Unmanned aerial vehicle simulated flight training equipment

Abstract

The invention relates to unmanned aerial vehicle simulated flight training equipment. The unmanned aerial vehicle simulated flight training equipment comprises AR glasses, a scene acquisition module and an action acquisition module arranged on the AR glasses, a virtual scene displaying module, a virtual scene overlaying module, a center control module, a simulated flight hand shank, a computer visual technique computing module and a communication module; the scene acquisition module and the action acquisition module are connected with the center control module respectively, the center controlmodule is in two-way connection with the computer visual technique computing module, the computer visual technique computing module is connected with the virtual scene overlaying module, the virtual overlaying module is connected with the virtual scene displaying module, and the simulated flight hand shank comprises a control board and intelligent equipment connected with the control board. The equipment provided by the invention overlays a simulated flight scene to the real environment and provides people with immersive simulated flight experience by combining control of the simulated flighthand shank, and improves the reflecting effect of simulated flight of an unmanned aerial vehicle or flight simulative training effect.

Description

technical field

[0001] The invention relates to the technical field of unmanned aerial vehicles, in particular to a simulated flight training equipment for unmanned aerial vehicles. Background technique

[0002] The existing simulated flight system for unmanned aerial vehicles mainly consists of a large-scale display device (such as a display or a photographic device) and a simulated flight handle; Real-time operation of the simulated flight handle, so as to achieve the purpose of UAV simulated flight experience and flight simulation training. The visual information input on the display device is fixed visual information, and the user cannot actively adjust the viewing angle to perform multi-viewing Observation or full-view observation (that is, the user can only look forward and cannot look around the scene), which brings a low sense of immersion to the use, resulting in the effect of drone flight simulation or flight simulation training Limited questions. Contents of th...

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