Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Building basement anti-floating monitoring control system
The invention belongs to the technical field of constructional engineering management, and discloses a building basement anti-floating monitoring control system. The building basement anti-floating monitoring control system comprises an underground fortification and a drainage well, wherein an anti-floating warning water level, a historical highest warning water level and a perennial average change water level are arranged in the drainage well, water level sensors are correspondingly installed at the anti-floating warning water level, the historical highest warning water level and the perennial average change water level, water filtering bags are arranged on the periphery of the outer side of the bottom of the drainage well, a filter is arranged on the inner side of the bottom of the drainage well, a water pump is further arranged inside the underground fortification, a drainage pipe A is connected to the putlet of the water pump, a drainage pipe B is connected to the inlet end od the pump, the starting end of the drainage pipe B penetrates through the side wall of the underground fortification to communicate with the output end of the filter, the terminal end of the drainage pipe B communicate with an underground water collecting system of the underground fortification, and a pressure gauge is installed on the drainage pipe B and provided with a pressure sensor. According to the building basement anti-floating monitoring control system, the maximum water level can be effectively adjusted through drainage measures, and the situation that the built building is damaged or destroyed due to the fact that the water level exceeds the warning water level is avoided.
本发明公开了属于建筑工程管理技术领域的建筑物地下室抗浮监控控制系统，包括地下工事及排水井，排水井内分别设有抗浮警戒水位、历史最高警戒水位及常年平均变化水位，抗浮警戒水位、历史最高警戒水位及常年平均变化水位处均安装有水位传感器，排水井底部外侧周边设有滤水包，排水井底部内侧设有过滤器，地下工事内部还设有水泵，水泵输出口连接有排水管A，水泵输入端连接有排水管B，排水管B起端穿过地下工事侧墙与过滤器输出端连通，排水管B终端与地下工事地下集水系统连通，并在排水管B上安装有压力表，压力表上设有压力传感器。本发明通过排水措施可有效调节最高水位避免因水位超过警戒水位而造成的对已建建筑的损伤或者破坏。
Building basement anti-floating monitoring control system
The invention belongs to the technical field of constructional engineering management, and discloses a building basement anti-floating monitoring control system. The building basement anti-floating monitoring control system comprises an underground fortification and a drainage well, wherein an anti-floating warning water level, a historical highest warning water level and a perennial average change water level are arranged in the drainage well, water level sensors are correspondingly installed at the anti-floating warning water level, the historical highest warning water level and the perennial average change water level, water filtering bags are arranged on the periphery of the outer side of the bottom of the drainage well, a filter is arranged on the inner side of the bottom of the drainage well, a water pump is further arranged inside the underground fortification, a drainage pipe A is connected to the putlet of the water pump, a drainage pipe B is connected to the inlet end od the pump, the starting end of the drainage pipe B penetrates through the side wall of the underground fortification to communicate with the output end of the filter, the terminal end of the drainage pipe B communicate with an underground water collecting system of the underground fortification, and a pressure gauge is installed on the drainage pipe B and provided with a pressure sensor. According to the building basement anti-floating monitoring control system, the maximum water level can be effectively adjusted through drainage measures, and the situation that the built building is damaged or destroyed due to the fact that the water level exceeds the warning water level is avoided.
本发明公开了属于建筑工程管理技术领域的建筑物地下室抗浮监控控制系统，包括地下工事及排水井，排水井内分别设有抗浮警戒水位、历史最高警戒水位及常年平均变化水位，抗浮警戒水位、历史最高警戒水位及常年平均变化水位处均安装有水位传感器，排水井底部外侧周边设有滤水包，排水井底部内侧设有过滤器，地下工事内部还设有水泵，水泵输出口连接有排水管A，水泵输入端连接有排水管B，排水管B起端穿过地下工事侧墙与过滤器输出端连通，排水管B终端与地下工事地下集水系统连通，并在排水管B上安装有压力表，压力表上设有压力传感器。本发明通过排水措施可有效调节最高水位避免因水位超过警戒水位而造成的对已建建筑的损伤或者破坏。
Building basement anti-floating monitoring control system
建筑物地下室抗浮监控控制系统
JIN GUANGRONG (Autor:in)
31.12.2021
Patent
Elektronische Ressource
Chinesisch
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