Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
VIBRATION ABSORPTION MEMBER, PARTITION STRUCTURE OF BUILDING PROVIDED WITH THE SAME AND INSTALLATION METHOD OF VIBRATION ABSORPTION MEMBER
PROBLEM TO BE SOLVED: To effectively absorb vibration of a face bar, and to improve workability in construction.SOLUTION: A vibration absorption member 30 is provided at a wall, and includes at least one of glass wool and rock wool, a sheet-like elastic member 32 placed with it contacted to the surface of a face bar 10, and a plurality of weights 34 including weight bodies 34a having specific gravity higher than the elastic member 32 and an adhesion layers 34b mediated between the weight bodies 34a and the elastic member 32 to adhere these. Clearances d1 between the weights 34 set not less than a predefined distance (distance being two times standard distance d_A), and clearances d2, d3 between side end faces 32e, 32f of the elastic member 32 and the weight 34 most close to this set not less than a predefined distance (standard distance d_A).SELECTED DRAWING: Figure 4
【課題】面材の振動をより効果的に吸収し、かつ、施工時の作業性を良好にする。【解決手段】グラスウールとロックウールの少なくとも一方を含み、面材１０の表面に接触した状態で配置されるシート状の弾性部材３２と、弾性部材３２よりも比重の高い錘本体３４ａおよび錘本体３４ａと弾性部材３２との間に介在してこれらを接着する接着層３４ｂを含む複数の錘３４と、を備えた振動吸収部材３０を設ける。そして、錘３４どうしの離間距離ｄ１を所定の距離（基準距離ｄ＿Ａの２倍の距離）以上とし、弾性部材３２の側端面３２ｅ、３２ｆとこれに最も近い錘３４との離間距離ｄ２、ｄ３を、所定の距離（基準距離ｄ＿Ａ）以上に設定する。【選択図】図４
VIBRATION ABSORPTION MEMBER, PARTITION STRUCTURE OF BUILDING PROVIDED WITH THE SAME AND INSTALLATION METHOD OF VIBRATION ABSORPTION MEMBER
PROBLEM TO BE SOLVED: To effectively absorb vibration of a face bar, and to improve workability in construction.SOLUTION: A vibration absorption member 30 is provided at a wall, and includes at least one of glass wool and rock wool, a sheet-like elastic member 32 placed with it contacted to the surface of a face bar 10, and a plurality of weights 34 including weight bodies 34a having specific gravity higher than the elastic member 32 and an adhesion layers 34b mediated between the weight bodies 34a and the elastic member 32 to adhere these. Clearances d1 between the weights 34 set not less than a predefined distance (distance being two times standard distance d_A), and clearances d2, d3 between side end faces 32e, 32f of the elastic member 32 and the weight 34 most close to this set not less than a predefined distance (standard distance d_A).SELECTED DRAWING: Figure 4
【課題】面材の振動をより効果的に吸収し、かつ、施工時の作業性を良好にする。【解決手段】グラスウールとロックウールの少なくとも一方を含み、面材１０の表面に接触した状態で配置されるシート状の弾性部材３２と、弾性部材３２よりも比重の高い錘本体３４ａおよび錘本体３４ａと弾性部材３２との間に介在してこれらを接着する接着層３４ｂを含む複数の錘３４と、を備えた振動吸収部材３０を設ける。そして、錘３４どうしの離間距離ｄ１を所定の距離（基準距離ｄ＿Ａの２倍の距離）以上とし、弾性部材３２の側端面３２ｅ、３２ｆとこれに最も近い錘３４との離間距離ｄ２、ｄ３を、所定の距離（基準距離ｄ＿Ａ）以上に設定する。【選択図】図４
VIBRATION ABSORPTION MEMBER, PARTITION STRUCTURE OF BUILDING PROVIDED WITH THE SAME AND INSTALLATION METHOD OF VIBRATION ABSORPTION MEMBER
振動吸収部材、これを備えた建物の仕切構造および振動吸収部材の設置方法
NAGAMATSU HIDEO (Autor:in) / TO MASAAKI (Autor:in) / TAJIMA HIROKI (Autor:in) / FUJIWARA HIDEKI (Autor:in) / TSUDA KOKI (Autor:in) / KUDO YOSHITSUGU (Autor:in)
09.08.2018
Patent
Elektronische Ressource
Japanisch
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