Three-dimensional visual power transmission line management and control method and system, intelligent terminal and medium

Abstract

The embodiment of the invention discloses a three-dimensional visual power transmission line management and control method, and the method comprises the steps: obtaining the position information of a target region, obtaining the management and control scene information, and planning an information collection route according to the position information and the management and control scene information; driving the target unmanned aerial vehicle to fly along the information acquisition route, acquiring target acquisition three-dimensional data, and constructing a three-dimensional visual model according to the target acquisition three-dimensional data; acquiring a display instruction input by a user, wherein the display instruction comprises a display view angle and display content, and the three-dimensional visual model is displayed according to the display instruction; and obtaining a screenshot instruction input by the user, obtaining a current visual angle image of the current three-dimensional visual model, performing image recognition on the current visual angle image according to the screenshot instruction to obtain a recognition result, and labeling the current visual angle image according to the recognition result. The invention also provides a three-dimensional visual power transmission line management and control system, an intelligent terminal and a medium. The working efficiency can be effectively improved.

Description

technical field [0001] The invention relates to the technical field of power transmission line management and control, and in particular to a three-dimensional visualized power transmission line management and control method, system, intelligent terminal and medium. Background technique [0002] At present, the main way of inspection of overhead transmission lines is to manually walk along the line or use vehicles to use telescopes and infrared thermal imaging cameras to conduct close-range inspections and inspections of line equipment and channel environments. With the continuous increase of line mileage, the length of operation and maintenance per capita is increasing year by year, and the efficiency of existing inspection methods is low, especially in complex terrain such as mountains and swamps, as well as under disaster conditions such as rain, snow, freezing, and earthquakes, it is difficult for personnel to reach and find the upper equipment of the tower Shortcomings ...

AI Technical Summary

Problems solved by technology

With the continuous increase of line mileage, the length of operation and maintenance per capita is increasing year by year, and the efficiency of existing inspection methods is low, especially in complex terrain such as mountains and swamps, as well as under disaster conditions such as rain, snow, freezing, and earthquakes, it is difficult for personnel to reach and find the upper equipment of the tower Disadvantages such as faults are more prominent

This may cause difficulty in using electricity in some areas and affect the safety of electricity use

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