Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
STORAGE SPACE FOR CONSTRUCTION OF STORAGE TANK OF RAINWATER OUTFLOW SUPPRESSION FACILITY
To provide a method for stabilizing a reinforcement body to be inserted into the inside of a cylindrical leg part of a block composed of a resin board body and the leg part opening to the board body and reinforcing creep properties in vertical/horizontal directions, in a method for providing a gap between blocks to be disposed from the viewpoint of resource saving.SOLUTION: A storage space for construction of a storage tank of a rainwater outflow suppression facility is provided by: combining blocks, each of which is composed of a flat board part and a leg part opening to the flat board part, in a state in which their leg parts face each other to create a unit; disposing column bodies, each of which is obtained by vertically disposing such units, at an interval therebetween; inserting a reinforcement body 1 having creep resistance into the inside of a leg part of a column body via a guide part 1 provided inside the leg part; inserting, via guide parts 2 provided on board bodies across adjacent column bodies, a reinforcement body 2 into between board bodies via guide parts 2 provided on surfaces of the board bodies so as to support the reinforcement body 1 to make force applied to the reinforcement body 1 transfer linearly in the vertical direction and make force applied to the reinforcement body 2 via the reinforcement body 1 transfer linearly in a horizontal direction.SELECTED DRAWING: Figure 3
【課題】省資源の観点から配設するブロック間に隙間を設ける方法において、樹脂製の盤体と盤体に開口する脚部からなるブロックの筒状脚部内部に挿入する補強体の安定化と垂直・水平方向のクリープ特性の強化方法に関する。【解決手段】本第1の発明は、平盤部と平盤部に開口する脚部からなるブロックを脚部を対向させた状態で組み合わせてユニットとし、当該ユニットを上下に配設した柱体を間隔を設けて配設し、柱体の脚部内にクリープ耐性を有する補強体１を脚部内に設けた案内部１を介して挿入し、隣接する柱体間を盤体に設けた案内部２を介して、補強体１を支持するように盤体表面に設けた案内部２を介して補強体２を盤体間に挿入し、補強体１にかかる力が垂直方向に直線状に伝わるようにし、補強体１を介して補強体２にかかる力が水平方向に直線状に伝わるようにした雨水の流出抑制用施設の貯留槽構築用の貯留空間であるである。【選択図】図３
STORAGE SPACE FOR CONSTRUCTION OF STORAGE TANK OF RAINWATER OUTFLOW SUPPRESSION FACILITY
To provide a method for stabilizing a reinforcement body to be inserted into the inside of a cylindrical leg part of a block composed of a resin board body and the leg part opening to the board body and reinforcing creep properties in vertical/horizontal directions, in a method for providing a gap between blocks to be disposed from the viewpoint of resource saving.SOLUTION: A storage space for construction of a storage tank of a rainwater outflow suppression facility is provided by: combining blocks, each of which is composed of a flat board part and a leg part opening to the flat board part, in a state in which their leg parts face each other to create a unit; disposing column bodies, each of which is obtained by vertically disposing such units, at an interval therebetween; inserting a reinforcement body 1 having creep resistance into the inside of a leg part of a column body via a guide part 1 provided inside the leg part; inserting, via guide parts 2 provided on board bodies across adjacent column bodies, a reinforcement body 2 into between board bodies via guide parts 2 provided on surfaces of the board bodies so as to support the reinforcement body 1 to make force applied to the reinforcement body 1 transfer linearly in the vertical direction and make force applied to the reinforcement body 2 via the reinforcement body 1 transfer linearly in a horizontal direction.SELECTED DRAWING: Figure 3
【課題】省資源の観点から配設するブロック間に隙間を設ける方法において、樹脂製の盤体と盤体に開口する脚部からなるブロックの筒状脚部内部に挿入する補強体の安定化と垂直・水平方向のクリープ特性の強化方法に関する。【解決手段】本第1の発明は、平盤部と平盤部に開口する脚部からなるブロックを脚部を対向させた状態で組み合わせてユニットとし、当該ユニットを上下に配設した柱体を間隔を設けて配設し、柱体の脚部内にクリープ耐性を有する補強体１を脚部内に設けた案内部１を介して挿入し、隣接する柱体間を盤体に設けた案内部２を介して、補強体１を支持するように盤体表面に設けた案内部２を介して補強体２を盤体間に挿入し、補強体１にかかる力が垂直方向に直線状に伝わるようにし、補強体１を介して補強体２にかかる力が水平方向に直線状に伝わるようにした雨水の流出抑制用施設の貯留槽構築用の貯留空間であるである。【選択図】図３
STORAGE SPACE FOR CONSTRUCTION OF STORAGE TANK OF RAINWATER OUTFLOW SUPPRESSION FACILITY
雨水の流出抑制用施設の貯留槽構築用の貯留空間
HAYASHI SHINICHIRO (Autor:in) / HAYASHI WASHIO (Autor:in) / HAYASHI KOZABURO (Autor:in) / HAYASHI KANAKO (Autor:in)
22.08.2019
Patent
Elektronische Ressource
Japanisch
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