An unmanned aerial vehicle identification system and its identification method

Abstract

The invention provides an unmanned aerial vehicle identification system and an identification method thereof. The identification system comprises a flight controller (1) which is arranged on an unmanned aerial vehicle and an identification terminal (2) which wirelessly communicates with the flight controller (1). The flight controller (1) comprises an information transmitting module (3). The identification terminal (2) comprises a wireless communication module (4) and a processing module (5). The processing module (5) transmits an identification request through the wireless communication module (4). The information transmitting module (3) responds to the identification request and transmits an identification code uniquely corresponding to the unmanned aerial vehicle to the identification terminal (2). The processing module (5) transmits a marking task request to the unmanned aerial vehicle corresponding to the identification code. The flight controller (1) performs a marking task according to the marking task request.

Description

technical field [0001] The invention belongs to the field of identification of unmanned aerial vehicles, in particular to an identification system and identification method of unmanned aerial vehicles. Background technique [0002] At present, unmanned aerial vehicles have begun to widely intervene in the daily life of the masses. Compared with traditional fixed-wing aircraft, unmanned aerial vehicles have their own characteristics and have been widely used because they can take off and land straight up and down, and can hover in the air and fly more flexibly. Existing regulations are not perfect for flight management in the field of general aviation, but for unmanned aerial vehicles that fly at low altitudes and are often within the line of sight, the current supervision is still blank. [0003] Although unmanned aerial vehicles have begun to give consumers a new experience in aerial photography, logistics, patrol, etc., and have a wide range of application prospects, but ...

AI Technical Summary

Problems solved by technology

This patent document integrates mobile phone communication modules such as 3G, GPRS and computer board integration modules into the flight control computer board through the mobile phone communication module and computer board integration module 211 in the flight control computer board setting unit 21. The electronic identification code setting module 212 sets an independent and unique electronic identification code for the UAV, communicates with the remote control center 27 through the airborne microwave data communication link 26 and the airborne response identification system 24, and finally communicates with the relevant national regulatory authorities for data Sharing, to control and adjust the UAV, so as to play a role in unified supervision and scheduling, but the structure of this patent is complex, and it cannot visually distinguish the target UAV for multiple UAVs

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