A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
To improve versatility.SOLUTION: In a vibration control rubber damper 200 proposed here in a corner part C1 where a first plane D1a is orthogonal to a second plane D2a, a distance K1 to a rim D2b outside of a first side flange 211a and a second side flange along the second plane D2a of the corner part C1 is shorter than a distance K2 to a rim D1b outside of a first flange 210a along the first plane D1a of the corner part C1.SELECTED DRAWING: Figure 2
【課題】汎用性の向上【解決手段】ここで提案される制震ゴムダンパー２００は、第１面Ｄ１ａから第２面Ｄ２ａが直交する角部Ｃ１において、当該角部Ｃ１の第２面Ｄ２ａに沿った、第１サイドフランジ２１１ａおよび第２サイドフランジの外側の縁Ｄ２ｂまでの距離Ｋ１は、当該角部Ｃ１の第１面Ｄ１ａに沿った第１フランジ２１０ａの外側の縁Ｄ１ｂまでの距離Ｋ２よりも短い。【選択図】図２
To improve versatility.SOLUTION: In a vibration control rubber damper 200 proposed here in a corner part C1 where a first plane D1a is orthogonal to a second plane D2a, a distance K1 to a rim D2b outside of a first side flange 211a and a second side flange along the second plane D2a of the corner part C1 is shorter than a distance K2 to a rim D1b outside of a first flange 210a along the first plane D1a of the corner part C1.SELECTED DRAWING: Figure 2
【課題】汎用性の向上【解決手段】ここで提案される制震ゴムダンパー２００は、第１面Ｄ１ａから第２面Ｄ２ａが直交する角部Ｃ１において、当該角部Ｃ１の第２面Ｄ２ａに沿った、第１サイドフランジ２１１ａおよび第２サイドフランジの外側の縁Ｄ２ｂまでの距離Ｋ１は、当該角部Ｃ１の第１面Ｄ１ａに沿った第１フランジ２１０ａの外側の縁Ｄ１ｂまでの距離Ｋ２よりも短い。【選択図】図２
VIBRATION CONTROL RUBBER DAMPER
制震ゴムダンパー
YAN CHONGBING (author)
2020-07-09
Patent
Electronic Resource
Japanese
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