A long-span corridor with a comprehensive curtain wall at the bottom and its construction method

Abstract

The invention discloses a large-span corridor with a comprehensive curtain wall at the bottom and a construction method thereof, including a corridor structure, an electromechanical installation structure and a curtain wall structure, the electromechanical installation structure and the curtain wall structure are arranged on the bottom surface of the corridor structure, and the The curtain wall structure is located below the electromechanical installation structure. In the present invention, the pipeline hanger is set at the bottom of the corridor structure as the hanger of the curtain wall grid and the pipe gallery of the electromechanical pipeline, which ensures the laying of the electromechanical pipeline, effectively utilizes the space at the bottom of the corridor, and uses the pipeline hanger as the hanger of the electromechanical and curtain wall. Professional installation and construction platforms such as lighting, lighting, etc. avoid the occupation of the space under the corridor, solve the problem of simultaneous operation of multiple working surfaces in the vertical space of the cross-street corridor, and avoid the high cost of erecting scaffolding from the bottom and the excessive time occupied by the road on the ground It has the advantages of high construction efficiency, high safety and low construction cost.

Description

technical field [0001] The invention relates to the technical field of building construction, in particular to a large-span corridor with a comprehensive curtain wall at the bottom and a construction method. Background technique [0002] At present, large-scale complexes in the central urban area of ​​the city are very common, and cross-street corridors are increasing day by day. The demand for ground road traffic and the space demand for structural decoration and construction of above-ground corridors are in serious conflict. The traditional construction method is generally to set up a full house scaffolding from the ground as a construction platform for curtain wall and electromechanical construction, but the full house scaffolding needs to be erected from the bottom to the lower part of the suspended corridor, and it needs to be erected densely. Full house scaffolding is a relatively common construction method. It requires a large number of formwork supports during constr...

AI Technical Summary

Problems solved by technology

The traditional construction method is generally to erect a full-scale scaffolding from the ground as a construction platform for curtain wall and mechanical and electrical construction, but the full-scale scaffolding needs to be erected from the bottom to the lower part of the suspended corridor, and it needs to be erected densely

Full house scaffolding is a relatively common construction method. It requires a large number of formwork supports during construction. It has the disadvantages of large formwork consumption and long construction period, and it takes a long time to occupy the road. On the whole, it has high cost, low efficiency, and impact on the external environment. Larger disadvantages, more limited applications

[0003] At the same time, the two parts of the building with corridors should be connected by electromechanical pipelines. The general method is to install the pipelines on the top of the corridors. However, the top space of some steel structure corridors is small, and the pipelines cannot be installed for the sake of beauty. Therefore, it is necessary to install The pipeline is set in other ways, which increases the difficulty of construction

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