An integral linkage lifting installation method for electromechanical pipelines on the standard floor of a super high-rise building

Abstract

The invention relates to an overall linkage lifting installation method of electromechanical pipelines on the standard floor of a super high-rise building, including the assembly of electromechanical pipelines, connectors and valve parts, the assembly of aisle unit modules, the fixing of aisle unit modules, the lifting of aisle unit modules, and the installation of aisle unit modules. For the fixed installation of the unit module, a telescopic support platform is set on the top of the scissor lift rod, and at the same time, the sliding support platform is supported obliquely by steel cables, and the lifting drive is carried out by a single lifting drive mechanism, which can be effectively realized during the ascent process. The synchronous linkage rising of the entire support platform can realize the automatic separation of the fixed structure and the aisle unit module when fixing the aisle unit module. During the whole fixing and separation process, no human labor is required, and no one needs to climb to work, which is convenient The supporting platform is lowered for continuous installation, which can effectively improve the efficiency of electromechanical installation.

Description

technical field [0001] The invention relates to an integrally linked lifting installation method of electromechanical pipelines on a standard floor of a super high-rise building, which belongs to the field of electromechanical installation in construction engineering. Background technique [0002] As an important part of modern architecture, electromechanical installation engineering has a great influence on the function of buildings. How to make full use of prefabricated construction technology to complete the construction tasks of electromechanical installation engineering has become an important issue in the development of electromechanical installation enterprises. Research topic, as a super high-rise building, the standard floor occupies 80% of the area, so the installation progress and quality of the standard floor directly affect the overall image of the building. The prefabricated installation method of the standard floor is used for construction. The transformation ...

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Problems solved by technology

[0002] As an important part of modern architecture, electromechanical installation engineering has a great influence on the function of buildings. How to make full use of prefabricated construction technology to complete the construction tasks of electromechanical installation engineering has become an important issue in the development of electromechanical installation enterprises. Research topic, as a super high-rise building, the standard floor occupies 80% of the area, so the installation progress and quality of the standard floor directly affect the overall image of the building. The prefabricated installation method of the standard floor is used for construction. The transformation of the mode avoids the impact of many uncontrollable factors on the progress and quality of the installation. In the existing technology, most of the installation process of the overall installation of the electromechanical pipeline on the standard floor of the super high-rise building uses multiple fixed linkage lifting platforms for the electromechanical pipeline. The aisle unit module is lifted as a whole, but due to the height difference between multiple lifting platforms during the lifting process, the aisle unit module is prone to deformation, and when it is lifted to the support and hanger for fixing, it needs to be fixed manually. The lifting platform is separated from the aisle unit module. On the one hand, the climbing operation is more troublesome, and on the other hand, the construction efficiency is also reduced.

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