out signal lines from the side. It belongs to high and low temperature plasma diagnosis in terms of physics research, medical treatment and industrial production. Precision moving mechanisms in equipment. Background technique [0002] Plasma can be divided into space plasma and laboratory plasma in terms of space; it can be divided into high temperature plasma and low temperature plasma in terms of temperature; and the methods of generating plasma include radio frequency induction, electrical breakdown, etc. way. In scientific research, plasma is used to generate clean energy, in industry, plasma is used for coating, and in medical treatment, plasma is used for disinfection and sterilization. It can be said that plasma has been widely developed and applied in the 21st ...

AI Technical Summary

Problems solved by technology

[0004] Diagnosis methods are mainly divided into two types: invasive diagnosis and non-invasive diagnosis; invasive diagnosis is also called contact diagnosis. This diagnosis method is very mature. The invasive diagnosis is divided into: electrostatic probe , magnetic probes, emission probes, and ion energy analyzers; currently, the mechanical devices equipped with these invasive diagnostic probes are only magnetic transmission structures and bellows structures. Diagnostic device for electrical control leads

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