A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
SUSPENDED SCAFFOLD AND METHOD FOR ASSEMBLING THE SAME
To provide a suspended scaffold capable of improving working efficiency and workability, and an assembling method thereof.SOLUTION: A suspended scaffold 1 comprises a plurality of receiving members 10, a support fitting 20 for supporting an inner end part 11a, which is the end of the receiving member 10 on a beam 120 side, from the beam 120, and a suspension chain 30 for suspending and supporting an outside Wo perpendicular to a bridge axis of the receiving member 10 from an overhanging floor slab part 130, a plurality of flowing members 40 arranged across the receiving material 10, and a scaffold material 80 arranged across the flowing members 40. The flowing member 40 has a long flowing material 50, a short flowing material 60 placed on an assembly front side Lf which is a tip side in an assembly direction with respect to the long flowing material 50, and a pivot connection part 70 for pivotally connecting the short flowing material 60 to the assembly front side Lf of the long flowing material 50.SELECTED DRAWING: Figure 1
【課題】作業効率も作業性も向上できる吊り足場及びその組立方法を提供することを目的とする。【解決手段】吊り足場１は、複数の受け材１０と、受け材１０の梁１２０側の端部である内側端部１１ａを梁１２０から支持する支持金具２０と、受け材１０の橋軸直角方向外側Ｗｏを張出し床版部１３０から吊り下げ支持する吊りチェーン３０と、受け材１０を跨いで配置される複数の流し部材４０と、流し部材４０を跨いで配置する足場材８０とが備えられ、流し部材４０は、長型流し材５０と、長型流し材５０より組立方向の先端側となる組立先方側Ｌｆに配置される短型流し材６０と、長型流し材５０の組立先方側Ｌｆに対して短型流し材６０を枢動可能に連結する枢動連結部７０とを有する。【選択図】図１
SUSPENDED SCAFFOLD AND METHOD FOR ASSEMBLING THE SAME
To provide a suspended scaffold capable of improving working efficiency and workability, and an assembling method thereof.SOLUTION: A suspended scaffold 1 comprises a plurality of receiving members 10, a support fitting 20 for supporting an inner end part 11a, which is the end of the receiving member 10 on a beam 120 side, from the beam 120, and a suspension chain 30 for suspending and supporting an outside Wo perpendicular to a bridge axis of the receiving member 10 from an overhanging floor slab part 130, a plurality of flowing members 40 arranged across the receiving material 10, and a scaffold material 80 arranged across the flowing members 40. The flowing member 40 has a long flowing material 50, a short flowing material 60 placed on an assembly front side Lf which is a tip side in an assembly direction with respect to the long flowing material 50, and a pivot connection part 70 for pivotally connecting the short flowing material 60 to the assembly front side Lf of the long flowing material 50.SELECTED DRAWING: Figure 1
【課題】作業効率も作業性も向上できる吊り足場及びその組立方法を提供することを目的とする。【解決手段】吊り足場１は、複数の受け材１０と、受け材１０の梁１２０側の端部である内側端部１１ａを梁１２０から支持する支持金具２０と、受け材１０の橋軸直角方向外側Ｗｏを張出し床版部１３０から吊り下げ支持する吊りチェーン３０と、受け材１０を跨いで配置される複数の流し部材４０と、流し部材４０を跨いで配置する足場材８０とが備えられ、流し部材４０は、長型流し材５０と、長型流し材５０より組立方向の先端側となる組立先方側Ｌｆに配置される短型流し材６０と、長型流し材５０の組立先方側Ｌｆに対して短型流し材６０を枢動可能に連結する枢動連結部７０とを有する。【選択図】図１
SUSPENDED SCAFFOLD AND METHOD FOR ASSEMBLING THE SAME
吊り足場及びその組立方法
SHIMIZU SEIYA (author) / KAKO MASAYUKI (author) / TAKEICHI YAEKO (author) / SUGAWARA TAKESHI (author) / MAENAKA MASAAKI (author) / KATO YUICHI (author)
2024-09-09
Patent
Electronic Resource
Japanese
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