Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
OUTER WALL PANEL FITTING STRUCTURE
To provide an outer wall panel fitting structure capable of alleviating load transmitted from a frame structure to an outer wall panel and preventing the outer wall panel from rocking.SOLUTION: An outer wall panel fitting structure is configured to fit an outer wall panel 5 on a frame structure 10 composed with a column 2 and beams (a floor beam 11, a ceiling beam 12), wherein the outer wall panel 5 is fitted on a stud 4 stretched between beams (a floor beam 11, a ceiling beam 12), end parts of the stud 4 are formed such a way that its elastic deformation volume is larger than that of a body part 4a of the stud 4. An resistance member 20 is intermediately placed between the outer wall panel 5 on the upper floor and the outer wall panel 5 on a lower floor to reduce relative displacement of an outer edge of the outer wall panel 5 to the frame structure 10.SELECTED DRAWING: Figure 2
【課題】 ラーメン構造体から外壁パネルに伝達される荷重を緩和するとともに、外壁パネルのロッキングを抑制することができる外壁パネル取付構造を提供する。【解決手段】 柱２と梁（床梁１１，天井梁１２）とで構成されたラーメン構造体１０に外壁パネル５を取り付けた外壁パネル取付構造であって、外壁パネル５は、梁（床梁１１，天井梁１２）間に架け渡された間柱４に取り付けられ、間柱４の端部は、間柱４の本体部４ａより弾性変形量が大きく形成され、上階の外壁パネル５と、下階の外壁パネル５との間に、ラーメン構造体１０に対する外壁パネル５の外縁の相対変位を減少させる抵抗部材２０を介在させる。【選択図】図２
OUTER WALL PANEL FITTING STRUCTURE
To provide an outer wall panel fitting structure capable of alleviating load transmitted from a frame structure to an outer wall panel and preventing the outer wall panel from rocking.SOLUTION: An outer wall panel fitting structure is configured to fit an outer wall panel 5 on a frame structure 10 composed with a column 2 and beams (a floor beam 11, a ceiling beam 12), wherein the outer wall panel 5 is fitted on a stud 4 stretched between beams (a floor beam 11, a ceiling beam 12), end parts of the stud 4 are formed such a way that its elastic deformation volume is larger than that of a body part 4a of the stud 4. An resistance member 20 is intermediately placed between the outer wall panel 5 on the upper floor and the outer wall panel 5 on a lower floor to reduce relative displacement of an outer edge of the outer wall panel 5 to the frame structure 10.SELECTED DRAWING: Figure 2
【課題】 ラーメン構造体から外壁パネルに伝達される荷重を緩和するとともに、外壁パネルのロッキングを抑制することができる外壁パネル取付構造を提供する。【解決手段】 柱２と梁（床梁１１，天井梁１２）とで構成されたラーメン構造体１０に外壁パネル５を取り付けた外壁パネル取付構造であって、外壁パネル５は、梁（床梁１１，天井梁１２）間に架け渡された間柱４に取り付けられ、間柱４の端部は、間柱４の本体部４ａより弾性変形量が大きく形成され、上階の外壁パネル５と、下階の外壁パネル５との間に、ラーメン構造体１０に対する外壁パネル５の外縁の相対変位を減少させる抵抗部材２０を介在させる。【選択図】図２
OUTER WALL PANEL FITTING STRUCTURE
外壁パネル取付構造
NISHINA YUKI (Autor:in) / OKASHITA KAZUHIKO (Autor:in)
07.05.2020
Patent
Elektronische Ressource
Japanisch
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