A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Intensive double-layer drainage pump station capable of saving land
The invention discloses an intensive double-layer drainage pump station capable of saving land. The intensive double-layer drainage pump station comprises a lower-layer sub pump station and an upper-layer sub pump station which are independent of each other, the lower-layer sub pump station and the upper-layer sub pump station are each composed of a water inlet area, a water collecting area, a lifting area and a water outlet pool. The water inlet areas of the lower-layer sub pump station and the upper-layer sub pump station are arranged side by side; the water collecting area of the lower-layer sub pump station is composed of a first flared water pool communicating with a first grid well and a lower-layer water pool; the water collecting area of the upper-layer sub pump station is composedof a second flared water pool communicating with a second grid well and an upper-layer water pool; and the lifting area of the lower-layer sub pump station is composed of a first pump chamber on therear side of the lower-layer water pool and a first pump set in the first pump chamber, the lifting area of the upper-layer sub pump station is composed of a second pump chamber on the rear side of the upper-layer water pool and a second pump set in the second pump chamber, and the two pump sets both communicate with the water outlet pool. The drainage pump station can increase the land space utilization rate and has the flood prevention function and the drainage function at the same time.
本发明公开了一种用地节约的集约型双层排水泵站，包括相互独立的下层子泵站和上层子泵站，所述下层子泵站和所述上层子泵站均由进水区、集水区、提升区和出水池构成，下层子泵站和上层子泵站的进水区并排设置，下层子泵站的集水区由与第一栅格井连通的第一扩口式水池和下层水池构成，上层子泵站的集水区由与第二栅格井连通的第二扩口式水池和上层水池构成，下层子泵站的提升区由下层水池后侧的第一泵室，以及第一泵室内的第一泵组构成，上层子泵站的提升区由上层水池后侧的第二泵室，以及第二泵室内的第二泵组构成，两泵组均与出水池连通。本发明旨在提供一种可提高土地空间利用率，同时具备防汛和排水双重功能的排水泵站。
Intensive double-layer drainage pump station capable of saving land
The invention discloses an intensive double-layer drainage pump station capable of saving land. The intensive double-layer drainage pump station comprises a lower-layer sub pump station and an upper-layer sub pump station which are independent of each other, the lower-layer sub pump station and the upper-layer sub pump station are each composed of a water inlet area, a water collecting area, a lifting area and a water outlet pool. The water inlet areas of the lower-layer sub pump station and the upper-layer sub pump station are arranged side by side; the water collecting area of the lower-layer sub pump station is composed of a first flared water pool communicating with a first grid well and a lower-layer water pool; the water collecting area of the upper-layer sub pump station is composedof a second flared water pool communicating with a second grid well and an upper-layer water pool; and the lifting area of the lower-layer sub pump station is composed of a first pump chamber on therear side of the lower-layer water pool and a first pump set in the first pump chamber, the lifting area of the upper-layer sub pump station is composed of a second pump chamber on the rear side of the upper-layer water pool and a second pump set in the second pump chamber, and the two pump sets both communicate with the water outlet pool. The drainage pump station can increase the land space utilization rate and has the flood prevention function and the drainage function at the same time.
本发明公开了一种用地节约的集约型双层排水泵站，包括相互独立的下层子泵站和上层子泵站，所述下层子泵站和所述上层子泵站均由进水区、集水区、提升区和出水池构成，下层子泵站和上层子泵站的进水区并排设置，下层子泵站的集水区由与第一栅格井连通的第一扩口式水池和下层水池构成，上层子泵站的集水区由与第二栅格井连通的第二扩口式水池和上层水池构成，下层子泵站的提升区由下层水池后侧的第一泵室，以及第一泵室内的第一泵组构成，上层子泵站的提升区由上层水池后侧的第二泵室，以及第二泵室内的第二泵组构成，两泵组均与出水池连通。本发明旨在提供一种可提高土地空间利用率，同时具备防汛和排水双重功能的排水泵站。
Intensive double-layer drainage pump station capable of saving land
一种用地节约的集约型双层排水泵站
ZHANG HONGBIN (author) / SU GONGJUN (author) / WU YIPENG (author) / YANG LILI (author) / LENG XIAODONG (author) / LI PENG (author) / RONG MEI (author) / YANG HAITAO (author) / HU ZUOPENG (author) / GE XIAOLI (author)
2020-12-01
Patent
Electronic Resource
Chinese
IPC:
E03F
SEWERS
,
Abwasserkanäle
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