A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Rope hanging device of bridge girder erection machine
The invention relates to the technical field of bridge erecting machines, and discloses a bridge erecting machine rope hanging device which comprises a bridge erecting bridge. A sliding groove is formed in the front surface of the bridge erecting beam. A pair of hanging parts is symmetrically arranged on the front surface of the bridge erecting beam, and the two hanging parts are in sliding connection with the bridge erecting beam through the sliding grooves; a hanging rope is hung on the outer side wall of one hanging part, and a hanging lug is arranged at one end of the hanging rope; a lifting hook assembly is arranged at the bottom of the bridge erecting beam; a transmission assembly is mounted at one end of the bridge erecting beam; before a rope is hung, the transmission assembly can drive the bidirectional adjusting lead screw to rotate, so that the two adjusting nuts on the bidirectional adjusting assembly synchronously move inwards or outwards, the two adjusting nuts respectively drive the hanging parts to synchronously move inwards or outwards, the distance between the two hanging parts can be flexibly adjusted, and then the hanging distance can be adjusted in a stepless mode. And the hanging flexibility is greatly improved so as to meet the hanging requirements of bridges with different specifications.
本发明涉及架桥机技术领域，且公开了一种架桥机挂绳装置，包括架桥梁；所述架桥梁的前表面开设有滑槽；所述架桥梁的前表面对称设有一对挂接部，两个所述挂接部通过所述滑槽与所述架桥梁滑动连接；其中一所述挂接部的外侧壁挂设有挂接绳，所述挂接绳的一端设有挂耳；所述架桥梁的底部设有升降挂钩组件；所述架桥梁的一端安装有传动组件；在进行挂绳前，可通过传动组件带动双向调节丝杆转动，使双向调节组件上的两个调节螺母同步向内或向外移动，使两个调节螺母分别带动挂接部同步向内或向外移动，使两个挂接部的间距可以灵活调节，进而现无极调节挂接距离，大大提升挂接的灵活性，以应对不同规格桥梁的挂接需求。
Rope hanging device of bridge girder erection machine
The invention relates to the technical field of bridge erecting machines, and discloses a bridge erecting machine rope hanging device which comprises a bridge erecting bridge. A sliding groove is formed in the front surface of the bridge erecting beam. A pair of hanging parts is symmetrically arranged on the front surface of the bridge erecting beam, and the two hanging parts are in sliding connection with the bridge erecting beam through the sliding grooves; a hanging rope is hung on the outer side wall of one hanging part, and a hanging lug is arranged at one end of the hanging rope; a lifting hook assembly is arranged at the bottom of the bridge erecting beam; a transmission assembly is mounted at one end of the bridge erecting beam; before a rope is hung, the transmission assembly can drive the bidirectional adjusting lead screw to rotate, so that the two adjusting nuts on the bidirectional adjusting assembly synchronously move inwards or outwards, the two adjusting nuts respectively drive the hanging parts to synchronously move inwards or outwards, the distance between the two hanging parts can be flexibly adjusted, and then the hanging distance can be adjusted in a stepless mode. And the hanging flexibility is greatly improved so as to meet the hanging requirements of bridges with different specifications.
本发明涉及架桥机技术领域，且公开了一种架桥机挂绳装置，包括架桥梁；所述架桥梁的前表面开设有滑槽；所述架桥梁的前表面对称设有一对挂接部，两个所述挂接部通过所述滑槽与所述架桥梁滑动连接；其中一所述挂接部的外侧壁挂设有挂接绳，所述挂接绳的一端设有挂耳；所述架桥梁的底部设有升降挂钩组件；所述架桥梁的一端安装有传动组件；在进行挂绳前，可通过传动组件带动双向调节丝杆转动，使双向调节组件上的两个调节螺母同步向内或向外移动，使两个调节螺母分别带动挂接部同步向内或向外移动，使两个挂接部的间距可以灵活调节，进而现无极调节挂接距离，大大提升挂接的灵活性，以应对不同规格桥梁的挂接需求。
Rope hanging device of bridge girder erection machine
一种架桥机挂绳装置
YANG BIN (author) / ZHANG JIANCHAO (author) / ZHENG DAWEI (author) / YANG WEI (author) / ZHAO ZHIPENG (author) / XIE SONG (author) / WANG PENG (author)
2024-12-06
Patent
Electronic Resource
Chinese
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