A monitoring system and method based on UAV flight services

Abstract

The invention discloses a flight service supervision system based on unmanned aerial vehicles. The route calibration module compares the spatial position of the unmanned aerial vehicle collected by the positioning module with the prefabricated route of the unmanned aerial vehicle, and judges that the current position of the unmanned aerial vehicle is relative to the Prefabricate the position of the route, calculate the deflection distance of the UAV, and calibrate the route, the engine speed of the UAV to generate forward thrust and the deflection direction of the UAV of the operator according to the current position. The invention can not only collect the surrounding wind direction and wind force during the flight of the drone, but also calibrate the route of the drone through the collected wind direction and wind force, so that the drone can avoid the influence of wind force and achieve normal flight At the same time, it can also monitor the power of the UAV in real time to ensure that the remaining power of the UAV can enable the UAV to return safely, preventing the UAV operator from looking for the UAV, which greatly saves human resources.

Description

technical field [0001] The invention relates to the technical field of unmanned aerial vehicle supervision, in particular to a system and method for unmanned aerial vehicle flight service supervision. Background technique [0002] With the development of science and technology, the use of drones has gradually become popular. The use of drones in various fields has brought convenience to people and increased the ways for people to obtain information. However, in the use of drones, since the power of the batteries in drones has an upper limit, there is a limit to the flying distance. The most important thing is that the weather has a huge impact on the flight distance of drones. When the time is high, the range of the UAV will be increased, and when the wind is headwind, the range of the UAV will be reduced. Therefore, for the safety of the UAV, it is necessary to monitor the power of the battery in the UAV. [0003] In the prior art, the power of the battery is simply judged...

AI Technical Summary

Problems solved by technology

However, in the use of drones, since the power of the batteries in drones has an upper limit, there is a limit to the flying distance. The most important thing is that the weather has a huge impact on the flight distance of drones. When the time is high, the range of the UAV will be increased, and when the wind is headed, the range of the UAV will be reduced. Therefore, for the safety of the UAV, it is necessary to monitor the power of the battery in the UAV.

[0003] In the prior art, the power of the battery is simply judged. When the power is lower than the warning value, an alarm will be displayed. However, this method will cause the landing position of the drone to deviate from the position of the operator of the drone, and It needs to be manually searched by the operator, which greatly wastes manpower and material resources

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