The invention discloses an unmanned aerial vehicle arm locking mechanism, and relates to the technical field of aircraft fasteners, the unmanned aerial vehicle arm locking mechanism comprises an arm and a folding arm, a limiting mechanism is arranged between the arm and the folding arm, the limiting mechanism is used for limiting the position of the folding arm, the limiting mechanism is provided with a locking handle, and the locking handle is connected with the folding arm. The locking handle is provided with a vehicle arm locking mechanism, and the vehicle arm locking mechanism is used for locking the folding arm. The limiting mechanism is arranged between the vehicle arm and the folding arm and used for limiting the position of the folding arm, the locking handle is arranged on the limiting mechanism, the vehicle arm locking mechanism is arranged on the locking handle and used for locking the folding arm, the vehicle arm can be conveniently unlocked and locked through the unlocking key, and the problem that hands are clamped when the vehicle arm is folded is solved; and meanwhile, through cooperation of the locking grooves and the wedge-shaped mechanisms, after the vehicle arms are folded and unfolded for multiple times, the vehicle arms can still be effectively locked, the locking reliability of the vehicle arms is improved, and the service life of the unmanned aerial vehicle is prolonged.
本发明公开了一种无人机机臂锁止机构,涉及飞行器紧固件技术领域,其技术方案要点是:包括机臂和折叠臂,所述机臂和折叠臂之间设有限位机构,所述限位机构用于限制折叠臂的位置,所述限位机构上设有锁止手柄,所述锁止手柄上设有机臂锁止机构,所述机臂锁止机构用于锁止折叠臂。本发明通过在机臂和折叠臂之间设置有限位机构用于限制折叠臂的位置,限位机构上设置有锁止手柄,锁止手柄上设置有机臂锁止机构用于锁止折叠臂,利用解锁按键能够便于机臂解锁和锁止,避免折叠机臂时存在夹手的问题;同时通过锁止凹槽和楔形机构的配合,在机臂多次折叠展开后,对机臂仍然可以进行有效的锁止,提高了机臂锁止的可靠性和无人机使用寿命。
Unmanned aerial vehicle arm locking mechanism
一种无人机机臂锁止机构
2024-08-13
Patent
Electronic Resource
Chinese
IPC: | B64U |
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