Operation platform for high-altitude cantilever steel pipe truss construction and implementation method: Fid-Bau Portal

Operation platform for high-altitude cantilever steel pipe truss construction and implementation method

XU LINGLONG / SHEN YONGLONG / HAN CHUN

The embodiment of the invention provides an operation platform for high-altitude cantilever steel pipe truss construction and an implementation method. The operation platform comprises main beams which are arranged in parallel and stretch across main pipes on the two sides in a high-altitude cantilever steel pipe truss; the main beams are fixedly connected through transverse reinforcing beams; rubber rolling wheels are arranged at bridging positions between the main beams and the main pipes; lifting stand columns extending downwards are fixed to the beam bodies of the main beams located between the main pipes on the two sides; the bottoms of the lifting stand columns are connected with a bottom plate; and transverse rods are arranged between every two adjacent lifting stand columns at intervals from top to bottom. According to the scheme, through the use of the high-altitude suspension type operation platform, the problem of inconvenient construction of working procedures such as mounting and welding of a high-altitude cantilever steel pipe truss structure can be effectively solved; and moreover, the operation platform is easy to manufacture and convenient to assemble and disassemble, construction efficiency is effectively improved, and construction cost is reduced.

本发明实施例提供了一种用于高空悬臂钢管桁架施工的操作平台及实施方法，操作平台包括并行设置且横跨在高空悬臂钢管桁架中两侧主管上的主梁，主梁之间通过横向加固梁固定连接，主梁与主管之间跨接部位设置有橡胶滚轮，位于两侧主管中间的主梁的梁体上固定有向下延伸的吊装立柱，吊装立柱的底部连接底板，相邻两个吊装立柱之间由上到下间隔设置有横杆。本发明实施例提供的方案，通过高空悬挂式操作平台的使用，可以有效解决高空悬臂钢管桁架结构的安装、焊接等工序施工不便的问题；并且，操作平台制作简单、安拆便捷，有效提高施工效率，降低施工成本。

Zugriff

Download

Seitennavigation

Dokumentinformationen

Ähnliche Titel

Exportieren, teilen und zitieren