A curtain wall system capable of replacing glass indoors

Abstract

The invention discloses a curtain wall system capable of replacing glass indoors. By setting crimping profiles on the interior side of curtain wall columns and beams, the exterior decorative profiles and column profiles are combined into one body through heat-insulating strip profiles. The outdoor profile can be The glass provides support under negative wind pressure, and the buckle profile on the indoor side can fix the glass and provide support under positive wind pressure; therefore, it can meet the function of glass installed indoors to improve construction efficiency and safety The role of stability; through the installation and positioning strengthening mechanism and locking auxiliary mechanism, the firmness, accuracy and stability of the curtain wall installation work can be improved, and the firmness of its fixation will not be reduced due to the replacement of the curtain wall, ensuring its safety in use .

Description

A curtain wall system that can replace glass indoors technical field [0001] The present invention relates to the technical field of building exterior decoration curtain walls, in particular to a curtain wall system that can replace glass indoors. Background technique [0002] Along with the increasing height of domestic buildings in recent years, the architectural shapes are also becoming more and more diverse; at the same time, in order to pursue With more lighting and a wider field of view, the size of the glass plate in the lighting area is getting larger and larger; this also brings many problems. For example, the installation and maintenance of large glass; the traditional glass curtain wall system, the glass is usually designed to be installed on the outdoor side, and the For glass installation and maintenance during operation, it is necessary to use mechanical equipment to assist in the operation on the outside of the high-altitude outdoor; for super high-rise bui...

AI Technical Summary

Problems solved by technology

[0002] As the height of domestic buildings has become higher and higher in recent years, the architectural shapes have become more and more diverse; at the same time, in order to pursue more lighting and a wider field of vision, the size of the glass plate in the lighting area is also increasing; It has brought many problems, such as the installation and maintenance of large glass; in traditional glass curtain wall systems, the glass is usually designed to be installed outside the outdoor, and the glass installation during the construction period and maintenance during the operation period must be carried out outside the high-altitude outdoor with the aid of mechanical equipment Operation; for super high-rise buildings or special-shaped buildings (buildings with more retreating layers or concave-convex facade design), it is difficult to use traditional construction techniques to install and maintain glass with the help of mechanical auxiliary equipment, and in super high-rise high-altitude There is a big safety risk in outdoor operation, and additional safety auxiliary measures need to be set up, and the installation of the re-installed curtain wall under the existing technology is poor, the stability is not enough, and it is easy to cause safety hazards

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