Stacked suspended ceiling installation system and installation method thereof

Abstract

The invention provides a stacked suspended ceiling installation system which is installed on a suspended ceiling main steel frame and comprises a first number of suspended panels, a plurality of connecting members corresponding to each suspended panel, fixing members corresponding to the connecting members one to one, and a conversion layer steel frame. The fixing members are installed on the conversion layer steel frame, each connecting member is installed on the corresponding fixing member, the suspended panels are sequentially installed on the corresponding connecting members from top to bottom to form a stacked integral suspended ceiling, and the stacked integral suspended ceiling is integrally installed on the suspended ceiling main steel frame. An integrated installation method of the stacked suspended ceiling is completed by adopting assembly on the ground, compared with a high altitude integral assembly hoisting operating method, welding operation can be greatly reduced, construction cost is reduced, and construction time is saved.

Description

technical field [0001] The invention relates to a suspended ceiling and an installation method thereof, in particular to a large-area hyperboloid laminated copper plate suspension ceiling and an integral installation method thereof. Background technique [0002] In some ceiling installation projects, for super-large-area hyperboloid laminated white copper plate ceilings with a total size of copper plate decoration ceiling exceeding 30,000mm*30,000mm, the number of stacked layers often exceeds three layers. During installation, not only the ceiling area is large, the number of plates is large, Two-way tight joints are required, the installation height of the ceiling is high, and it is also faced with the complex shape of the super-large hyperboloid multi-layer design. On the installation site, cross-work is generally required to ensure the construction period, and the condition does not allow the erection of a full house of scaffolding; the laminated copper plate is large in ...

AI Technical Summary

Problems solved by technology

On the installation site, cross-work is generally required to ensure the construction period, and the condition does not allow the erection of a full house of scaffolding; the laminated copper plate is large in size and heavy, and it is not easy to install itself; and after installation, it must be exactly the same, and the laminated copper plate at the corners around it has been fixed to size Processing, so the installation is difficult, and the installation requires high precision. The splicing of the hyperbolic stacked copper plate ceiling must be precise and difficult to control

[0003] In addition, for the super-stacked copper plate ceiling, when the installation area is too large, it is easy to cause more seams and unsightly panels, and the overall flatness will be poor due to the large area

When full house scaffolding is used for construction, the lifting point and the steel structure keel, and the steel structure keel and the keel often need to be connected by electric welding, which not only affects the ground work, but also has high construction costs and a long construction period, and is likely to cause fire safety hazards

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