Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Water self-supply system for deeply-excavated cavern of mountain
The invention discloses a water self-supply system for a deeply-excavated cavern of a mountain. In the system, an underground water diversion monitoring module is connected with an underground water storage and supply module through a water collecting pipe, the underground water storage and supply module is connected with an underground water guide and drainage module through a drainage pipe, and a water pressure gauge, a valve, a conductivity meter and a water flow meter are arranged on the water collecting pipe from a water collecting ball to the underground water storage and supply module. A water collecting conduit water filter and a valve are arranged on the water collecting pipe between the underground water diversion monitoring module and the water inlet connecting pipe, the water inlet connecting pipe is communicated with the water storage tank, a vent valve, a drain valve, a water supply valve and a slag discharge valve are arranged on the side wall of the water storage tank, and a drain pipe water filter and a valve are arranged on the drain pipe from the drain valve to the drain ball. According to the method, long-term water supply and hydrological condition monitoring can be achieved under the condition that no extra power is supplied to the deeply-excavated cavern of the mountain, the damage risk and erosion strength of the steep high water pressure in the wet season to the cavern structure can be effectively reduced, and the method is convenient, fast and economical and has wide application and popularization value.
本发明公开了一种山体深挖洞室用水自给系统。在该发明中，地下水导流监测模块和地下水存储与供给模块通过集水管连接，地下水存储与供给模块和地下水导排模块通过排水管连接，从集水球到地下水存储与供给模块的集水管上设有水压计、阀门、电导率仪和水流量计，地下水导流监测模块和进水接管之间的集水管上设有集水导管水过滤器和阀门，进水接管和储水罐连通，储水罐侧壁上设有通气阀、排水阀、供水阀和排渣阀，从排水阀到排水球的排水管上设有排水管水过滤器和阀门。本发明能实现对山体深挖洞室无额外动力供给条件下的长期供水与水文条件监测，并能够有效降低丰水期陡升高水压对洞室结构的破坏风险与侵蚀强度，便捷经济，具有广泛推广应用价值。
Water self-supply system for deeply-excavated cavern of mountain
The invention discloses a water self-supply system for a deeply-excavated cavern of a mountain. In the system, an underground water diversion monitoring module is connected with an underground water storage and supply module through a water collecting pipe, the underground water storage and supply module is connected with an underground water guide and drainage module through a drainage pipe, and a water pressure gauge, a valve, a conductivity meter and a water flow meter are arranged on the water collecting pipe from a water collecting ball to the underground water storage and supply module. A water collecting conduit water filter and a valve are arranged on the water collecting pipe between the underground water diversion monitoring module and the water inlet connecting pipe, the water inlet connecting pipe is communicated with the water storage tank, a vent valve, a drain valve, a water supply valve and a slag discharge valve are arranged on the side wall of the water storage tank, and a drain pipe water filter and a valve are arranged on the drain pipe from the drain valve to the drain ball. According to the method, long-term water supply and hydrological condition monitoring can be achieved under the condition that no extra power is supplied to the deeply-excavated cavern of the mountain, the damage risk and erosion strength of the steep high water pressure in the wet season to the cavern structure can be effectively reduced, and the method is convenient, fast and economical and has wide application and popularization value.
本发明公开了一种山体深挖洞室用水自给系统。在该发明中，地下水导流监测模块和地下水存储与供给模块通过集水管连接，地下水存储与供给模块和地下水导排模块通过排水管连接，从集水球到地下水存储与供给模块的集水管上设有水压计、阀门、电导率仪和水流量计，地下水导流监测模块和进水接管之间的集水管上设有集水导管水过滤器和阀门，进水接管和储水罐连通，储水罐侧壁上设有通气阀、排水阀、供水阀和排渣阀，从排水阀到排水球的排水管上设有排水管水过滤器和阀门。本发明能实现对山体深挖洞室无额外动力供给条件下的长期供水与水文条件监测，并能够有效降低丰水期陡升高水压对洞室结构的破坏风险与侵蚀强度，便捷经济，具有广泛推广应用价值。
Water self-supply system for deeply-excavated cavern of mountain
一种山体深挖洞室用水自给系统
WU LINBO (Autor:in) / ZHUANG DUANYANG (Autor:in) / ZHANG YIHAO (Autor:in) / CHEN YUNMIN (Autor:in) / ZHAN LIANGTONG (Autor:in)
08.12.2023
Patent
Elektronische Ressource
Chinesisch
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