Lateral support device and application method of an integral steel platform

Abstract

The invention provides a lateral support device and a use method of an integral steel platform, which belong to the technical field of building construction and are used to prevent the lateral deformation of the integral steel platform caused by strong wind loads in extreme environments. It includes a first lateral support and a second lateral support vertically spaced on the support column of the cylinder holder, a lateral support driving mechanism, a lateral pressure monitoring module, a vertical driving mechanism, a vertical positioning mechanism and a transmission rack , the installation height of the second lateral support located above can be adjusted; a pair of lateral support drive mechanisms are provided on the first lateral support and the second lateral support, and a lateral pressure monitoring module is provided at the end of the lateral support device , the vertical positioning mechanism is symmetrically distributed on both sides of the support column of the barrel frame; the vertical driving mechanism is located above the vertical positioning mechanism; the lower end of the transmission rack is fixed on the first lateral support, and the rack part of the transmission rack It forms a rack and pinion engagement with the rotating gear.

Description

technical field [0001] The invention relates to the technical field of building construction, in particular to a lateral support device and a use method of an integral steel platform. Background technique [0002] The integral steel platform brings a lot of convenience to the construction of super high-rise buildings. Personnel, mechanical equipment, materials and even tower cranes are all integrated on the platform structure of the integral steel platform. Therefore, the safety and stability of the integral steel platform are very important. According to statistics, the most dangerous working condition for super high-rise building construction is the strong wind environment. When the wind environment is extremely bad, super high-rise construction will also be stopped. Due to the high height of the integral steel platform, the wind around it far exceeds the ground wind speed. Although the steel structure formwork of the integral steel platform is heavy, its size is large. In...

AI Technical Summary

Problems solved by technology

Due to the high height of the integral steel platform, the wind around it far exceeds the ground wind speed. Although the steel structure formwork of the integral steel platform is heavy, its size is large. In extreme weather, the integral steel platform is affected by the surrounding Under the influence of wind load, the steel structure of the overall steel platform frame may be deformed and bent

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