A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
DAMPER MOUNTING STRUCTURE OF BUILDING
To obtain a damper mounting structure of a building capable of improve the workability in the mounting work of the damper to the bracket.SOLUTION: The mounting structure 20 includes a damper 22, a mounting member 24, a bracket 26, and a positioning portion 28. The damper 22 has a mass portion 32 and a rubber portion 34. In the mounting member 24, first attachment holes 56 are formed and the rubber portion 34 is fixed at a different position from the first attachment holes 56. The bracket 26 is fixed to a beam 12, and second attachment holes 64, 65 which communicate with the first attachment holes 56 in a state where the attachment member 24 is placed are formed, and the mounting member 24 is fixed by fixation members 58. The positioning portion 28 determines the position of the mounting member 24 with respect to the bracket 26 in a state where the mounting member 24 is mounted on the bracket 26.SELECTED DRAWING: Figure 1
【課題】ブラケットへのダンパーの固定作業において施工性を向上させることができる建物のダンパー取付構造を得る。【解決手段】取付構造２０は、ダンパー２２と、取付部材２４と、ブラケット２６と、位置決め部２８とを有する。ダンパー２２は、マス部３２とゴム部３４とを有する。取付部材２４は、第１取付孔５６が形成され該第１取付孔５６とは異なる部位にゴム部３４が固定される。ブラケット２６は、小梁１２に固定され、取付部材２４が載置された状態で第１取付孔５６と連通する第２取付孔６４、６５が形成され、固定部材５８によって取付部材２４が固定される。位置決め部２８は、ブラケット２６に取付部材２４が載置された状態において、取付部材２４のブラケット２６に対する位置を決める。【選択図】図１
DAMPER MOUNTING STRUCTURE OF BUILDING
To obtain a damper mounting structure of a building capable of improve the workability in the mounting work of the damper to the bracket.SOLUTION: The mounting structure 20 includes a damper 22, a mounting member 24, a bracket 26, and a positioning portion 28. The damper 22 has a mass portion 32 and a rubber portion 34. In the mounting member 24, first attachment holes 56 are formed and the rubber portion 34 is fixed at a different position from the first attachment holes 56. The bracket 26 is fixed to a beam 12, and second attachment holes 64, 65 which communicate with the first attachment holes 56 in a state where the attachment member 24 is placed are formed, and the mounting member 24 is fixed by fixation members 58. The positioning portion 28 determines the position of the mounting member 24 with respect to the bracket 26 in a state where the mounting member 24 is mounted on the bracket 26.SELECTED DRAWING: Figure 1
【課題】ブラケットへのダンパーの固定作業において施工性を向上させることができる建物のダンパー取付構造を得る。【解決手段】取付構造２０は、ダンパー２２と、取付部材２４と、ブラケット２６と、位置決め部２８とを有する。ダンパー２２は、マス部３２とゴム部３４とを有する。取付部材２４は、第１取付孔５６が形成され該第１取付孔５６とは異なる部位にゴム部３４が固定される。ブラケット２６は、小梁１２に固定され、取付部材２４が載置された状態で第１取付孔５６と連通する第２取付孔６４、６５が形成され、固定部材５８によって取付部材２４が固定される。位置決め部２８は、ブラケット２６に取付部材２４が載置された状態において、取付部材２４のブラケット２６に対する位置を決める。【選択図】図１
DAMPER MOUNTING STRUCTURE OF BUILDING
建物のダンパー取付構造
ADACHI DAIGO (author) / KACHI TAKAHIRO (author) / KAIDA YUJI (author) / OHAZAMA NAOTO (author)
2018-11-01
Patent
Electronic Resource
Japanese
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