A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Full-pipe-network dead-water-free circulating water supply system
The invention discloses a full-pipe-network dead-water-free circulating water supply system. The full-pipe-network dead-water-free circulating water supply system comprises a water feeding pipe used for delivering water to the top floor and a plurality of water supply modules connected with the water feeding pipe, the plurality of water supply modules are arranged according to the floor height andmutually connected, and each water supply module comprises a water supply pipe, a water return pipe and floor water distribution branch pipes. According to the full-pipe-network dead-water-free circulating water supply system, the multiple water supply modules are arranged, each water supply module achieves same-way pipe distribution to control water flow circulation, and then it is guaranteed that water flow in the pipes cannot be detained in a same area to influence the water quality; a pressure reducing assembly is arranged between every two adjacent water supply modules, the water supplymodules are connected in series in a pressure reducing mode through the pressure reducing assemblies, the pressure in the water supply modules is controlled within the allowed range, and then normal water use of users is guaranteed; and in addition, the highest positions of the water supply modules (that is, the pipes behind the pressure reducing assemblies) are provided with exhaust assemblies, free gas in the water supply modules in the water supply process is exhausted, water flow circulation is achieved, and the water quality is guaranteed.
本发明公开了一种全管网无死水循环供水系统，包括将水输送到顶楼的给水管、以及与给水管连接的供水模块，所述供水模块根据楼层高度设置若干个且相互连接，所述供水模块包括供水管、回水管及楼层配水支管，本发明中设有多个供水模块，且每个供水模块同程布管，以此控制水流循环，从而保证管内的水流不会滞留在某一区域，而影响水质，并在两个供水模块之间设置减压组件，通过减压组件使供水模块之间减压串联，以此将供水模块内的压力控制在允许范围内，从而保证用户正常进行用水，此外，供水模块最高点处(即减压组件后面管路中)还设有排气组件，以此排除供水过程中每个供水模块内的游离气体，从而使水流循环以保证水质。
Full-pipe-network dead-water-free circulating water supply system
The invention discloses a full-pipe-network dead-water-free circulating water supply system. The full-pipe-network dead-water-free circulating water supply system comprises a water feeding pipe used for delivering water to the top floor and a plurality of water supply modules connected with the water feeding pipe, the plurality of water supply modules are arranged according to the floor height andmutually connected, and each water supply module comprises a water supply pipe, a water return pipe and floor water distribution branch pipes. According to the full-pipe-network dead-water-free circulating water supply system, the multiple water supply modules are arranged, each water supply module achieves same-way pipe distribution to control water flow circulation, and then it is guaranteed that water flow in the pipes cannot be detained in a same area to influence the water quality; a pressure reducing assembly is arranged between every two adjacent water supply modules, the water supplymodules are connected in series in a pressure reducing mode through the pressure reducing assemblies, the pressure in the water supply modules is controlled within the allowed range, and then normal water use of users is guaranteed; and in addition, the highest positions of the water supply modules (that is, the pipes behind the pressure reducing assemblies) are provided with exhaust assemblies, free gas in the water supply modules in the water supply process is exhausted, water flow circulation is achieved, and the water quality is guaranteed.
本发明公开了一种全管网无死水循环供水系统，包括将水输送到顶楼的给水管、以及与给水管连接的供水模块，所述供水模块根据楼层高度设置若干个且相互连接，所述供水模块包括供水管、回水管及楼层配水支管，本发明中设有多个供水模块，且每个供水模块同程布管，以此控制水流循环，从而保证管内的水流不会滞留在某一区域，而影响水质，并在两个供水模块之间设置减压组件，通过减压组件使供水模块之间减压串联，以此将供水模块内的压力控制在允许范围内，从而保证用户正常进行用水，此外，供水模块最高点处(即减压组件后面管路中)还设有排气组件，以此排除供水过程中每个供水模块内的游离气体，从而使水流循环以保证水质。
Full-pipe-network dead-water-free circulating water supply system
一种全管网无死水循环供水系统
YANG YUNTAO (author)
2020-05-29
Patent
Electronic Resource
Chinese
IPC:
E03B
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INSTALLATIONS OR METHODS FOR OBTAINING, COLLECTING, OR DISTRIBUTING WATER
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