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A platform for research: civil engineering, architecture and urbanism
Automatic assembling and disassembling system for straining beam formwork of column and straining beam integrated construction
The invention relates to the field of column and straining beam integrated construction, and discloses a straining beam formwork automatic mounting and dismounting system for column and straining beam integrated construction, which comprises at least two pier formwork mechanisms, straining beam formwork mechanisms, straining beam supporting mechanisms and a mounting platform, and is characterized in that the straining beam formwork mechanisms are detachably connected with the two adjacent pier formwork mechanisms; the mounting platform is connected with the pier formwork mechanisms, each pier formwork mechanism comprises a supporting frame and a pull rod, the supporting frames are connected with a poured section of a pier, adjusting units are arranged on the supporting frames, and the upper ends of the pull rods are connected with the adjusting units; the straining beam supporting mechanism comprises a plurality of outriggers and a distribution support, the outriggers are arranged on the two sides of a pier respectively, the two ends of each outrigger are connected with the lower ends of the pull rods of the two adjacent pier formwork mechanisms respectively, and the adjusting units can drive the outriggers to move. A lifting unit is arranged on the mounting platform and comprises a steel cable. Automation of assembly and disassembly of the straining beam formwork is enhanced, and the construction efficiency and the production safety are improved.
本发明涉及柱系梁一体化施工领域，公开了柱系梁一体化施工的系梁模板自动安拆系统，包括桥墩模板机构、系梁模板机构、系梁支撑机构和安装平台，桥墩模板机构至少有两个，系梁模板机构和相邻的两个桥墩模板机构可拆卸连接，安装平台和桥墩模板机构连接，每个桥墩模板机构均包括支撑架和拉杆，支撑架和桥墩已浇段连接，支撑架上设有调节单元，拉杆上端和调节单元连接；系梁支撑机构包括若干挑梁和分配支架，若干挑梁分别设置在桥墩两侧，挑梁两端分别和相邻两个桥墩模板机构的拉杆下端连接，调节单元能带动挑梁移动；安装平台上设有提升单元，提升单元包括钢索。以加强系梁模板安拆的自动化，实现施工效率和生产安全性的提高。
Automatic assembling and disassembling system for straining beam formwork of column and straining beam integrated construction
The invention relates to the field of column and straining beam integrated construction, and discloses a straining beam formwork automatic mounting and dismounting system for column and straining beam integrated construction, which comprises at least two pier formwork mechanisms, straining beam formwork mechanisms, straining beam supporting mechanisms and a mounting platform, and is characterized in that the straining beam formwork mechanisms are detachably connected with the two adjacent pier formwork mechanisms; the mounting platform is connected with the pier formwork mechanisms, each pier formwork mechanism comprises a supporting frame and a pull rod, the supporting frames are connected with a poured section of a pier, adjusting units are arranged on the supporting frames, and the upper ends of the pull rods are connected with the adjusting units; the straining beam supporting mechanism comprises a plurality of outriggers and a distribution support, the outriggers are arranged on the two sides of a pier respectively, the two ends of each outrigger are connected with the lower ends of the pull rods of the two adjacent pier formwork mechanisms respectively, and the adjusting units can drive the outriggers to move. A lifting unit is arranged on the mounting platform and comprises a steel cable. Automation of assembly and disassembly of the straining beam formwork is enhanced, and the construction efficiency and the production safety are improved.
本发明涉及柱系梁一体化施工领域，公开了柱系梁一体化施工的系梁模板自动安拆系统，包括桥墩模板机构、系梁模板机构、系梁支撑机构和安装平台，桥墩模板机构至少有两个，系梁模板机构和相邻的两个桥墩模板机构可拆卸连接，安装平台和桥墩模板机构连接，每个桥墩模板机构均包括支撑架和拉杆，支撑架和桥墩已浇段连接，支撑架上设有调节单元，拉杆上端和调节单元连接；系梁支撑机构包括若干挑梁和分配支架，若干挑梁分别设置在桥墩两侧，挑梁两端分别和相邻两个桥墩模板机构的拉杆下端连接，调节单元能带动挑梁移动；安装平台上设有提升单元，提升单元包括钢索。以加强系梁模板安拆的自动化，实现施工效率和生产安全性的提高。
Automatic assembling and disassembling system for straining beam formwork of column and straining beam integrated construction
柱系梁一体化施工的系梁模板自动安拆系统
CHAI SHAOQIANG (author) / YAN DONGJIE (author) / WANG YOUYI (author) / JIN CHUAN (author) / TANG WEI (author) / WANG BAOQING (author) / ZHAN GUANGWEI (author) / WANG XUZHONG (author)
2023-10-24
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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