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A platform for research: civil engineering, architecture and urbanism
Steel beam lifting support frame and lifting method
The invention relates to a steel beam lifting supporting frame and a lifting method.The lifting supporting frame comprises two supporting frame bodies fixed to the tops of two adjacent installed steel columns in a one-to-one correspondence mode and two lifting assemblies installed on the supporting frame bodies in a one-to-one correspondence mode. The supporting frame body comprises a transversely-installed track beam, a transverse frame used for being fixed between an installed steel column and the track beam and a longitudinal frame used for being fixed between the installed steel column and the track beam, and the lifting assembly comprises an electric running wheel installed on the track beam in a sliding mode and a lifting driving piece installed on the electric running wheel and used for lifting the steel beam. The technical problems that in the prior art, steel beam sections are too heavy, and large hoisting equipment cannot conduct hoisting are solved. Due to the fact that the structure is fixed to the top of the installed steel beam, a constructor can conduct installation operation on the steel column, the safety risk of manual high-altitude operation is reduced, the structure is simple, installation and disassembly are convenient and fast, the construction efficiency is improved, and the cost of hoisting machinery is reduced.
本发明涉及一种钢梁提升支撑架及提升方法，提升支撑架包括用于一一对应固定在相邻两根已安装钢柱顶部的两个支撑架体、以及一一对应安装于该支撑架体上的两个提升组件，支撑架体包括横向安装的轨道梁、用于固定在已安装钢柱与轨道梁之间的横向架、以及用于固定在已安装钢柱与轨道梁之间的纵向架，提升组件包括滑动安装于轨道梁的电动跑轮、以及安装于电动跑轮上用于提升钢梁的提升驱动件。本发明通解决了现有技术中钢梁分段过重，大型起重设备无法起重吊装的技术问题。本结构由于固定在已安装钢梁的顶部，施工人员可在钢柱上进行安装作业，降低了人工高空作业的安全风险，且结构简单，安装和拆卸便捷，提高施工效率并减少吊装机械的成本。
Steel beam lifting support frame and lifting method
The invention relates to a steel beam lifting supporting frame and a lifting method.The lifting supporting frame comprises two supporting frame bodies fixed to the tops of two adjacent installed steel columns in a one-to-one correspondence mode and two lifting assemblies installed on the supporting frame bodies in a one-to-one correspondence mode. The supporting frame body comprises a transversely-installed track beam, a transverse frame used for being fixed between an installed steel column and the track beam and a longitudinal frame used for being fixed between the installed steel column and the track beam, and the lifting assembly comprises an electric running wheel installed on the track beam in a sliding mode and a lifting driving piece installed on the electric running wheel and used for lifting the steel beam. The technical problems that in the prior art, steel beam sections are too heavy, and large hoisting equipment cannot conduct hoisting are solved. Due to the fact that the structure is fixed to the top of the installed steel beam, a constructor can conduct installation operation on the steel column, the safety risk of manual high-altitude operation is reduced, the structure is simple, installation and disassembly are convenient and fast, the construction efficiency is improved, and the cost of hoisting machinery is reduced.
本发明涉及一种钢梁提升支撑架及提升方法，提升支撑架包括用于一一对应固定在相邻两根已安装钢柱顶部的两个支撑架体、以及一一对应安装于该支撑架体上的两个提升组件，支撑架体包括横向安装的轨道梁、用于固定在已安装钢柱与轨道梁之间的横向架、以及用于固定在已安装钢柱与轨道梁之间的纵向架，提升组件包括滑动安装于轨道梁的电动跑轮、以及安装于电动跑轮上用于提升钢梁的提升驱动件。本发明通解决了现有技术中钢梁分段过重，大型起重设备无法起重吊装的技术问题。本结构由于固定在已安装钢梁的顶部，施工人员可在钢柱上进行安装作业，降低了人工高空作业的安全风险，且结构简单，安装和拆卸便捷，提高施工效率并减少吊装机械的成本。
Steel beam lifting support frame and lifting method
钢梁提升支撑架及提升方法
GONG GUO (author) / XIAO ZHAOZHENG (author) / MAO FUJUN (author) / SHI WENJING (author) / YU JIE (author) / LI XIAO (author) / ZENG YONGJIE (author) / WANG DEJIN (author)
2024-03-19
Patent
Electronic Resource
Chinese
Constructing method of prefabricated lifting column and lifting beam combined frame structure
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