Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Intelligent synchronous lifting slip form system suitable for hollow thin-wall pier and construction method
The intelligent synchronous lifting sliding formwork system suitable for the hollow thin-wall pier comprises a formwork system, the formwork system comprises a plurality of inner formworks and a plurality of outer formworks, the inner formworks and the outer formworks are connected with connecting lead screws correspondingly, the connecting lead screws are connected with lifting frames, the lifting frames are connected with supporting rods through lifting devices, and the supporting rods are used for being embedded in pier body steel bars; the formwork system is connected with the construction platform, and the construction platform is connected with the lifting frame. A jacking mechanism is arranged on the lower edge of the template system and is mounted on the construction platform or the lifting frame; a target is arranged on the construction platform and is matched with the laser plumb aligner; and oil is supplied to the hydraulic jacks by the integrated pump station. The sliding formwork system has the formwork advancing and retreating functions, the construction flexibility is improved, the construction risk caused by worker fatigue due to continuous construction is avoided, meanwhile, the construction time for disassembling and assembling the formwork is saved, and the risk caused by high-altitude assembling of the sliding formwork system is avoided.
一种适用于空心薄壁墩的智能同步提升滑模系统及施工方法，包括模板系统，模板系统包括多个内模和多个外模，内模和外模分别与连接丝杆连接，连接丝杆与提升架连接，提升架通过提升装置与支撑杆连接，支撑杆用于预埋在墩身钢筋中；模板系统与施工平台连接，施工平台与提升架连接；模板系统下沿设有顶紧机构，顶紧机构安装在施工平台或提升架上；施工平台上设有标靶，标靶与激光垂准仪相适配；液压千斤顶由一体化泵站供油。本发明具有进退模功能，提高了施工的灵活性，避免了连续施工导致工人疲劳引起的施工风险，同时也节省了拆装模板的施工时间，避免了高空组装滑模系统带来的风险。
Intelligent synchronous lifting slip form system suitable for hollow thin-wall pier and construction method
The intelligent synchronous lifting sliding formwork system suitable for the hollow thin-wall pier comprises a formwork system, the formwork system comprises a plurality of inner formworks and a plurality of outer formworks, the inner formworks and the outer formworks are connected with connecting lead screws correspondingly, the connecting lead screws are connected with lifting frames, the lifting frames are connected with supporting rods through lifting devices, and the supporting rods are used for being embedded in pier body steel bars; the formwork system is connected with the construction platform, and the construction platform is connected with the lifting frame. A jacking mechanism is arranged on the lower edge of the template system and is mounted on the construction platform or the lifting frame; a target is arranged on the construction platform and is matched with the laser plumb aligner; and oil is supplied to the hydraulic jacks by the integrated pump station. The sliding formwork system has the formwork advancing and retreating functions, the construction flexibility is improved, the construction risk caused by worker fatigue due to continuous construction is avoided, meanwhile, the construction time for disassembling and assembling the formwork is saved, and the risk caused by high-altitude assembling of the sliding formwork system is avoided.
一种适用于空心薄壁墩的智能同步提升滑模系统及施工方法，包括模板系统，模板系统包括多个内模和多个外模，内模和外模分别与连接丝杆连接，连接丝杆与提升架连接，提升架通过提升装置与支撑杆连接，支撑杆用于预埋在墩身钢筋中；模板系统与施工平台连接，施工平台与提升架连接；模板系统下沿设有顶紧机构，顶紧机构安装在施工平台或提升架上；施工平台上设有标靶，标靶与激光垂准仪相适配；液压千斤顶由一体化泵站供油。本发明具有进退模功能，提高了施工的灵活性，避免了连续施工导致工人疲劳引起的施工风险，同时也节省了拆装模板的施工时间，避免了高空组装滑模系统带来的风险。
Intelligent synchronous lifting slip form system suitable for hollow thin-wall pier and construction method
适用于空心薄壁墩的智能同步提升滑模系统及施工方法
WU YINBAO (Autor:in) / CHEN WEIMIN (Autor:in) / YAO JIANMIN (Autor:in) / DENG WEN (Autor:in) / WANG PENGYU (Autor:in) / WAN MENG (Autor:in) / ZHANG JIAXING (Autor:in) / MA CAILIANG (Autor:in) / CHEN DING (Autor:in) / HU SHOUHAO (Autor:in)
31.10.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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