A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
RAINWATER STORAGE STRUCTURE AND RAINWATER STORAGE NETWORK
To provide rainwater storage structure and a rainwater storage network capable of distributing load of processing localized rainfall.SOLUTION: A rainwater storage structure 1 provided in an area 2 having a plurality of localities 21 comprises: a plurality of rainwater storage tanks 11 each provided with a water collection port 112 provided in each locality 21 for collecting rainwater that has rained in the locality 21, and a drainage mechanism 115 capable of draining the collected rainwater; a pair of tubular rising parts 13, 13 that are provided inside adjacent rainwater storage tanks 11, 11, have an open end 132 that is arranged near an inner bottom 113 of the rainwater storage tank 11 and opens downward, and extend upward from the open end 132; a tubular connecting part 14 that connects upper ends 131, 131 of the pair of rising parts 13, 13; and connecting piping 12 that can keep a pipe filled with water, wherein the adjacent rainwater storage tanks 11, 11 have a difference H1 of elevation.SELECTED DRAWING: Figure 1
【課題】局所的な降雨の処理の負荷を分散できる雨水貯留構造および雨水貯留網を提供する。【解決手段】複数の局所２１を有する区域２に設けられる雨水貯留構造１であって、局所２１に設けられ、局所２１に降雨した雨水を集水する集水口１１２と、集水した雨水を排水自在な排水機構１１５と、を備えた複数の雨水貯留槽１１と、隣接する雨水貯留槽１１、１１の内部にそれぞれ設けられ、雨水貯留槽１１の内底部１１３の近傍に配置されて下向きに開口する開口端部１３２を有し、開口端部１３２から上向きに延設された管状の一対の立ち上り部１３、１３と、一対の立ち上り部１３、１３の上端部１３１、１３１同士を連結する管状の連結部１４と、を備え、管内を満水状態に保持可能な連結配管１２と、を備え、隣接する雨水貯留槽１１、１１は、高低差Ｈ１を有する。【選択図】図１
RAINWATER STORAGE STRUCTURE AND RAINWATER STORAGE NETWORK
To provide rainwater storage structure and a rainwater storage network capable of distributing load of processing localized rainfall.SOLUTION: A rainwater storage structure 1 provided in an area 2 having a plurality of localities 21 comprises: a plurality of rainwater storage tanks 11 each provided with a water collection port 112 provided in each locality 21 for collecting rainwater that has rained in the locality 21, and a drainage mechanism 115 capable of draining the collected rainwater; a pair of tubular rising parts 13, 13 that are provided inside adjacent rainwater storage tanks 11, 11, have an open end 132 that is arranged near an inner bottom 113 of the rainwater storage tank 11 and opens downward, and extend upward from the open end 132; a tubular connecting part 14 that connects upper ends 131, 131 of the pair of rising parts 13, 13; and connecting piping 12 that can keep a pipe filled with water, wherein the adjacent rainwater storage tanks 11, 11 have a difference H1 of elevation.SELECTED DRAWING: Figure 1
【課題】局所的な降雨の処理の負荷を分散できる雨水貯留構造および雨水貯留網を提供する。【解決手段】複数の局所２１を有する区域２に設けられる雨水貯留構造１であって、局所２１に設けられ、局所２１に降雨した雨水を集水する集水口１１２と、集水した雨水を排水自在な排水機構１１５と、を備えた複数の雨水貯留槽１１と、隣接する雨水貯留槽１１、１１の内部にそれぞれ設けられ、雨水貯留槽１１の内底部１１３の近傍に配置されて下向きに開口する開口端部１３２を有し、開口端部１３２から上向きに延設された管状の一対の立ち上り部１３、１３と、一対の立ち上り部１３、１３の上端部１３１、１３１同士を連結する管状の連結部１４と、を備え、管内を満水状態に保持可能な連結配管１２と、を備え、隣接する雨水貯留槽１１、１１は、高低差Ｈ１を有する。【選択図】図１
RAINWATER STORAGE STRUCTURE AND RAINWATER STORAGE NETWORK
雨水貯留構造および雨水貯留網
FUSE YUKINORI (author) / WATABE YOSUKE (author) / HIRANO AKIMASA (author)
2023-04-24
Patent
Electronic Resource
Japanese
IPC:
E03F
SEWERS
,
Abwasserkanäle
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