Self-adaptation system for detecting anti-wind capability of unmanned plane

Abstract

The invention discloses a self-adaptation system for detecting anti-wind capability of an unmanned plane. The self-adaptation system for detecting anti-wind capability of an unmanned plane includes a wind field analog apparatus and an anti-wind test system, wherein the wind field analog apparatus provides a wind field environment with changeable direction and wind speed for the anti-wind test system; the anti-wind test system includes an unmanned plane test mechanism and a control feedback system; the unmanned plane test mechanism includes a support frame for fixing an unmanned plane, a flexible mechanism which maintains the support frame to rotate freely, a mobile platform for bearing the flexible mechanism, and a support base for supporting the mobile platform; the control feedback system includes a control system, a wind speed feedback unit for detecting the real time wind speed, and an unmanned plane attitude and heading reference unit; and the control system receives the data from the wind speed feedback unit and the unmanned plane attitude and heading reference unit, and according to the real time detection wind speed and the detected flying state of the unmanned plane, changes the wind speed and wind direction provided by the wind field analog apparatus and determines the maximum wind speed which can be resisted by the unmanned plane.

Description

technical field [0001] The invention relates to an adaptive system for detecting the wind resistance capability of an unmanned aerial vehicle. Background technique [0002] UAV inspection and testing technology has developed rapidly in the fields of electric power, aerial survey, plant protection, etc. Recently, a series of standards in the field of UAV inspection have also been introduced, especially the inspection methods and inspection equipment for helicopters have become increasingly standardized. [0003] At present, the UAVs used in various fields have not been inspected by specialized agencies before leaving the factory, but the corresponding internal inspections have been completed on the development of finished products. The user units often encounter many quality problems. It is worth noting that the airworthiness management of UAVs will be getting closer and closer. Therefore, proposing a systematic and comprehensive detection method and detection device will con...

AI Technical Summary

Problems solved by technology

[0003] At present, the UAVs used in various fields have not been inspected by specialized agencies before leaving the factory, but the corresponding internal inspections have been completed on the development of finished products. The user units often encounter many quality problems. Attention, UAV airworthiness management will be getting closer and closer, therefore, proposing a systematic and comprehensive detection method and detection device will contribute to the development of UAV

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