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A platform for research: civil engineering, architecture and urbanism
Real-time monitoring system for deep horizontal displacement of sunken shaft
The invention provides a sinking type vertical shaft deep layer horizontal displacement real-time monitoring system. One or more sets of sinking type vertical shaft horizontal displacement monitoring devices correspondingly arranged in the sinking direction of a sinking type vertical shaft are used for measuring horizontal displacement monitoring data of all ring pipe pieces. Wherein the monitoring part is used for measuring horizontal displacement monitoring data of each ring pipe piece through wire grooves formed in the ring pipe pieces which are mounted on the sunken vertical shaft and are sequentially arranged in the sinking direction. And the data gateway supplies power to the monitoring part and transmits horizontal displacement monitoring data measured by the monitoring part to a monitoring platform. The deep horizontal displacement informatization construction requirement and the automatic monitoring cost of the sunken shaft are comprehensively considered, the deep horizontal displacement measurement efficiency is high, an inclinometer pipe does not need to be erected, and a sensor can be installed in a pipe piece while the pipe is immersed; the monitoring equipment can be recycled and reused; real-time horizontal displacement monitoring of the open caisson in the static state can be achieved, the deepest monitoring depth is larger than 100 m, and continuous real-time inclination monitoring of all pipe pieces and real-time horizontal displacement monitoring in the pipe sinking process are synchronously achieved.
本发明提供一种下沉式竖井深层水平位移实时监测系统，通过一或多套供对应在下沉式竖井的下沉方向设置的下沉式竖井水平位移监测装置来实现测量各环管片的水平位移监测数据；其中，监测部通过安装在所述下沉式竖井上，沿下沉方向依次设置的各环管片上开设的线槽上来测量各环管片的水平位移监测数据。所述数据网关对所述监测部供电以及传输所述监测部所测量的水平位移监测数据至监测平台。本发明综合考虑了下沉式竖井的深层水平位移信息化施工要求与自动化监测成本，不仅深层水平位移测量效率高，并且还具有无需架设测斜管，可一边沉管，一边在管片中安装传感器；且监测设备可回收，重复使用；可实现沉井静止状态实时水平位移监测，监测最深大于100米，同步实现各管片连续实时倾斜监测以及在沉管过程实时水平位移监测等优势。
Real-time monitoring system for deep horizontal displacement of sunken shaft
The invention provides a sinking type vertical shaft deep layer horizontal displacement real-time monitoring system. One or more sets of sinking type vertical shaft horizontal displacement monitoring devices correspondingly arranged in the sinking direction of a sinking type vertical shaft are used for measuring horizontal displacement monitoring data of all ring pipe pieces. Wherein the monitoring part is used for measuring horizontal displacement monitoring data of each ring pipe piece through wire grooves formed in the ring pipe pieces which are mounted on the sunken vertical shaft and are sequentially arranged in the sinking direction. And the data gateway supplies power to the monitoring part and transmits horizontal displacement monitoring data measured by the monitoring part to a monitoring platform. The deep horizontal displacement informatization construction requirement and the automatic monitoring cost of the sunken shaft are comprehensively considered, the deep horizontal displacement measurement efficiency is high, an inclinometer pipe does not need to be erected, and a sensor can be installed in a pipe piece while the pipe is immersed; the monitoring equipment can be recycled and reused; real-time horizontal displacement monitoring of the open caisson in the static state can be achieved, the deepest monitoring depth is larger than 100 m, and continuous real-time inclination monitoring of all pipe pieces and real-time horizontal displacement monitoring in the pipe sinking process are synchronously achieved.
本发明提供一种下沉式竖井深层水平位移实时监测系统，通过一或多套供对应在下沉式竖井的下沉方向设置的下沉式竖井水平位移监测装置来实现测量各环管片的水平位移监测数据；其中，监测部通过安装在所述下沉式竖井上，沿下沉方向依次设置的各环管片上开设的线槽上来测量各环管片的水平位移监测数据。所述数据网关对所述监测部供电以及传输所述监测部所测量的水平位移监测数据至监测平台。本发明综合考虑了下沉式竖井的深层水平位移信息化施工要求与自动化监测成本，不仅深层水平位移测量效率高，并且还具有无需架设测斜管，可一边沉管，一边在管片中安装传感器；且监测设备可回收，重复使用；可实现沉井静止状态实时水平位移监测，监测最深大于100米，同步实现各管片连续实时倾斜监测以及在沉管过程实时水平位移监测等优势。
Real-time monitoring system for deep horizontal displacement of sunken shaft
下沉式竖井深层水平位移实时监测系统
YU JINHONG (author) / YANG FENG (author) / TANG JIANQING (author) / WANG JINHONG (author) / HE TIE (author) / CAO YUBING (author)
2022-12-30
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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