A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Synchronous intelligent monitoring method for deep and surface displacement of foundation pit
The invention discloses a synchronous intelligent monitoring method for deep and surface displacement of a foundation pit. By arranging the pipe joint, the pulley bracket I, the fixed pulley I, the tensioning wheel I with an elastic structure, the universal joint I capable of rotating axially, the rotating joint I, the mounting hole I and the wedge-shaped expansion joint I, a plurality of inclinometer pipes with required lengths can be spliced together; two double-shaft fixed type inclinometer bodies can be installed in the measuring hole every five centimeters, every two adjacent double-shaft fixed type inclinometer bodies are spliced together through a connecting pipe and a middle pulley assembly, and automatic surface displacement monitoring and deep displacement monitoring are combined. The real-time measurement of the real coordinates of the earth surface displacement of the measuring hole is combined with the displacement difference measurement of the deep position relative to the position of the hole, and the intelligent synchronous measurement of the deep and surface displacement is realized through data analysis, so that the real displacement data of different positions and depths of the foundation pit are obtained, and the guarantee is provided for the safety monitoring of the foundation pit.
本发明公开了一种基坑深部和表面位移同步智能监测方法。本发明通过设置管接头、滑轮支架一、定滑轮一、具有弹性结构的张紧轮一、可轴向旋转的万向节一、旋转接头一、安装孔一和楔形膨胀接头一，可将若干根需要长度的测斜管拼接在一起，可在测量孔内每隔五厘米安装一支双轴固定式测斜仪本体，相邻两个双轴固定式测斜仪本体之间通过连接管和中间滑轮组件拼接在一起，通过表面位移自动监测与深部位移监测相结合的方式，通过测量孔的孔口地表位移真实坐标实时测量结合深部位置相对孔口位置位移差值测量，通过数据分析，实现深部和表面位移的智能同步测量，得到基坑不同位置和深度的真实位移数据，为基坑安全监测提供保障。
Synchronous intelligent monitoring method for deep and surface displacement of foundation pit
The invention discloses a synchronous intelligent monitoring method for deep and surface displacement of a foundation pit. By arranging the pipe joint, the pulley bracket I, the fixed pulley I, the tensioning wheel I with an elastic structure, the universal joint I capable of rotating axially, the rotating joint I, the mounting hole I and the wedge-shaped expansion joint I, a plurality of inclinometer pipes with required lengths can be spliced together; two double-shaft fixed type inclinometer bodies can be installed in the measuring hole every five centimeters, every two adjacent double-shaft fixed type inclinometer bodies are spliced together through a connecting pipe and a middle pulley assembly, and automatic surface displacement monitoring and deep displacement monitoring are combined. The real-time measurement of the real coordinates of the earth surface displacement of the measuring hole is combined with the displacement difference measurement of the deep position relative to the position of the hole, and the intelligent synchronous measurement of the deep and surface displacement is realized through data analysis, so that the real displacement data of different positions and depths of the foundation pit are obtained, and the guarantee is provided for the safety monitoring of the foundation pit.
本发明公开了一种基坑深部和表面位移同步智能监测方法。本发明通过设置管接头、滑轮支架一、定滑轮一、具有弹性结构的张紧轮一、可轴向旋转的万向节一、旋转接头一、安装孔一和楔形膨胀接头一，可将若干根需要长度的测斜管拼接在一起，可在测量孔内每隔五厘米安装一支双轴固定式测斜仪本体，相邻两个双轴固定式测斜仪本体之间通过连接管和中间滑轮组件拼接在一起，通过表面位移自动监测与深部位移监测相结合的方式，通过测量孔的孔口地表位移真实坐标实时测量结合深部位置相对孔口位置位移差值测量，通过数据分析，实现深部和表面位移的智能同步测量，得到基坑不同位置和深度的真实位移数据，为基坑安全监测提供保障。
Synchronous intelligent monitoring method for deep and surface displacement of foundation pit
一种基坑深部和表面位移同步智能监测方法
ZHU ZUNQUAN (author) / LIU SHENGDONG (author) / CHANG DONGMING (author) / XIA SHU (author) / LIU YI (author) / CAI KUNKUN (author) / LU HAIFENG (author) / XU FANG (author)
2023-04-25
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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