Real-time data acquisition and storage system of helicopter in electric inspection process

Abstract

The invention discloses a real-time data acquisition and storage system of a helicopter in the electric inspection process, comprising a video acquisition unit, a communication data acquisition unit, a video distribution device, a hardware management device, a server A, a server B and an embedded-type computer which are connected through a network; the server A and the server B are both provided with a storage module, wherein the server A only stores defective detected images and communication data related to the defective images, and the sever B stores all video data and communication data. The invention can regulate the data acquisition frequency in time according to different flying areas of the helicopter and ensure that the data is more scientific, reasonable and complete.

Description

technical field [0001] The invention relates to a helicopter power inspection airborne system, in particular to a high-definition real-time data collection and storage system. technical background [0002] This year, the sustained and rapid development of my country's national economy has put forward more and more requirements for my country's electric power industry. Our country has a vast territory, complex terrain, many hills and mountainous areas, complex climatic conditions, unstable quality of porcelain insulators and other factors, which seriously affect the safety and stability of power supply lines. In order to provide safe and reliable power supply, the modernization of inspection and maintenance is increasingly showing its urgency. At present, the inspection methods adopted in my country include manual inspection and helicopter inspection. The inspection content is mainly wire towers and overhead lines. In complex areas where people live, manual inspections a...

AI Technical Summary

Problems solved by technology

Although the use of helicopter inspections is more scientific and convenient than traditional manual inspections, it also requires a lot of cost. Therefore, each inspection must ensure that the collected data is complete, accurate, and scientific and reasonable, and then the airborne system, especially the data Acquisition and storage systems have quite high requirements

[0004] At present, the airborne systems of most inspection helicopters can only perform one-time collection and storage or real-time detection by airborne detection equipment. The data collected by the former requires manual follow-up processing, and often requires staff to watch the video for several hours, which is time-consuming and energy-intensive. , and the latter often fails to complete the detection of a certain line in time due to time constraints, and the phenomenon of missed detection and wrong detection occurs

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