A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
VENTILATION AND INFILTRATION WATER VEIN PLANTING SYSTEM, AND METHOD FOR CONSTRUCTING VENTILATION AND INFILTRATION WATER VEIN PLANTING SYSTEM
To provide a ventilation and infiltration water vein planting system that is installed where the ground environment is equipped with a soil ventilation and infiltration drainage construction system.SOLUTION: Provided is a ventilation and infiltration water vein planting system that uses at least a concrete structure and secures a water or air passage, comprising: a concrete structure formed in the target area of the ventilation and infiltration water vein planting system S; a planting civil engineering structure having a hurdle structure at least partially formed in the vicinity of the concrete structure; a conducting portion formed in a part of the concrete structure located at least on the ground side and guiding water and air into the ground; an elongated groove portion formed in the part of or near the concrete structure in communication with a portion other than the concrete structure as a water or air passage different from the conducting portion; a passage formed by connecting the conducting portion and the groove portion so that water and air can flow, and thereby ensured water and air flow.SELECTED DRAWING: Figure 1
【課題】土壌通気浸透排水施工システムを設置地盤環境に施した植栽通気浸透水脈システムを提供する。【解決手段】少なくともコンクリート構造物を利用し、水や空気の流通路の確保をした植栽通気浸透水脈システムであって、前記植栽通気浸透水脈システムＳの対象領域に形成されたコンクリート構造物と、前記コンクリート構造物の近傍に形成された少なくとも一部にしがらみ構造を備えた植栽土木と、前記コンクリート構造物の少なくとも地面側に位置する部位の一部に形成された、水や空気を地中に導く導通部と、前記コンクリート構造物の一部又は近傍に、前記導通部と異なる水や空気の通路であって、前記コンクリート構造物以外の部分と連通させて形成された水や空気が流動可能な長尺溝部と、前記導通部と前記溝部とを接続させて水や空気が流動可能に形成された通路と、を備え、水流や空気流の流れを確保した。【選択図】図１
VENTILATION AND INFILTRATION WATER VEIN PLANTING SYSTEM, AND METHOD FOR CONSTRUCTING VENTILATION AND INFILTRATION WATER VEIN PLANTING SYSTEM
To provide a ventilation and infiltration water vein planting system that is installed where the ground environment is equipped with a soil ventilation and infiltration drainage construction system.SOLUTION: Provided is a ventilation and infiltration water vein planting system that uses at least a concrete structure and secures a water or air passage, comprising: a concrete structure formed in the target area of the ventilation and infiltration water vein planting system S; a planting civil engineering structure having a hurdle structure at least partially formed in the vicinity of the concrete structure; a conducting portion formed in a part of the concrete structure located at least on the ground side and guiding water and air into the ground; an elongated groove portion formed in the part of or near the concrete structure in communication with a portion other than the concrete structure as a water or air passage different from the conducting portion; a passage formed by connecting the conducting portion and the groove portion so that water and air can flow, and thereby ensured water and air flow.SELECTED DRAWING: Figure 1
【課題】土壌通気浸透排水施工システムを設置地盤環境に施した植栽通気浸透水脈システムを提供する。【解決手段】少なくともコンクリート構造物を利用し、水や空気の流通路の確保をした植栽通気浸透水脈システムであって、前記植栽通気浸透水脈システムＳの対象領域に形成されたコンクリート構造物と、前記コンクリート構造物の近傍に形成された少なくとも一部にしがらみ構造を備えた植栽土木と、前記コンクリート構造物の少なくとも地面側に位置する部位の一部に形成された、水や空気を地中に導く導通部と、前記コンクリート構造物の一部又は近傍に、前記導通部と異なる水や空気の通路であって、前記コンクリート構造物以外の部分と連通させて形成された水や空気が流動可能な長尺溝部と、前記導通部と前記溝部とを接続させて水や空気が流動可能に形成された通路と、を備え、水流や空気流の流れを確保した。【選択図】図１
VENTILATION AND INFILTRATION WATER VEIN PLANTING SYSTEM, AND METHOD FOR CONSTRUCTING VENTILATION AND INFILTRATION WATER VEIN PLANTING SYSTEM
植栽通気浸透水脈システム及び植栽通気浸透水脈システムの施工方法
YANO TOMONORI (author)
2023-06-07
Patent
Electronic Resource
Japanese
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Rainwater ventilation and backflow prevention infiltration facility
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