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A platform for research: civil engineering, architecture and urbanism
DRIFTWOOD CATCHING BODY AND STRUCTURE FOR INSTALLING DRIFTWOOD CATCHING BODY
To provide a structure for installing a driftwood catching body excellent in unrestricted installation, economical efficiency, impact resistance against driftwood, and flexibility of structure.SOLUTION: In a driftwood catching body R installed in a transverse direction Y of a river, a framework 10 of multistory structure is formed by connecting column materials 1 and beam materials 2. Driftwood catching column materials 11 stand from the framework 10 and are connected with and supported by catching column fixing beam materials 12. In a state where an infilling material 4 is packed in the framework 10, the beam materials 2 and the catching column fixing beam materials 12 are configured in a universal frame structure being a vertically movable pin connection structure. The driftwood catching column materials 11 are installed in place of the column materials 1 for constituting the framework 10, and the catching column fixing beam materials 12 are installed in place of the beam materials 2. Screen materials 3 are installed in the framework 10.SELECTED DRAWING: Figure 1
【課題】設置の自在性、経済性、流木に対する耐衝撃性、及び構造の自在性に優れた流木捕捉体の設置構造を提供する。【解決手段】河川の横断方向Ｙに設置される流木捕捉体Ｒであって、柱材１と梁材２とを連結して立体構造体のフレーム枠１０が形成され、前記フレーム枠１０から流木捕捉柱材１１が立ち上がり捕捉柱固定梁材１２に連結支持されており、前記フレーム枠１０に中詰め材４が詰め込まれた状態で前記梁材２および前記捕捉柱固定梁材１２が上下に回動可能なピン連結構造とする自在枠構造に構成されている。前記流木捕捉柱材１１は、前記フレーム枠１０を構成する柱材１に代えて設けられ、前記捕捉柱固定梁材１２は、前記梁材２に代えて設けられている。前記フレーム枠１０には、スクリーン材３が設けられている。【選択図】図１
DRIFTWOOD CATCHING BODY AND STRUCTURE FOR INSTALLING DRIFTWOOD CATCHING BODY
To provide a structure for installing a driftwood catching body excellent in unrestricted installation, economical efficiency, impact resistance against driftwood, and flexibility of structure.SOLUTION: In a driftwood catching body R installed in a transverse direction Y of a river, a framework 10 of multistory structure is formed by connecting column materials 1 and beam materials 2. Driftwood catching column materials 11 stand from the framework 10 and are connected with and supported by catching column fixing beam materials 12. In a state where an infilling material 4 is packed in the framework 10, the beam materials 2 and the catching column fixing beam materials 12 are configured in a universal frame structure being a vertically movable pin connection structure. The driftwood catching column materials 11 are installed in place of the column materials 1 for constituting the framework 10, and the catching column fixing beam materials 12 are installed in place of the beam materials 2. Screen materials 3 are installed in the framework 10.SELECTED DRAWING: Figure 1
【課題】設置の自在性、経済性、流木に対する耐衝撃性、及び構造の自在性に優れた流木捕捉体の設置構造を提供する。【解決手段】河川の横断方向Ｙに設置される流木捕捉体Ｒであって、柱材１と梁材２とを連結して立体構造体のフレーム枠１０が形成され、前記フレーム枠１０から流木捕捉柱材１１が立ち上がり捕捉柱固定梁材１２に連結支持されており、前記フレーム枠１０に中詰め材４が詰め込まれた状態で前記梁材２および前記捕捉柱固定梁材１２が上下に回動可能なピン連結構造とする自在枠構造に構成されている。前記流木捕捉柱材１１は、前記フレーム枠１０を構成する柱材１に代えて設けられ、前記捕捉柱固定梁材１２は、前記梁材２に代えて設けられている。前記フレーム枠１０には、スクリーン材３が設けられている。【選択図】図１
DRIFTWOOD CATCHING BODY AND STRUCTURE FOR INSTALLING DRIFTWOOD CATCHING BODY
流木捕捉体および流木捕捉体の設置構造
KASAHARA KEI (author) / KOKURYO HIROSHI (author)
2022-06-08
Patent
Electronic Resource
Japanese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
| European Patent Office | 2020
| European Patent Office | 2020