Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Combined type grating reaction frame of suspension bridge
The invention discloses a combined type grid reaction frame of a suspension bridge. The combined type grid reaction frame of the suspension bridge comprises a first sub-grid reaction frame and a second sub-grid reaction frame, the side face of the first sub-grid reaction frame is connected with the side face of the second sub-grid reaction frame, and the first sub-grid reaction frame and the second sub-grid reaction frame are the same in structure. The first sub-grating reaction frame comprises a first grating, a pushing frame and two groups of first reaction frames, the right end of the first grating is connected with the left end of a first extension section, the right end of the first grating is connected with the left end of a second extension section, a U-shaped groove with a rightward opening is formed between the first extension section and the second extension section, the first extension section is provided with the first pushing frame, and the second extension section is provided with the second pushing frame. The two extending sections are provided with two pushing frames, the left end of the bottom of the first grid is provided with two sets of first reaction frames, and the positions of the two sets of first reaction frames correspond to the positions of the first pushing frames. The two main cable saddles can be installed in parallel, the pushing and sliding effects of the two sets of main cable saddles are synchronously achieved, and the four-main-cable suspension bridge is used for the suspension bridge with two cables on one side.
一种悬索桥组合式格栅反力架，所述悬索桥组合式格栅反力架包括一子格栅反力架、二子格栅反力架；所述一子格栅反力架的侧面与二子格栅反力架的侧面连接，一子格栅反力架与二子格栅反力架的结构相同；所述一子格栅反力架包括一格栅、一顶推架与两组一反力架，所述一格栅的右端与一延长段的左端连接，一格栅的右端与二延长段的左端连接，一延长段与二延长段之间设置有开口朝右的一U型凹槽，一延长段上安装有一顶推架，二延长段上安装有二顶推架，所述一格栅的底部左端安装有两组一反力架，两组一反力架与一顶推架的位置相对应。本发明可以实现两台主索鞍并列安装，并且同步实现两套主索鞍顶推滑移效果，为单侧两根缆的四条主缆索悬索桥所使用。
Combined type grating reaction frame of suspension bridge
The invention discloses a combined type grid reaction frame of a suspension bridge. The combined type grid reaction frame of the suspension bridge comprises a first sub-grid reaction frame and a second sub-grid reaction frame, the side face of the first sub-grid reaction frame is connected with the side face of the second sub-grid reaction frame, and the first sub-grid reaction frame and the second sub-grid reaction frame are the same in structure. The first sub-grating reaction frame comprises a first grating, a pushing frame and two groups of first reaction frames, the right end of the first grating is connected with the left end of a first extension section, the right end of the first grating is connected with the left end of a second extension section, a U-shaped groove with a rightward opening is formed between the first extension section and the second extension section, the first extension section is provided with the first pushing frame, and the second extension section is provided with the second pushing frame. The two extending sections are provided with two pushing frames, the left end of the bottom of the first grid is provided with two sets of first reaction frames, and the positions of the two sets of first reaction frames correspond to the positions of the first pushing frames. The two main cable saddles can be installed in parallel, the pushing and sliding effects of the two sets of main cable saddles are synchronously achieved, and the four-main-cable suspension bridge is used for the suspension bridge with two cables on one side.
一种悬索桥组合式格栅反力架，所述悬索桥组合式格栅反力架包括一子格栅反力架、二子格栅反力架；所述一子格栅反力架的侧面与二子格栅反力架的侧面连接，一子格栅反力架与二子格栅反力架的结构相同；所述一子格栅反力架包括一格栅、一顶推架与两组一反力架，所述一格栅的右端与一延长段的左端连接，一格栅的右端与二延长段的左端连接，一延长段与二延长段之间设置有开口朝右的一U型凹槽，一延长段上安装有一顶推架，二延长段上安装有二顶推架，所述一格栅的底部左端安装有两组一反力架，两组一反力架与一顶推架的位置相对应。本发明可以实现两台主索鞍并列安装，并且同步实现两套主索鞍顶推滑移效果，为单侧两根缆的四条主缆索悬索桥所使用。
Combined type grating reaction frame of suspension bridge
一种悬索桥组合式格栅反力架
CHENG WENCHI (Autor:in) / CHEN GANG (Autor:in) / DONG XIAOLIANG (Autor:in) / LI SEN (Autor:in) / MAO JI (Autor:in) / FAN LIANGZHEN (Autor:in) / LI MING (Autor:in)
13.08.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E01D
BRIDGES
,
Brücken
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