A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Rigid frame continuous beam suspension irrigation device
The invention discloses a rigid frame continuous beam suspension irrigation device, and relates to the technical field of bridge construction, the device adopts large transmission inevitable gear transmission to realize accurate control of a connecting roller, so that the construction process of a continuous beam is more efficient and stable, accurate adjustment is realized by rotating the connecting roller and controlling the position of an assembly, and the construction efficiency is improved. The construction precision and quality are improved, the device further has flexibility, the distance between the frameworks can be adjusted by changing the position of the control assembly, different engineering requirements can be met, the construction flexibility is improved, meanwhile, due to the design of the connecting rollers and the assembling cylinders, mounting and dismounting are relatively simple, operation and maintenance are convenient, and the construction efficiency is improved. According to the device, the actual situation of a suspension grouting project can be effectively treated, the device can guarantee that the distance between frameworks is consistent in the suspension grouting process through accurate adjustment of the control assembly, the construction quality and stability of a continuous beam are improved, the suspension grouting project is more flexible and efficient, and the construction quality and stability of the continuous beam can be improved.
本发明公开了一种刚构连续梁悬灌装置，涉及桥梁建筑技术领域，其装置采用较大传动必定齿轮传动来实现对连接辊的精确控制，使得连续梁的施工过程更加高效且稳定，通过转动连接辊和控制组件位置来实现精确调节，提高了施工的精度和质量，装置还具有灵活性，通过改变控制组件的位置，可以调整骨架之间的距离，适应不同的工程需求，提高了施工的灵活性，同时，连接辊和装配筒的设计使得安装和拆卸相对简单，便于操作和维护，能够对悬灌工程的实际情况进行有效的处理，装置可以通过控制组件的精确调整来保证悬灌过程中骨架之间的距离一致，提高了连续梁的施工质量和稳定性，使得悬灌工程更加灵活、高效，能够提高连续梁的施工质量和稳定性。
Rigid frame continuous beam suspension irrigation device
The invention discloses a rigid frame continuous beam suspension irrigation device, and relates to the technical field of bridge construction, the device adopts large transmission inevitable gear transmission to realize accurate control of a connecting roller, so that the construction process of a continuous beam is more efficient and stable, accurate adjustment is realized by rotating the connecting roller and controlling the position of an assembly, and the construction efficiency is improved. The construction precision and quality are improved, the device further has flexibility, the distance between the frameworks can be adjusted by changing the position of the control assembly, different engineering requirements can be met, the construction flexibility is improved, meanwhile, due to the design of the connecting rollers and the assembling cylinders, mounting and dismounting are relatively simple, operation and maintenance are convenient, and the construction efficiency is improved. According to the device, the actual situation of a suspension grouting project can be effectively treated, the device can guarantee that the distance between frameworks is consistent in the suspension grouting process through accurate adjustment of the control assembly, the construction quality and stability of a continuous beam are improved, the suspension grouting project is more flexible and efficient, and the construction quality and stability of the continuous beam can be improved.
本发明公开了一种刚构连续梁悬灌装置，涉及桥梁建筑技术领域，其装置采用较大传动必定齿轮传动来实现对连接辊的精确控制，使得连续梁的施工过程更加高效且稳定，通过转动连接辊和控制组件位置来实现精确调节，提高了施工的精度和质量，装置还具有灵活性，通过改变控制组件的位置，可以调整骨架之间的距离，适应不同的工程需求，提高了施工的灵活性，同时，连接辊和装配筒的设计使得安装和拆卸相对简单，便于操作和维护，能够对悬灌工程的实际情况进行有效的处理，装置可以通过控制组件的精确调整来保证悬灌过程中骨架之间的距离一致，提高了连续梁的施工质量和稳定性，使得悬灌工程更加灵活、高效，能够提高连续梁的施工质量和稳定性。
Rigid frame continuous beam suspension irrigation device
一种刚构连续梁悬灌装置
LYU QINGHAI (author) / ZHANG SHENG (author) / YI XIANKUN (author) / WANG JINGLIN (author) / ZHANG YAN (author) / SHI XINGKAI (author) / WANG XIAOTENG (author) / WEI WEI (author) / LI LINSHAN (author) / LIU YAFENG (author)
2024-10-18
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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