A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Intelligent drainage anti-floating system for basement
The invention discloses an intelligent drainage anti-floating system for a basement, and relates to the technical field of anti-floating of underground structures. The intelligent drainage anti-floating system comprises a basement bottom plate, a water collecting tank, a blind ditch, a water retaining pipe, a submersible pump and a drainage pipe; the water collecting tank is used for collecting rainwater permeating into the ground and arranged in the middle of the blind ditch; a plurality of water permeable holes are formed in the two side walls of the water retaining pipe; a water outlet of the submersible pump is connected with the drainage pipe through a connecting piece, the submersible pump is controlled to be started and stopped through a liquid level switch system, and the liquid level switch system can sense the water level in the water retaining pipe. When a liquid level switch automatically monitors that the water level in the water retaining pipe exceeds a certain water level, a signal is sent out, a controller sends an action signal to a drainage power system composed of a motor, a retractable connecting shaft and the submersible pump, and water in the water retaining pipe is drained; the drainage system is controlled through the liquid level switch according to the water level change to achieve automatic and timely drainage, and the situation that due to seasonal rainfall, the water level rises to exceed a designed anti-floating water level, and damage of the anti-floating of the underground structures is caused is avoided.
本发明公开了一种地下室智能排水抗浮系统，涉及地下结构抗浮技术领域，包括地下室底板、集水槽、盲沟、挡水管、潜水泵、排水管；集水槽用于收集渗入地下的雨水且设置在盲沟的中间，挡水管的两侧侧壁开设有若干个透水孔，潜水泵的出水口通过连接件排水管相连，潜水泵通过液位开关系统控制启停，液位开关系统可感应挡水管内的水位。本发明通过液位开关自动监测挡水管内的水位如超过一定水位时，发出信号，控制器发出动作信号给电动机‑可伸缩连接轴‑潜水泵组成的排水动力系统，将挡水管内的水排出，实现通过液位开关根据水位变化控制排水系统实现自动及时排水，避免由于季节性降水导致水位上升超过设计抗浮水位而导致的地下结构的抗浮被破坏。
Intelligent drainage anti-floating system for basement
The invention discloses an intelligent drainage anti-floating system for a basement, and relates to the technical field of anti-floating of underground structures. The intelligent drainage anti-floating system comprises a basement bottom plate, a water collecting tank, a blind ditch, a water retaining pipe, a submersible pump and a drainage pipe; the water collecting tank is used for collecting rainwater permeating into the ground and arranged in the middle of the blind ditch; a plurality of water permeable holes are formed in the two side walls of the water retaining pipe; a water outlet of the submersible pump is connected with the drainage pipe through a connecting piece, the submersible pump is controlled to be started and stopped through a liquid level switch system, and the liquid level switch system can sense the water level in the water retaining pipe. When a liquid level switch automatically monitors that the water level in the water retaining pipe exceeds a certain water level, a signal is sent out, a controller sends an action signal to a drainage power system composed of a motor, a retractable connecting shaft and the submersible pump, and water in the water retaining pipe is drained; the drainage system is controlled through the liquid level switch according to the water level change to achieve automatic and timely drainage, and the situation that due to seasonal rainfall, the water level rises to exceed a designed anti-floating water level, and damage of the anti-floating of the underground structures is caused is avoided.
本发明公开了一种地下室智能排水抗浮系统，涉及地下结构抗浮技术领域，包括地下室底板、集水槽、盲沟、挡水管、潜水泵、排水管；集水槽用于收集渗入地下的雨水且设置在盲沟的中间，挡水管的两侧侧壁开设有若干个透水孔，潜水泵的出水口通过连接件排水管相连，潜水泵通过液位开关系统控制启停，液位开关系统可感应挡水管内的水位。本发明通过液位开关自动监测挡水管内的水位如超过一定水位时，发出信号，控制器发出动作信号给电动机‑可伸缩连接轴‑潜水泵组成的排水动力系统，将挡水管内的水排出，实现通过液位开关根据水位变化控制排水系统实现自动及时排水，避免由于季节性降水导致水位上升超过设计抗浮水位而导致的地下结构的抗浮被破坏。
Intelligent drainage anti-floating system for basement
一种地下室智能排水抗浮系统
XU QIUHUA (author) / HU JUN (author) / HONG CHENG (author) / LIU KAI (author) / TU BIN (author) / ZENG XIANWEI (author) / XU JIALIN (author) / LIU MING (author) / TIAN ZHIXIANG (author)
2021-06-22
Patent
Electronic Resource
Chinese
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