The invention provides a self-locking automatic folding wing mechanism of a high-aspect-ratio unmanned aerial vehicle, which is applied to the high-aspect-ratio unmanned aerial vehicle and comprises a folding assembly, an actuating assembly and a self-locking assembly, the folding assembly is fixed in a cavity of a wing of the unmanned aerial vehicle with the high aspect ratio and used for being in transmission connection with the outer wing. The actuating assembly is fixed on the folding assembly and is in driving connection with the outer wing through the folding assembly; and the self-locking assembly is fixed on the folding assembly. Compared with the prior art, the self-locking automatic folding wing mechanism of the high-aspect-ratio unmanned aerial vehicle can enable the wings of the high-aspect-ratio unmanned aerial vehicle to have an automatic folding function, so that the wings of the high-aspect-ratio unmanned aerial vehicle are folded to reduce the size, high flexibility and convenience are achieved, the transportation size requirement of the vehicle-mounted unmanned aerial vehicle is greatly reduced, and the transportation cost is reduced. The self-locking assemblies can accurately position the positions of the wings after being unfolded or folded, and safety guarantee is provided for the flight process and the transportation process of the unmanned aerial vehicle.
本发明提供一种大展弦比无人机的可自锁的自动折叠翼机构,应用于大展弦比无人机,包括:折叠组件、作动组件和自锁组件;所述折叠组件固定于大展弦比无人机的机翼的型腔内,用于与所述外翼传动连接;所述作动组件固定于所述折叠组件上,通过所述折叠组件与所述外翼驱动连接;所述自锁组件固定于所述折叠组件上。相对于现有技术,本发明的大展弦比无人机的可自锁的自动折叠翼机构能够使得大展弦比无人机的机翼具有自动折叠功能,使得大展弦比无人机的机翼折叠而缩小体积,具有较高的灵活性和便捷性,极大降低车载无人机运输尺寸要求,自锁组件可以精确定位机翼展开或折叠后的位置,为无人机飞行过程和运输过程提供安全保障。
Self-locking automatic folding wing mechanism of unmanned aerial vehicle with high aspect ratio
一种大展弦比无人机的可自锁的自动折叠翼机构
2024-01-30
Patent
Elektronische Ressource
Chinesisch
IPC: | B64U |
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