A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
To provide a vibration-proof structure that can be adopted even in a large scale facility.SOLUTION: In a vibration-proof structure 1A having a structure 2, a spring member 4 provided on the structure 2, and a floating floor 3(vibrator) supported by the structure 2 through the spring member 4, the floating floor 3 is composed of a plurality of floating flow blocks 31 (vibrator block) aligned in a spring shaft orthogonal direction orthogonal to a spring shaft direction of the spring member 4, the plurality of floating floor blocks 31 is supported by the structure 2 through the spring member 4 respectively, and the floating floor blocks 31 adjacent to each other in the spring shaft orthogonal direction are coupled by pin joining.SELECTED DRAWING: Figure 2
【課題】大規模な施設においても採用することができる防振構造を提供する。【解決手段】構造体２と、構造体２に設けられたばね部材４と、ばね部材４を介して構造体２に支持された浮き床３（振動体）と、を有する防振構造１Ａにおいて、浮き床３は、ばね部材４のばね軸方向に直交するばね軸直交方向に配列された複数の浮き床ブロック３１（振動体ブロック）から構成され、複数の浮き床ブロック３１は、それぞればね部材４を介して構造体２に支持され、ばね軸直交方向に隣り合う浮き床ブロック３１は、ピン接合で連結されている。【選択図】図２
To provide a vibration-proof structure that can be adopted even in a large scale facility.SOLUTION: In a vibration-proof structure 1A having a structure 2, a spring member 4 provided on the structure 2, and a floating floor 3(vibrator) supported by the structure 2 through the spring member 4, the floating floor 3 is composed of a plurality of floating flow blocks 31 (vibrator block) aligned in a spring shaft orthogonal direction orthogonal to a spring shaft direction of the spring member 4, the plurality of floating floor blocks 31 is supported by the structure 2 through the spring member 4 respectively, and the floating floor blocks 31 adjacent to each other in the spring shaft orthogonal direction are coupled by pin joining.SELECTED DRAWING: Figure 2
【課題】大規模な施設においても採用することができる防振構造を提供する。【解決手段】構造体２と、構造体２に設けられたばね部材４と、ばね部材４を介して構造体２に支持された浮き床３（振動体）と、を有する防振構造１Ａにおいて、浮き床３は、ばね部材４のばね軸方向に直交するばね軸直交方向に配列された複数の浮き床ブロック３１（振動体ブロック）から構成され、複数の浮き床ブロック３１は、それぞればね部材４を介して構造体２に支持され、ばね軸直交方向に隣り合う浮き床ブロック３１は、ピン接合で連結されている。【選択図】図２
VIBRATION-PROOF STRUCTURE
防振構造
ISODA KAZUHIKO (author)
2020-08-06
Patent
Electronic Resource
Japanese