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A platform for research: civil engineering, architecture and urbanism
Steel-concrete composite beam bridge deck slab continuous construction device and construction method
The invention discloses a continuous construction device and method for a steel-concrete composite beam bridge deck slab. The device comprises a suspension support system, a track system, a pulley system, a sliding beam hanging bracket system and a formwork system. The track system is installed on a poured bridge deck of a steel-concrete composite beam, the suspension support system can be installed on the track system and a steel beam of the steel-concrete composite beam in a sliding mode in the bridge direction, the sliding beam hanging bracket system is installed below the suspension support system and the poured bridge deck in a suspended mode, and the tackle system can be installed on the suspension support system in a sliding mode in the bridge direction. And the template system is suspended at the bottom of the suspension bracket system. During construction, space under the bridge does not need to be occupied, construction is efficient, safe and reliable, the cast-in-place construction efficiency of the steel-concrete composite beam bridge deck slab is effectively improved, the construction cost is reduced, and interference to existing facilities is reduced.
本发明是一种钢混组合梁桥面板连续施工装置及施工方法，装置包括悬吊支架系统、轨道系统、滑车系统、滑梁吊架系统、模板系统；轨道系统安装于钢混组合梁的已浇筑桥面板上，悬吊支架系统可沿顺桥向滑动安装在轨道系统、钢混组合梁的钢梁上，滑梁吊架系统悬吊安装于悬吊支架系统、已浇筑桥面板下方，滑车系统可沿顺桥向滑动安装于悬吊支架系统上，模板系统悬吊安装于悬吊支架系统底部。本发明施工时无需占用桥下空间，施工高效、安全可靠，有效提高钢混组合梁桥面板的现浇施工效率，降低施工成本，并减少对既有设施的干扰。
Steel-concrete composite beam bridge deck slab continuous construction device and construction method
The invention discloses a continuous construction device and method for a steel-concrete composite beam bridge deck slab. The device comprises a suspension support system, a track system, a pulley system, a sliding beam hanging bracket system and a formwork system. The track system is installed on a poured bridge deck of a steel-concrete composite beam, the suspension support system can be installed on the track system and a steel beam of the steel-concrete composite beam in a sliding mode in the bridge direction, the sliding beam hanging bracket system is installed below the suspension support system and the poured bridge deck in a suspended mode, and the tackle system can be installed on the suspension support system in a sliding mode in the bridge direction. And the template system is suspended at the bottom of the suspension bracket system. During construction, space under the bridge does not need to be occupied, construction is efficient, safe and reliable, the cast-in-place construction efficiency of the steel-concrete composite beam bridge deck slab is effectively improved, the construction cost is reduced, and interference to existing facilities is reduced.
本发明是一种钢混组合梁桥面板连续施工装置及施工方法，装置包括悬吊支架系统、轨道系统、滑车系统、滑梁吊架系统、模板系统；轨道系统安装于钢混组合梁的已浇筑桥面板上，悬吊支架系统可沿顺桥向滑动安装在轨道系统、钢混组合梁的钢梁上，滑梁吊架系统悬吊安装于悬吊支架系统、已浇筑桥面板下方，滑车系统可沿顺桥向滑动安装于悬吊支架系统上，模板系统悬吊安装于悬吊支架系统底部。本发明施工时无需占用桥下空间，施工高效、安全可靠，有效提高钢混组合梁桥面板的现浇施工效率，降低施工成本，并减少对既有设施的干扰。
Steel-concrete composite beam bridge deck slab continuous construction device and construction method
一种钢混组合梁桥面板连续施工装置及施工方法
YI QIANG (author) / HUANG KEQI (author) / ZHOU JUNLONG (author) / LIU XIAOMIN (author) / LIN LIGUANG (author) / PAN HONGJIE (author) / JI CHENGLONG (author) / YANG FAN (author) / TANG JIE (author) / CAI SONGBAO (author)
2024-12-20
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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