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A platform for research: civil engineering, architecture and urbanism
Intelligent formwork sliding and lifting system for thin-wall hollow high pier construction
The invention belongs to the technical field of high pier sliding formwork construction, and relates to an intelligent formwork sliding and lifting system for thin-wall hollow high pier construction. The intelligent formwork sliding and lifting system is provided with a high pier, and two supporting rods are symmetrically installed above the high pier; each supporting rod is provided with a jack stroke monitoring assembly. The jack stroke monitoring assembly comprises a jack, an infrared range finder and an F-shaped lifting frame matched with the jack. The jack is arranged on the supporting rod in a sleeving mode and fixedly connected with the F-shaped lifting frame located on one side of the supporting rod. A slip form operation platform is fixed to the F-shaped lifting frame, and dip angle monitors are installed on the periphery of the slip form operation platform. The inclination angle monitor monitors the offset direction, the offset angle and the offset data of the operation platform in real time, and uploads the data to the PLC automatic sliding mode monitor through the wireless transmitter; the PLC automatic sliding mode monitor is communicated with the jack through an oil way. The defect that a traditional frame body is difficult to rectify deviation is overcome, and the high pier slip form construction problem is practically solved.
本发明属于高墩滑模施工中技术领域,涉及的用于薄壁空心高墩施工的模板智能滑升系统具有高墩，高墩的上方对称安装有两根支撑杆；每根支撑杆上均安装有千斤顶行程监测组件；千斤顶行程监测组件包括有千斤顶、红外测距器、与千斤顶相匹配的F型提升架；千斤顶套置在所述支撑杆上，并与位于支撑杆一侧的F型提升架固联；所述F型提升架上固定有滑模操作平台，并在滑模操作平台四周安装倾角监测器；所述倾角监测器对操作平台的偏移方向、偏移角度、偏移量数据实时监测，通过无线发射器上传到PLC自动滑模监测器；PLC自动滑模监测器通过油路与所述的千斤顶连通。本发明克服传统架体纠偏困难的弊端，切实解决高墩滑模施工难题。
Intelligent formwork sliding and lifting system for thin-wall hollow high pier construction
The invention belongs to the technical field of high pier sliding formwork construction, and relates to an intelligent formwork sliding and lifting system for thin-wall hollow high pier construction. The intelligent formwork sliding and lifting system is provided with a high pier, and two supporting rods are symmetrically installed above the high pier; each supporting rod is provided with a jack stroke monitoring assembly. The jack stroke monitoring assembly comprises a jack, an infrared range finder and an F-shaped lifting frame matched with the jack. The jack is arranged on the supporting rod in a sleeving mode and fixedly connected with the F-shaped lifting frame located on one side of the supporting rod. A slip form operation platform is fixed to the F-shaped lifting frame, and dip angle monitors are installed on the periphery of the slip form operation platform. The inclination angle monitor monitors the offset direction, the offset angle and the offset data of the operation platform in real time, and uploads the data to the PLC automatic sliding mode monitor through the wireless transmitter; the PLC automatic sliding mode monitor is communicated with the jack through an oil way. The defect that a traditional frame body is difficult to rectify deviation is overcome, and the high pier slip form construction problem is practically solved.
本发明属于高墩滑模施工中技术领域,涉及的用于薄壁空心高墩施工的模板智能滑升系统具有高墩，高墩的上方对称安装有两根支撑杆；每根支撑杆上均安装有千斤顶行程监测组件；千斤顶行程监测组件包括有千斤顶、红外测距器、与千斤顶相匹配的F型提升架；千斤顶套置在所述支撑杆上，并与位于支撑杆一侧的F型提升架固联；所述F型提升架上固定有滑模操作平台，并在滑模操作平台四周安装倾角监测器；所述倾角监测器对操作平台的偏移方向、偏移角度、偏移量数据实时监测，通过无线发射器上传到PLC自动滑模监测器；PLC自动滑模监测器通过油路与所述的千斤顶连通。本发明克服传统架体纠偏困难的弊端，切实解决高墩滑模施工难题。
Intelligent formwork sliding and lifting system for thin-wall hollow high pier construction
用于薄壁空心高墩施工的模板智能滑升系统
WANG CHENG (author) / WANG GUI (author) / YAN XIANGJUN (author) / LIN YUNZHI (author) / ZHANG YAOYANG (author) / ZHU MING (author)
2024-01-09
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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