The invention discloses an intelligent nest for multi-machine collaborative operation in the technical field of intelligent nests, which comprises an unmanned aerial vehicle, and further comprises a case, a case cover, a hydraulic rod and a plurality of nests, the case cover is slidably connected to the case, the plurality of nests are arranged in the case in a whole row, and the hydraulic rod is arranged in the case. The two ends of the hydraulic rod are connected to the machine box and the machine nest correspondingly, and the unmanned aerial vehicle is arranged in the machine nest. The device has the advantages that the multiple machine nests are arranged and connected into the machine box through the hydraulic rods, the damping mechanisms in the machine nests can be lifted by controlling the hydraulic rods to ascend, then the protection mechanisms are driven to ascend, the protection mechanisms rotate outwards to be attached to the chamfering faces of the shell after being lifted, and therefore the machine nests are prevented from being damaged. The landing buffer area of the unmanned aerial vehicle is enlarged through the protection plates on the protection mechanisms, the unmanned aerial vehicle is promoted to stably land into the nest, and the landing stability of the unmanned aerial vehicle is further promoted through the damping mechanisms.

    本发明公开了在智能机巢技术领域的一种多机协同作业的智能机巢,包括无人机,还包括机箱、箱盖、液压杆和机巢,所述箱盖滑动连接于机箱,所述所述机巢设有若干个,若干个所述机巢整列排布设于机箱内,所述液压杆两端分别连接于机箱和机巢,所述无人机设于机巢内。本发明的优点:本发明实施例中设有若干个机巢通过液压杆连接于机箱内,通过控制液压杆升高可以使机巢中的减震机构升高,进而带动防护机构上升,所述防护机构升高后向外则转动贴合于壳体的倒角面,通过防护机构上的防护板进而达到扩大无人机降落缓冲面积,促进无人机稳定降落至机巢中,且通过减震机构进一步促进无人机降落的稳定性。


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    Title :

    Intelligent machine nest for multi-machine collaborative operation


    Additional title:

    一种多机协同作业的智能机巢


    Contributors:
    HAN LILI (author) / CHEN XUDONG (author) / HUANG YALI (author) / GE KANG (author) / XIAO YINGHAO (author) / XUE BAOGUO (author) / MA LIUYANG (author)

    Publication date :

    2024-02-20


    Type of media :

    Patent


    Type of material :

    Electronic Resource


    Language :

    Chinese


    Classification :

    IPC:    B64U



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