Method and device for controlling a drone

Abstract

This specification discloses a UAV control method and device, which can determine the interference UAV and the state data of the UAV, wherein the UAV needs to be controlled by a parachute installed on the UAV. Automatic forced landing. Then, according to the state data, the flight interference area corresponding to the interference drone can be determined, and according to the flight interference area, it can be determined whether the interference drone will cause interference to the driving of the target drone. The human-opportunity will interfere with the driving of the target UAV. According to the flight interference area, the route of the target UAV can be re-planned, the target route can be obtained, and the target UAV can be driven according to the target route, so as to ensure the safety of the target UAV. Drive safely, reduce the cost of business execution based on the target UAV, and improve the efficiency of business execution based on the target UAV.

Description

technical field [0001] This specification relates to the field of unmanned driving, in particular to a method and device for controlling a drone. Background technique [0002] With the development of unmanned driving technology, drones can gradually be applied to various fields. For example. UAVs can be used for aerial photography, and for example, UAVs can be used for food delivery. Another example is high-altitude fire fighting by drones. It can be seen that the application of drones in various fields provides great convenience for people's daily life and improves the efficiency of business execution. [0003] In practical applications, drones may encounter situations such as motor failure, lightning strikes, and signal failures that cannot control their own flight during flight. When these situations occur, the UAV will not only face the situation of self-crash, but also may collide with other flying UAVs under the influence of factors such as wind force and its own s...

AI Technical Summary

Problems solved by technology

When these situations occur, the UAV will not only face the situation of self-crash, but also may collide with other flying UAVs under the influence of factors such as wind force and its own speed during the falling process. The chain reaction of a total of three drones crashing

In other words, when the UAV itself falls, it will bring great safety hazards to other UAVs, and this will also bring great cost pressure to the business performed by UAVs. Reduced efficiency of business execution

At the same time, the crash of multiple drones will also bring considerable safety hazards to pedestrians or vehicles on the road.

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