Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Foundation pit monitoring system for constructional engineering
The invention provides a foundation pit monitoring system for constructional engineering, which is applied to the technical field of foundation pit monitoring and is characterized in that the monitoring position of a foundation pit is planned in advance through a matrix arrangement registration form, a data model of corresponding planning is obtained through a real-time data model module, a monitoring module is accurately arranged, and a laser monitoring sensor performs laser monitoring on a monitoring drill rod; the situation of the side wall of the foundation pit is known in real time, when the side wall of the foundation pit displaces, the positioning pipe inserted into the laser detection hole moves, the linear displacement sensor detects the displacement distance of the positioning pipe, obtained displacement data is reflected on a planning model of the real-time data model module, and multiple sets of data are combined in a correlated mode. The accurate range of the collapse risk of the foundation pit is obtained, the technicians can make accurate reinforcing and danger eliminating measures conveniently, the originally staggered laser beams are refracted by the laser refracting piece to be emitted to the laser alarm crystal ball to enable the laser alarm crystal ball to emit alarm light, and on-site constructors can make corresponding danger avoiding measures in time conveniently.
本发明提供了应用于基坑监测技术领域的一种建筑工程用基坑监测系统，通过矩阵排布登记表对基坑的监测位置进行预先规划，实时数据模型模块得出相应规划的数据模型，准确布置监测模组，激光监测传感器对监测钎进行激光监测，实时了解基坑侧壁情况，基坑侧壁出现位移时，激光检测孔内插接的定位管发生移动，线性位移传感器对定位管的位移距离进行检测，得到的位移数据反映在实时数据模型模块的规划模型上，多组数据相关联结合，得到基坑塌陷风险的精准范围，便于技术人员做出精准的加固排险措施，原本错开的激光束经过激光折射片的折射而射向激光报警水晶球使其发出报警光，便于现场的施工人员及时做出相应的避险措施。
Foundation pit monitoring system for constructional engineering
The invention provides a foundation pit monitoring system for constructional engineering, which is applied to the technical field of foundation pit monitoring and is characterized in that the monitoring position of a foundation pit is planned in advance through a matrix arrangement registration form, a data model of corresponding planning is obtained through a real-time data model module, a monitoring module is accurately arranged, and a laser monitoring sensor performs laser monitoring on a monitoring drill rod; the situation of the side wall of the foundation pit is known in real time, when the side wall of the foundation pit displaces, the positioning pipe inserted into the laser detection hole moves, the linear displacement sensor detects the displacement distance of the positioning pipe, obtained displacement data is reflected on a planning model of the real-time data model module, and multiple sets of data are combined in a correlated mode. The accurate range of the collapse risk of the foundation pit is obtained, the technicians can make accurate reinforcing and danger eliminating measures conveniently, the originally staggered laser beams are refracted by the laser refracting piece to be emitted to the laser alarm crystal ball to enable the laser alarm crystal ball to emit alarm light, and on-site constructors can make corresponding danger avoiding measures in time conveniently.
本发明提供了应用于基坑监测技术领域的一种建筑工程用基坑监测系统，通过矩阵排布登记表对基坑的监测位置进行预先规划，实时数据模型模块得出相应规划的数据模型，准确布置监测模组，激光监测传感器对监测钎进行激光监测，实时了解基坑侧壁情况，基坑侧壁出现位移时，激光检测孔内插接的定位管发生移动，线性位移传感器对定位管的位移距离进行检测，得到的位移数据反映在实时数据模型模块的规划模型上，多组数据相关联结合，得到基坑塌陷风险的精准范围，便于技术人员做出精准的加固排险措施，原本错开的激光束经过激光折射片的折射而射向激光报警水晶球使其发出报警光，便于现场的施工人员及时做出相应的避险措施。
Foundation pit monitoring system for constructional engineering
一种建筑工程用基坑监测系统
SUN XIA (Autor:in) / ZHANG NAN (Autor:in) / XU SHIDONG (Autor:in)
25.04.2023
Patent
Elektronische Ressource
Chinesisch
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