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A platform for research: civil engineering, architecture and urbanism
Underground water monitoring system for subway deep foundation pit construction in complex environment
The invention provides an underground water monitoring system for subway deep foundation pit construction in a complex environment, and belongs to the technical field of underground water monitoring, the underground water monitoring system comprises a monitoring well, a plurality of monitoring anchor rods and a data processing platform, and a water level monitoring module is arranged in the monitoring well; the plurality of monitoring anchor rods are provided with water level monitoring assemblies; the data processing platform is connected with the water level monitoring module and the water level monitoring assembly through a data transmission module so as to receive and process monitored data; wherein the monitoring anchor rod comprises an anchor rod body and a monitoring pipe, and an anchoring structure is arranged at the front end of the anchor rod body and used for being fixed in a soil body; the anchor rod body is sleeved with the monitoring pipe, the two ends of the monitoring pipe are connected with the anchor rod body, the middle of the monitoring pipe and the anchor rod body are arranged in a spaced mode to form a monitoring cavity used for containing the water level monitoring assembly, a water inlet hole is formed in the monitoring pipe, and a filtering layer is arranged on the water inlet hole. Most monitoring wells can be replaced by the monitoring anchor rods, the construction progress can be accelerated, and the construction cost and disturbance to the soil body are reduced.
本发明提供了一种复杂环境下地铁深基坑施工的地下水监测系统，属于地下水监测技术领域，包括监测井、多个监测锚杆和数据处理平台，监测井内部设有水位监测模块；多个监测锚杆均设有水位监测组件；数据处理平台与水位监测模块和水位监测组件通过数据传输模块连接，以接收并处理监测到的数据；其中，监测锚杆包括锚杆体和监测管，锚杆体前端设有锚固结构，用以固定在土体中；监测管套设在锚杆体外部，且两端与锚杆体连接，监测管中部与锚杆体间隔设置，形成用于容纳水位监测组件的监测腔，监测管上设有进水孔，进水孔上设有滤层。本发明通过监测锚杆能够替代大部分的监测井，有利于加快施工进度，降低施工成本和对土体的扰动。
Underground water monitoring system for subway deep foundation pit construction in complex environment
The invention provides an underground water monitoring system for subway deep foundation pit construction in a complex environment, and belongs to the technical field of underground water monitoring, the underground water monitoring system comprises a monitoring well, a plurality of monitoring anchor rods and a data processing platform, and a water level monitoring module is arranged in the monitoring well; the plurality of monitoring anchor rods are provided with water level monitoring assemblies; the data processing platform is connected with the water level monitoring module and the water level monitoring assembly through a data transmission module so as to receive and process monitored data; wherein the monitoring anchor rod comprises an anchor rod body and a monitoring pipe, and an anchoring structure is arranged at the front end of the anchor rod body and used for being fixed in a soil body; the anchor rod body is sleeved with the monitoring pipe, the two ends of the monitoring pipe are connected with the anchor rod body, the middle of the monitoring pipe and the anchor rod body are arranged in a spaced mode to form a monitoring cavity used for containing the water level monitoring assembly, a water inlet hole is formed in the monitoring pipe, and a filtering layer is arranged on the water inlet hole. Most monitoring wells can be replaced by the monitoring anchor rods, the construction progress can be accelerated, and the construction cost and disturbance to the soil body are reduced.
本发明提供了一种复杂环境下地铁深基坑施工的地下水监测系统，属于地下水监测技术领域，包括监测井、多个监测锚杆和数据处理平台，监测井内部设有水位监测模块；多个监测锚杆均设有水位监测组件；数据处理平台与水位监测模块和水位监测组件通过数据传输模块连接，以接收并处理监测到的数据；其中，监测锚杆包括锚杆体和监测管，锚杆体前端设有锚固结构，用以固定在土体中；监测管套设在锚杆体外部，且两端与锚杆体连接，监测管中部与锚杆体间隔设置，形成用于容纳水位监测组件的监测腔，监测管上设有进水孔，进水孔上设有滤层。本发明通过监测锚杆能够替代大部分的监测井，有利于加快施工进度，降低施工成本和对土体的扰动。
Underground water monitoring system for subway deep foundation pit construction in complex environment
复杂环境下地铁深基坑施工的地下水监测系统
PING JIE (author) / SU CHUNLIANG (author) / LYU XUEKE (author) / DONG MINZHONG (author) / ZHANG ZHIPENG (author) / ZHOU CHANGQUAN (author) / HUANG YIN (author) / YUAN LU (author) / LIU CHANGLIN (author) / DU XIAOHUI (author)
2024-06-04
Patent
Electronic Resource
Chinese
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