The invention discloses intelligent synchronous servo lifting equipment and a using method thereof, and belongs to the technical field of subway station assembly type rail top air duct installation construction. The intelligent synchronous servo lifting equipment comprises a crane and two or more lifting tools installed on lifting points of a rail top air duct; the crane comprises a crane body, two or more hoisting assemblies and a central controller. The hoisting assembly comprises a mechanical arm and a hoisting part; one end of the mechanical arm is connected to the vehicle body, and the hoisting part is connected to the other end of the mechanical arm; the other end of the hoisting part vertically penetrates through the reserved hole of the middle plate to be connected with the hoisting tool; each lifting assembly is provided with an infrared distance measuring device; the central controller is electrically connected with all the infrared distance measuring devices, the telescopic length of the hoisting component is controlled through hoisting height data of the infrared distance measuring devices, and synchronous hoisting of two or more hoisting points is achieved. Synchronous hoisting of the assembly type rail top air duct can be achieved, the hoisting device is light, flexible, high in automation degree, high in installation precision and high in construction efficiency, the construction period can be shortened, and rapid building can be achieved.

    本发明公开了一种智能同步伺服起吊设备及其使用方法,属于地铁车站装配式轨顶风道安装施工技术领域,包括吊车和安装在轨顶风道的起吊点上的两个以上吊具;吊车包括车体、两个以上起吊组件及中央控制器;起吊组件包括机械臂和起吊部件;机械臂的一端连接于车体上,起吊部件连接于机械臂的另一端;起吊部件的另一端垂直穿过中板的预留孔洞与吊具连接;每个起吊组件上装有红外测距装置;中央控制器与所有红外测距装置电性连接,通过红外测距装置的起吊高度数据控制起吊部件的伸缩长度,实现两个以上起吊点的同步起吊。本发明能够实现装配式轨顶风道的同步起吊,且轻巧灵活、自动化程度高、安装精度高、施工效率高,能够缩短施工周期并实现快速建造。


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    Title :

    Intelligent synchronous servo lifting equipment and using method thereof


    Additional title:

    一种智能同步伺服起吊设备及其使用方法


    Contributors:
    REN LINZHUAN (author) / HAO RUI (author) / DONG BOJUN (author) / LIU ZHIYE (author) / HAO HONGZHI (author) / ZHANG DONGLI (author) / ZHANG LIMIN (author) / YANG YANG (author) / CHANG XIAOYING (author) / SONG ZHAO (author)

    Publication date :

    2024-07-02


    Type of media :

    Patent


    Type of material :

    Electronic Resource


    Language :

    Chinese


    Classification :

    IPC:    B66C Krane , CRANES



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