A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Construction equipment and construction method for railway assembly type bridge deck ancillary facilities
The invention relates to construction equipment and a construction method for railway assembly type bridge deck ancillary facilities. The construction equipment is provided with a hoisting main structure, a hoisting trolley, a fine adjustment hoisting tool, a walking system and a control system. The walking system is arranged below the hoisting main structure and used for driving the hoisting main structure to move, and the walking system comprises a steering system. The hoisting trolley is arranged on the hoisting main structure and can move on the hoisting main structure. And the fine adjustment lifting appliance is arranged below the lifting trolley and is in transmission connection with the lifting trolley, and the fine adjustment lifting appliance is used for lifting the assembly type bridge deck ancillary facility and lifting the assembly type bridge deck ancillary facility to a preset mounting position on the bridge to be connected with an embedded sleeve on the bridge under the control of the control system. Namely, accurate hoisting of the assembly type bridge deck ancillary facility can be achieved through the fine adjustment hoisting tool, then the hoisting trolley drives the fine adjustment hoisting tool to hoist the assembly type bridge deck ancillary facility to the preset installation position, and hoisting of the assembly type bridge deck ancillary facility is more accurate, efficient and safe.
本公开涉及一种铁路装配式桥面附属设施的施工设备及施工方法，该施工设备通过设置吊装主结构、吊运小车、精调吊具、行走系统以及控制系统。行走系统设于吊装主结构的下方，用于带动吊装主结构移动，行走系统包括转向系统。吊运小车设于吊装主结构上且可在吊装主结构上移动。精调吊具设于吊运小车下方且与吊运小车传动连接，精调吊具用于吊起装配式桥面附属设施，并在控制系统的控制下将装配式桥面附属设施吊运至桥梁上的预设安装位置与桥梁上的预埋套管进行连接。即，通过精调吊具可以实现装配式桥面附属设施的精准吊取，然后吊运小车带动精调吊具吊取装配式桥面附属设施吊至预设安装位置，使得装配式桥面附属设施的吊装更为精准、高效且安全。
Construction equipment and construction method for railway assembly type bridge deck ancillary facilities
The invention relates to construction equipment and a construction method for railway assembly type bridge deck ancillary facilities. The construction equipment is provided with a hoisting main structure, a hoisting trolley, a fine adjustment hoisting tool, a walking system and a control system. The walking system is arranged below the hoisting main structure and used for driving the hoisting main structure to move, and the walking system comprises a steering system. The hoisting trolley is arranged on the hoisting main structure and can move on the hoisting main structure. And the fine adjustment lifting appliance is arranged below the lifting trolley and is in transmission connection with the lifting trolley, and the fine adjustment lifting appliance is used for lifting the assembly type bridge deck ancillary facility and lifting the assembly type bridge deck ancillary facility to a preset mounting position on the bridge to be connected with an embedded sleeve on the bridge under the control of the control system. Namely, accurate hoisting of the assembly type bridge deck ancillary facility can be achieved through the fine adjustment hoisting tool, then the hoisting trolley drives the fine adjustment hoisting tool to hoist the assembly type bridge deck ancillary facility to the preset installation position, and hoisting of the assembly type bridge deck ancillary facility is more accurate, efficient and safe.
本公开涉及一种铁路装配式桥面附属设施的施工设备及施工方法，该施工设备通过设置吊装主结构、吊运小车、精调吊具、行走系统以及控制系统。行走系统设于吊装主结构的下方，用于带动吊装主结构移动，行走系统包括转向系统。吊运小车设于吊装主结构上且可在吊装主结构上移动。精调吊具设于吊运小车下方且与吊运小车传动连接，精调吊具用于吊起装配式桥面附属设施，并在控制系统的控制下将装配式桥面附属设施吊运至桥梁上的预设安装位置与桥梁上的预埋套管进行连接。即，通过精调吊具可以实现装配式桥面附属设施的精准吊取，然后吊运小车带动精调吊具吊取装配式桥面附属设施吊至预设安装位置，使得装配式桥面附属设施的吊装更为精准、高效且安全。
Construction equipment and construction method for railway assembly type bridge deck ancillary facilities
铁路装配式桥面附属设施的施工设备及施工方法
YAO KUNFENG (author) / WANG HAO (author) / ZHOU YANLING (author) / SUN SHIHAO (author) / YANG YUWEI (author) / WANG HONGJIANG (author) / YUAN JIAJUN (author) / CHEN CHAOXIONG (author) / LUO DANDAN (author) / YE LIN (author)
2022-03-15
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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