Flight control system

Abstract

The invention provides a flight control system, which comprises an airborne system and a ground system, wherein the airborne system comprises a miniature video camera, a GPS receiver, a GPS signal collection unit, a power supply monitoring unit, an overlapping unit and a microwave emitting unit, the miniature video camera and the GPS receiver are arranged outside an unmanned plane, the GPS signal collection unit, the power supply monitoring unit, the overlapping unit and the microwave emitting unit are arranged inside the unmanned plane, and the ground system comprises a microwave receiving unit, a video display and a remote control, wherein the miniature video camera is used for monitoring video images right ahead the unmanned plane in real time, the GPS signal collection unit is used for collecting and processing data transmitted from the GPS receiver to obtain flight parameters, the power supply monitoring unit is used for detecting and obtaining the power supply information of the unmanned plane, the overlapping unit is used for overlapping the flight parameters and/or the power supply information onto the video images, and the microwave emitting unit is used for emitting the overlapping results to the ground system. The invention can perfectly control the unmanned plane.

Description

technical field [0001] The invention relates to the technical field of unmanned (unmanned) aircraft, in particular to a flight control system. Background technique [0002] Unmanned aircraft (unmanned aerial vehicle) is an unmanned aircraft controlled by radio remote control equipment or onboard computer program control system; its use cost is low, not only can complete the tasks performed by manned aircraft (manned aircraft), but also is suitable for Tasks that are not suitable for manned aircraft, such as reconnaissance in dangerous areas, air rescue command and remote sensing monitoring. [0003] At present, the operator on the ground usually directly observes the flight attitude of the UAV through vision, and uses the radio remote controller to carry out remote control flight; this flight mode has great flexibility, but due to the limitation of the visual observation ability of the operator on the ground, The flight distance of the UAV can only be limited to the visual ...

AI Technical Summary

Problems solved by technology

[0003] At present, the operator on the ground usually directly observes the flight attitude of the UAV through vision, and uses the radio remote controller to carry out remote control flight; this flight mode has great flexibility, but due to the limitation of the visual observation ability of the operator on the ground, The flight distance of the UAV can only be limited to the visual distance; and due to the limitation of personnel's perception of the geographical location, the flight trajectory of the UAV cannot be precisely controlled

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