A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
FLOW PATH SWITCHING SYSTEM
To provide a flow path switching system that improves connection workability and saves a space.SOLUTION: A flow path switching system 1 used in a water purification system includes: a raw water channel having an inlet 2, an outlet 3, a branching section, and a junction section; and a raw water outgoing channel 7 and a purified water return channel 8 connected to a water purifier. The branching section is a portion where raw water flowing from the inlet 2 through the raw water channel is branched into the raw water outgoing channel 7. The junction section is a portion provided between the branching section of the raw water channel and the outlet 3, where purified water purified by the water purifier and flowed through the purified water return channel 8 is merged into the raw water channel, and further includes a first opening/closing valve 10 provided between the branching section and the junction section of the raw water channel, and a second opening/closing valve 11 provided on the raw water outgoing channel 7. The raw water channel, the raw water outgoing channel 7, the purified water return channel 8, the first opening/closing valve 10, and the second opening/closing valve 11 are connected and integrated without using other piping.SELECTED DRAWING: Figure 2
【課題】接続作業性の向上、省スペース化を実現できる流路切換システムを提供する。【解決手段】浄水システムに使用される流路切換システム１であって、流入口２、流出口３、分岐部および合流部を有する原水路と、浄水器に接続される原水用往路７と浄水用復路８と、を備え、分岐部は、流入口２から原水路を流れてきた原水を原水用往路７に分岐する部分であり、合流部は、原水路の分岐部から流出口３までの間に設けられ、浄水器により浄化されて浄水用復路８を流れてきた浄水を原水路に合流させる部分であり、原水路の分岐部と合流部との間に設けられた第１開閉弁１０と原水用往路７に設けられた第２開閉弁１１と、をさらに備え、原水路、原水用往路７、浄水用復路８、第１開閉弁１０および第２開閉弁１１が、他の配管を介することなく接続されて一体化されている流路切換システム。【選択図】図２
FLOW PATH SWITCHING SYSTEM
To provide a flow path switching system that improves connection workability and saves a space.SOLUTION: A flow path switching system 1 used in a water purification system includes: a raw water channel having an inlet 2, an outlet 3, a branching section, and a junction section; and a raw water outgoing channel 7 and a purified water return channel 8 connected to a water purifier. The branching section is a portion where raw water flowing from the inlet 2 through the raw water channel is branched into the raw water outgoing channel 7. The junction section is a portion provided between the branching section of the raw water channel and the outlet 3, where purified water purified by the water purifier and flowed through the purified water return channel 8 is merged into the raw water channel, and further includes a first opening/closing valve 10 provided between the branching section and the junction section of the raw water channel, and a second opening/closing valve 11 provided on the raw water outgoing channel 7. The raw water channel, the raw water outgoing channel 7, the purified water return channel 8, the first opening/closing valve 10, and the second opening/closing valve 11 are connected and integrated without using other piping.SELECTED DRAWING: Figure 2
【課題】接続作業性の向上、省スペース化を実現できる流路切換システムを提供する。【解決手段】浄水システムに使用される流路切換システム１であって、流入口２、流出口３、分岐部および合流部を有する原水路と、浄水器に接続される原水用往路７と浄水用復路８と、を備え、分岐部は、流入口２から原水路を流れてきた原水を原水用往路７に分岐する部分であり、合流部は、原水路の分岐部から流出口３までの間に設けられ、浄水器により浄化されて浄水用復路８を流れてきた浄水を原水路に合流させる部分であり、原水路の分岐部と合流部との間に設けられた第１開閉弁１０と原水用往路７に設けられた第２開閉弁１１と、をさらに備え、原水路、原水用往路７、浄水用復路８、第１開閉弁１０および第２開閉弁１１が、他の配管を介することなく接続されて一体化されている流路切換システム。【選択図】図２
FLOW PATH SWITCHING SYSTEM
流路切換システム
NARITA TAKASHI (author) / MORI TOYOHIKO (author) / ISOBE TAKU (author) / SUGISHIMA KIMIHIKO (author) / SATO YASUHIRO (author) / MAEDA HIROHISA (author)
2024-10-11
Patent
Electronic Resource
Japanese
IPC:
E03C
DOMESTIC PLUMBING INSTALLATIONS FOR FRESH WATER OR WASTE WATER
,
Hausinstallationen für Frisch- oder Abwasser
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