The utility model discloses an overhead
power transmission hoisting device, which belongs to the technical field of
power transmission engineering and comprises a traveling base, a hoisting
winch assembly, a front top plate, a telescopic beam, a front pressing frame and a locking bolt. The front top plate is fixed to the front portion of the walking base and forms a vertical end face abutting against a
tower foundation
pile, the telescopic beams are installed on the two sides of the upper portion of the front top plate in a
bilateral symmetry mode, the front pressing frame is installed at the front ends of the telescopic beams, and the front top plate, the telescopic beams and the front pressing frame form a door-shaped frame structure with the adjustable opening degree. And the locking bolts are used for clamping the
tower foundation piles on the inner side of the opening of the door-shaped frame structure. The device not only solves the problems that a traditional crane crushes farmland and is high in cost, but also can adapt to complex terrains to realize efficient and
safe operation, and is particularly suitable for accurate conveying of small-batch materials, and the construction cost is greatly reduced, and the hoisting precision and the field adaptability are improved due to the miniaturized design of taking the
tower foundation
pile as a fulcrum.