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A platform for research: civil engineering, architecture and urbanism
Inland river ship lock bottom plate top layer steel bar supporting device
The invention provides an inland river ship lock bottom plate top layer reinforcing steel bar supporting device, relates to the technical field of ship lock construction, and solves the problems thatduring supporting, sealing between a supporting pipe and a bottom reinforcing steel bar seat is not tight enough, so that cement grout enters the supporting pipe easily, and finally detection is blocked, self-adaptive adjustment cannot be achieved according to the width of the steel bar frame, and use is inconvenient; and the supporting height cannot be adjusted according to the actual situation.An inland river ship lock bottom plate top layer reinforcing steel bar supporting device comprises a reinforcing steel bar frame. And the steel bar frame is buried in concrete. The two sleeves A are both of a cylindrical tubular structure, and the interiors of the two sleeves A are each connected with a hook in a sliding mode. The two sleeves A are each in threaded connection with a fastening boltA used for locking the corresponding hook, the two hooks are both connected with the reinforcing steel bar frames in a hooked mode, the sleeves A form a self-adaptive adjusting structure of the hooks, and therefore stretching adjustment of the hooks can be achieved according to the width between the reinforcing steel bar frames.
本发明提供一种内河船闸底板顶层钢筋支撑装置，涉及船闸施工技术领域，解决了在支撑时支撑管与底部钢筋座之间密封不够严密，从而容易导致水泥浆液进入到支撑管中，最终造成了检测受阻；不能够根据钢筋架的宽度实现自适应调整，使用不便；不能够根据现实状况实现支撑高度的调整问题。一种内河船闸底板顶层钢筋支撑装置，包括钢筋架；所述钢筋架掩埋在混凝土中。因两根套管A均为圆柱形管状结构，且两根套管A内均滑动连接有一个挂钩；两根套管A上均螺纹连接有一个用于锁紧挂钩的紧固螺栓A，且两个挂钩均与钢筋架相勾连，并且套管A组成了挂钩的自适应调整结构，从而可根据钢筋架之间的宽度实现挂钩的伸展调整。
Inland river ship lock bottom plate top layer steel bar supporting device
The invention provides an inland river ship lock bottom plate top layer reinforcing steel bar supporting device, relates to the technical field of ship lock construction, and solves the problems thatduring supporting, sealing between a supporting pipe and a bottom reinforcing steel bar seat is not tight enough, so that cement grout enters the supporting pipe easily, and finally detection is blocked, self-adaptive adjustment cannot be achieved according to the width of the steel bar frame, and use is inconvenient; and the supporting height cannot be adjusted according to the actual situation.An inland river ship lock bottom plate top layer reinforcing steel bar supporting device comprises a reinforcing steel bar frame. And the steel bar frame is buried in concrete. The two sleeves A are both of a cylindrical tubular structure, and the interiors of the two sleeves A are each connected with a hook in a sliding mode. The two sleeves A are each in threaded connection with a fastening boltA used for locking the corresponding hook, the two hooks are both connected with the reinforcing steel bar frames in a hooked mode, the sleeves A form a self-adaptive adjusting structure of the hooks, and therefore stretching adjustment of the hooks can be achieved according to the width between the reinforcing steel bar frames.
本发明提供一种内河船闸底板顶层钢筋支撑装置，涉及船闸施工技术领域，解决了在支撑时支撑管与底部钢筋座之间密封不够严密，从而容易导致水泥浆液进入到支撑管中，最终造成了检测受阻；不能够根据钢筋架的宽度实现自适应调整，使用不便；不能够根据现实状况实现支撑高度的调整问题。一种内河船闸底板顶层钢筋支撑装置，包括钢筋架；所述钢筋架掩埋在混凝土中。因两根套管A均为圆柱形管状结构，且两根套管A内均滑动连接有一个挂钩；两根套管A上均螺纹连接有一个用于锁紧挂钩的紧固螺栓A，且两个挂钩均与钢筋架相勾连，并且套管A组成了挂钩的自适应调整结构，从而可根据钢筋架之间的宽度实现挂钩的伸展调整。
Inland river ship lock bottom plate top layer steel bar supporting device
一种内河船闸底板顶层钢筋支撑装置
ZHAI GUOZAN (author)
2021-03-16
Patent
Electronic Resource
Chinese
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