On-board redundant controller and standby aviation sensors in-flight reconfigurable autonomous flight system
AssigneeNational Formosa University
InventorHuan-Jung Lin
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AssigneeNational Formosa University
InventorHuan-Jung Lin
Estimating the term…
The present invention relates to an on-board redundant controller and standby aviation sensors in-flight reconfigurable autonomous flight system, which includes UAV, primary autopilot module, secondary autopilot module and switching module. The primary autopilot module and secondary autopilot module are equipped with first aviation sensing module and second aviation sensing module. The primary autopilot module produces response signal according to the request signal produced by the secondary autopilot module. When the first response signal is no longer produced by the primary autopilot module for a preset time, the first switching module switches controls of the flight control module from the primary autopilot module to the secondary autopilot module, and the secondary autopilot module uses the aviation data of the second aviation sensing module to provide flight control signals to the flight control module.
An on-board redundant controller and standby aviation sensors in-flight reconfigurable autonomous flight system comprising:
Dependencies are inferred from the claim text.