A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
INTERCEPTOR
PROBLEM TO BE SOLVED: To enhance workability of a buried type interceptor having a resin separation tank.SOLUTION: In an interceptor having a separation tank buried in the ground, the separation tank comprises a resin tank body and a thickening layer for thickening a wall thickness of the separation tank by covering an outer surface of the tank body, and the interceptor comprises a frame-shaped side surface reinforcement material opposing to an earth pressure load received from the periphery after burying the separation tank by extending so as to surround the separation tank along a sidewall of the separation tank, and the side surface reinforcement material is integrated with the separation tank by being sandwiched between the tank body and the thickening layer. An upper edge part of the separation tank is also desirably provided with a frame-shaped upper edge reinforcement material extending so as to surround an upper surface opening of the separation tank in an upper edge part of the separation tank and a panel-shaped bottom surface reinforcement material having the substantially same size as a bottom plate part of the separation tank and provided so as to run along the bottom plate part.SELECTED DRAWING: Figure 1
【課題】樹脂製分離槽を備えた埋設型阻集器の施工性を高める。【解決手段】地中に埋設される分離槽を備えた阻集器で、分離槽は、樹脂製槽本体と、槽本体の外面を覆って分離槽の肉厚を厚くする増肉層とを有し、当該阻集器は、分離槽の側壁に沿って分離槽を取り囲むように延在して分離槽が埋設後に周囲から受ける土圧荷重に対抗するフレーム状の側面補強材を備え、側面補強材は、槽本体と増肉層との間に挟まれて分離槽と一体化されている。分離槽の上縁部に分離槽の上面開口を取り囲むように延在するフレーム状の上縁補強材と、分離槽の底板部と略同一の大きさを有し当該底板部に沿うように備えたパネル状の底面補強材とを更に備えることが好ましい。【選択図】図１
INTERCEPTOR
PROBLEM TO BE SOLVED: To enhance workability of a buried type interceptor having a resin separation tank.SOLUTION: In an interceptor having a separation tank buried in the ground, the separation tank comprises a resin tank body and a thickening layer for thickening a wall thickness of the separation tank by covering an outer surface of the tank body, and the interceptor comprises a frame-shaped side surface reinforcement material opposing to an earth pressure load received from the periphery after burying the separation tank by extending so as to surround the separation tank along a sidewall of the separation tank, and the side surface reinforcement material is integrated with the separation tank by being sandwiched between the tank body and the thickening layer. An upper edge part of the separation tank is also desirably provided with a frame-shaped upper edge reinforcement material extending so as to surround an upper surface opening of the separation tank in an upper edge part of the separation tank and a panel-shaped bottom surface reinforcement material having the substantially same size as a bottom plate part of the separation tank and provided so as to run along the bottom plate part.SELECTED DRAWING: Figure 1
【課題】樹脂製分離槽を備えた埋設型阻集器の施工性を高める。【解決手段】地中に埋設される分離槽を備えた阻集器で、分離槽は、樹脂製槽本体と、槽本体の外面を覆って分離槽の肉厚を厚くする増肉層とを有し、当該阻集器は、分離槽の側壁に沿って分離槽を取り囲むように延在して分離槽が埋設後に周囲から受ける土圧荷重に対抗するフレーム状の側面補強材を備え、側面補強材は、槽本体と増肉層との間に挟まれて分離槽と一体化されている。分離槽の上縁部に分離槽の上面開口を取り囲むように延在するフレーム状の上縁補強材と、分離槽の底板部と略同一の大きさを有し当該底板部に沿うように備えたパネル状の底面補強材とを更に備えることが好ましい。【選択図】図１
INTERCEPTOR
阻集器
MIZUMA KENICHI (author) / TABUCHI HIROSHI (author)
2017-02-09
Patent
Electronic Resource
Japanese
IPC:
E03F
SEWERS
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