A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Foundation pit deformation measurement system and method based on Beidou positioning
The invention discloses a foundation pit deformation measuring system and method based on Beidou positioning, and belongs to the technical field of building foundation safety monitoring, the foundation pit deformation measuring system comprises a monitoring device, a Beidou positioning monitoring base station and a monitoring cloud platform, the monitoring device transmits data information to the Beidou positioning monitoring base station, and the Beidou positioning monitoring base station transmits the data information to the monitoring cloud platform; data information of the Beidou positioning monitoring base station is transmitted to the monitoring cloud platform; the monitoring device comprises a displacement monitoring all-in-one machine, an intelligent inclinometer rope and a data collector connected with the intelligent inclinometer rope. According to the foundation pit deformation measuring system and method based on Beidou positioning, real-time monitoring of a foundation pit is achieved, monitoring data are processed, whether foundation pit deformation is within a safe range or not is compared, the monitoring precision is improved, accidents can be effectively prevented through advanced early warning, sudden collapse and instability of the foundation pit are avoided, and the foundation pit deformation measuring system and method based on Beidou positioning have the advantages of being safe and reliable. Casualties and equipment damage are caused, and the safety of surrounding buildings is influenced.
本发明公开了一种基于北斗定位的基坑变形测量系统及方法，属于建筑地基安全监测技术领域，包括监测设备、北斗定位监测基站和监测云平台，所述监测设备将数据信息传输至所述北斗定位监测基站，所述北斗定位监测基站数据信息传输至监测云平台；所述监测设备包括位移监测一体机、智能测斜绳和与所述智能测斜绳连接的数据采集器。本发明采用上述一种基于北斗定位的基坑变形测量系统及方法，实现基坑的实时监测，对监测数据进行处理并比对基坑变形是否处于安全范围内，不仅提高了监测精度，而且超前预警能够有效预防事故的发生，避免了基坑的突然滑塌失稳，造成人员伤亡、设备损坏进而影响周边建筑物的安全。
Foundation pit deformation measurement system and method based on Beidou positioning
The invention discloses a foundation pit deformation measuring system and method based on Beidou positioning, and belongs to the technical field of building foundation safety monitoring, the foundation pit deformation measuring system comprises a monitoring device, a Beidou positioning monitoring base station and a monitoring cloud platform, the monitoring device transmits data information to the Beidou positioning monitoring base station, and the Beidou positioning monitoring base station transmits the data information to the monitoring cloud platform; data information of the Beidou positioning monitoring base station is transmitted to the monitoring cloud platform; the monitoring device comprises a displacement monitoring all-in-one machine, an intelligent inclinometer rope and a data collector connected with the intelligent inclinometer rope. According to the foundation pit deformation measuring system and method based on Beidou positioning, real-time monitoring of a foundation pit is achieved, monitoring data are processed, whether foundation pit deformation is within a safe range or not is compared, the monitoring precision is improved, accidents can be effectively prevented through advanced early warning, sudden collapse and instability of the foundation pit are avoided, and the foundation pit deformation measuring system and method based on Beidou positioning have the advantages of being safe and reliable. Casualties and equipment damage are caused, and the safety of surrounding buildings is influenced.
本发明公开了一种基于北斗定位的基坑变形测量系统及方法，属于建筑地基安全监测技术领域，包括监测设备、北斗定位监测基站和监测云平台，所述监测设备将数据信息传输至所述北斗定位监测基站，所述北斗定位监测基站数据信息传输至监测云平台；所述监测设备包括位移监测一体机、智能测斜绳和与所述智能测斜绳连接的数据采集器。本发明采用上述一种基于北斗定位的基坑变形测量系统及方法，实现基坑的实时监测，对监测数据进行处理并比对基坑变形是否处于安全范围内，不仅提高了监测精度，而且超前预警能够有效预防事故的发生，避免了基坑的突然滑塌失稳，造成人员伤亡、设备损坏进而影响周边建筑物的安全。
Foundation pit deformation measurement system and method based on Beidou positioning
一种基于北斗定位的基坑变形测量系统及方法
YIN WEI (author) / YANG GUOZHE (author) / CHANG CHENG (author) / LI SHIMENG (author) / WANG WEI (author) / HU HAIJIE (author) / MA QI (author) / TAN YUE (author) / ZHAO CHUNYU (author) / ZHANG ZIYANG (author)
2024-09-17
Patent
Electronic Resource
Chinese
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