Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Pit dewatering device and dewatering construction method thereof
The invention relates to the technical field of civil engineering, in particular to a water collecting pit dewatering device and a dewatering construction method thereof.The water collecting pit dewatering device comprises a vertical water pipe, a plurality of horizontal pipe bodies and a self-priming pump, the horizontal pipe bodies are arranged in parallel and communicate with one another, and the self-priming pump is arranged in the vertical water pipe; after the cushion layer is poured, the number of the self-priming pumps is adjusted according to the richness of underground water, water pumping does not affect subsequent construction, and it can be ensured that the underground water level is relatively stable; the reserved vertical galvanized iron pipe can be used as a water pumping pipe to assist in pumping water and can also be used for observing underground water conditions, and a self-priming pump can be added to pump water when the water quantity is rich; when the raft is poured, the flange and the blind plate are connected and fastened through a bolt, and after the raft is poured, the steel sleeve is embedded into the raft to ensure that no subsequent damage exists; the self-priming pump can be recycled after pouring of rafts outside the cushion raft is completed; the self-priming pump is not easy to burn out, has an automatic alarm function of the alarm, does not need to be patrolled every day, and saves labor cost.
本发明涉及土建工程技术领域，具体为一种关于集水坑降水装置及其降水施工的方法，包括：竖直水管、水平管体和自吸泵，所述水平管体设有若干根，且相互平行设置，若干根水平管体之间相互连通，垫层浇筑完成后根据地下水的丰富程度调节自吸泵的数量，抽水不影响后续施工，能确保地下水位的相对稳定；预留竖向镀锌铁管既可以作为抽水管辅助抽水又可用来观测地下水情况，在水量丰富时可以增加自吸泵抽水；浇筑筏板时法兰与盲板用螺栓连接紧固，筏板浇筑后钢套管埋入筏板内，确保无后患；自吸泵在垫层筏板以外筏板浇筑完成后可循环使用；自吸泵本身不容易烧坏，有警报器自动报警功能，不需每日巡视，节约人工成本。
Pit dewatering device and dewatering construction method thereof
The invention relates to the technical field of civil engineering, in particular to a water collecting pit dewatering device and a dewatering construction method thereof.The water collecting pit dewatering device comprises a vertical water pipe, a plurality of horizontal pipe bodies and a self-priming pump, the horizontal pipe bodies are arranged in parallel and communicate with one another, and the self-priming pump is arranged in the vertical water pipe; after the cushion layer is poured, the number of the self-priming pumps is adjusted according to the richness of underground water, water pumping does not affect subsequent construction, and it can be ensured that the underground water level is relatively stable; the reserved vertical galvanized iron pipe can be used as a water pumping pipe to assist in pumping water and can also be used for observing underground water conditions, and a self-priming pump can be added to pump water when the water quantity is rich; when the raft is poured, the flange and the blind plate are connected and fastened through a bolt, and after the raft is poured, the steel sleeve is embedded into the raft to ensure that no subsequent damage exists; the self-priming pump can be recycled after pouring of rafts outside the cushion raft is completed; the self-priming pump is not easy to burn out, has an automatic alarm function of the alarm, does not need to be patrolled every day, and saves labor cost.
本发明涉及土建工程技术领域，具体为一种关于集水坑降水装置及其降水施工的方法，包括：竖直水管、水平管体和自吸泵，所述水平管体设有若干根，且相互平行设置，若干根水平管体之间相互连通，垫层浇筑完成后根据地下水的丰富程度调节自吸泵的数量，抽水不影响后续施工，能确保地下水位的相对稳定；预留竖向镀锌铁管既可以作为抽水管辅助抽水又可用来观测地下水情况，在水量丰富时可以增加自吸泵抽水；浇筑筏板时法兰与盲板用螺栓连接紧固，筏板浇筑后钢套管埋入筏板内，确保无后患；自吸泵在垫层筏板以外筏板浇筑完成后可循环使用；自吸泵本身不容易烧坏，有警报器自动报警功能，不需每日巡视，节约人工成本。
Pit dewatering device and dewatering construction method thereof
一种关于集水坑降水装置及其降水施工的方法
ZHONG CHONGSEN (Autor:in) / HAN CHAO (Autor:in) / HUANG XIAOFENG (Autor:in) / WANG HAO (Autor:in) / TIAN ZHUWEI (Autor:in) / WU JIAQI (Autor:in) / HAO YIHUI (Autor:in) / YIN HONG (Autor:in)
12.03.2024
Patent
Elektronische Ressource
Chinesisch
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