Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Water pump and water tank parallel water supply system for super high-rise building
The invention discloses a water pump and water tank parallel water supply system for a super high-rise building, which comprises a cutoff water tank, a plurality of water supply pumps, a plurality of booster pumps and a high-level water tank, the water inlet ends of the water supply pumps are connected with the cutoff water tank, and the first water outlet ends of the water supply pumps are connected with the bottom of the high-level water tank or the water inlet ends of the booster pumps; the second water outlet ends of the water supply pumps are connected with the low-area water supply pipe network, the first water outlet ends of the booster pumps are connected with the bottom of the high-level water tank, the second water outlet ends of the booster pumps are connected with the high-area water supply pipe network, the water supply pumps are arranged in parallel, and the booster pumps are arranged in parallel. The parallel water supply mode that all the water supply areas do not interfere with one another and operate independently is adopted, and the safety and reliability of the water supply system are improved; waste of surplus water head of the water supplementing pipe and water inlet noise during emptying type water inlet at the top of the water tank can be avoided; the overflow flood of the water tank is eliminated; the equipment load of the middle floor is reduced; the problems of running noise and vibration of water pumps on middle floors are solved.
本发明公开了一种超高层建筑水泵水箱并联供水系统，包括断流水箱、多台供水泵、多台接力泵和高位水箱，供水泵的进水端与断流水箱相连接，其第一出水端与高位水箱底部相连接或者其第一出水端与接力泵的进水端连接，供水泵的第二出水端与低区供水管网相连接，接力泵的第一出水端与高位水箱底部相连接，接力泵的第二出水端与高区供水管网相连接，多台供水泵并联设置，多台接力泵并联设置。本发明采用各个供水区之间互不干扰，分别独立运行的并联供水方式，提高了供水系统的安全可靠性；可避免水箱顶部放空式进水时浪费补水管的富余水头和产生进水噪声；消除了水箱的溢流水患；降低了中间楼层的设备荷载；解决了中间楼层水泵运行噪声和振动问题。
Water pump and water tank parallel water supply system for super high-rise building
The invention discloses a water pump and water tank parallel water supply system for a super high-rise building, which comprises a cutoff water tank, a plurality of water supply pumps, a plurality of booster pumps and a high-level water tank, the water inlet ends of the water supply pumps are connected with the cutoff water tank, and the first water outlet ends of the water supply pumps are connected with the bottom of the high-level water tank or the water inlet ends of the booster pumps; the second water outlet ends of the water supply pumps are connected with the low-area water supply pipe network, the first water outlet ends of the booster pumps are connected with the bottom of the high-level water tank, the second water outlet ends of the booster pumps are connected with the high-area water supply pipe network, the water supply pumps are arranged in parallel, and the booster pumps are arranged in parallel. The parallel water supply mode that all the water supply areas do not interfere with one another and operate independently is adopted, and the safety and reliability of the water supply system are improved; waste of surplus water head of the water supplementing pipe and water inlet noise during emptying type water inlet at the top of the water tank can be avoided; the overflow flood of the water tank is eliminated; the equipment load of the middle floor is reduced; the problems of running noise and vibration of water pumps on middle floors are solved.
本发明公开了一种超高层建筑水泵水箱并联供水系统，包括断流水箱、多台供水泵、多台接力泵和高位水箱，供水泵的进水端与断流水箱相连接，其第一出水端与高位水箱底部相连接或者其第一出水端与接力泵的进水端连接，供水泵的第二出水端与低区供水管网相连接，接力泵的第一出水端与高位水箱底部相连接，接力泵的第二出水端与高区供水管网相连接，多台供水泵并联设置，多台接力泵并联设置。本发明采用各个供水区之间互不干扰，分别独立运行的并联供水方式，提高了供水系统的安全可靠性；可避免水箱顶部放空式进水时浪费补水管的富余水头和产生进水噪声；消除了水箱的溢流水患；降低了中间楼层的设备荷载；解决了中间楼层水泵运行噪声和振动问题。
Water pump and water tank parallel water supply system for super high-rise building
一种超高层建筑水泵水箱并联供水系统
HUANG XINTIAN (Autor:in)
12.08.2022
Patent
Elektronische Ressource
Chinesisch
IPC:
E03B
Anlagen oder Verfahren zum Gewinnen, Sammeln oder Verteilen von Wasser
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INSTALLATIONS OR METHODS FOR OBTAINING, COLLECTING, OR DISTRIBUTING WATER
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