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VIBRATION CONTROL FRAME SYSTEM
To provide a vibration control frame system having better vibration control performance.SOLUTION: A vibration control frame system VS of the invention comprises a framework F including a wooden stringer LP and a cross member UB, a vibration control device 1 connected to the framework F and a joint structure J for connecting the vibration control device 1 to the framework F, and the joint structure J comprises a joint plate J1 provided at each end of the vibration control device 1, a washer plate J2 and a slide prevention plate J3 fixed so as to abut onto a lateral surface of the joint plate J1, the joint plate J1 is connected to the stringer LP and the cross member UB respectively by a bolt BT penetrating the joint plate J1, the stringer LP and the cross member UB respectively and the washer plate J2, and the slide prevention plate J3 is connected to the stringer LP and the cross member UB respectively by a machine screw BS3 penetrating the slide prevention plate J3 and threaded into the stringer LP and the cross member UB respectively.SELECTED DRAWING: Figure 2
【課題】より優れた制振性能を有する制振架構システムを提供することを目的とする。【解決手段】本発明の制振架構システムVSは、木製の縦材LPおよび横材UBを備える架構フレームFと、架構フレームFに接合される制振装置1と、制振装置1を架構フレームFに接合するための接合構造Jとを備え、接合構造Jが、制振装置1の両端に設けられる接合プレートJ1と、座金プレートJ2と、接合プレートJ1の側面に当接するように固定される摺動抑制プレートJ3とを備え、接合プレートJ1は、接合プレートJ1、縦材LPおよび横材UBのそれぞれ、および座金プレートJ2を貫通するボルトBTにより、縦材LPおよび横材UBのそれぞれに接合され、摺動抑制プレートJ3は、摺動抑制プレートJ3を貫通し、縦材LPおよび横材UBのそれぞれに螺入されるビスBS3により、縦材LPおよび横材UBのそれぞれに固定されることを特徴とする。【選択図】図2
VIBRATION CONTROL FRAME SYSTEM
To provide a vibration control frame system having better vibration control performance.SOLUTION: A vibration control frame system VS of the invention comprises a framework F including a wooden stringer LP and a cross member UB, a vibration control device 1 connected to the framework F and a joint structure J for connecting the vibration control device 1 to the framework F, and the joint structure J comprises a joint plate J1 provided at each end of the vibration control device 1, a washer plate J2 and a slide prevention plate J3 fixed so as to abut onto a lateral surface of the joint plate J1, the joint plate J1 is connected to the stringer LP and the cross member UB respectively by a bolt BT penetrating the joint plate J1, the stringer LP and the cross member UB respectively and the washer plate J2, and the slide prevention plate J3 is connected to the stringer LP and the cross member UB respectively by a machine screw BS3 penetrating the slide prevention plate J3 and threaded into the stringer LP and the cross member UB respectively.SELECTED DRAWING: Figure 2
【課題】より優れた制振性能を有する制振架構システムを提供することを目的とする。【解決手段】本発明の制振架構システムVSは、木製の縦材LPおよび横材UBを備える架構フレームFと、架構フレームFに接合される制振装置1と、制振装置1を架構フレームFに接合するための接合構造Jとを備え、接合構造Jが、制振装置1の両端に設けられる接合プレートJ1と、座金プレートJ2と、接合プレートJ1の側面に当接するように固定される摺動抑制プレートJ3とを備え、接合プレートJ1は、接合プレートJ1、縦材LPおよび横材UBのそれぞれ、および座金プレートJ2を貫通するボルトBTにより、縦材LPおよび横材UBのそれぞれに接合され、摺動抑制プレートJ3は、摺動抑制プレートJ3を貫通し、縦材LPおよび横材UBのそれぞれに螺入されるビスBS3により、縦材LPおよび横材UBのそれぞれに固定されることを特徴とする。【選択図】図2
VIBRATION CONTROL FRAME SYSTEM
制振架構システム
SUZUKI KOHEI (author) / NAKAO SADAJI (author) / MIYATA YUJIRO (author)
2022-11-10
Patent
Electronic Resource
Japanese
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