Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
To provide an underground water tank that mitigates heavy rain disasters and enables effective use of water in the water tank.SOLUTION: A connected underground water tank 1 has an independent underground water tank 2 filled with a horizontal pipe 2c, a vertical pipe 2d, and a porous member 2g inside, and is connected by a connecting pipe 3 and a water conduit 4. The independent underground water tank 2 also has a function of permeating the water that has flowed from a water source 5 via the horizontal pipe 2c and the vertical pipe 2d into the porous member 2g to store or discharge the water. Water is purified by the porous member 2g. The plurality of independent underground water tanks 2 are connected in a region by the connecting pipes 3 to form a connected underground water tank 1 that integrates the region and mitigates flooding.SELECTED DRAWING: Figure 1
【課題】地下貯水槽で豪雨災害を緩和し、貯水槽の水の有効利用を提供する。【解決手段】連結地下貯水水槽１は、内部に横パイプ２ｃと縦パイプ２ｄと多孔質部材２ｇを充填した単独地下貯水槽２を地中に埋設し、連結管３と導水管４で連結する事を備える。単独地下貯水槽２は、水源５から横パイプ２ｃと縦パイプ２ｄを経由して流入した水を多孔質部材２ｇに浸透させて貯水し、或は排出する機能も有し、孔質部材２ｇで浄化し、地域内の複数の単独地下貯水槽２を連結管３によって接続させ、地域が一体化した連結地下水槽１が形成され、洪水を緩和する機能を提供する。【選択図】図１
To provide an underground water tank that mitigates heavy rain disasters and enables effective use of water in the water tank.SOLUTION: A connected underground water tank 1 has an independent underground water tank 2 filled with a horizontal pipe 2c, a vertical pipe 2d, and a porous member 2g inside, and is connected by a connecting pipe 3 and a water conduit 4. The independent underground water tank 2 also has a function of permeating the water that has flowed from a water source 5 via the horizontal pipe 2c and the vertical pipe 2d into the porous member 2g to store or discharge the water. Water is purified by the porous member 2g. The plurality of independent underground water tanks 2 are connected in a region by the connecting pipes 3 to form a connected underground water tank 1 that integrates the region and mitigates flooding.SELECTED DRAWING: Figure 1
【課題】地下貯水槽で豪雨災害を緩和し、貯水槽の水の有効利用を提供する。【解決手段】連結地下貯水水槽１は、内部に横パイプ２ｃと縦パイプ２ｄと多孔質部材２ｇを充填した単独地下貯水槽２を地中に埋設し、連結管３と導水管４で連結する事を備える。単独地下貯水槽２は、水源５から横パイプ２ｃと縦パイプ２ｄを経由して流入した水を多孔質部材２ｇに浸透させて貯水し、或は排出する機能も有し、孔質部材２ｇで浄化し、地域内の複数の単独地下貯水槽２を連結管３によって接続させ、地域が一体化した連結地下水槽１が形成され、洪水を緩和する機能を提供する。【選択図】図１
CONNECTED UNDERGROUND WATER TANK
連結地下貯水槽。
MIYATA NORIAKI (Autor:in)
17.08.2023
Patent
Elektronische Ressource
Japanisch