Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Vibration reduction fastener self-locking connecting mechanism and using method thereof
The invention discloses a damping fastener self-locking connecting mechanism and a using method thereof. A connecting sleeve mounting seat is arranged on a lower-layer iron base plate, and a retaining shoulder, a round through hole and a boss buckle are arranged on the connecting sleeve mounting seat; a middle rubber base plate is mounted on the lower-layer iron base plate, and an upper-layer iron base plate is mounted on the middle rubber base plate; a round through hole matched with the outer circle of the connecting sleeve is formed in the upper-layer iron base plate; an inner boss and a flange are arranged on the connecting sleeve, the connecting sleeve is inserted into the round through hole of the upper-layer iron base plate, the arc surface of the inner boss is in contact with the lower iron base plate connecting sleeve mounting seat, the upper surface of the inner boss is in contact with the lower surface of the lower iron base plate retaining shoulder, and the lower surface of the connecting sleeve flange is in contact with the upper surface of the upper iron base plate; and the anti-rotation buckle is inserted into the round through hole of the lower-layer iron backing plate and is clamped by the boss buckle on the lower-layer iron backing plate. The anti-rotation buckle is adopted to limit rotation of the connecting sleeve, failure of the connecting structure is prevented, the limiting mode of the buckle mode is stable and reliable, and installation and maintenance are convenient.
本发明公开了一种减振扣件自锁联接机构及其使用方法，在下层铁垫板上设有连接套安装座，在连接套安装座上设有挡肩、圆通孔和凸台卡扣；在下层铁垫板上安装中间橡胶垫板，在中间橡胶垫板上安装上层铁垫板；在上层铁垫板上设有与连接套外圆相配合的圆通孔；在连接套上设有内凸台和法兰，连接套插入上层铁垫板的圆通孔中，内凸台圆弧表面与下铁垫板连接套安装座接触，内凸台上表面与下铁垫板挡肩的下表面接触，连接套法兰的下表面与上铁垫板的上表面接触；防转卡扣插入下层铁垫板的圆通孔中，被下层铁垫板上的凸台卡扣卡住。本发明采用防转卡扣限制连接套的转动，防止联接结构失效，卡扣方式的限位方式稳定可靠，且安装维护方便。
Vibration reduction fastener self-locking connecting mechanism and using method thereof
The invention discloses a damping fastener self-locking connecting mechanism and a using method thereof. A connecting sleeve mounting seat is arranged on a lower-layer iron base plate, and a retaining shoulder, a round through hole and a boss buckle are arranged on the connecting sleeve mounting seat; a middle rubber base plate is mounted on the lower-layer iron base plate, and an upper-layer iron base plate is mounted on the middle rubber base plate; a round through hole matched with the outer circle of the connecting sleeve is formed in the upper-layer iron base plate; an inner boss and a flange are arranged on the connecting sleeve, the connecting sleeve is inserted into the round through hole of the upper-layer iron base plate, the arc surface of the inner boss is in contact with the lower iron base plate connecting sleeve mounting seat, the upper surface of the inner boss is in contact with the lower surface of the lower iron base plate retaining shoulder, and the lower surface of the connecting sleeve flange is in contact with the upper surface of the upper iron base plate; and the anti-rotation buckle is inserted into the round through hole of the lower-layer iron backing plate and is clamped by the boss buckle on the lower-layer iron backing plate. The anti-rotation buckle is adopted to limit rotation of the connecting sleeve, failure of the connecting structure is prevented, the limiting mode of the buckle mode is stable and reliable, and installation and maintenance are convenient.
本发明公开了一种减振扣件自锁联接机构及其使用方法，在下层铁垫板上设有连接套安装座，在连接套安装座上设有挡肩、圆通孔和凸台卡扣；在下层铁垫板上安装中间橡胶垫板，在中间橡胶垫板上安装上层铁垫板；在上层铁垫板上设有与连接套外圆相配合的圆通孔；在连接套上设有内凸台和法兰，连接套插入上层铁垫板的圆通孔中，内凸台圆弧表面与下铁垫板连接套安装座接触，内凸台上表面与下铁垫板挡肩的下表面接触，连接套法兰的下表面与上铁垫板的上表面接触；防转卡扣插入下层铁垫板的圆通孔中，被下层铁垫板上的凸台卡扣卡住。本发明采用防转卡扣限制连接套的转动，防止联接结构失效，卡扣方式的限位方式稳定可靠，且安装维护方便。
Vibration reduction fastener self-locking connecting mechanism and using method thereof
一种减振扣件自锁联接机构及其使用方法
HOU LIANG (Autor:in) / HU HUAYONG (Autor:in) / YANG ZAOXIN (Autor:in) / TAO BO (Autor:in) / LIAO ZHONGQI (Autor:in) / XIAO TONGJIN (Autor:in) / ZHOU XIANGCHUN (Autor:in) / ZHOU YANG (Autor:in)
03.02.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E01B
PERMANENT WAY
,
Gleisoberbau
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