A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Steel pipe pile cofferdam supporting foundation pit deformation monitoring device and using method
The invention provides a steel pipe pile cofferdam supporting foundation pit deformation monitoring device and a using method, and belongs to the technical field of foundation pit monitoring. Comprising a fender post, the outer end of the fender post is sleeved with a pile inserting plate, a steel enclosing purlin is welded to the inner side of the pile inserting plate, corner rods are welded to the four corners of the inner side of the steel enclosing purlin, a transverse rod is welded to the middle of the inner side of the steel enclosing purlin, and a four-corner monitor is arranged on the inner side of the upper end of the fender post. And an inner ring monitor is annularly distributed in the middle of the upper end of the steel enclosing purlin. By means of the four-corner monitor and the inner ring monitor, all-weather real-time monitoring can be conducted during welding work of the inner supporting structure and subsequent foundation pit interior construction, compared with traditional manual monitoring, the monitoring device has the advantages of being high in monitoring efficiency and high in monitoring frequency, emergency states can be found in time, and the safety of the emergency states is improved. And therefore, the occurrence of safety accidents is reduced, and the construction safety is improved.
本发明提供钢管桩围堰支护基坑变形监控装置及使用方法，属于基坑监测技术领域。包括围护桩，所述围护桩的外端套接安装有插桩板，所述插桩板的内侧焊接安装有钢围檩，所述钢围檩内侧的四角焊接安装有角杆，所述钢围檩内侧的中部焊接安装有横杆，所述围护桩上端的内侧设有四角监测器，所述钢围檩上端的中部环形分布有内环监测器。本发明通过设置的四角监测器和内环监测器，可以在内支撑结构焊接工作以及后续基坑内部施工时，都可以进行全天候实时的监测活动，相较于传统人工进行监测，具有监测效率高、频率高的优点，在应对突发状态时，可以及时的发现，进行处理，降低安全事故发生的情况，提高施工的安全性。
Steel pipe pile cofferdam supporting foundation pit deformation monitoring device and using method
The invention provides a steel pipe pile cofferdam supporting foundation pit deformation monitoring device and a using method, and belongs to the technical field of foundation pit monitoring. Comprising a fender post, the outer end of the fender post is sleeved with a pile inserting plate, a steel enclosing purlin is welded to the inner side of the pile inserting plate, corner rods are welded to the four corners of the inner side of the steel enclosing purlin, a transverse rod is welded to the middle of the inner side of the steel enclosing purlin, and a four-corner monitor is arranged on the inner side of the upper end of the fender post. And an inner ring monitor is annularly distributed in the middle of the upper end of the steel enclosing purlin. By means of the four-corner monitor and the inner ring monitor, all-weather real-time monitoring can be conducted during welding work of the inner supporting structure and subsequent foundation pit interior construction, compared with traditional manual monitoring, the monitoring device has the advantages of being high in monitoring efficiency and high in monitoring frequency, emergency states can be found in time, and the safety of the emergency states is improved. And therefore, the occurrence of safety accidents is reduced, and the construction safety is improved.
本发明提供钢管桩围堰支护基坑变形监控装置及使用方法，属于基坑监测技术领域。包括围护桩，所述围护桩的外端套接安装有插桩板，所述插桩板的内侧焊接安装有钢围檩，所述钢围檩内侧的四角焊接安装有角杆，所述钢围檩内侧的中部焊接安装有横杆，所述围护桩上端的内侧设有四角监测器，所述钢围檩上端的中部环形分布有内环监测器。本发明通过设置的四角监测器和内环监测器，可以在内支撑结构焊接工作以及后续基坑内部施工时，都可以进行全天候实时的监测活动，相较于传统人工进行监测，具有监测效率高、频率高的优点，在应对突发状态时，可以及时的发现，进行处理，降低安全事故发生的情况，提高施工的安全性。
Steel pipe pile cofferdam supporting foundation pit deformation monitoring device and using method
钢管桩围堰支护基坑变形监控装置及使用方法
SHI YONGLONG (author) / XU YONGMING (author) / TIAN WEI (author) / ZHANG HUI (author) / PENG ZHICHUAN (author) / XIE DENGKE (author) / XU YIFENG (author)
2024-09-24
Patent
Electronic Resource
Chinese
Steel pipe pile foundation pit supporting water stop cofferdam structure
| European Patent Office | 2024
CONSTRUCTION METHOD OF COFFERDAM CUM STEEL PIPE SHEET PILE FOUNDATION
| European Patent Office | 2015