A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to a basement anti-floating structure and a construction method thereof. The basement anti-floating structure comprises a base pre-buried in a bottom plate in a basement, a steeltube bundle is arranged on the base, the upper end of the base is inserted into the lower end of the steel tube bundle, the base and the steel tube bundle are fixed to each other, the steel tube bundle serves as a bearing wall of the basement; a drainage mechanism is arranged in the steel pipe bundle and the base and comprises a containing cavity formed in the base, a water inlet pipe which is inserted into the base and communicates with the upper end of the containing cavity is arranged on the side face of the bottom plate; a drainage pipe is arranged in the steel pipe bundle, one end of thedrainage pipe extends into the containing cavity, the other end of the drainage pipe penetrates through the steel pipe bundle and is connected with a water pump; and a liquid level sensor is arrangedat the upper end of the inner wall of the containing cavity, a controller which is connected to the liquid level sensor in a coupled mode and controls the water pump to be started and stopped according to a detection signal of the liquid level sensor is arranged outside the containing cavity, and a PLC is used as the controller. The basement anti-floating structure and the construction method thereof have the effects that underground water can be actively drained, the water level of the underground water is lowered, the anti-floating purpose of the basement is achieved, and the effect that the basement is not prone to being damaged is achieved.
本发明涉及一种地下室抗浮结构及其施工方法，其抗浮结构，包括预埋在地下室中的底板中的基座，基座上设置有钢管束，基座的上端插入至钢管束下端中并相互固定，钢管束作为地下室的承重墙；钢管束与基座中设置有排水机构，排水机构包括设置在基座内的容纳腔，底板侧面设置有插入至基座内与容纳腔上端连通的入水管；钢管束内设置有排水管，排水管一端伸入至容纳腔中，另一端穿过钢管束连接有水泵；容纳腔内壁的上端设置有液位传感器，容纳腔外设有耦接于液位传感器且根据液位传感器的检测信号控制启动水泵启闭的控制器，控制器使用PLC控制器。本发明具有能够主动疏排地下水，降低地下水，达到地下室的抗浮目的，且地下室不易受损的效果。
The invention relates to a basement anti-floating structure and a construction method thereof. The basement anti-floating structure comprises a base pre-buried in a bottom plate in a basement, a steeltube bundle is arranged on the base, the upper end of the base is inserted into the lower end of the steel tube bundle, the base and the steel tube bundle are fixed to each other, the steel tube bundle serves as a bearing wall of the basement; a drainage mechanism is arranged in the steel pipe bundle and the base and comprises a containing cavity formed in the base, a water inlet pipe which is inserted into the base and communicates with the upper end of the containing cavity is arranged on the side face of the bottom plate; a drainage pipe is arranged in the steel pipe bundle, one end of thedrainage pipe extends into the containing cavity, the other end of the drainage pipe penetrates through the steel pipe bundle and is connected with a water pump; and a liquid level sensor is arrangedat the upper end of the inner wall of the containing cavity, a controller which is connected to the liquid level sensor in a coupled mode and controls the water pump to be started and stopped according to a detection signal of the liquid level sensor is arranged outside the containing cavity, and a PLC is used as the controller. The basement anti-floating structure and the construction method thereof have the effects that underground water can be actively drained, the water level of the underground water is lowered, the anti-floating purpose of the basement is achieved, and the effect that the basement is not prone to being damaged is achieved.
本发明涉及一种地下室抗浮结构及其施工方法，其抗浮结构，包括预埋在地下室中的底板中的基座，基座上设置有钢管束，基座的上端插入至钢管束下端中并相互固定，钢管束作为地下室的承重墙；钢管束与基座中设置有排水机构，排水机构包括设置在基座内的容纳腔，底板侧面设置有插入至基座内与容纳腔上端连通的入水管；钢管束内设置有排水管，排水管一端伸入至容纳腔中，另一端穿过钢管束连接有水泵；容纳腔内壁的上端设置有液位传感器，容纳腔外设有耦接于液位传感器且根据液位传感器的检测信号控制启动水泵启闭的控制器，控制器使用PLC控制器。本发明具有能够主动疏排地下水，降低地下水，达到地下室的抗浮目的，且地下室不易受损的效果。
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