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A platform for research: civil engineering, architecture and urbanism
Cantilever bridge girder erection machine integrated with multi-directional transportation system and use method of cantilever bridge girder erection machine
The invention discloses a cantilever bridge girder erection machine integrated with a multidirectional transportation system and a use method of the cantilever bridge girder erection machine. The cantilever bridge girder erection machine comprises a supporting truss system and a multi-direction transportation system, wherein the multi-direction transportation system comprises hoisting equipment, a track beam in the bridge direction, a track system in the transverse bridge direction and a moving system in the transverse bridge direction; the hoisting equipment is movably mounted on the track beam along the bridge direction; the bridge-direction track beam comprises an anchoring section track beam, a cantilever section track beam and a temporary connecting structure; the anchoring section track beam is arranged in an anchoring area of the supporting truss system; the cantilever section track beam is arranged in a cantilever area of the supporting truss system, movably installed in the cantilever area of the supporting truss system through the transverse bridge direction track system and connected with the power output end of the transverse bridge direction moving system. Therefore, the limitation of a supporting truss system can be broken through, so that the target component hoisted by the hoisting equipment can be conveyed in place as required, and the corresponding target component can be conveniently butted and assembled on an operation platform system.
本发明公开了一种集成多向运输体系的悬臂架桥机及其使用方法。悬臂架桥机包括支承桁架体系及多向运输体系，多向运输体系布置包括起重设备、顺桥向轨道梁、横桥向轨道体系及横桥向移动体系；起重设备可移动地安装在顺桥向轨道梁上；顺桥向轨道梁包括锚固段轨道梁、悬臂段轨道梁以及临时连接构造；锚固段轨道梁布置在支承桁架体系的锚固区；悬臂段轨道梁布置在支承桁架体系的悬臂区，通过横桥向轨道体系可移动地安装在支承桁架体系悬臂区，并与横桥向移动体系的动力输出端连接。因此，本发明能够突破支承桁架体系的限制，使得起重设备所吊装的目标构件能够按需运送到位，方便在操作平台体系上进行相应目标构件的对接拼装。
Cantilever bridge girder erection machine integrated with multi-directional transportation system and use method of cantilever bridge girder erection machine
The invention discloses a cantilever bridge girder erection machine integrated with a multidirectional transportation system and a use method of the cantilever bridge girder erection machine. The cantilever bridge girder erection machine comprises a supporting truss system and a multi-direction transportation system, wherein the multi-direction transportation system comprises hoisting equipment, a track beam in the bridge direction, a track system in the transverse bridge direction and a moving system in the transverse bridge direction; the hoisting equipment is movably mounted on the track beam along the bridge direction; the bridge-direction track beam comprises an anchoring section track beam, a cantilever section track beam and a temporary connecting structure; the anchoring section track beam is arranged in an anchoring area of the supporting truss system; the cantilever section track beam is arranged in a cantilever area of the supporting truss system, movably installed in the cantilever area of the supporting truss system through the transverse bridge direction track system and connected with the power output end of the transverse bridge direction moving system. Therefore, the limitation of a supporting truss system can be broken through, so that the target component hoisted by the hoisting equipment can be conveyed in place as required, and the corresponding target component can be conveniently butted and assembled on an operation platform system.
本发明公开了一种集成多向运输体系的悬臂架桥机及其使用方法。悬臂架桥机包括支承桁架体系及多向运输体系，多向运输体系布置包括起重设备、顺桥向轨道梁、横桥向轨道体系及横桥向移动体系；起重设备可移动地安装在顺桥向轨道梁上；顺桥向轨道梁包括锚固段轨道梁、悬臂段轨道梁以及临时连接构造；锚固段轨道梁布置在支承桁架体系的锚固区；悬臂段轨道梁布置在支承桁架体系的悬臂区，通过横桥向轨道体系可移动地安装在支承桁架体系悬臂区，并与横桥向移动体系的动力输出端连接。因此，本发明能够突破支承桁架体系的限制，使得起重设备所吊装的目标构件能够按需运送到位，方便在操作平台体系上进行相应目标构件的对接拼装。
Cantilever bridge girder erection machine integrated with multi-directional transportation system and use method of cantilever bridge girder erection machine
集成多向运输体系的悬臂架桥机及其使用方法
XU SHENGLIANG (author) / HUANG YUANYUAN (author) / CHEN JUFENG (author)
2024-03-08
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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