A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
RAINWATER STORAGE TANK FORMED BY BURYING MULTIPLE STORAGE TANKS UNDERGROUND
PROBLEM TO BE SOLVED: To provide rainwater storage tanks formed by burying multiple storage tanks underground, allowing use of a large amount of rainwater for home garages, parks, kitchen gardens or vinyl houses in preparation for water shortage in the global warming era.SOLUTION: Storage tanks 2 are formed by providing water-passing connections 3 at lower parts of four sides of box-type tanks 1 and vent holes 5 on upper faces, and the storage tanks 2 are connected to water collecting drains 6 by using water collecting drain connection members 7. Storage tank connection members 8 are used for connecting the multiple storage tanks 2, and the water-passing connections 3 not used for connection are blocked with cutoff plates 12. Each of the connection faces is blocked and fixed with bolts 11 sandwiching a block packing 10. Rainwater storage tanks needing no installation place, free in forms and having large capacities can be structured by burying underground rainwater storage tanks 13 formed by connecting the water collecting drains 6 to the multiple storage tanks 2.SELECTED DRAWING: Figure 1
【課題】地球温暖化時代の水不足に備えて、住宅のガレージ・公園・菜園やビニールハウスで大量に雨水が利用できる、複数の貯留タンクを地中に埋設する雨水貯留槽を提供する。【解決手段】箱型タンク１の四側面の下部に通水接続部３と上面に空気抜き孔５を設けて成る貯留タンク２、該貯留タンク２と集水ドレン６の接続に集水ドレン接続部材７を用いて接続する。複数の貯留タンク２と貯留タンク２の接続には貯留タンク接続部材８を用いるとともに、接続に使用しない通水接続部３は止水板１２を用いて止水する。各々の接合面には止水パッキン１０を挿んでボルト１１で止水固定する。該集水ドレン６と複数の貯留タンク２を接続して成る雨水貯留槽１３を地中に埋設することで、設置場所も必要なく自由な形状と大容量の雨水貯留槽が構築できる。【選択図】 図1
RAINWATER STORAGE TANK FORMED BY BURYING MULTIPLE STORAGE TANKS UNDERGROUND
PROBLEM TO BE SOLVED: To provide rainwater storage tanks formed by burying multiple storage tanks underground, allowing use of a large amount of rainwater for home garages, parks, kitchen gardens or vinyl houses in preparation for water shortage in the global warming era.SOLUTION: Storage tanks 2 are formed by providing water-passing connections 3 at lower parts of four sides of box-type tanks 1 and vent holes 5 on upper faces, and the storage tanks 2 are connected to water collecting drains 6 by using water collecting drain connection members 7. Storage tank connection members 8 are used for connecting the multiple storage tanks 2, and the water-passing connections 3 not used for connection are blocked with cutoff plates 12. Each of the connection faces is blocked and fixed with bolts 11 sandwiching a block packing 10. Rainwater storage tanks needing no installation place, free in forms and having large capacities can be structured by burying underground rainwater storage tanks 13 formed by connecting the water collecting drains 6 to the multiple storage tanks 2.SELECTED DRAWING: Figure 1
【課題】地球温暖化時代の水不足に備えて、住宅のガレージ・公園・菜園やビニールハウスで大量に雨水が利用できる、複数の貯留タンクを地中に埋設する雨水貯留槽を提供する。【解決手段】箱型タンク１の四側面の下部に通水接続部３と上面に空気抜き孔５を設けて成る貯留タンク２、該貯留タンク２と集水ドレン６の接続に集水ドレン接続部材７を用いて接続する。複数の貯留タンク２と貯留タンク２の接続には貯留タンク接続部材８を用いるとともに、接続に使用しない通水接続部３は止水板１２を用いて止水する。各々の接合面には止水パッキン１０を挿んでボルト１１で止水固定する。該集水ドレン６と複数の貯留タンク２を接続して成る雨水貯留槽１３を地中に埋設することで、設置場所も必要なく自由な形状と大容量の雨水貯留槽が構築できる。【選択図】 図1
RAINWATER STORAGE TANK FORMED BY BURYING MULTIPLE STORAGE TANKS UNDERGROUND
複数の貯留タンクを地中に埋設する雨水貯留槽
MIFUJI MASAYASU (author) / KUBO SAKAE (author) / KITAMURA TOMOYO (author) / YOKOHATA NAOTSUGU (author)
2018-07-05
Patent
Electronic Resource
Japanese
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