A battery is slidably mounted in a battery mounting space through a guide sliding rail, the upper end of a battery compartment frame is hinged to a compartment cover through a compartment cover hinge, a locking handle is rotatably mounted at the front end of a battery compartment, lock holes are formed in the two sides of the battery compartment frame, compartment cover spring latch hooks are arranged on the compartment cover corresponding to the lock holes, and the battery compartment frame is provided with a battery compartment. When the hatch cover and the fuselage are closed, the hatch cover spring latch hook and the lock hole are buckled and locked. The structure is compact, the hatch cover hinge is hidden in the fuselage when the battery hatch cover is buckled, the appearance is neater, and the pneumatic appearance is not damaged; a fault-tolerant design is adopted, even if the locking handle is not completely in place, the locking handle is secondarily propped in the buckling process of the battery cabin cover, so that the locking handle is reset, the locking reliability of the battery can be ensured, the installation and replacement of the battery are quick and convenient, and the safety is high.
本发明涉及一种无人机电池快换结构,电池安装空间内通过导向滑轨滑动安装电池,电池舱架的上端通过舱盖铰链铰装连接舱盖,电池舱的前端转动安装有锁紧手柄,电池舱架两侧均设置有锁孔,舱盖上对应所述锁孔设置有舱盖弹簧锁钩,舱盖与机身闭合时,舱盖弹簧锁钩与锁孔扣合锁紧。本发明结构紧凑,电池舱盖扣合时舱盖铰链藏于机身内部,外观更整洁且不破坏气动外形;具有容错设计,即使锁紧手柄没有完全到位,电池舱盖扣合过程中二次抵持锁紧手柄,使其复位,可保证电池锁紧可靠性,电池的安装及更换快速方便,安全性高。
Battery quick-changing structure of unmanned aerial vehicle
一种无人机电池快换结构
2023-04-04
Patent
Electronic Resource
Chinese
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