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Drainage system of pipe gallery
The invention discloses a drainage system of a pipe gallery. The drainage system of the pipe gallery comprises a pipe gallery body, water collecting pits, a first drainage mechanism and a second drainage mechanism, wherein the pipe gallery body is provided with a plurality of drainage sections; the water collecting pits are arranged at the low-lying positions of the drainage sections; the first drainage mechanism comprises a first drainage pump and is used for feeding the water in the water collecting pits to the outside of the pipe gallery body; the second drainage mechanism comprises a second drainage pump, the second drainage pump is connected with a gallery inlet water pipe at the low-lying position of the pipe gallery body, and the second drainage mechanism is used for feeding the water in the gallery inlet water pipe to the outside of the pipe gallery body. The form of combining the drainage of the water collecting pits under a bottom plate of the pipe gallery body with the ground drainage in the pipe gallery body, the problems that the model selection of a water pump due to large flow rate is difficult, water collecting pits are large in size, and construction difficulty islarge due to the fact that only the underground water collecting pits are traditionally arranged for drainage are effectively solved, the construction risk can be effectively reduced, the impact of the water collecting pit construction on the safety of a pipe gallery structure is reduced, meanwhile it is guaranteed that the drainage of the pipe gallery meets the requirements, and the project costis greatly saved, and the construction period is effectively shortened.
本发明公开了一种管廊的排水系统,包括管廊,具有多个排水区间;集水坑,设在多个所述排水区间的低洼位置;第一排水机构,包括第一排水泵,用于将所述集水坑中的水送至管廊外;第二排水机构,包括第二排水泵,所述第二排水泵在管廊的低洼位置与入廊水管相连接,用于将入廊水管中的水送至管廊外。其采用管廊底板下集水坑排水与管廊内地面排水相结合的形式,有效的解决了传统只设地下集水坑进行排水水泵流量大选型困难、集水坑尺寸大、施工难度大等缺点,有效的降低施工风险、减少了集水坑施工对管廊结构安全影响,同时又能保证管廊排水满足要求,且大大节省工程造价,有效缩短了工期。
Drainage system of pipe gallery
The invention discloses a drainage system of a pipe gallery. The drainage system of the pipe gallery comprises a pipe gallery body, water collecting pits, a first drainage mechanism and a second drainage mechanism, wherein the pipe gallery body is provided with a plurality of drainage sections; the water collecting pits are arranged at the low-lying positions of the drainage sections; the first drainage mechanism comprises a first drainage pump and is used for feeding the water in the water collecting pits to the outside of the pipe gallery body; the second drainage mechanism comprises a second drainage pump, the second drainage pump is connected with a gallery inlet water pipe at the low-lying position of the pipe gallery body, and the second drainage mechanism is used for feeding the water in the gallery inlet water pipe to the outside of the pipe gallery body. The form of combining the drainage of the water collecting pits under a bottom plate of the pipe gallery body with the ground drainage in the pipe gallery body, the problems that the model selection of a water pump due to large flow rate is difficult, water collecting pits are large in size, and construction difficulty islarge due to the fact that only the underground water collecting pits are traditionally arranged for drainage are effectively solved, the construction risk can be effectively reduced, the impact of the water collecting pit construction on the safety of a pipe gallery structure is reduced, meanwhile it is guaranteed that the drainage of the pipe gallery meets the requirements, and the project costis greatly saved, and the construction period is effectively shortened.
本发明公开了一种管廊的排水系统,包括管廊,具有多个排水区间;集水坑,设在多个所述排水区间的低洼位置;第一排水机构,包括第一排水泵,用于将所述集水坑中的水送至管廊外;第二排水机构,包括第二排水泵,所述第二排水泵在管廊的低洼位置与入廊水管相连接,用于将入廊水管中的水送至管廊外。其采用管廊底板下集水坑排水与管廊内地面排水相结合的形式,有效的解决了传统只设地下集水坑进行排水水泵流量大选型困难、集水坑尺寸大、施工难度大等缺点,有效的降低施工风险、减少了集水坑施工对管廊结构安全影响,同时又能保证管廊排水满足要求,且大大节省工程造价,有效缩短了工期。
Drainage system of pipe gallery
一种管廊的排水系统
XIE FENGBO (Autor:in) / ZHANG YUANDONG (Autor:in) / BIE XUFENG (Autor:in) / JIANG ZHUO (Autor:in) / LIU CONGSHENG (Autor:in) / LI JIAXU (Autor:in) / XIONG XUHUA (Autor:in) / LI LINLIN (Autor:in)
08.05.2020
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
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