Steel structure flexible shed frame

Abstract

The invention discloses a steel structure flexible shed frame. The steel structure flexible shed frame comprises stand columns, track longitudinal beams and flexible ceilings. The two rows of stand columns are fixed to a foundation in a symmetry arrangement mode to enable the stability of the whole shed frame to be ensured. The track longitudinal beams are divided into an upper layer and a lower layer which are connected to the upper portions and the top portions of the stand columns, an upper flexible ceiling is connected with the track longitudinal beams on the two sides of the top portions, a lower flexible ceiling is connected with the track longitudinal beams on the two sides of the upper portions, the spans of the two layers of the flexible ceilings both can be adjusted, and the two layers of the flexible ceilings both can move along the corresponding track longitudinal beams. When construction materials in different positions are hoisted, only the flexible ceilings need to be moved to other positions of the track longitudinal beams, the whole shed frame does not need to be moved, and while working efficiency is greatly improved, man power and material resources are saved; the shed frame has universality owing to the fact that the spans of the flexible ceilings are adjustable and can be reused in different construction sites, and waste caused by the fact that the shed frames are not universal among different construction projects is avoided.

Description

technical field [0001] The invention relates to a steel structure scaffolding, in particular to a steel structure movable scaffolding. Background technique [0002] At the construction site of engineering projects, scaffolding is widely used in large quantities to provide building materials with a space that can block sunlight and rain. Most building materials need to be hoisted by door cranes. The door cranes on a construction site need to cover a large area, while the scaffolding only needs to be installed in a local area. Therefore, the scaffolding is often installed in the covered space of the door cranes. When the building materials in the scaffold need to be hoisted, the scaffold must be removed. In order to realize this function, the scaffolds currently used on the construction site are mostly simple movable scaffolds customized according to the site, with low headroom, poor stability, and no wind resistance. Ability, scope of use is limited. [0003] Since most con...

AI Technical Summary

Problems solved by technology

When the building materials in the scaffold need to be hoisted, the scaffold must be removed. In order to realize this function, the scaffolds currently used on the construction site are mostly simple movable scaffolds customized according to the site, with low headroom, poor stability, and no wind resistance. Ability, limited range of use

[0003] Since most construction projects are temporary sites with a short period of time, when a project is completed, due to the limitation of the layout of the site, the span of the scaffolding of the new project may need to be adjusted according to the site conditions, and the original scaffolding cannot be reused. New construction site, causing a lot of waste

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