The embodiment of the invention provides a steel beam turning-over device and method. The device comprises a first turning-over assembly, a second turning-over assembly, a first crane and a second crane, wherein the first crane and the second crane are oppositely distributed. The first ends of the first turning-over assembly and the second turning-over assembly are used for being fixedly connected with the first position and the second position of a steel beam correspondingly, and the second ends of the first turning-over assembly and the second turning-over assembly are both fixedly connected with the first crane and the second crane. The first crane and the second crane are used for driving the first turnover assembly and the second turnover assembly to lift and/or translate; when the steel beam is turned over, the first turning-over assembly is static, and the first crane and the second crane drive the second turning-over assembly to ascend and translate towards the direction of the first turning-over assembly at the same time until the turning-over action of the steel beam is completed. The problem that the length coverage range of a steel beam is insufficient during hoisting of double travelling cranes is solved, and the problem that hoisting and turning cannot be achieved due to the fact that the length coverage range of the double travelling cranes is limited when the dead weight is large, the length is short or a special-shaped steel beam block turns over is effectively solved.

    本公开实施例提供一种钢梁翻身装置及翻身方法,该装置包括第一翻身组件、第二翻身组件以及相对分布的第一航车和第二航车;第一翻身组件和第二翻身组件的第一端用于分别与钢梁的第一位置和第二位置固定连接,第一翻身组件和第二翻身组件的第二端均与第一航车和第二航车固定连接;第一航车和第二航车,用于驱动第一翻身组件和第二翻身组件升降和/或平移;在对钢梁进行翻身时,第一翻身组件静止不动,第一航车和第二航车驱动第二翻身组件上升并同时向第一翻身组件方向平移,直至完成钢梁的翻身动作。解决双航车起吊对钢梁长度覆盖范围不足的问题,有效解决自重较大、长度较短或者异形钢梁块体翻身时,双车长度覆盖范围受限而无法起吊翻身的难题。


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    Title :

    Steel beam turnover device and turnover method


    Additional title:

    一种钢梁翻身装置及翻身方法


    Contributors:
    LEE TAE YANG (author) / ZHANG PENG (author) / ZHOU WEI (author) / XU WENMING (author) / JU CHUANG (author) / LIU RONG (author) / MA YUQI (author) / WANG KEXIN (author) / ZHU YANCHEN (author)

    Publication date :

    2024-08-06


    Type of media :

    Patent


    Type of material :

    Electronic Resource


    Language :

    Chinese


    Classification :

    IPC:    B66C Krane , CRANES



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