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A platform for research: civil engineering, architecture and urbanism
HANGER REINFORCEMENT TOOL, CONNECTION STRUCTURE, AND REINFORCEMENT METHOD FOR CONNECTION STRUCTURE
To provide a hanger reinforcement tool capable of increasing a hanger strength with respect to an upward load in a vertical direction, a connection structure, and a reinforcement method for the connection structure.SOLUTION: A hanger reinforcement tool comprises: an upper plate 111 fixed to a suspension material 102 suspended from a ceiling slab; a first longitudinal plate 112 provided in a vertical direction Z with respect to the upper plate 111; a second longitudinal plate 113 opposed to the first longitudinal plate 112 holding a ceiling joist receiver 101 between; a lower plate 114 which connects the first and second longitudinal plates 112, 113 together and on which the ceiling joist receiver 101 is placed; a fixed plate 3 fixed to the suspension material 102 by fastening members 2, 103 engaged with the suspension material 102; and a support plate 4 that is erected from the backside 3a of the fixed plate 3 in the vertical direction Z and that abuts at a lower end 4a against the ceiling joist receiver 101 when the fixed plate 3 is fixed to the suspension material 102.SELECTED DRAWING: Figure 1
【課題】 鉛直方向上向きの荷重に対するハンガーの強度を向上させることが可能なハンガー補強具及び連結構造並びに連結構造の補強方法を提供すること。【解決手段】 天井スラブから垂下する吊材１０２に固定される上板部１１１と、上板部１１１に対し鉛直方向Ｚに設けられる第一縦板部１１２と、野縁受１０１を挟んで第一縦板部１１２に対向する第二縦板部１１３と、第一縦板部１１２と第二縦板部１１３とを接続し且つ野縁受１０１が載置される下板部１１４とを備える。吊材１０２に螺合する締結部材２，１０３によって吊材１０２に固定される固定板部３と、固定板部３の裏面３ａから鉛直方向Ｚに立設され且つ固定板部３を吊材１０２に固定した際に下端部４ａが野縁受１０１に当接する支え板部４とを有する。【選択図】 図１
HANGER REINFORCEMENT TOOL, CONNECTION STRUCTURE, AND REINFORCEMENT METHOD FOR CONNECTION STRUCTURE
To provide a hanger reinforcement tool capable of increasing a hanger strength with respect to an upward load in a vertical direction, a connection structure, and a reinforcement method for the connection structure.SOLUTION: A hanger reinforcement tool comprises: an upper plate 111 fixed to a suspension material 102 suspended from a ceiling slab; a first longitudinal plate 112 provided in a vertical direction Z with respect to the upper plate 111; a second longitudinal plate 113 opposed to the first longitudinal plate 112 holding a ceiling joist receiver 101 between; a lower plate 114 which connects the first and second longitudinal plates 112, 113 together and on which the ceiling joist receiver 101 is placed; a fixed plate 3 fixed to the suspension material 102 by fastening members 2, 103 engaged with the suspension material 102; and a support plate 4 that is erected from the backside 3a of the fixed plate 3 in the vertical direction Z and that abuts at a lower end 4a against the ceiling joist receiver 101 when the fixed plate 3 is fixed to the suspension material 102.SELECTED DRAWING: Figure 1
【課題】 鉛直方向上向きの荷重に対するハンガーの強度を向上させることが可能なハンガー補強具及び連結構造並びに連結構造の補強方法を提供すること。【解決手段】 天井スラブから垂下する吊材１０２に固定される上板部１１１と、上板部１１１に対し鉛直方向Ｚに設けられる第一縦板部１１２と、野縁受１０１を挟んで第一縦板部１１２に対向する第二縦板部１１３と、第一縦板部１１２と第二縦板部１１３とを接続し且つ野縁受１０１が載置される下板部１１４とを備える。吊材１０２に螺合する締結部材２，１０３によって吊材１０２に固定される固定板部３と、固定板部３の裏面３ａから鉛直方向Ｚに立設され且つ固定板部３を吊材１０２に固定した際に下端部４ａが野縁受１０１に当接する支え板部４とを有する。【選択図】 図１
HANGER REINFORCEMENT TOOL, CONNECTION STRUCTURE, AND REINFORCEMENT METHOD FOR CONNECTION STRUCTURE
ハンガー補強具及び連結構造並びに連結構造の補強方法
KUMAMOTO TATSUMI (author) / HONDA SHINICHI (author)
2020-08-31
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
,
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