Split type 3D laryngoscope video signal control system

Abstract

The invention discloses a split type 3D laryngoscope video signal control system, relates to the technical field of video signal control, and solves the technical problem that a laryngoscope video signal cannot be stably controlled in the prior art. Signal detection and analysis are performed in the operation process of a laryngoscope so as to perform anti-interference analysis on a laryngoscope signal. Monitoring of real-time signals is beneficial for improving the control accuracy of video signals, monitoring is performed when the signals need to be managed and controlled, the monitoring frequency of good signals is reduced, and therefore, the monitoring cost of the video signals is reduced. According to the system, videos transmitted in real time in the operation process of the laryngoscope are analyzed, the videos transmitted by the laryngoscope are monitored according to the analysis of the videos transmitted in real time, the operation quality of the laryngoscope is indirectly monitored, and the detection accuracy of the laryngoscope is ensured; and the laryngoscope operating in real time is subjected to efficiency analysis, so that each operation of the laryngoscope is monitored, the operation efficiency of the laryngoscope is improved, and the observation and detection accuracy of the laryngoscope is improved.

Description

technical field [0001] The invention relates to the technical field of video signal control, in particular to a split-type 3D laryngoscope video signal control system. Background technique [0002] As one of the most widely used medical instruments at present, laryngoscope belongs to the series of medical endoscopes, but it is different from endoscopes in the general sense in terms of applicable occasions, performance requirements and operation methods. Targeted and specific, it is mainly used to assist doctors to conveniently observe and diagnose the lesions of the human throat, and then perform some minimally invasive surgical operations. Whether in medicine or in the field of research and development, there are numerous discussions about endoscopes , but the relevant research on laryngoscopy is rare. With the increasingly prominent advantages of laryngoscopy, the practical value and key technologies of laryngoscopy are also becoming the focus of attention; [0003] Howev...

AI Technical Summary

Problems solved by technology

[0003] However, in the existing technology, it is impossible to analyze the anti-interference signal of the real-time video transmission of the laryngoscope, and it is impossible to ensure the stability of the video signal of the laryngoscope, which leads to a decrease in the detection efficiency of the laryngoscope; at the same time, it is impossible to match a reasonable power consumption in real time according to the laryngoscope The control method cannot reduce the detection cost of the laryngoscope while ensuring the detection efficiency;

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