A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Tube-well combined underground water diversion structure and design method
The invention discloses a tube-well combined underground water diversion structure and a design method, relates to the technical field of underground water conservancy projects, solves the problem of small application range of an existing underground structure underground water diversion structure, and improves the application capability of the underground water diversion structure. According to the specific scheme, the system comprises a catchment well system arranged on the upstream side of the exterior of the station enclosure structure and an infiltration well system arranged on the downstream side of the exterior of the station enclosure structure, and the pipe walls of the catchment well system and the infiltration well system are both provided with water filtering holes for underground water to pass through; the water catchment well system is communicated with the seepage well system through a water guide pipe network channel system, the water guide pipe network channel system is composed of a water catchment blind ditch communicated with the water catchment well system, a water drainage blind ditch communicated with the seepage well system and a plurality of flow guide pipes arranged above a station top plate, and the water catchment blind ditch is communicated with the water drainage blind ditch through the flow guide pipes.
本发明公开了一种管井结合的地下水导流结构及设计方法，涉及地下水利工程技术领域，解决了现有地下结构物地下水导流结构适用范围小的问题，提高了地下水导流结构的适用能力，具体方案如下：包括设置在车站围护结构外迎水侧的汇水井系统和设置在车站围护结构外背水侧的入渗井系统，所述汇水井系统和入渗井系统的管壁均含有用于地下水通过的滤水孔，汇水井系统与入渗井系统之间通过导水管网通道系统连通，所述导水管网通道系统由与汇水井系统连通的汇水盲沟、与入渗井系统连通的排水盲沟以及设置在车站顶板上方的若干导流管组成，汇水盲沟与排水盲沟之间通过导流管连通。
Tube-well combined underground water diversion structure and design method
The invention discloses a tube-well combined underground water diversion structure and a design method, relates to the technical field of underground water conservancy projects, solves the problem of small application range of an existing underground structure underground water diversion structure, and improves the application capability of the underground water diversion structure. According to the specific scheme, the system comprises a catchment well system arranged on the upstream side of the exterior of the station enclosure structure and an infiltration well system arranged on the downstream side of the exterior of the station enclosure structure, and the pipe walls of the catchment well system and the infiltration well system are both provided with water filtering holes for underground water to pass through; the water catchment well system is communicated with the seepage well system through a water guide pipe network channel system, the water guide pipe network channel system is composed of a water catchment blind ditch communicated with the water catchment well system, a water drainage blind ditch communicated with the seepage well system and a plurality of flow guide pipes arranged above a station top plate, and the water catchment blind ditch is communicated with the water drainage blind ditch through the flow guide pipes.
本发明公开了一种管井结合的地下水导流结构及设计方法，涉及地下水利工程技术领域，解决了现有地下结构物地下水导流结构适用范围小的问题，提高了地下水导流结构的适用能力，具体方案如下：包括设置在车站围护结构外迎水侧的汇水井系统和设置在车站围护结构外背水侧的入渗井系统，所述汇水井系统和入渗井系统的管壁均含有用于地下水通过的滤水孔，汇水井系统与入渗井系统之间通过导水管网通道系统连通，所述导水管网通道系统由与汇水井系统连通的汇水盲沟、与入渗井系统连通的排水盲沟以及设置在车站顶板上方的若干导流管组成，汇水盲沟与排水盲沟之间通过导流管连通。
Tube-well combined underground water diversion structure and design method
一种管井结合的地下水导流结构及设计方法
SU QINGWEI (author) / DONG YANAN (author) / DING QINGZHONG (author) / GAO YANG (author) / XU WENLEI (author) / LEI BINGXIAO (author) / SUN DIANJUN (author)
2023-10-10
Patent
Electronic Resource
Chinese
IPC:
E03F
SEWERS
,
Abwasserkanäle
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