An assembled multi-functional body bar connected with a structure

Abstract

The invention discloses an assembled multifunctional bending pole connected to a structure. The bending pole comprises a floorslab and a bending pole, wherein the bending pole comprises a winch, fourprofile steel stirrups, four profile steel inclined struts, a profile steel main pole, three profile steel combined bars, four fixed pulleys and nine sets of fixed flange connecting systems as well asseven sets of fixing connecting systems of the floorslab; the bending pole is mounted on the floorslab. The assembled multifunctional bending pole can select specifications and dimensions of components and combinations of lazy arms according to different hanging demands, and is of a detachable assembled design totally, so that the bending pole is conveniently transported and carried manually, hasthe characteristics of being light, simple to assemble, convenient to carry, low in transporting cost, cyclic in use and the like, and the mounting human cost can be saved and the work efficiency canbe increased by adopting the design.

Description

technical field [0001] The invention relates to the technical field of construction machinery, in particular to an assembled multi-functional lying bar connected with a structure. Background technique [0002] At present, more and more construction sites are dismantling the tower crane after the curtain wall is completed, and more and more tower cranes need to use long tie rods. In addition to the particularity of the building structure, the wall embedded parts are often Within the vertical plane of the curtain wall, in this case, it is difficult to ensure that the curtain wall will not be touched during the dismantling process only by using the hoist to tie the hoist to the tower crane to remove the wall attachment device. Furthermore, the final demolition of more and more high-rise buildings requires the use of roof cranes for demolition. At the end of roof crane demolition, small roof cranes need to be directly demolished manually, but now often at the roof level, the str...

AI Technical Summary

Problems solved by technology

[0002] At present, more and more construction sites are dismantling the tower crane after the curtain wall is completed, and more and more tower cranes need to use long tie rods. In addition to the particularity of the building structure, the wall embedded parts are often Within the vertical surface of the curtain wall, in this case, it is difficult to ensure that the wall attachment device will not touch the curtain wall during the removal process only by using the gourd to tie it to the tower crane to remove the wall attachment device.

Furthermore, the final demolition of more and more high-rise buildings requires the use of roof cranes for demolition. At the end of roof crane demolition, small roof cranes need to be directly demolished manually, but now often at the roof level, the structure will Shrinkage, and there are no stairs directly from the sky floor to the structural floor, it is difficult to manually transport to the floors with construction elevators for transfer

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