Heavy pouring and light pouring building with shell fabrication system and construction method

Abstract

The invention provides a heavy pouring and light pouring building with a shell fabrication system and a construction method. The heavy pouring and light pouring building comprises a plurality of hollow steel segmented columns I, pull open type wall shell nets, a steel truss girder and a prestressed floor slab. The plurality of hollow steel segmented columns I are connected end to end. The hollow steel segmented columns I located at the floor elevation are connected with the steel truss girder. A heat insulation layer is arranged on the outer side face of the steel truss girder. The inner sideof the steel truss girder is connected with the prestressed floor slab. The pull open type wall shell nets are arranged between the outer side faces of the two adjacent hollow steel segmented columnsI. The pull open type wall shell nets and the hollow steel segmented columns have the same height. The heat insulation layer is in butting joint with the pull open type wall shell nets. The outer sideface of the heat insulation layer and the outer side faces of the pull open type wall shell nets are located in the same plane. The hollow steel segmented columns I, the steel truss girder, the pullopen type wall shell nets and the prestressed floor slab constitute a basic building module. The basic building modules are flexibly arranged in a 3D space to form different shapes of buildings. The heavy pouring and light pouring building is low in design, industrialized production and construction cost and has the huge marketing potential.

Description

technical field [0001] The invention belongs to the technical field of construction, and in particular relates to a heavy pouring light pouring building of a shell assembly system and a construction method. Background technique [0002] my country's construction technology has developed by leaps and bounds in the past two decades, and various new technologies and new processes have emerged one after another. Especially in the past ten years, after my country's strong support and promotion of prefabricated buildings, factory production of building components and on-site assembly of construction technologies have sprung up everywhere. This prefabricated construction technology can improve the standardization of construction, maximize the construction period, greatly reduce the dependence on technical types of work and reduce labor costs. However, many engineers and technicians are also soberly aware of the three existing disadvantages of prefabricated buildings; namely: high c...

AI Technical Summary

Problems solved by technology

However, many engineers and technicians are also soberly aware of the three existing disadvantages of prefabricated buildings; namely: high construction costs, worrying anti-seismic effects, and troublesome installation of plumbing and electrical pipelines and equipment

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