A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to the technical field of electric power iron towers, in particular to hoisting equipment for electric power iron tower installation, which comprises a moving frame, a climbing unit and a guide mechanism. Through the three processes that the climbing wheels abut against the tower sections, the attaching plates are tightly attached to the stairs of the corresponding tower sections, and the pressing plates press the circumferential faces of the tower sections, the axes of the tower sections and the axes of the moving frames are collinear, the butt joint benchmark of the tower sections is the corresponding moving frames, and then the butt joint process of the two moving frames serves as transition; a guide column is gradually inserted into a guide cylinder to conduct primary guide limiting, a butt joint column moves downwards to be inserted into a butt joint groove of a pressing plate on a lower side moving frame to conduct secondary guide limiting, through the two times of guide limiting processes, the precision and the convenience degree in the tower section butt joint process are improved, meanwhile, a stable frame is formed, and the safety of the tower section butt joint process is improved. The stability in the tower section butt joint process is guaranteed, follow-up manual operation is facilitated, the efficiency in the hoisting process is improved, and the manual high-altitude operation time is shortened.
本发明涉及电力铁塔技术领域，具体为一种电力铁塔安装用吊装设备，包括移动架、爬升单元和导引机构。本发明通过爬升轮抵紧塔段、贴合板紧贴对应塔段的楼梯、压紧板压紧塔段的周向面三个过程使得塔段的轴线与移动架的轴线共线，且使得塔段的对接基准为对应的移动架，之后以两个移动架的对接过程为过渡，通过导引柱逐渐插放入导引筒进行一次导引限位、对接柱下移插入下侧移动架上的压紧板的对接槽内进行二次导引限位，通过两次导引限位过程，提升了塔段对接过程中的精准度以及便捷程度，同时形成稳定的框架，保证塔段对接过程中的稳定性，便于人工进行后续作业，提高吊装过程中的效率，减少人工高空作业时间。
The invention relates to the technical field of electric power iron towers, in particular to hoisting equipment for electric power iron tower installation, which comprises a moving frame, a climbing unit and a guide mechanism. Through the three processes that the climbing wheels abut against the tower sections, the attaching plates are tightly attached to the stairs of the corresponding tower sections, and the pressing plates press the circumferential faces of the tower sections, the axes of the tower sections and the axes of the moving frames are collinear, the butt joint benchmark of the tower sections is the corresponding moving frames, and then the butt joint process of the two moving frames serves as transition; a guide column is gradually inserted into a guide cylinder to conduct primary guide limiting, a butt joint column moves downwards to be inserted into a butt joint groove of a pressing plate on a lower side moving frame to conduct secondary guide limiting, through the two times of guide limiting processes, the precision and the convenience degree in the tower section butt joint process are improved, meanwhile, a stable frame is formed, and the safety of the tower section butt joint process is improved. The stability in the tower section butt joint process is guaranteed, follow-up manual operation is facilitated, the efficiency in the hoisting process is improved, and the manual high-altitude operation time is shortened.
本发明涉及电力铁塔技术领域，具体为一种电力铁塔安装用吊装设备，包括移动架、爬升单元和导引机构。本发明通过爬升轮抵紧塔段、贴合板紧贴对应塔段的楼梯、压紧板压紧塔段的周向面三个过程使得塔段的轴线与移动架的轴线共线，且使得塔段的对接基准为对应的移动架，之后以两个移动架的对接过程为过渡，通过导引柱逐渐插放入导引筒进行一次导引限位、对接柱下移插入下侧移动架上的压紧板的对接槽内进行二次导引限位，通过两次导引限位过程，提升了塔段对接过程中的精准度以及便捷程度，同时形成稳定的框架，保证塔段对接过程中的稳定性，便于人工进行后续作业，提高吊装过程中的效率，减少人工高空作业时间。
Hoisting equipment for electric power iron tower installation
一种电力铁塔安装用吊装设备
LIU KUN (author)
2024-12-17
Patent
Electronic Resource
Chinese
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