A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
RAINWATER STORAGE SYSTEM
PROBLEM TO BE SOLVED: To provide a rainwater storage system capable of storing a large amount of rainwater at a low cost.SOLUTION: A rainwater storage system 2 comprises: a storage pipe 4 having a rainwater inflow part 6a into which the rainwater flows, a rainwater outflow part 8a which the rainwater flows out of, and an overflow part 8b which discharges the rainwater when the rainwater exceeds a storable capacity and composed of a straight pipe with a large diameter and both ends blocked; a rainwater inflow pipe 12 with one end connected to the rainwater inflow part; an overflow pipe 14 with one end connected to the overflow part; and a rainwater overflow pipe 18 with one end inserted in the rainwater outflow part. The storage pipe has an inspection door 8c communicating with the ground at the upper part of the storage pipe, and one end of the rainwater outflow pipe is disposed immediately below the inspection door.SELECTED DRAWING: Figure 1
【課題】低コストで大量の雨水を貯留することができる雨水貯留システムを提供する。【解決手段】雨水が流入する雨水流入部６ａ、前記雨水が流出する雨水流出部８ａ及び貯留可能量を超えた場合に前記雨水を排出させるオーバーフロー部８ａを有し、両端部が閉塞された大口径の直管により構成される貯留管４と、前記雨水流入部に一方の端部が接続された雨水流入管１２と、前記オーバーフロー部に一方の端部が接続されたオーバーフロー管１４と、前記雨水流出部に一方の端部が挿入された雨水流出管１８を備える雨水貯留システム２であって、前記貯留管は、該貯留管の上部に地上と連通した点検口８ｃを有し、前記点検口の直下に前記雨水流出管の前記一方の端部が配置されている。【選択図】図１
RAINWATER STORAGE SYSTEM
PROBLEM TO BE SOLVED: To provide a rainwater storage system capable of storing a large amount of rainwater at a low cost.SOLUTION: A rainwater storage system 2 comprises: a storage pipe 4 having a rainwater inflow part 6a into which the rainwater flows, a rainwater outflow part 8a which the rainwater flows out of, and an overflow part 8b which discharges the rainwater when the rainwater exceeds a storable capacity and composed of a straight pipe with a large diameter and both ends blocked; a rainwater inflow pipe 12 with one end connected to the rainwater inflow part; an overflow pipe 14 with one end connected to the overflow part; and a rainwater overflow pipe 18 with one end inserted in the rainwater outflow part. The storage pipe has an inspection door 8c communicating with the ground at the upper part of the storage pipe, and one end of the rainwater outflow pipe is disposed immediately below the inspection door.SELECTED DRAWING: Figure 1
【課題】低コストで大量の雨水を貯留することができる雨水貯留システムを提供する。【解決手段】雨水が流入する雨水流入部６ａ、前記雨水が流出する雨水流出部８ａ及び貯留可能量を超えた場合に前記雨水を排出させるオーバーフロー部８ａを有し、両端部が閉塞された大口径の直管により構成される貯留管４と、前記雨水流入部に一方の端部が接続された雨水流入管１２と、前記オーバーフロー部に一方の端部が接続されたオーバーフロー管１４と、前記雨水流出部に一方の端部が挿入された雨水流出管１８を備える雨水貯留システム２であって、前記貯留管は、該貯留管の上部に地上と連通した点検口８ｃを有し、前記点検口の直下に前記雨水流出管の前記一方の端部が配置されている。【選択図】図１
RAINWATER STORAGE SYSTEM
雨水貯留システム
SHIMIZU MICHIHIRO (author) / MAKINO KOZO (author)
2017-08-03
Patent
Electronic Resource
Japanese
IPC:
E03F
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