A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Sliding system for bridge construction
The invention provides a bridge construction slippage system, which belongs to the technical field of bridge construction, and comprises a traction power system, walking jacks, slippage trolley systems and slideways, a plurality of walking jacks and slippage trolley systems are arranged at the bottom of a main beam at intervals, and the traction power system is connected with the bottom of the main beam. The traction power system, the walking jack and the sliding trolley system are arranged on the same straight line, the traction continuous jack serves as a power system for sliding of the main beam and is connected with an anchoring device arranged at the bottom of the beam through a steel strand, and the main beam is continuously dragged to walk. The sliding trolley uses the shape of sliding friction, so that the moving process is more stable, an inclined connection mode is used in the forward moving process, deviation is avoided in the moving process, the moving process is more stable, the sliding trolley and the walking jack are used for supporting, the main beam can be rapidly moved to the corresponding installation position, and meanwhile the main beam can be rapidly moved to the corresponding installation position while moving in the installation process. Conveying and assembling do not influence each other, and the construction efficiency is high.
本发明提供桥梁施工滑移系统，属于桥梁施工技术领域，包括牵拉动力系统、步履千斤顶、滑移小车系统和滑道，若干个步履千斤顶和滑移小车系统间隔设置在主梁底部，牵拉动力系统与主梁的底部连接，牵拉动力系统、步履千斤顶和滑移小车系统设置在同一条直线上，牵拉连续千斤顶作为主梁滑移的动力系统，通过钢绞线与梁底设置的锚固装置连接，连续拖拉主梁行走。滑移小车使用滑动摩擦的形似，使得移动过程更加的稳定，在前移的过程中使用倾斜连接的方式，使得移动过程不会出现偏差，更平稳，进过滑移小车和步履千斤顶进行支撑，可以快速的将主梁移动到相应的安装位置，同时安装过程一边移动，运送和组装互不影响，施工效率高。
Sliding system for bridge construction
The invention provides a bridge construction slippage system, which belongs to the technical field of bridge construction, and comprises a traction power system, walking jacks, slippage trolley systems and slideways, a plurality of walking jacks and slippage trolley systems are arranged at the bottom of a main beam at intervals, and the traction power system is connected with the bottom of the main beam. The traction power system, the walking jack and the sliding trolley system are arranged on the same straight line, the traction continuous jack serves as a power system for sliding of the main beam and is connected with an anchoring device arranged at the bottom of the beam through a steel strand, and the main beam is continuously dragged to walk. The sliding trolley uses the shape of sliding friction, so that the moving process is more stable, an inclined connection mode is used in the forward moving process, deviation is avoided in the moving process, the moving process is more stable, the sliding trolley and the walking jack are used for supporting, the main beam can be rapidly moved to the corresponding installation position, and meanwhile the main beam can be rapidly moved to the corresponding installation position while moving in the installation process. Conveying and assembling do not influence each other, and the construction efficiency is high.
本发明提供桥梁施工滑移系统，属于桥梁施工技术领域，包括牵拉动力系统、步履千斤顶、滑移小车系统和滑道，若干个步履千斤顶和滑移小车系统间隔设置在主梁底部，牵拉动力系统与主梁的底部连接，牵拉动力系统、步履千斤顶和滑移小车系统设置在同一条直线上，牵拉连续千斤顶作为主梁滑移的动力系统，通过钢绞线与梁底设置的锚固装置连接，连续拖拉主梁行走。滑移小车使用滑动摩擦的形似，使得移动过程更加的稳定，在前移的过程中使用倾斜连接的方式，使得移动过程不会出现偏差，更平稳，进过滑移小车和步履千斤顶进行支撑，可以快速的将主梁移动到相应的安装位置，同时安装过程一边移动，运送和组装互不影响，施工效率高。
Sliding system for bridge construction
桥梁施工滑移系统
GAO JIE (author) / ZHANG NING (author) / CHEN KE (author) / ZHAO ZIJUN (author) / CAI BAOSHAN (author) / YUAN YI (author) / LI XIAOPENG (author) / JIE HUAN (author) / MENG QINGTAO (author) / LI MEIXIN (author)
2024-08-13
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
Bridge sliding block for bridge incremental launching construction
| European Patent Office | 2021