A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
WATER RECEIVING TANK DIVIDING SYSTEM
PROBLEM TO BE SOLVED: To avoid an increase of a construction amount due to an increase of a taking-in pipe diameter based on the Water Supply Act, when a water receiving amount for general feedwater use and a water receiving amount for industrial use increase due to overlapping time zone.SOLUTION: Stored water in a water receiving tank T1 for general feedwater and stored water in a water receiving tank T2 for industrial use are mainly for daytime use. The water receiving tank T1 for general feedwater starts water receiving operation after the water level reaches a decreased value set by a water level gauge. In the water receiving tank T2 for industrial use, the level reduction indication is only for a full or a reduced state. An inlet valve V starts to receive water after an overlapping avoiding setting is released. Opening and closing of the valve V in an industrial use object region is set according to an operation status, and in many cases, from midnight to early morning. Since the industrial uses are various, the setting is determined according to the work processes. Thus, the overlapping water receiving of the water receiving tanks T1, T2 is avoided to allow leveling of water feeding to the water receiving tanks in future.SELECTED DRAWING: Figure 1
【課題】一般給水用途の受水量と、業務用途受水量との、受水の重複時間帯に因る受水量の増加時の管径が、水道法に基づく引き込み口径ＵＰによる施工量増加を回避する。【解決手段】一般給水受水槽Ｔ１及び業務用受水槽Ｔ２は、どちらの受水槽Ｔ１，Ｔ２の貯溜水も主として日中使用であり、一般給水受水槽Ｔ１は、水位計により設定迄の減少値に到達後、受水開始動作が開始される。業務用受水槽Ｔ２では水位の減少指示は満減表示のみで、入り口弁Ｖは重複回避設定の解除後に、受水開始となる。業務用途対象域の弁Ｖの開閉は、運営形態によって設定されるが殆どは深夜から早朝が多いが、産業用途は一定でなく作業工程により決定されている。斯くて受水槽Ｔ１，Ｔ２の重複受水が回避されて、受水槽の給水の平準化が将来可能となる。【選択図】図１
WATER RECEIVING TANK DIVIDING SYSTEM
PROBLEM TO BE SOLVED: To avoid an increase of a construction amount due to an increase of a taking-in pipe diameter based on the Water Supply Act, when a water receiving amount for general feedwater use and a water receiving amount for industrial use increase due to overlapping time zone.SOLUTION: Stored water in a water receiving tank T1 for general feedwater and stored water in a water receiving tank T2 for industrial use are mainly for daytime use. The water receiving tank T1 for general feedwater starts water receiving operation after the water level reaches a decreased value set by a water level gauge. In the water receiving tank T2 for industrial use, the level reduction indication is only for a full or a reduced state. An inlet valve V starts to receive water after an overlapping avoiding setting is released. Opening and closing of the valve V in an industrial use object region is set according to an operation status, and in many cases, from midnight to early morning. Since the industrial uses are various, the setting is determined according to the work processes. Thus, the overlapping water receiving of the water receiving tanks T1, T2 is avoided to allow leveling of water feeding to the water receiving tanks in future.SELECTED DRAWING: Figure 1
【課題】一般給水用途の受水量と、業務用途受水量との、受水の重複時間帯に因る受水量の増加時の管径が、水道法に基づく引き込み口径ＵＰによる施工量増加を回避する。【解決手段】一般給水受水槽Ｔ１及び業務用受水槽Ｔ２は、どちらの受水槽Ｔ１，Ｔ２の貯溜水も主として日中使用であり、一般給水受水槽Ｔ１は、水位計により設定迄の減少値に到達後、受水開始動作が開始される。業務用受水槽Ｔ２では水位の減少指示は満減表示のみで、入り口弁Ｖは重複回避設定の解除後に、受水開始となる。業務用途対象域の弁Ｖの開閉は、運営形態によって設定されるが殆どは深夜から早朝が多いが、産業用途は一定でなく作業工程により決定されている。斯くて受水槽Ｔ１，Ｔ２の重複受水が回避されて、受水槽の給水の平準化が将来可能となる。【選択図】図１
WATER RECEIVING TANK DIVIDING SYSTEM
受水槽分割システム
SUGIMURA MITSUO (author)
2018-07-05
Patent
Electronic Resource
Japanese
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