Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Automatic dewatering control method and device for foundation reinforcement
The invention discloses an automatic dewatering control method and device for foundation reinforcement. The method comprises the steps that a dewatering pipeline is set as parallel pipelines so as tocommunicate a plurality of drainage consolidation structural bodies, automatic control valves and flow monitoring equipment are arranged on the parallel pipelines, the automatic control valves and theflow monitoring equipment are connected with a central control system, and water level monitoring equipment is connected with the central control system; if it is judged that the flow monitoring indexes of the related lines in the parallel pipelines are larger than the flow control indexes, precipitation continues; if it is judged that the flow monitoring indexes of the related lines in the parallel pipelines are smaller than the flow control indexes, valves of the lines are closed, and the valves of the lines are opened after a period of time to continue precipitation; in the precipitation period, the central control system judges that the water level monitoring indexes in the drainage consolidation structure bodies are smaller than the water level control indexes through the water levelmonitoring equipment, and precipitation is finished; and if it is judged that the water level monitoring indexes in the drainage consolidation structure bodies are larger than the water level controlindexes, water pumping continues. According to the method, the cost is saved, and the precipitation benefit is maximized.
本发明公开了一种地基加固自动降水控制方法及装置，将降水管路设为并联管路，以接通若干排水固结结构体，并在并联管路上设置自动控制阀和流量监控设备，将自动控制阀和流量监控设备与中控系统相连，将水位监控设备与中控系统相连。若判断并联管路中相关线路的流量监控指标大于流量控制指标，则继续降水；若判断并联管路中相关线路的流量监控指标小于流量控制指标，则关闭该线路的阀门，间隔一段时间后再打开该线路的阀门继续降水。降水期间中控系统通过水位监控设备判断排水固结结构体中水位监控指标小于水位控制指标，则降水结束；若判断排水固结结构体中水位监控指标大于水位控制指标，则继续抽水。从而节约成本，实现降水效益最大化。
Automatic dewatering control method and device for foundation reinforcement
The invention discloses an automatic dewatering control method and device for foundation reinforcement. The method comprises the steps that a dewatering pipeline is set as parallel pipelines so as tocommunicate a plurality of drainage consolidation structural bodies, automatic control valves and flow monitoring equipment are arranged on the parallel pipelines, the automatic control valves and theflow monitoring equipment are connected with a central control system, and water level monitoring equipment is connected with the central control system; if it is judged that the flow monitoring indexes of the related lines in the parallel pipelines are larger than the flow control indexes, precipitation continues; if it is judged that the flow monitoring indexes of the related lines in the parallel pipelines are smaller than the flow control indexes, valves of the lines are closed, and the valves of the lines are opened after a period of time to continue precipitation; in the precipitation period, the central control system judges that the water level monitoring indexes in the drainage consolidation structure bodies are smaller than the water level control indexes through the water levelmonitoring equipment, and precipitation is finished; and if it is judged that the water level monitoring indexes in the drainage consolidation structure bodies are larger than the water level controlindexes, water pumping continues. According to the method, the cost is saved, and the precipitation benefit is maximized.
本发明公开了一种地基加固自动降水控制方法及装置，将降水管路设为并联管路，以接通若干排水固结结构体，并在并联管路上设置自动控制阀和流量监控设备，将自动控制阀和流量监控设备与中控系统相连，将水位监控设备与中控系统相连。若判断并联管路中相关线路的流量监控指标大于流量控制指标，则继续降水；若判断并联管路中相关线路的流量监控指标小于流量控制指标，则关闭该线路的阀门，间隔一段时间后再打开该线路的阀门继续降水。降水期间中控系统通过水位监控设备判断排水固结结构体中水位监控指标小于水位控制指标，则降水结束；若判断排水固结结构体中水位监控指标大于水位控制指标，则继续抽水。从而节约成本，实现降水效益最大化。
Automatic dewatering control method and device for foundation reinforcement
一种地基加固自动降水控制方法及装置
GU GUORONG (Autor:in) / YANG SHIFEI (Autor:in) / LIANG ZHENNING (Autor:in) / ZHANG JING (Autor:in) / CAI YONGSHENG (Autor:in) / YAO ZHENGYUAN (Autor:in) / SHEN MENG (Autor:in) / SUN LIANG (Autor:in) / XIE FEI (Autor:in)
09.03.2021
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
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