Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Walking system of cantilever pouring bridge fabrication machine
The invention relates to the technical field of bridge fabrication, in particular to a walking system of a cantilever pouring bridge fabrication machine. The walking system comprises a main beam used for supporting a hanging basket and a walking beam used for supporting the main beam, the main beam and the walking beam are connected through reverse hanging wheels, and the device further comprises a walking limiting part, a walking driving part, a main jacking part and a main driving part; the walking limiting part is used for restraining the walking beam on a bridge top plate; the walking driving part is used for driving the walking beam to move in the longitudinal direction of the bridge after the walking beam is released from the constraint of the bridge top plate; the main jacking part is used for jacking the main beam so as to separate the main beam from the walking beam; the main driving part is used for driving the main beam to move in the longitudinal direction of the bridge after the main beam is separated from the walking beam. Through mutual cooperation of the main beam and the walking beam, overall movement of the hanging basket system can be effectively achieved, the moving mode of the hanging basket system is completely different from that of a hanging basket in the prior art, the overall construction process is relatively simple, and extra equipment consumption is not increased.
本公开涉及造桥技术领域，尤其涉及一种悬臂灌注造桥机走行系统。包括用于支撑挂篮的主梁和用于支撑主梁的走行梁，主梁与走行梁之间通过反挂轮连接，还包括走行限位部、走行驱动部、主顶升部以及主驱动部；走行限位部用于将走行梁约束在桥梁顶板上；走行驱动部用于在走行梁解除与桥梁顶板的约束后，驱动走行梁沿桥梁纵向方向移动；主顶升部用于对主梁顶升以使主梁与走行梁分离；主驱动部用于在主梁与走行梁分离后，驱动主梁沿桥梁纵向方向移动。通过主梁和走行梁之间的相互配合，可有效实现对挂篮系统的整体移动，且与现有技术中挂篮的移动方式完全不同，整体施工过程相对简单，且不会增加额外的设备消耗。
Walking system of cantilever pouring bridge fabrication machine
The invention relates to the technical field of bridge fabrication, in particular to a walking system of a cantilever pouring bridge fabrication machine. The walking system comprises a main beam used for supporting a hanging basket and a walking beam used for supporting the main beam, the main beam and the walking beam are connected through reverse hanging wheels, and the device further comprises a walking limiting part, a walking driving part, a main jacking part and a main driving part; the walking limiting part is used for restraining the walking beam on a bridge top plate; the walking driving part is used for driving the walking beam to move in the longitudinal direction of the bridge after the walking beam is released from the constraint of the bridge top plate; the main jacking part is used for jacking the main beam so as to separate the main beam from the walking beam; the main driving part is used for driving the main beam to move in the longitudinal direction of the bridge after the main beam is separated from the walking beam. Through mutual cooperation of the main beam and the walking beam, overall movement of the hanging basket system can be effectively achieved, the moving mode of the hanging basket system is completely different from that of a hanging basket in the prior art, the overall construction process is relatively simple, and extra equipment consumption is not increased.
本公开涉及造桥技术领域，尤其涉及一种悬臂灌注造桥机走行系统。包括用于支撑挂篮的主梁和用于支撑主梁的走行梁，主梁与走行梁之间通过反挂轮连接，还包括走行限位部、走行驱动部、主顶升部以及主驱动部；走行限位部用于将走行梁约束在桥梁顶板上；走行驱动部用于在走行梁解除与桥梁顶板的约束后，驱动走行梁沿桥梁纵向方向移动；主顶升部用于对主梁顶升以使主梁与走行梁分离；主驱动部用于在主梁与走行梁分离后，驱动主梁沿桥梁纵向方向移动。通过主梁和走行梁之间的相互配合，可有效实现对挂篮系统的整体移动，且与现有技术中挂篮的移动方式完全不同，整体施工过程相对简单，且不会增加额外的设备消耗。
Walking system of cantilever pouring bridge fabrication machine
悬臂灌注造桥机走行系统
YANG JINWEN (Autor:in) / ZHANG LI (Autor:in) / MA BAOLI (Autor:in) / LYU ZHIJUN (Autor:in) / LI ZHIQIANG (Autor:in) / ZHOU XINGYING (Autor:in) / LIU BIN (Autor:in)
04.06.2021
Patent
Elektronische Ressource
Chinesisch
IPC:
E01D
BRIDGES
,
Brücken
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