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A platform for research: civil engineering, architecture and urbanism
Hanging template system for overhead layer of prilling tower and construction method for overhead layer of ultrahigh prilling tower
The invention relates to a prilling tower overhead layer hanging formwork system and an ultrahigh prilling tower overhead layer construction method, the hanging formwork system is divided into modules to be processed on the ground, the modules are sequentially hoisted to a stiff beam steel framework at a preset position after being processed, all the modules are mutually connected and fixed into a whole, and after construction pulling joints are arranged, the modules are fixed to the stiff beam steel framework. And steel bars are bound on the suspended formwork system, an overhead layer is poured, and after the overhead layer is poured, suspended formwork modules are sequentially dismantled and put down, so that construction of the overhead layer is completed. The hanging formwork system is manufactured on the ground, high-altitude operation is reduced, and construction safety is improved. The modules of the hanging template system are partitioned according to the diameter of the granulation tower and the working performance of the tower crane, so that the utilization rate of machinery is improved. By the adoption of the construction method, the construction speed is high, the construction period is shortened, a large number of turnover tools can be saved, high-suspension operation is reduced, the construction difficulty is lowered, and the construction quality is improved.
本发明涉及一种造粒塔架空层吊挂模板体系及超高造粒塔架空层施工方法，吊挂模板体系分模块在地面进行加工，加工好后依次吊装至预定位置的劲性梁钢骨架上，将各个模块相互连接固定为一体并设置构造拉结点后，在吊挂模板体系上绑扎钢筋并浇筑架空层，架空层浇筑完毕后，将吊挂模板模块依次拆除下放，从而完成架空层的施工。本发明的吊挂模板体系在地面制作，减少高空作业，提高了施工的安全性。吊挂模板体系的模块根据造粒塔直径及塔吊工作性能进行分块，提高了机械的使用率。采用本施工方法，施工速度快，缩短了工期，能够节省大量的周转工具，减少高悬空作业，降低施工难度，提高施工质量。
Hanging template system for overhead layer of prilling tower and construction method for overhead layer of ultrahigh prilling tower
The invention relates to a prilling tower overhead layer hanging formwork system and an ultrahigh prilling tower overhead layer construction method, the hanging formwork system is divided into modules to be processed on the ground, the modules are sequentially hoisted to a stiff beam steel framework at a preset position after being processed, all the modules are mutually connected and fixed into a whole, and after construction pulling joints are arranged, the modules are fixed to the stiff beam steel framework. And steel bars are bound on the suspended formwork system, an overhead layer is poured, and after the overhead layer is poured, suspended formwork modules are sequentially dismantled and put down, so that construction of the overhead layer is completed. The hanging formwork system is manufactured on the ground, high-altitude operation is reduced, and construction safety is improved. The modules of the hanging template system are partitioned according to the diameter of the granulation tower and the working performance of the tower crane, so that the utilization rate of machinery is improved. By the adoption of the construction method, the construction speed is high, the construction period is shortened, a large number of turnover tools can be saved, high-suspension operation is reduced, the construction difficulty is lowered, and the construction quality is improved.
本发明涉及一种造粒塔架空层吊挂模板体系及超高造粒塔架空层施工方法，吊挂模板体系分模块在地面进行加工，加工好后依次吊装至预定位置的劲性梁钢骨架上，将各个模块相互连接固定为一体并设置构造拉结点后，在吊挂模板体系上绑扎钢筋并浇筑架空层，架空层浇筑完毕后，将吊挂模板模块依次拆除下放，从而完成架空层的施工。本发明的吊挂模板体系在地面制作，减少高空作业，提高了施工的安全性。吊挂模板体系的模块根据造粒塔直径及塔吊工作性能进行分块，提高了机械的使用率。采用本施工方法，施工速度快，缩短了工期，能够节省大量的周转工具，减少高悬空作业，降低施工难度，提高施工质量。
Hanging template system for overhead layer of prilling tower and construction method for overhead layer of ultrahigh prilling tower
造粒塔架空层吊挂模板体系及超高造粒塔架空层施工方法
CHEN HUA (author) / WU YAN (author) / WANG LI (author) / WANG ZIZHOU (author) / DONG YUCHUAN (author) / ZHANG QUAN (author) / YAN LEI (author)
2023-06-30
Patent
Electronic Resource
Chinese
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