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A platform for research: civil engineering, architecture and urbanism
Intelligent construction method for large-dip-angle main tower
The invention discloses an intelligent construction method for a large-dip-angle main tower. The intelligent construction method comprises the steps of 1) assembling a template in a template system byusing a template assembling and disassembling system to form a concrete to-be-poured cavity; 2) performing concrete pouring on the to-be-poured concrete cavity to form concrete sections; (3) when thestrength of the concrete to be poured reaches a preset value, removing a formwork in the formwork system; 4) hoisting a reinforcement cage and installing the reinforcement cage on the concrete sections; 5) enabling an intelligent control system to control a climbing system to climb to a position to be poured along a climbing track; and 6) repeating the above steps 1) to 5) until the pouring of all concrete sections is completed. According to the intelligent construction method for the large-dip-angle main tower, the number of operators can be reduced, the construction environment and the construction efficiency can be improved, and the functions of automatic mold opening and closing, remote monitoring, automatic material distribution, intelligent maintenance and the like can be achieved under the condition of large-dip-angle inclined tower construction.
本发明公开了一种大倾角主塔智能施工方法，包括以下步骤：1)利用模板安拆系统将模板系统中的模板合模，形成混凝土待浇筑腔体；2)对混凝土待浇筑腔体进行混凝土浇筑，形成混凝土节段；3)待浇筑的混凝土的强度达预定值时，将所述模板系统中的模板拆模；4)吊装钢筋笼并将所述钢筋笼安装于所述混凝土节段；5)智能化控制系统控制爬升系统沿着所述爬升轨道爬升至待浇筑位置；6)重复上述步骤1)‑5)，直至完成所有的混凝土节段的浇筑。本发明的大倾角主塔智能施工方法，不但可以减少操作人员数量、提高施工环境和施工效率，还能满足大倾角斜塔施工的情况下实现自动开合模、远程监控、自动布料、智能养护等功能。
Intelligent construction method for large-dip-angle main tower
The invention discloses an intelligent construction method for a large-dip-angle main tower. The intelligent construction method comprises the steps of 1) assembling a template in a template system byusing a template assembling and disassembling system to form a concrete to-be-poured cavity; 2) performing concrete pouring on the to-be-poured concrete cavity to form concrete sections; (3) when thestrength of the concrete to be poured reaches a preset value, removing a formwork in the formwork system; 4) hoisting a reinforcement cage and installing the reinforcement cage on the concrete sections; 5) enabling an intelligent control system to control a climbing system to climb to a position to be poured along a climbing track; and 6) repeating the above steps 1) to 5) until the pouring of all concrete sections is completed. According to the intelligent construction method for the large-dip-angle main tower, the number of operators can be reduced, the construction environment and the construction efficiency can be improved, and the functions of automatic mold opening and closing, remote monitoring, automatic material distribution, intelligent maintenance and the like can be achieved under the condition of large-dip-angle inclined tower construction.
本发明公开了一种大倾角主塔智能施工方法，包括以下步骤：1)利用模板安拆系统将模板系统中的模板合模，形成混凝土待浇筑腔体；2)对混凝土待浇筑腔体进行混凝土浇筑，形成混凝土节段；3)待浇筑的混凝土的强度达预定值时，将所述模板系统中的模板拆模；4)吊装钢筋笼并将所述钢筋笼安装于所述混凝土节段；5)智能化控制系统控制爬升系统沿着所述爬升轨道爬升至待浇筑位置；6)重复上述步骤1)‑5)，直至完成所有的混凝土节段的浇筑。本发明的大倾角主塔智能施工方法，不但可以减少操作人员数量、提高施工环境和施工效率，还能满足大倾角斜塔施工的情况下实现自动开合模、远程监控、自动布料、智能养护等功能。
Intelligent construction method for large-dip-angle main tower
一种大倾角主塔智能施工方法
ZHANG HONG (author) / TIAN WEI (author) / LI BAZHOU (author) / CHEN MING (author) / WANG WENXIA (author) / ZHAI BAOJIN (author) / HUANG JIANFENG (author) / SU YAN (author) / RUAN MINGHUA (author) / SUN LIJUN (author)
2020-11-13
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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