Unmanned aerial vehicle detection single station and unmanned aerial vehicle detection system

Abstract

The invention discloses an unmanned aerial vehicle detection single station. The single station comprises a detection device, a direction finding device, a data processor and a detection terminal. Thedata processor is connected to the detection device, the direction finding device, and the detection terminal in a communication connection mode. The detecting device is used to scan the radio data of a monitored area to collect and obtain the original data of an unmanned aerial vehicle signal, and transmit the original data of the collected unmanned aerial vehicle signal to the data processor. The data processor is used for extracting and analyzing radio signal characteristic information in the original data in real time, extracting the parameter information of the unmanned aerial vehicle signal and transmitting the parameter information to the direction finding device. The direction finding device carries out direction finding processing and transmits a direction finding result to the detection terminal for displaying through the data processor. The unmanned aerial vehicle detection single station can realize the detection control of the passive unmanned aerial vehicle of non-voluntary filing, and the timely detection and discovering, the rapid positioning, the effective tracking and the track control of long-distance illegal unmanned aerial vehicle can be realized without affecting the electromagnetic environment of a monitoring area.

Description

technical field [0001] The invention relates to the technical field of radio monitoring, in particular to an unmanned aerial vehicle detection single station and an unmanned aerial vehicle detection system. Background technique [0002] With the explosive growth of the application of drones, the rapid development of its industry has brought great convenience to society and people's lives, but it has also brought unprecedented challenges to airspace supervision. More and more "black flying" drones (that is, drones that have not obtained legal licenses and filed) have brought huge threats and troubles to national security and social stability. However, until now, global regulation of drones has only applied to legitimate targets with legal licenses and voluntary filings. For "black flying" UAVs that have not obtained legal licenses and filed for the record, especially UAVs with hostile intentions, there is no perfect technology to search, identify, locate and counter them. ...

AI Technical Summary

Problems solved by technology

[0004] At present, there are applications in China that use conventional radio monitoring methods to detect civilian drones. However, they are relatively weak in terms of detection effectiveness, detection distance, and detection accuracy, and cannot meet better detection requirements.

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