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Water-carrying floating-reducing and floating-resisting system and basement structure
The invention discloses a water-carrying floating-reducing and floating-resisting system and a basement structure. The water-carrying floating-reducing and floating-resisting system comprises a reservoir, a water inlet pipe and a water outlet pipe. The reservoir is provided with a water inlet, a water outlet and an air vent communicating with outside air; the water inlet pipe is used for communicating a water catchment system with the reservoir, and the reservoir is arranged higher than the water catchment system, so that water in the water catchment system overcomes self gravity through the water inlet pipe to flow into the reservoir; and the water outlet pipe is used for communicating a drainage system with the reservoir. The reservoir is arranged above the catchment system, the reservoir is arranged at a position with a certain height so that the height of an underground water head can be maintained below the reservoir, underground water with the height of the underground water head larger than the height of the reservoir is drained through the drainage system, the dead weight of the building can offset buoyancy of the underground water between the reservoir and the catchment system, the requirement for the drainage system is lowered, and drainage cost is reduced. The basement structure can control the height of the underground water head to be below the height of the reservoir all the time.
本发明公开一种载水减浮抗浮系统及地下室结构,载水减浮抗浮系统包括蓄水池、进水管和出水管。蓄水池开设有进水口、出水口及与外界空气连通的通气口;进水管用于连通汇水系统与蓄水池,蓄水池高于汇水系统设置,以使汇水系统中的水通过进水管克服自身重力流向至蓄水池中;出水管用于连通排水系统和蓄水池。蓄水池设于汇水系统的上方,将蓄水池设于一定高度位置处,以将地下水水头高度能够维持于蓄水池下方,且地下水水头高度大于蓄水池高度的地下水均通过排水系统排出,建筑的自重能够抵消蓄水池与汇水系统之间地下水的浮力,降低对排水系统的要求,减少排水成本。地下室结构能够实现将地下水水头高度始终控制于蓄水池的高度以下。
Water-carrying floating-reducing and floating-resisting system and basement structure
The invention discloses a water-carrying floating-reducing and floating-resisting system and a basement structure. The water-carrying floating-reducing and floating-resisting system comprises a reservoir, a water inlet pipe and a water outlet pipe. The reservoir is provided with a water inlet, a water outlet and an air vent communicating with outside air; the water inlet pipe is used for communicating a water catchment system with the reservoir, and the reservoir is arranged higher than the water catchment system, so that water in the water catchment system overcomes self gravity through the water inlet pipe to flow into the reservoir; and the water outlet pipe is used for communicating a drainage system with the reservoir. The reservoir is arranged above the catchment system, the reservoir is arranged at a position with a certain height so that the height of an underground water head can be maintained below the reservoir, underground water with the height of the underground water head larger than the height of the reservoir is drained through the drainage system, the dead weight of the building can offset buoyancy of the underground water between the reservoir and the catchment system, the requirement for the drainage system is lowered, and drainage cost is reduced. The basement structure can control the height of the underground water head to be below the height of the reservoir all the time.
本发明公开一种载水减浮抗浮系统及地下室结构,载水减浮抗浮系统包括蓄水池、进水管和出水管。蓄水池开设有进水口、出水口及与外界空气连通的通气口;进水管用于连通汇水系统与蓄水池,蓄水池高于汇水系统设置,以使汇水系统中的水通过进水管克服自身重力流向至蓄水池中;出水管用于连通排水系统和蓄水池。蓄水池设于汇水系统的上方,将蓄水池设于一定高度位置处,以将地下水水头高度能够维持于蓄水池下方,且地下水水头高度大于蓄水池高度的地下水均通过排水系统排出,建筑的自重能够抵消蓄水池与汇水系统之间地下水的浮力,降低对排水系统的要求,减少排水成本。地下室结构能够实现将地下水水头高度始终控制于蓄水池的高度以下。
Water-carrying floating-reducing and floating-resisting system and basement structure
载水减浮抗浮系统及地下室结构
HUANG JUNGUANG (author) / ZHAO SONGLIN (author) / LI WEIKE (author) / LI JIANBIN (author) / LI LEI (author) / ZHANG HENG (author) / WANG WEIJUN (author) / WANG SONGFAN (author) / CHEN XIANGBO (author) / LIANG YONGHENG (author)
2021-11-02
Patent
Electronic Resource
Chinese
Construction treatment method for resisting basement floating
European Patent Office | 2023
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