Unmanned aerial vehicle control system for field bird driving

Abstract

The present invention relates to the technical field of UAVs and discloses an unmanned aerial vehicle control system for field bird driving for the disadvantage of a short on-air time of a field bird driving UAV. The system comprises a UAV, an automatic charging station and a battery. The UAV is internally provided with a flight control system. The bottom of the UAV is provided with a support rod, two battery cabins which are connected to the flight control system. The automatic charging station is internally provided with a hole matched with the support rod, and two lifting rods connected to a battery replacement control system. The lifting rods are provided with battery cabins connected to the battery replacement control system, and the positions of the battery cabins in the automatic charging station are corresponding to the position of the battery cabins on the UAV. The upper and lower surfaces of a battery are provided with two connection ends used for connecting the UAV and the battery cabins on the automatic charging station. Compared with the prior art, the system has the advantages of long on-air time of the UAV and high overall bird driving efficiency.

Description

technical field [0001] The invention relates to the technical field of unmanned aerial vehicles, in particular to an unmanned aerial vehicle control system for driving birds in fields. Background technique [0002] Birds like to flock to the field for food and damage crops, so birds need to be repelled in the field, especially during the harvest season. The traditional field bird repelling method is generally to set up scarecrows in the field, and then more effective sonic bird repelling products appeared, but the bird repelling products installed on the ground have limited coverage and are not flexible to use, so they are not suitable for field bird repelling. With the development of drone technology, there has been a method of using drones to carry bird repellent products, which has a wide coverage and high flexibility. The limitation of using drones to repel birds lies in the short battery life. The usual solution to this is to let the drone automatically return to the h...

AI Technical Summary

Problems solved by technology

[0003] Aiming at the shortcoming of the existing field bird-repelling UAVs in the air, the present invention discloses a UAV control system for field bird-repelling. The automatic charging station removes the battery with low power and puts it into a fully charged battery. The UAV stays in the air for a long time and the overall bird repelling efficiency is high.

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