Construction method and structure of embedded unit glass curtain wall in super high-rise

Abstract

The invention provides a construction method and structure of super high-rise embedded unit glass curtain walls. The method comprises the following steps: construction preparation; measuring and setting-out; mounting of slot embedded parts; hoisting of unit glass plates; horizontal transportation of the unit glass plates: the unit glass plates are horizontally transported to vertical turning position points by a forklift and a horizontal transporting steel frame; vertical transportation of the unit glass plates: the unit glass plates are placed vertically from horizontal placement by a vertical turning device, and the forklift drives a vertical transporting steel frame to transport the unit glass plates to proper positions; mounting of the unit glass plates: aluminum supports are mounted on side surfaces of beams of the unit glass plates and connected with steel supports, and the steel supports are mounted in semi-circularen embedded parts. By mechanical transportation and mounting andclamping groove type connection and bolt connection, field mounting efficiency is improved, labor intensity of workers is reduced, construction safety is effectively improved, the construction progress is greatly accelerated, the construction cost is reduced, and engineering construction quality is improved.

Description

technical field [0001] The invention relates to the field of architectural decoration, in particular to a construction method and structure of a super-high-rise embedded unit glass curtain wall. Background technique [0002] In order to increase the charm of architectural decoration, glass curtain walls are more and more used in high-rise buildings. The curtain walls of super high-rise buildings are mostly in the form of unit glass curtain walls, but if analyzed from the perspective of building energy saving, the effect of using embedded unit glass curtain walls in super high-rise buildings will be better if they are arranged neatly and regularly by layers. In order to increase the comfort of the indoor working environment and keep the interior transparent and bright, the unit glass panels of the curtain wall are large in size and are generally installed in the window opening of the main structure. If the unit curtain wall of a high-rise building is hoisted from the outside ...

AI Technical Summary

Problems solved by technology

In order to increase the comfort of the indoor working environment and keep the interior transparent and bright, the unit glass panels of the curtain wall are large in size and are generally installed in the window opening of the main structure. If the unit curtain wall of a high-rise building is hoisted from the outside by the traditional installation method, it will There is a certain difficulty in installation, the large glass unit plate is not easy to put into the window opening, and the adjustment and positioning of the glass plate is difficult, there is a greater safety risk; if it is installed indoors, due to the large size and weight of the large unit glass plate, the number is large , it is unrealistic to improve the installation efficiency in super high-rise buildings if we do not adopt advanced construction technology and completely rely on traditional construction methods

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