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A platform for research: civil engineering, architecture and urbanism
Intelligent collaborative precipitation control device and method for confined water inrush of foundation pit group
The invention relates to the technical field of foundation pit dewatering, and provides an intelligent cooperative dewatering control device and method for foundation pit group confined water inrush. The intelligent dewatering system comprises a prefabricated drainage well, an intelligent water level monitoring sensor network and an intelligent drainage device, wherein the intelligent water level monitoring sensor network and the intelligent drainage device are locally arranged in the prefabricated drainage well; the intelligent water level monitoring sensor network comprises a sensor assembly and a water level control system; the sensor assembly is used for monitoring and obtaining foundation pit group water pressure data and drainage well water level data in real time. The water level control system analyzes water pressure and water level data obtained by the sensor assembly in real time, generates a control instruction and sends the control instruction to the intelligent drainage device; and the intelligent drainage device adjusts the drainage rate based on the received control instruction to control the water level in the foundation pit group to be kept within a safe range. According to the invention, the risk of sudden water burst is effectively reduced. The construction safety is improved, and the water inrush risk is reduced.
本申请涉及基坑降水技术领域，提供了一种基坑群承压水突涌智能协同降水控制装置及方法，包括智能降水系统；智能降水系统包括：预制疏水井以及局部设置在预制疏水井内的智能水位监测传感器网络和智能排水装置；智能水位监测传感器网络包括传感器组件和水位控制系统；传感器组件用于实时监测获取基坑群水压数据和疏水井水位数据；水位控制系统实时分析传感器组件获取的水压和水位数据，生成控制指令并发送至智能排水装置；智能排水装置基于接收的控制指令调整排水速率以控制基坑群内水位保持在安全范围内。本发明有效降低了突发水涌的风险。提高了施工安全性，降低了水突涌风险。
Intelligent collaborative precipitation control device and method for confined water inrush of foundation pit group
The invention relates to the technical field of foundation pit dewatering, and provides an intelligent cooperative dewatering control device and method for foundation pit group confined water inrush. The intelligent dewatering system comprises a prefabricated drainage well, an intelligent water level monitoring sensor network and an intelligent drainage device, wherein the intelligent water level monitoring sensor network and the intelligent drainage device are locally arranged in the prefabricated drainage well; the intelligent water level monitoring sensor network comprises a sensor assembly and a water level control system; the sensor assembly is used for monitoring and obtaining foundation pit group water pressure data and drainage well water level data in real time. The water level control system analyzes water pressure and water level data obtained by the sensor assembly in real time, generates a control instruction and sends the control instruction to the intelligent drainage device; and the intelligent drainage device adjusts the drainage rate based on the received control instruction to control the water level in the foundation pit group to be kept within a safe range. According to the invention, the risk of sudden water burst is effectively reduced. The construction safety is improved, and the water inrush risk is reduced.
本申请涉及基坑降水技术领域，提供了一种基坑群承压水突涌智能协同降水控制装置及方法，包括智能降水系统；智能降水系统包括：预制疏水井以及局部设置在预制疏水井内的智能水位监测传感器网络和智能排水装置；智能水位监测传感器网络包括传感器组件和水位控制系统；传感器组件用于实时监测获取基坑群水压数据和疏水井水位数据；水位控制系统实时分析传感器组件获取的水压和水位数据，生成控制指令并发送至智能排水装置；智能排水装置基于接收的控制指令调整排水速率以控制基坑群内水位保持在安全范围内。本发明有效降低了突发水涌的风险。提高了施工安全性，降低了水突涌风险。
Intelligent collaborative precipitation control device and method for confined water inrush of foundation pit group
一种基坑群承压水突涌智能协同降水控制装置及方法
WU BIAO (author) / JIANG WU (author) / CAI LIDONG (author) / DONG XIAOGANG (author) / CHI KUN (author) / XU JIAXIN (author)
2024-02-09
Patent
Electronic Resource
Chinese
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