Integral lifting construction method for aluminum panel curtain wall of super-large double-curvature integrated unit

Abstract

The invention discloses an integral lifting construction method for an aluminum panel curtain wall of a super-large double-curvature integrated unit. The integral lifting construction method for the aluminum panel curtain wall of the super-large double-curvature integrated unit is suitable for the integral lifting construction of the aluminum panel curtain wall of the super-large integrated unit and particularly suitable for the integral lifting construction of the aluminum panel curtain wall of the super-large integrated unit with double curved surfaces. The method mainly comprises the following construction characteristics of a construction technology for an integral assembly scaffold platform of the super-large integrated unit, an integral BIM analog analysis technology of the super-large integrated unit and an integral lifting technology of the super-large integrated unit. The construction method in the scheme is suitable for the construction of the super-high and super-span aluminum panel curtain wall. By adopting the integral lifting type suspending technology, the method not only can effectively ensure construction safety and construction period, but also can save construction cost.

Description

technical field [0001] The invention belongs to the technical field of building high-altitude hoisting construction, and in particular relates to a construction method for overall hoisting of super large hyperbolic integrated unit aluminum plate curtain walls. Background technique [0002] With the rapid development of modern architecture in our country, the design of corridors of super high-rise towers is more and more favored by the architectural circles and people. The development of aluminum curtain wall technology has reached a new level in terms of aesthetics, color, color difference, durability, flatness and shape, providing architects with a broad imagination space for design and creation. Therefore, aluminum curtain walls are often designed in modern buildings. design element. With the continuous improvement of construction technology, the construction technology of aluminum curtain wall is also developing continuously. However, in the prior art, for the ultra-hig...

AI Technical Summary

Problems solved by technology

The high-altitude splicing operation method is difficult to highlight: First, the super-high and super-span high-altitude operations cannot set up scaffolding, so it is almost impossible to complete the assembly of aluminum curtain walls at high altitudes; if using hanging basket operations such as bridges or using tower cranes If the big snake operates the platform, the difficulty of construction and the cost of required measures will far exceed the normal construction level, and the construction period will be extended, the operation of personnel will be very difficult, and the quality will be difficult to guarantee; the third is construction safety, such as personnel safety and machinery safety. Safety cannot be guaranteed, which can easily lead to safety accidents

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