A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Bridge body carrying device
The invention belongs to the technical field of beam carrying, and particularly relates to a bridge beam carrying device which comprises a bearing plate, driving wheels are mounted on the side face of the bearing plate, and an annular driving structure is arranged on the annular circumferential face of each driving wheel. The driving wheel drives the annular driving structure to rotate synchronously when rotating, and the annular driving structure makes contact with the ground. According to the bridge body carrying device, when the driving wheels move and are hindered by protruding obstacles, the first hydraulic cylinders are started, the output ends of the first hydraulic cylinders abut against the ground to support the driving wheels, and then the first hydraulic cylinders and the annular driving structures drive the driving wheels to climb to the positions above the protruding obstacles and finally cross the protruding obstacles; in the whole process of crossing the bulged obstacle, only the output quantity of the first hydraulic cylinder needs to be controlled by a worker, the phenomenon that the driving wheel slips when crossing the obstacle is avoided, the difficulty of crossing the bulged obstacle of the carrying device is reduced, and optimization of the carrying device is achieved.
本发明属于梁体驮运技术领域，具体的说是一种桥梁梁体驮运装置，包括承接板，所述承接板的侧面安装有驱动轮，所述驱动轮的环形周面设置有环形驱动结构；所述驱动轮转动时带动环形驱动结构同步转动，环形驱动结构与地面接触；本发明所述的一种桥梁梁体驮运装置，在驱动轮移动被凸起障碍物阻碍时，启动第一液压缸，第一液压缸输出端端部抵压到地面将驱动轮撑起，之后第一液压缸及环形驱动结构带动驱动轮爬到凸起障碍物上方，最后越过凸起障碍物；整个越过凸起障碍物的过程只需工作人员控制第一液压缸的输出量，规避了越过障碍物时驱动轮打滑的现象，降低驮运装置越过凸起障碍物的难度，实现对驮运装置的优化。
Bridge body carrying device
The invention belongs to the technical field of beam carrying, and particularly relates to a bridge beam carrying device which comprises a bearing plate, driving wheels are mounted on the side face of the bearing plate, and an annular driving structure is arranged on the annular circumferential face of each driving wheel. The driving wheel drives the annular driving structure to rotate synchronously when rotating, and the annular driving structure makes contact with the ground. According to the bridge body carrying device, when the driving wheels move and are hindered by protruding obstacles, the first hydraulic cylinders are started, the output ends of the first hydraulic cylinders abut against the ground to support the driving wheels, and then the first hydraulic cylinders and the annular driving structures drive the driving wheels to climb to the positions above the protruding obstacles and finally cross the protruding obstacles; in the whole process of crossing the bulged obstacle, only the output quantity of the first hydraulic cylinder needs to be controlled by a worker, the phenomenon that the driving wheel slips when crossing the obstacle is avoided, the difficulty of crossing the bulged obstacle of the carrying device is reduced, and optimization of the carrying device is achieved.
本发明属于梁体驮运技术领域，具体的说是一种桥梁梁体驮运装置，包括承接板，所述承接板的侧面安装有驱动轮，所述驱动轮的环形周面设置有环形驱动结构；所述驱动轮转动时带动环形驱动结构同步转动，环形驱动结构与地面接触；本发明所述的一种桥梁梁体驮运装置，在驱动轮移动被凸起障碍物阻碍时，启动第一液压缸，第一液压缸输出端端部抵压到地面将驱动轮撑起，之后第一液压缸及环形驱动结构带动驱动轮爬到凸起障碍物上方，最后越过凸起障碍物；整个越过凸起障碍物的过程只需工作人员控制第一液压缸的输出量，规避了越过障碍物时驱动轮打滑的现象，降低驮运装置越过凸起障碍物的难度，实现对驮运装置的优化。
Bridge body carrying device
一种桥梁梁体驮运装置
WU ZHENHUAN (author) / JIANG XINLEI (author) / YUE PENG (author) / WU YANG (author) / BAI XIAOJIN (author) / FAN YARU (author) / LI GUANGWEI (author) / LUO XUMIAO (author) / ZHANG JING (author) / HAN LIRUI (author)
2024-02-06
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
Carrying water main across Bascule bridge
Engineering Index Backfile | 1931
Model bridge used to study carrying capacity of truss bridge members
| Engineering Index Backfile | 1956