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To provide a technology that can easily connect multiple steel members.SOLUTION: A connection structure of steel members comprises: a first steel member; a second steel member; and a third steel member each extending in the vertical, a first, and a second directions. The steel connection structure further comprises: a first connecting member along a web of the first steel member and a flange of the second steel member; a second connecting member along a web of the second steel member and a web of the third steel member; and a third connecting member along a flange of the third steel member and a flange of the first steel member. In the first direction, a position of fixing a second portion to the flange of the second steel member and a position of fixing a third portion to the web of the second steel member are different from each other. In the second direction, a position for fastening a fourth portion to the web of the third steel member and a position for fastening a fifth portion to the flange of the third steel member are different from each other. In the vertical direction, a position of fixing a first portion to the web of the first steel member and a position of fixing a sixth portion to the flange of the first steel member are different from each other.SELECTED DRAWING: Figure 2
【課題】複数の鋼材を簡単に連結可能な技術を提供すること。【解決手段】鋼材の連結構造は、上下方向、第1方向及び第2方向に延びる第1鋼材、第2鋼材及び第3鋼材を備える。鋼材の連結構造は、第1鋼材のウエブと第2鋼材のフランジとに沿う第1連結部材と、第2鋼材のウエブと第3鋼材のウエブとに沿う第2連結部材と、第3鋼材のフランジと第1鋼材のフランジとに沿う第3連結部材とを更に備える。第1方向において、第2部分を第2鋼材のフランジに固定する位置と、第3部分を第2鋼材のウエブに固定する位置とは互いに異なる。第2方向において、第4部分を第3鋼材のウエブに固定する位置と、第5部分を第3鋼材のフランジに固定する位置とは互いに異なる。上下方向において、第1部分を第1鋼材のウエブに固定する位置と、第6部分を第1鋼材のフランジに固定する位置とは互いに異なる。【選択図】図2
To provide a technology that can easily connect multiple steel members.SOLUTION: A connection structure of steel members comprises: a first steel member; a second steel member; and a third steel member each extending in the vertical, a first, and a second directions. The steel connection structure further comprises: a first connecting member along a web of the first steel member and a flange of the second steel member; a second connecting member along a web of the second steel member and a web of the third steel member; and a third connecting member along a flange of the third steel member and a flange of the first steel member. In the first direction, a position of fixing a second portion to the flange of the second steel member and a position of fixing a third portion to the web of the second steel member are different from each other. In the second direction, a position for fastening a fourth portion to the web of the third steel member and a position for fastening a fifth portion to the flange of the third steel member are different from each other. In the vertical direction, a position of fixing a first portion to the web of the first steel member and a position of fixing a sixth portion to the flange of the first steel member are different from each other.SELECTED DRAWING: Figure 2
【課題】複数の鋼材を簡単に連結可能な技術を提供すること。【解決手段】鋼材の連結構造は、上下方向、第1方向及び第2方向に延びる第1鋼材、第2鋼材及び第3鋼材を備える。鋼材の連結構造は、第1鋼材のウエブと第2鋼材のフランジとに沿う第1連結部材と、第2鋼材のウエブと第3鋼材のウエブとに沿う第2連結部材と、第3鋼材のフランジと第1鋼材のフランジとに沿う第3連結部材とを更に備える。第1方向において、第2部分を第2鋼材のフランジに固定する位置と、第3部分を第2鋼材のウエブに固定する位置とは互いに異なる。第2方向において、第4部分を第3鋼材のウエブに固定する位置と、第5部分を第3鋼材のフランジに固定する位置とは互いに異なる。上下方向において、第1部分を第1鋼材のウエブに固定する位置と、第6部分を第1鋼材のフランジに固定する位置とは互いに異なる。【選択図】図2
STEEL MEMBER CONNECTION STRUCTURE
鋼材の連結構造
KANEMOTO SHINOBU (author)
2024-07-29
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
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