A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Auxiliary device for penetrating steel strand through continuous beam
The invention provides an auxiliary device for threading a steel strand through a continuous beam, which is characterized in that a pay-off mechanism is arranged below a bracket, a running track is arranged above the bracket, and a driving frame is assembled on the running track in a sliding manner so as to slide along the running track in a first direction and a second direction which are perpendicular to each other on a horizontal plane; the threading device is connected to the driving frame through a lifting mechanism so that the position of the threading device can be adjusted in the longitudinal direction. A corresponding steel strand inlet and a corresponding steel strand outlet are formed in the two opposite sides of the threading device respectively, and a driving wheel and a driven wheel which extrude the steel strand above and below the steel strand respectively are arranged in the threading device so as to clamp the steel strand and push the steel strand to the outlet through rotation; according to the steel strand threading device, the threading device and the paying-off mechanism are arranged in a matched mode, a steel strand needing to be threaded can be pushed, then a worker can more conveniently thread the steel strand according to the actual situation, meanwhile, the steel strand obtained after threading can be cut off through the cutting mechanism, waste of the steel strand can be reduced, and operation of the worker is more convenient.
本发明提供一种用于连续梁穿钢绞线的辅助装置，放线机构设置于支架的下方，运行轨道设置在支架的上方，运行轨道上滑动装配有驱动架，以沿运行轨道在水平面上垂直的第一方向和第二方向滑动；穿线器通过提升机构连接在驱动架上，以在纵向上对穿线器进行位置调整；穿线器相对的两侧分别设有对应钢绞线进口和出口，在穿线器的内部设有分别在钢绞线上、下方挤压钢绞线的主动轮和从动轮，以夹持钢绞线并通过转动将钢绞线向出口处推送；通过穿线器和放线机构配合设置，能够对需要穿设的钢绞线进行推动，进而更方便工作人员以实际情况将钢绞线进行穿设，同时也能够借助切割机构对穿设后的钢绞线进行裁断，进而能够减少钢绞线的浪费，更便于工作人员进行操作。
Auxiliary device for penetrating steel strand through continuous beam
The invention provides an auxiliary device for threading a steel strand through a continuous beam, which is characterized in that a pay-off mechanism is arranged below a bracket, a running track is arranged above the bracket, and a driving frame is assembled on the running track in a sliding manner so as to slide along the running track in a first direction and a second direction which are perpendicular to each other on a horizontal plane; the threading device is connected to the driving frame through a lifting mechanism so that the position of the threading device can be adjusted in the longitudinal direction. A corresponding steel strand inlet and a corresponding steel strand outlet are formed in the two opposite sides of the threading device respectively, and a driving wheel and a driven wheel which extrude the steel strand above and below the steel strand respectively are arranged in the threading device so as to clamp the steel strand and push the steel strand to the outlet through rotation; according to the steel strand threading device, the threading device and the paying-off mechanism are arranged in a matched mode, a steel strand needing to be threaded can be pushed, then a worker can more conveniently thread the steel strand according to the actual situation, meanwhile, the steel strand obtained after threading can be cut off through the cutting mechanism, waste of the steel strand can be reduced, and operation of the worker is more convenient.
本发明提供一种用于连续梁穿钢绞线的辅助装置，放线机构设置于支架的下方，运行轨道设置在支架的上方，运行轨道上滑动装配有驱动架，以沿运行轨道在水平面上垂直的第一方向和第二方向滑动；穿线器通过提升机构连接在驱动架上，以在纵向上对穿线器进行位置调整；穿线器相对的两侧分别设有对应钢绞线进口和出口，在穿线器的内部设有分别在钢绞线上、下方挤压钢绞线的主动轮和从动轮，以夹持钢绞线并通过转动将钢绞线向出口处推送；通过穿线器和放线机构配合设置，能够对需要穿设的钢绞线进行推动，进而更方便工作人员以实际情况将钢绞线进行穿设，同时也能够借助切割机构对穿设后的钢绞线进行裁断，进而能够减少钢绞线的浪费，更便于工作人员进行操作。
Auxiliary device for penetrating steel strand through continuous beam
一种用于连续梁穿钢绞线的辅助装置
SUN MENG (author) / SUN ZHI (author) / CHEN XIANGYANG (author) / LIU CHAOYANG (author) / CHEN JIZHONG (author) / ZHANG GAOBO (author) / YANG YIZHAO (author) / WANG RUNYU (author) / ZHANG XIAOSHUI (author) / FENG TAO (author)
2024-06-07
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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