A new technique and equipment for the hoisting of prefabricated components

Abstract

The invention discloses a novel prefabricated member lifting technology and equipment. The equipment comprises a platform assembly base; side lifting beams are arranged on the platform assembly base through secondary bearing base beams; lifting platforms are arranged on the side lifting beams; the platform assembly base and the lifting platforms are further fixedly connected through side edge supporting beams; lifting devices, balance boxes and central control rooms are sequentially arranged on the lifting platforms from front to back. The technology comprises the steps that in the lifting process, the platform assembly base is firstly installed at a set height, then the lifting platforms and the lifting devices are installed on the platform assembly base, the lifting horizontal distance is adjusted, the horizontal positions and the height of lifting clamping devices are further adjusted, objects to be lifted are clamped through the lifting clamping devices, and meanwhile, lifting operation is carried out. According to the technology and the equipment, connection is carried out through a prefabricated structure, adjustment can be quickly realized according to the requirements, in the lifting process, the direction and the specific orientation of the objects to be lifted can be adjusted according to the requirements, ad lifting can be directly carried out at the best positions.

Description

technical field [0001] The invention relates to the technical field of hoisting, in particular to a new hoisting process and equipment for assembled components. Background technique [0002] Currently, in the field of hoisting technology, during building construction and other processes, traditional hoisting equipment is fixedly installed on the ground, and the height of the hoisting equipment can be adjusted according to the height of the building. When hoisting large heavy objects, the current tower cranes and other devices are difficult to load the mass, and under the existing technical conditions, the assembly of the hoisting device adapted to large loads will be a large-scale project. Therefore, for this type of There is a problem in the installation of the equipment itself, and under the current technical conditions, it is difficult to achieve efficient and accurate installation, and in the hoisting of large loads, if the orientation of the large load is adjusted after...

AI Technical Summary

Problems solved by technology

When hoisting large heavy objects, the current tower cranes and other devices are difficult to load the mass, and under the existing technical conditions, the assembly of the hoisting device adapted to large loads will be a large-scale project. Therefore, for this type of There is a problem in the installation of the equipment itself, and under the current technical conditions, it is difficult to achieve efficient and accurate installation, and in the hoisting of large loads, if the orientation of the large load is adjusted after the hoisting equipment is hoisted , it will be difficult to control accurately due to excessive inertia, and it is difficult to meet the exact orientation requirements of hoisting

[0003] Furthermore, for the same building, the existing large-scale loads do not have a large demand for themselves, and there is often the problem of "small quantity and many varieties". Therefore, it is necessary to adapt the hoisting equipment to different loads. The change has achieved the purpose of adaptive hoisting, and this change is mainly reflected in the hoisting structure, hoisting position and self-balance of the hoisting equipment itself. In the existing technical scheme, it is difficult to take all the above factors into consideration.

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