A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Drainage system for ensuring groundwater seepage stability
The invention discloses a drainage system for ensuring groundwater seepage stability. The system comprises a floor slab, a drainage pipe, a drainage pipe port, a connector, a waterproof structure, a monitoring system, stirrup reinforcements and the like. The drainage pipe is embedded in the floor slab, the two ends of the drainage pipe penetrate through an underground side wall to communicate withthe side wall of a foundation pit, and water flow on the two sides of the foundation pit runs through. According to an underground water seepage field cut off by foundation construction, the drainagepipeline is arranged along the floor slab, water flowing down from the upstream is led to the downstream, and the downstream water quantity and the flow field are guaranteed to be unchanged. On one hand, the blocking effect of deep foundation pit construction on groundwater seepage is weakened, and the influence of urban building construction on the surrounding environment, especially groundwater, is reduced; on the other hand, the scouring and erosion effects of underground water on a basement due to blockage and siltation after construction is finished are weakened, the water leakage phenomenon of the basement is reduced, the maintenance cost of a building is reduced, the green building development concept of harmonious coexistence of human and nature is met, green economy is realized,and comprehensive popularization can be realized.
本发明公开了一种保证地下水渗流稳定的疏水系统，包括楼板、疏水管、疏水管端口、连接器、防水构造、监测系统、马凳筋等组成。所述疏水管埋设于楼板内，疏水管两端穿透地下侧墙与基坑侧壁连通，实现基坑两侧水流的贯通。本发明将基础建设截断的地下水渗流场，通过沿楼板设置疏水管道，把上游流下的水引到下游，保证下游水量和流场不变。一方面减弱了深基坑施工对地下水渗流的阻断作用，降低城市建筑施工对于周围环境尤其是地下水的影响；另一方面减弱了建成后地下水由于受阻、淤积对地下室产生冲刷、侵蚀作用，减少地下室漏水现象的发生，降低了建筑物的维护成本，符合人与自然和谐共生的绿色建筑发展理念，绿色经济，可全面推广。
Drainage system for ensuring groundwater seepage stability
The invention discloses a drainage system for ensuring groundwater seepage stability. The system comprises a floor slab, a drainage pipe, a drainage pipe port, a connector, a waterproof structure, a monitoring system, stirrup reinforcements and the like. The drainage pipe is embedded in the floor slab, the two ends of the drainage pipe penetrate through an underground side wall to communicate withthe side wall of a foundation pit, and water flow on the two sides of the foundation pit runs through. According to an underground water seepage field cut off by foundation construction, the drainagepipeline is arranged along the floor slab, water flowing down from the upstream is led to the downstream, and the downstream water quantity and the flow field are guaranteed to be unchanged. On one hand, the blocking effect of deep foundation pit construction on groundwater seepage is weakened, and the influence of urban building construction on the surrounding environment, especially groundwater, is reduced; on the other hand, the scouring and erosion effects of underground water on a basement due to blockage and siltation after construction is finished are weakened, the water leakage phenomenon of the basement is reduced, the maintenance cost of a building is reduced, the green building development concept of harmonious coexistence of human and nature is met, green economy is realized,and comprehensive popularization can be realized.
本发明公开了一种保证地下水渗流稳定的疏水系统，包括楼板、疏水管、疏水管端口、连接器、防水构造、监测系统、马凳筋等组成。所述疏水管埋设于楼板内，疏水管两端穿透地下侧墙与基坑侧壁连通，实现基坑两侧水流的贯通。本发明将基础建设截断的地下水渗流场，通过沿楼板设置疏水管道，把上游流下的水引到下游，保证下游水量和流场不变。一方面减弱了深基坑施工对地下水渗流的阻断作用，降低城市建筑施工对于周围环境尤其是地下水的影响；另一方面减弱了建成后地下水由于受阻、淤积对地下室产生冲刷、侵蚀作用，减少地下室漏水现象的发生，降低了建筑物的维护成本，符合人与自然和谐共生的绿色建筑发展理念，绿色经济，可全面推广。
Drainage system for ensuring groundwater seepage stability
一种保证地下水渗流稳定的疏水系统
LI LIANXIANG (author) / ZHANG QIANG (author) / LI WEN (author) / QIU HUI (author) / ZHAO YONGXIN (author) / WANG LEI (author) / LI HONGBO (author)
2020-06-26
Patent
Electronic Resource
Chinese
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