A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
To provide a water receiver tank that requires only a small space and can be maintained and cleaned in the same way as before.SOLUTION: A tank group comprises three single tanks whose capacity is 1/4 of a required water supply volume. Each of the single tanks can independently receive and drain water using a water receiving/drainage device. Control means is configured so that under normal conditions, the three tanks together hold 3/4 of the required water supply volume, and during cleaning, one specific tank among the three tanks is emptied and the other two tanks hold 1/2 of the required water supply volume. Renewal from an old two-tank type receiver water tank is conducted as follows. One tank of old two-tank type receiver tanks is collapsed and a remaining tank continues to supply the water, and two single tanks with a capacity of 1/4 of a renewal required water supply volume determined based on a water supply volume when already installed are installed in a space of a collapsed one tank. The water is supplied by the two single tanks, a remaining tank of the two-tank type receiver tanks is broken, and an additional tank is installed in the space of the collapsed one tank.SELECTED DRAWING: Figure 1
【課題】狭いスペースで足り、保守・清掃も従来と変わりなくできる受水槽を提供する。【解決手段】容量が必要給水量の１／４である単槽を３槽備えた単槽群を備える。前記各単槽は受排水装置でそれぞれ独立して受排水できる。制御手段は、通常時は、前記３槽全体で必要給水量の３／４の量の水を保持し、清掃時には前記３槽の内の特定の１槽を空にし、他の２槽で必要給水量の１／２を保持する構成とした。旧来の２槽式の受水槽からの更新は以下のようにして行う。旧来の２槽式の受水槽の内の１槽を潰して、残りの１槽で給水を継続し、前記潰された１槽のスペースに、既設時の給水量に基づいて決定された更新必要給水量の１／４の容量である単槽を２槽設置する。当該２つの単槽で給水し、前記２槽式の残りの１槽を壊し、前記壊されたスペースに前記単槽を更に１槽設置する。【選択図】図１
To provide a water receiver tank that requires only a small space and can be maintained and cleaned in the same way as before.SOLUTION: A tank group comprises three single tanks whose capacity is 1/4 of a required water supply volume. Each of the single tanks can independently receive and drain water using a water receiving/drainage device. Control means is configured so that under normal conditions, the three tanks together hold 3/4 of the required water supply volume, and during cleaning, one specific tank among the three tanks is emptied and the other two tanks hold 1/2 of the required water supply volume. Renewal from an old two-tank type receiver water tank is conducted as follows. One tank of old two-tank type receiver tanks is collapsed and a remaining tank continues to supply the water, and two single tanks with a capacity of 1/4 of a renewal required water supply volume determined based on a water supply volume when already installed are installed in a space of a collapsed one tank. The water is supplied by the two single tanks, a remaining tank of the two-tank type receiver tanks is broken, and an additional tank is installed in the space of the collapsed one tank.SELECTED DRAWING: Figure 1
【課題】狭いスペースで足り、保守・清掃も従来と変わりなくできる受水槽を提供する。【解決手段】容量が必要給水量の１／４である単槽を３槽備えた単槽群を備える。前記各単槽は受排水装置でそれぞれ独立して受排水できる。制御手段は、通常時は、前記３槽全体で必要給水量の３／４の量の水を保持し、清掃時には前記３槽の内の特定の１槽を空にし、他の２槽で必要給水量の１／２を保持する構成とした。旧来の２槽式の受水槽からの更新は以下のようにして行う。旧来の２槽式の受水槽の内の１槽を潰して、残りの１槽で給水を継続し、前記潰された１槽のスペースに、既設時の給水量に基づいて決定された更新必要給水量の１／４の容量である単槽を２槽設置する。当該２つの単槽で給水し、前記２槽式の残りの１槽を壊し、前記壊されたスペースに前記単槽を更に１槽設置する。【選択図】図１
WATER RECEIVER TANK
受水槽
SHIDE NAOTOSHI (author)
2024-06-20
Patent
Electronic Resource
Japanese
IPC:
E03B
Anlagen oder Verfahren zum Gewinnen, Sammeln oder Verteilen von Wasser
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