Metal roof anti-falling system and construction method

Abstract

The invention discloses a metal roof anti-falling system and a construction method. The metal roof anti-falling system comprises a clamping piece mounting assembly, supporting assemblies, a tensioning cable (1), and a reclaimed water pipe clamp (2). The clamping piece mounting assembly is mounted on an vertical lockrand (5); each supporting assembly comprises supporting bottom rods (41) and supporting vertical rods (42); the two supporting bottom rods are crossed to form an X-shaped structure; the supporting vertical rods are connected with the center of the X-shaped structure; the supporting bottom rods are connected with the vertical lockrand through the clamping piece mounting assembly; a reclaimed water pipe (6) is clamped on the X-shaped structure through the reclaimed water pipe clamp; and the multiple supporting assemblies are connected in a tensioning mode through the tensioning cable and locked through a lock (11). According to the metal roof anti-falling system and the construction method, the overall structure stability of the supporting assemblies is ensured through a plurality of point type fixing structures, so that the loosening and sliding risks are reduced, the wind resistance is high, later repair is little, and the safety guarantee of later maintenance personnel is improved; and meanwhile, a reclaimed water system is directly fixed on the anti-falling system, so that fixed supporting points of the anti-falling system and the reclaimed water system are reduced, and the cost is reduced.

Description

technical field [0001] The invention relates to the field of metal roof construction, in particular to a metal roof anti-drop system and a construction method. Background technique [0002] At present, the green and safe construction standards and requirements of construction projects are getting higher and higher. As a waterproof system for high-rise buildings, metal roofing projects have high construction costs and frequent maintenance. The metal roof fall prevention system in the prior art is generally fixed at a single point. The system itself has the risk of loosening and slipping, and the node structure used for fixing is complex, which cannot adapt to different roof structures. With the diversification of building structures, special-shaped roofs become more and more More and more, the traditional metal roof fall arrest system can no longer meet the requirements of reliable fixation. At the same time, the traditional metal roof fall prevention system and the reclaime...

AI Technical Summary

Problems solved by technology

[0002] At present, the green and safe construction standards and requirements of construction projects are getting higher and higher. As a waterproof system for high-rise buildings, metal roofing projects have high construction costs and frequent maintenance.

The metal roof fall prevention system in the prior art is generally fixed at a single point. The system itself has the risk of loosening and slipping, and the node structure used for fixing is complex, which cannot adapt to different roof structures. With the diversification of building structures, special-shaped roofs become more and more More and more, the traditional metal roof fall prevention system can no longer meet the requirements of reliable fixation

At the same time, the traditional metal roof fall prevention system and the reclaimed water system are relatively independent, and the cost of adding fulcrums is high, which also increases the complexity of the roof structure

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