Intelligent navigation data logging device and method for improving navigation accuracy

Abstract

The invention provides an intelligent navigation data logging device and a method for improving navigation accuracy, comprising a road network information unit for executing information interaction, a path analysis unit for executing path analysis, a field intelligent navigation unit for executing information interaction with a road map database and a satellite map database, a city rod navigationunit for executing information interaction with a city road network database, a task system unit and an elastic damping belt unit. The power patrol system of intelligent navigation data logging device in the invention can directly patrol all towers, and can directly display whether the line patrols or not, or the patrol is in place or not, and can automatically program the line, which satisfies the demands of fastness, high efficiency and timeliness of the line patrol.

Description

Technical field: [0001] The invention relates to an intelligent navigation inspection instrument and a method for improving navigation accuracy, which are applied to the inspection work of electric power systems for lines. Background technique: [0002] Transmission lines are the lifeblood of electric power enterprises. The quality of their management not only directly affects the safe and stable operation of the power grid; it is related to the reputation and benefits of electric power enterprises; it also affects the normal power supply to users. Therefore, it is very important to strengthen the operation and management of transmission lines. Line inspection management is a basic work to effectively ensure the safe and stable operation of transmission lines and their equipment. Through inspections, we can grasp the line operation status and changes in the surrounding environment, find out equipment defects and hidden dangers that endanger line safety, and propose specific...

AI Technical Summary

Problems solved by technology

The main performance is that there are obvious defects such as many human factors, high management costs, and the inability to supervise the working status of patrol personnel, and at the same time, it cannot adapt to the development requirements of line management informatization

[0003] Moreover, the traditional power line inspection process is that the staff go to the site to inspect the line in person, and record the inspection situation, and then manually enter it into the computer

Therefore, the patrol inspection is affected by too many human factors, and the amount of manual data entry is large, and errors are prone to errors during the manual data entry process; at the same time, it is impossible to effectively manage whether the staff patrols are in place, the quality of the patrol cannot be guaranteed, and the safety status of the line is also low. There is no guarantee, leaving hidden safety hazards. More importantly, because most of the towers are in the deep mountains and wild ridges, the road conditions are extremely complicated. It is difficult for the staff to be in place effectively without a guide.

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