This invention provides a static parameter
measurement device for overhead contact lines based on an unmanned aerial vehicle (UAV) platform, belonging to the field of railway overhead
contact line inspection technology. It includes a UAV body with a
laser measuring device mounted on its top and a telescopic support mounted on its side. The UAV body includes a processor
chip, and the
laser measuring device is connected to the processor
chip. After
takeoff, the telescopic support secures the UAV, and the
laser measuring device measures the overhead
contact line. The measured data is transmitted in real time to the processor
chip for
processing and analysis, ultimately achieving high-precision measurement of the static parameters of the overhead
contact line. By linking the top-mounted laser measuring device with the processor chip, it is possible to conduct inspections and parameter measurements on conventional railway lines outside of designated maintenance windows, achieving high-precision, non-contact distance or
terrain measurement, suitable for complex environments, and significantly improving
data acquisition efficiency.