The invention belongs to the technical field of wind power generation, and particularly relates to a wind power generation blade hoisting auxiliary device which comprises a combined head and a base block, and the combined head is attached to the base block. The laser radar located on the base block is started to detect the induction points on the combined head, when the distances detected in different directions are all larger than the threshold value, hoisting equipment needs to make the combined head get close, and when the distance detected by the laser radar in a certain direction is smaller than the threshold value, hoisting equipment needs to make the combined head get close. The rope collecting assembly is started preferentially to close the distance between the base block and the combined head, the electromagnet in the corresponding direction is started in combination with the distances detected by the laser radars in different directions and the direction with the largest distance difference, then the electromagnet guides the adsorption ring, the combined head is made to be completely attached to the base block along the construction inclination angle, and the construction efficiency is improved. Auxiliary installation during installation of the wind power blade and the wind driven generator in mountainous regions and on the sea is facilitated, and installation of the wind power blade and the wind driven generator can be completed by adapting to construction of an inclination angle.

    本发明属于风力发电技术领域,具体为一种风力发电叶片吊装辅助装置,包括组合头和基座块,所述组合头和基座块贴合。本发明通过启动位于基座块上的激光雷达对组合头上感应点进行检测,当不同方位所检测到距离均大于阈值,则需要吊装设备将组合头再进行靠近,当某一方位的激光雷达所检测到距离小于阈值时,优先启动收绳组件拉近基座块和组合头之间的距离,并结合不同方位的激光雷达所检测的距离,距离差距最大的方位启动对应方位的电磁铁,进而电磁铁对吸附环进行引导,使得组合头沿着建造倾斜角度完全贴合基座块,有利于在山地以及海上进行风电叶片和风力发电机安装时辅助安装,有利于适应建造倾斜角度完成风力叶片和风力发电机的安装。


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    Title :

    Auxiliary device for hoisting wind power generation blade


    Additional title:

    一种风力发电叶片吊装辅助装置


    Contributors:
    FU WENTAO (author) / SUN YUFENG (author) / CHEN XINGYU (author) / CHEN YIMING (author) / ZHANG GUANGPU (author) / WU HAIYAN (author) / ZHAO GE (author) / QIAN ZHENG (author) / ZHAO QIANQIAN (author) / ZHANG JIANXIONG (author)

    Publication date :

    2025-05-02


    Type of media :

    Patent


    Type of material :

    Electronic Resource


    Language :

    Chinese


    Classification :

    IPC:    B66C Krane , CRANES / F03D Windkraftmaschinen , WIND MOTORS



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