A suspended building structure and construction technology for ground emergency engineering

Abstract

The invention discloses a suspended building structure and construction technology for ground emergency engineering. The suspended building structure is composed of an inner air bag, an outer bag body and a stable structure, wherein: the inner air bag has a sealed gas-blocking layer structure, and the gas-blocking layer The interior of the structure is filled with light gas to form an airbag; the outer capsule has a sealed force-bearing layer structure, and the force-bearing layer structure covers the outside of the airbag to form a capsule; the internal airbag and the external capsule form a column single capsule and a beam single capsule, and the column The bottom of the single capsule is fixed on the ground, and the two ends of the beam single capsule are connected with the tops of the column single capsules on both sides to form a single suspension structure, and multiple single suspension structures are connected to form an overall suspension structure; the stable structure adopts ropes, The ropes connect and fix the whole suspended structure to the ground. The invention belongs to the suspension structure for emergency engineering on the ground, which is used for temporary buildings for emergency management and soil restoration buildings, and has the advantages of large span, fast construction, strong adaptability, light weight and easy disassembly.

Description

technical field [0001] The present invention generally relates to the field of large-span space structures, and specifically relates to a suspended building structure and construction technology for ground emergency engineering, especially for ground emergency projects such as outdoor emergency management rooms and soil restoration and sealing. Background technique [0002] With the rapid development of my country's economy, infrastructure and construction engineering technology are also developing rapidly. However, post-disaster temporary buildings built in response to disasters caused by natural disasters such as floods, earthquakes, and typhoons must have the characteristics of portability, quick installation, low cost, large span, and high clearance. Traditional building structures cannot meet this demand. [0003] At present, large-span space structures and inflatable membrane structures are widely used in large-scale venues and important buildings in my country. Howeve...

AI Technical Summary

Problems solved by technology

However, post-disaster temporary buildings built in response to disasters caused by natural disasters, floods, earthquakes, and typhoons must have the characteristics of portability, quick installation, low cost, large span, and high clearance. Traditional building structures cannot meet this demand.

[0003] At present, large-span space structures and inflatable membrane structures are widely used in large-scale venues and important buildings in my country. However, the construction period of long-span space structures is long and the structure is complex; the inflatable membrane structures are poor in detachability and mobility. Adapt to the needs of large-span emergency space structure

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