Membrane valley connecting structure in cable membrane structure system

Abstract

A membrane valley connecting structure in a cable membrane structure system comprises a PTFE membrane material, a membrane pulling aluminum clamp, a waterproof membrane, an aluminum cover plate, a self-tapping screw, a valley cable head, a valley cable adjusting screw, a membrane sleeve, a valley cable, a valley cable body, an upper radial cable, a U-shaped clamp and a hard nylon rope, wherein thefront end of the valley cable body is equipped with the valley cable head, the rear end of the valley cable body is equipped with the valley cable, the valley cable adjusting screw is arranged in themiddle of the valley cable body, the valley cable of the valley cable body is sleeved with the membrane sleeve, the membrane pulling aluminum clamp is mounted on the front portion of the head of thevalley cable body through the self-tapping screw, is connected to the valley cable body through the upper radial cable, and the valley cable body is connected to a high-strength bolt through the cableclamp; and the PTFE membrane material is connected with the membrane pulling aluminum clamp through the hard nylon rope, and the aluminum cover plate is arranged on the upper portion of the membranepulling aluminum clamp. According to the cable membrane structure system, a series of measures such as membrane supporting arch bars, steel structure membrane pulling fixed ends and membrane pulling cables are adopted for a membrane valley connecting structure, and the novel PTFE membrane material is attractive in appearance and stable in stress.

Description

technical field [0001] The invention relates to the technical field of architectural design, in particular to a connection structure at membrane valleys in a cable-membrane structure system. Background technique [0002] In recent years, with the rapid development of my country's economy and the continuous improvement of people's living standards, the demand for national health has continued to increase, and the demand for sports facilities and stadiums has also continued to increase. The construction projects of large stadiums are increasing day by day, and the number of convention and exhibition centers similar to large stadiums is not increasing. Nowadays, for large-span buildings such as stadiums and exhibition centers, designers are increasingly inclined to adopt the combination system of cable structure and membrane structure canopy to achieve beautiful appearance, high space utilization rate, good lighting, and stable prestressed structure. Powerful and other archite...

AI Technical Summary

Problems solved by technology

At present, the traditional cable structure and membrane structure canopies have problems such as inconvenient construction, poor overall stability of the cable and membrane, and weak wind resistance.

Moreover, there are also disadvantages such as unattractive appearance and unstable force.

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