A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Floor partition water supply system
The invention relates to a floor partition water supply system which divides a whole building into a plurality of floor areas according to water pressure requirements of all floors and comprises a main heat supply hot water mechanism, a main circulating water pump, a main one-way valve, a floor area pressure regulating mechanism, a floor area one-way valve and a floor area pressure-bearing heat preservation water tank. Hot water in the main heat supply hot water mechanism enters a main water supply pipeline from a main circulating water pump through a main one-way valve, a main pressure sensor is installed on the main water supply pipeline and is associated with the main circulating water pump, and branch pipelines of the main water supply pipeline lead to all the floor areas. Branch pipelines of the main water supply pipeline are sequentially connected with a layer area pressure regulating mechanism and a layer area one-way valve and then communicated with a layer area pressure-bearing heat preservation water tank, and the layer area pressure-bearing heat preservation water tank is communicated with all water supply points in a layer area through layer area water return pipelines. The water supply system adopts an energy-saving design, can solve the problem of water pressure of high floors, reduces the power consumption of operation, and also can ensure that the water supply temperature is always appropriate.
本发明涉及一种楼层分区供水系统，根据各楼层的水压需求，将整个楼分成若干个层区，所述的供水系统包括主供热热水机构、主循环水泵、主单向阀、层区调压机构、层区单向阀和层区承压保温水箱；主供热热水机构中的热水由主循环水泵经主单向阀进入主供水管路，主供水管路上安装有主压力传感器，所述主压力传感器与所述主循环水泵相关联，所述主供水管路的分支管路通往各个层区，所述主供水管路的分支管路均依次连接层区调压机构、层区单向阀后再连通层区承压保温水箱，层区承压保温水箱通过层区回水管路连通层区内各供水点。所述的供水系统采用节能设计，可以解决高楼层水压问题，缩减运行的功耗，还能确保供水温度始终适宜。
Floor partition water supply system
The invention relates to a floor partition water supply system which divides a whole building into a plurality of floor areas according to water pressure requirements of all floors and comprises a main heat supply hot water mechanism, a main circulating water pump, a main one-way valve, a floor area pressure regulating mechanism, a floor area one-way valve and a floor area pressure-bearing heat preservation water tank. Hot water in the main heat supply hot water mechanism enters a main water supply pipeline from a main circulating water pump through a main one-way valve, a main pressure sensor is installed on the main water supply pipeline and is associated with the main circulating water pump, and branch pipelines of the main water supply pipeline lead to all the floor areas. Branch pipelines of the main water supply pipeline are sequentially connected with a layer area pressure regulating mechanism and a layer area one-way valve and then communicated with a layer area pressure-bearing heat preservation water tank, and the layer area pressure-bearing heat preservation water tank is communicated with all water supply points in a layer area through layer area water return pipelines. The water supply system adopts an energy-saving design, can solve the problem of water pressure of high floors, reduces the power consumption of operation, and also can ensure that the water supply temperature is always appropriate.
本发明涉及一种楼层分区供水系统，根据各楼层的水压需求，将整个楼分成若干个层区，所述的供水系统包括主供热热水机构、主循环水泵、主单向阀、层区调压机构、层区单向阀和层区承压保温水箱；主供热热水机构中的热水由主循环水泵经主单向阀进入主供水管路，主供水管路上安装有主压力传感器，所述主压力传感器与所述主循环水泵相关联，所述主供水管路的分支管路通往各个层区，所述主供水管路的分支管路均依次连接层区调压机构、层区单向阀后再连通层区承压保温水箱，层区承压保温水箱通过层区回水管路连通层区内各供水点。所述的供水系统采用节能设计，可以解决高楼层水压问题，缩减运行的功耗，还能确保供水温度始终适宜。
Floor partition water supply system
一种楼层分区供水系统
HAN MINGLEI (author) / BAI SHUSHENG (author) / ZHANG XIANZHONG (author) / CHI YONGJIANG (author)
2022-04-15
Patent
Electronic Resource
Chinese
IPC:
F24H
FLUID HEATERS, e.g. WATER OR AIR HEATERS, HAVING HEAT-GENERATING MEANS, IN GENERAL
,
Erhitzer für flüssige oder gasförmige Stoffe, z.B. Wasser- oder Lufterhitzer mit Vorrichtungen zur Wärmeerzeugung, allgemein
/
E03B
Anlagen oder Verfahren zum Gewinnen, Sammeln oder Verteilen von Wasser
,
INSTALLATIONS OR METHODS FOR OBTAINING, COLLECTING, OR DISTRIBUTING WATER