A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Overall climbing system for ultrahigh pier steel formwork
The invention relates to the field of piers, in particular to an ultrahigh pier steel formwork integral climbing system which comprises an upper platform, a bearing frame is fixedly arranged at the bottom end of the upper platform, a lower platform is fixedly arranged on the bearing frame below the upper platform, and a mold plate capable of sliding front and back is arranged at the top end of the upper platform. A liftable traction plate is vertically arranged on the bearing frame, the lower part of the bearing frame and the top end of the traction plate are fixedly provided with wall-attached hanging seats capable of being matched with a pier embedded part, and a detection module for detecting the concrete strength is arranged on the wall-attached hanging seat above the traction plate; according to the overall climbing system for the ultrahigh bridge pier steel formwork, climbing of the steel formwork can be achieved in a simple mode, operation is convenient, the failure rate is small, the strength of formed concrete can be detected before the steel formwork ascends, the situations that the formwork ascends when the concrete strength does not reach the standard, concrete cracks, and the steel formwork is unstable are avoided, and the overall climbing system is suitable for popularization and application. And certain potential safety hazards are caused.
本发明涉及桥墩领域，具体说是超高桥墩钢模板整体爬升系统，包括上平台，所述上平台的底端固定设置有承重架，所述上平台下方的承重架上固定设置有下平台，所述上平台的顶端设置有可前后滑动的模具板，所述承重架上竖直设置有可升降的牵引板，所述承重架的下部和牵引板的顶端均固定设置有可与桥墩预埋件相配合的附墙挂座，所述牵引板上方的附墙挂座上设置有检测混凝土强度的检测模块；本发明的超高桥墩钢模板整体爬升系统，能够通过简单的方式实现钢模板的爬升，操作方便，故障率小，还能够在钢模板上升前对成型的混凝土强度进行检测，避免出现混凝土强度不达标时上升模板，出现混凝土开裂、钢模板不稳定等情况，造成一定的安全隐患。
Overall climbing system for ultrahigh pier steel formwork
The invention relates to the field of piers, in particular to an ultrahigh pier steel formwork integral climbing system which comprises an upper platform, a bearing frame is fixedly arranged at the bottom end of the upper platform, a lower platform is fixedly arranged on the bearing frame below the upper platform, and a mold plate capable of sliding front and back is arranged at the top end of the upper platform. A liftable traction plate is vertically arranged on the bearing frame, the lower part of the bearing frame and the top end of the traction plate are fixedly provided with wall-attached hanging seats capable of being matched with a pier embedded part, and a detection module for detecting the concrete strength is arranged on the wall-attached hanging seat above the traction plate; according to the overall climbing system for the ultrahigh bridge pier steel formwork, climbing of the steel formwork can be achieved in a simple mode, operation is convenient, the failure rate is small, the strength of formed concrete can be detected before the steel formwork ascends, the situations that the formwork ascends when the concrete strength does not reach the standard, concrete cracks, and the steel formwork is unstable are avoided, and the overall climbing system is suitable for popularization and application. And certain potential safety hazards are caused.
本发明涉及桥墩领域，具体说是超高桥墩钢模板整体爬升系统，包括上平台，所述上平台的底端固定设置有承重架，所述上平台下方的承重架上固定设置有下平台，所述上平台的顶端设置有可前后滑动的模具板，所述承重架上竖直设置有可升降的牵引板，所述承重架的下部和牵引板的顶端均固定设置有可与桥墩预埋件相配合的附墙挂座，所述牵引板上方的附墙挂座上设置有检测混凝土强度的检测模块；本发明的超高桥墩钢模板整体爬升系统，能够通过简单的方式实现钢模板的爬升，操作方便，故障率小，还能够在钢模板上升前对成型的混凝土强度进行检测，避免出现混凝土强度不达标时上升模板，出现混凝土开裂、钢模板不稳定等情况，造成一定的安全隐患。
Overall climbing system for ultrahigh pier steel formwork
超高桥墩钢模板整体爬升系统
ZHENG SHANZHI (author) / MA SHUAI (author) / ZHANG WEIJIE (author) / ZHANG WANFENG (author) / BI KAI (author) / ZHAO DEHUI (author) / GUO JIAHENG (author) / LIU CHIYANG (author) / MU BINGHUANG (author) / XIN QINGFANG (author)
2024-12-10
Patent
Electronic Resource
Chinese
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