Bird repelling unmanned aerial vehicle

Abstract

The invention belongs to the technical field of unmanned aerial vehicles and particularly relates to a bird repelling unmanned aerial vehicle. The bird repelling unmanned aerial vehicle comprises an unmanned aerial vehicle body, a loudspeaker, a nozzle, a compressed bird repelling agent and unmanned aerial vehicle supports. The loudspeaker is arranged above the unmanned aerial vehicle body; the nozzle is arranged in one unmanned aerial vehicle support, the outer end of the nozzle is exposed, and the nozzle is connected with the compressed bird repelling agent; the compressed bird repelling agent is arranged in the unmanned aerial vehicle body; and the four unmanned aerial vehicle supports are arranged below the unmanned aerial vehicle body and used as undercarriages, and the nozzle is installed on any one of the four unmanned aerial vehicle supports. The working mode of the unmanned aerial vehicle includes the steps that a worker operates the unmanned aerial vehicle to get close to a region where a bird flock is located and controls the loudspeaker to play bird flock repelling sound, and meanwhile, the compressed bird repelling agent is sprayed through the nozzle until the bird flock leaves. After the compressed bird repelling agent is used up, the unmanned aerial vehicle can fly back to the ground to replace or fill the compressed bird repelling agent. The bird repelling unmanned aerial vehicle is simple in structure, convenient to operate, capable of repelling the bird flock at upper air, large in working radius and remarkable in working effect due to the utilization of combination of the sound and the bird repelling agent.

Description

technical field [0001] A bird-repelling drone belongs to the technical field of drones, and in particular relates to a bird-repelling drone. Background technique [0002] In airports or large farms, there is always the danger of flocks of birds. Especially for airports, the navigation system of the aircraft is mostly located at the front, including airborne radar, electronic navigation equipment, communication equipment, etc. In addition, the windshield in front of the driver It also plays a very important role in guiding the takeoff and landing of the aircraft. Due to the needs of navigation, these devices are more likely to be damaged after being struck by birds, causing the aircraft to lose the guidance of the navigation system, and accidents occur during take-off and landing. The consequences of bird strikes on the damage to the aircraft's power system are more direct. For propeller aircraft, bird strikes will cause the blades to deform or even break, reducing the powe...

AI Technical Summary

Problems solved by technology

For propeller aircraft, bird strikes will cause the blades to deform or even break, reducing the power of the aircraft; for jet aircraft, birds are often sucked into the air intake, deforming the blades of the turbine engine, or jamming the engine, causing the engine to shut down or even catch fire

Damage to the aircraft's power system is often fatal, directly causing the aircraft to stall and crash

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