Quick installation scaffold for ultra-high buildings and implementation method

Abstract

The invention discloses a quick installation scaffold for ultra-high buildings and an implementation method. The scaffold comprises a signal acquisition and transmission device, a control device which is connected with the signal acquisition and transmission device in a communication mode, a wall-attaching supporting device which is installed on the wall body of a high-rise building, a guide rail which is connected with the wall-attaching supporting device, a lifting scaffold body which is connected with the guide rail and a lifting device which is connected with the signal acquisition and transmission device in a communication mode; the lifting scaffold body is installed on the guide rail and is adaptive to the lifting device; the lifting scaffold body and the guide rail vertically move on the wall surface of the high-rise building along with the lifting device; the communication connection comprises Bluetooth connection, data wired connection and wireless signal network connection; the lifting scaffold body comprises a main framework structure and a frame body horizontal truss which is connected with the main framework structure. By means of the quick installation scaffold for ultra-high buildings and the implementation method of the invention, scaffolds for ultra-high buildings can be safely and rapidly installed and uninstalled; engineering cost is reduced through reducing labor intensity and increasing working efficiency.

Description

technical field [0001] The invention relates to the field of building safety construction, in particular to a scaffold for quick installation of super high-rise buildings. Background technique [0002] With the development of economy and technology, more and more high-rise and super high-rise buildings appear in urban construction, and whether external scaffolding must be used in the construction process can be used safely has become a problem that cannot be ignored. [0003] External scaffolding is used as an external temporary structure in super high-rise construction, and it needs to meet the structural requirements for safety, enclosure, construction operations, etc. The normal operation of construction techniques and processes such as building structure construction and material handling are closely related to external scaffolding. Whether the erection of external scaffolding is safe, whether the construction operation is convenient, and whether the safety enclosure is...

AI Technical Summary

Problems solved by technology

Whether the external scaffolding is safe, whether the construction operation is convenient, and whether the safety enclosure is reliable restricts every stage of construction and will also affect the final project duration, progress and cost

In super high-rise buildings, due to height restrictions, traditional external scaffolding has the problems of difficulty in erection and high risk factor

In addition, the traditional external scaffolding materials are not economical in terms of economy, because the materials used are large, the cost is high, the material turnover is slow, the material is lost and wasted more, and high labor costs are required.

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