The application discloses a main beam
glass fiber cloth layering hoist for
wind power blade manufacturing, which comprises a lifting support, a shaft
assembly rotatably installed on the lifting support, and a lifting hook
assembly connecting the shaft
assembly to the lifting support, the shaft assembly comprises a rotating shaft and a locking device locking the position of the rotating shaft, the locking device comprises a locking receiving part, a fixing part connected to the locking receiving part, and a locking piece matched with the locking receiving part, and the two ends of the
glass fiber cloth abut against the fixing parts of a pair of locking devices and are fixed to the rotating shaft by the cooperation of the locking piece and the locking receiving part. The layering hoist can quickly, accurately and flatly lay the
glass fiber cloth into a mold, reduces subsequent manual adjustment, saves the time and manpower for adjusting the glass
fiber cloth after laying, thereby reducing the labor cost, ensuring the laying quality, and improving the laying efficiency.