A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
RUBBLE SCATTERING PREVENTION STRUCTURE AND BUILDING DEMOLITION METHOD
To provide a rubble scattering prevention structure and a building demolition method to completely prevent rubble scattering, that do not require re-netting or that can reduce the labor of re-netting.SOLUTION: A rubble scattering prevention structure 15 is a rubble scattering prevention structure 15 of a building 31 having a wall material 16 surrounding the outside of the building 31 and one or a plurality of floor materials that divide the interior of the building 31 into a plurality of floors. A support column 25 is fixed to at least one of the floor material 5 on the uppermost floor and the floor material 6 on the lower floor, and the support column 25 extends upward from the floor material 5 of the uppermost floor. The building 31 is covered from above the support column 25 by a scattering prevention net 1, and a work space is formed by the support column 25 between the scattering prevention net 1 and the floor material 5 on the uppermost floor. Further, it is a demolition method of the building 31 provided with the rubble scattering prevention structure 15.SELECTED DRAWING: Figure 1
【課題】瓦礫の飛散を完全に防止するための瓦礫飛散防止構造及び建物の解体工法とする。また、ネットの張り直しが必要にならない、あるいはネットの張り直しの手間を低減することができる瓦礫飛散防止構造及び建物の解体工法とする。【解決手段】瓦礫飛散防止構造１５は、建物３１の外部を囲む壁材１６と、前記建物３１の内部を複数の階に仕切る１又は複数の床材とを有する建物３１の瓦礫飛散防止構造１５であって、最上階の床材５及び階下の床材６の少なくともいずれか一方に支柱２５が固定されており、この支柱２５が前記最上階の床材５よりも上方へ延在し、前記支柱２５の上方から飛散防止用ネット１によって前記建物３１が覆われ、前記支柱２５によって前記飛散防止用ネット１と前記最上階の床材５との間に作業空間が形成されている ことを特徴とする。またこの瓦礫飛散防止構造１５を備えた建物３１の解体工法とする。【選択図】図１
RUBBLE SCATTERING PREVENTION STRUCTURE AND BUILDING DEMOLITION METHOD
To provide a rubble scattering prevention structure and a building demolition method to completely prevent rubble scattering, that do not require re-netting or that can reduce the labor of re-netting.SOLUTION: A rubble scattering prevention structure 15 is a rubble scattering prevention structure 15 of a building 31 having a wall material 16 surrounding the outside of the building 31 and one or a plurality of floor materials that divide the interior of the building 31 into a plurality of floors. A support column 25 is fixed to at least one of the floor material 5 on the uppermost floor and the floor material 6 on the lower floor, and the support column 25 extends upward from the floor material 5 of the uppermost floor. The building 31 is covered from above the support column 25 by a scattering prevention net 1, and a work space is formed by the support column 25 between the scattering prevention net 1 and the floor material 5 on the uppermost floor. Further, it is a demolition method of the building 31 provided with the rubble scattering prevention structure 15.SELECTED DRAWING: Figure 1
【課題】瓦礫の飛散を完全に防止するための瓦礫飛散防止構造及び建物の解体工法とする。また、ネットの張り直しが必要にならない、あるいはネットの張り直しの手間を低減することができる瓦礫飛散防止構造及び建物の解体工法とする。【解決手段】瓦礫飛散防止構造１５は、建物３１の外部を囲む壁材１６と、前記建物３１の内部を複数の階に仕切る１又は複数の床材とを有する建物３１の瓦礫飛散防止構造１５であって、最上階の床材５及び階下の床材６の少なくともいずれか一方に支柱２５が固定されており、この支柱２５が前記最上階の床材５よりも上方へ延在し、前記支柱２５の上方から飛散防止用ネット１によって前記建物３１が覆われ、前記支柱２５によって前記飛散防止用ネット１と前記最上階の床材５との間に作業空間が形成されている ことを特徴とする。またこの瓦礫飛散防止構造１５を備えた建物３１の解体工法とする。【選択図】図１
RUBBLE SCATTERING PREVENTION STRUCTURE AND BUILDING DEMOLITION METHOD
瓦礫飛散防止構造及び建物の解体工法
ARIGA YASUSHI (author) / YOSHIDA MAKOTO (author)
2019-08-01
Patent
Electronic Resource
Japanese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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