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A platform for research: civil engineering, architecture and urbanism
Steel structure bridge segment hoisting structure and technology
The invention discloses a steel structure bridge section hoisting structure and process, and belongs to the field of load hoisting devices. Comprising a lifting appliance and a lifting rope arranged on the lifting appliance, a rotating assembly is arranged on the lifting appliance, a torsion assembly is further arranged between the lifting appliance and a bridge section, a flexible structure is further arranged between the bridge section and a sleeve, the flexible structure comprises a mounting column and an elastic piece arranged at the upper end of the mounting column, and the upper end of the elastic piece is fixedly connected with the lower end of the sleeve. The device has the beneficial effects that the torsion assembly is additionally arranged, when the rotating assembly rotates, the rotating force of the lifting appliance can be transmitted to the sleeve through the sliding rod, the whole bridge section is driven to rotate, and the direction of a lifted object can be rapidly and accurately adjusted; according to the device, a flexible structure is arranged between the bridge section and the sleeve. When the bridge section generates inertia, the elastic piece located between the mounting column and the sleeve can deform, so that the bridge section slightly shakes, and the flexible performance of a hoisted object can be improved.
本发明公开了一种钢结构桥梁节段吊装结构及工艺，属于载荷吊挂装置领域；包括吊具和设置在吊具上的吊绳，吊具上设置有旋转组件，吊具与桥梁节段之间还设置有扭力组件，桥梁节段与套筒之间还设置有柔性结构，柔性结构包括安装柱和设置在安装柱上端的弹性件，弹性件上端与套筒下端固定连接。有益效果：本装置增设了扭力组件，当旋转组件转动的时候，吊具的转动力经过滑杆就会传到给套筒，带动整个桥梁节段进行转动，使得被吊物品的可以快速精准调节方向；本装置在桥梁节段和套筒之间设置了柔性结构。当桥梁节段产生惯性的时候，位于安装柱与套筒之间的弹性件会发生形变，使得桥梁节段产生轻微的晃动，可以提高被吊装物体的灵活性能。
Steel structure bridge segment hoisting structure and technology
The invention discloses a steel structure bridge section hoisting structure and process, and belongs to the field of load hoisting devices. Comprising a lifting appliance and a lifting rope arranged on the lifting appliance, a rotating assembly is arranged on the lifting appliance, a torsion assembly is further arranged between the lifting appliance and a bridge section, a flexible structure is further arranged between the bridge section and a sleeve, the flexible structure comprises a mounting column and an elastic piece arranged at the upper end of the mounting column, and the upper end of the elastic piece is fixedly connected with the lower end of the sleeve. The device has the beneficial effects that the torsion assembly is additionally arranged, when the rotating assembly rotates, the rotating force of the lifting appliance can be transmitted to the sleeve through the sliding rod, the whole bridge section is driven to rotate, and the direction of a lifted object can be rapidly and accurately adjusted; according to the device, a flexible structure is arranged between the bridge section and the sleeve. When the bridge section generates inertia, the elastic piece located between the mounting column and the sleeve can deform, so that the bridge section slightly shakes, and the flexible performance of a hoisted object can be improved.
本发明公开了一种钢结构桥梁节段吊装结构及工艺，属于载荷吊挂装置领域；包括吊具和设置在吊具上的吊绳，吊具上设置有旋转组件，吊具与桥梁节段之间还设置有扭力组件，桥梁节段与套筒之间还设置有柔性结构，柔性结构包括安装柱和设置在安装柱上端的弹性件，弹性件上端与套筒下端固定连接。有益效果：本装置增设了扭力组件，当旋转组件转动的时候，吊具的转动力经过滑杆就会传到给套筒，带动整个桥梁节段进行转动，使得被吊物品的可以快速精准调节方向；本装置在桥梁节段和套筒之间设置了柔性结构。当桥梁节段产生惯性的时候，位于安装柱与套筒之间的弹性件会发生形变，使得桥梁节段产生轻微的晃动，可以提高被吊装物体的灵活性能。
Steel structure bridge segment hoisting structure and technology
一种钢结构桥梁节段吊装结构及工艺
ZHU JIANLUO (author) / YANG YONG (author) / ZHAO JILE (author) / DING XINBAO (author) / SUN WENFEI (author) / XUE HAOXIANG (author)
2024-12-17
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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