Pantograph-catenary relation detection method

Abstract

The invention provides a pantograph-catenary relation detection method which comprises a catenary geometric parameter detection method, a pantograph-catenary contact force and hard point detection method and a pantograph-catenary arcing detection method, and hardware equipment applied to the pantograph-catenary relation detection method mainly comprises an information interaction system, vehicle-mounted detection equipment, pantograph-catenary detection equipment and communication processing equipment. The vehicle-mounted detection equipment is provided with a vehicle-mounted wireless network system, and the remote monitoring management center is provided with a vehicle-mounted wireless network system. According to the invention, each subsystem can work independently and can summarize, integrate and process information, and through an intelligent detection mode, various fault problems can be automatically identified, defect positions can be positioned, fault reports can be generated, normal operation and maintenance of equipment can be guided, and hard point calculation precision can be improved; data interaction with a remote monitoring center is realized through a 5G network, remote monitoring and data management are realized, detection data are fed back to related departments, and timely problem processing and remote monitoring operation are facilitated.

Description

technical field [0001] The invention belongs to the technical field of rail transit, and in particular relates to a pantograph-catenary relationship detection method. Background technique [0002] The pantograph relationship test is the pantograph relationship detection, which is a scientific and reasonable new technology, which can effectively improve the maintenance efficiency of the catenary and timely find equipment defects. The application of pantograph-catenary relationship detection equipment needs to adhere to the idea of ​​combining technical management with benefit management, and requires the close cooperation of mechanical and electrical, vehicle, safety and other departments. Only the correct use of pantograph-catenary relationship testing equipment can ensure the safe operation of electric locomotives In order to ensure the personal safety of passengers. [0003] The good coupling characteristics of the pantograph and the transmission catenary of the electric ...

AI Technical Summary

Problems solved by technology

[0011] In order to solve the above technical problems, the present invention provides a pantograph-catenary relationship detection method to solve the existing pantograph-catenary relationship detection efficiency is low, artificial analysis labor is large and there are large errors

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