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Construction method of intelligent construction site frog early-dismantling support real-time monitoring system
The invention discloses a construction method of an intelligent construction site frog early-dismantling support real-time monitoring system. The construction method comprises the following steps of surveying and setting out, support system installation, double-nut early-dismantling head installation, primary beam and secondary beam installation, early-dismantling support real-time monitoring system installation, formwork installation and acceptance, rebar installation and acceptance, concrete pouring and maintenance and formwork dismantling. The construction method has the advantages that a socket-type frog type steel pipe support is adopted, a double-nut early-dismantling head is arranged at the top of a vertical rod, and the construction method has the characteristics of being flexiblein arrangement, safe, reliable and convenient and quick to construct; a primary beam, a secondary beam and a formwork can be repeatedly used in a turnover mode, the turnover efficiency is improved, investment of consumed materials such as the formwork and turnover materials is reduced, accordingly the cost is reduced, and the construction period is shortened; and the early-dismantling support real-time monitoring system can achieve frame body deformation monitoring and alarming, the safety and stability of formwork support are ensured, if the early-dismantling support real-time monitoring system is applied and popularized in a large area, the total social demand of related materials can be reduced, and loss of materials such as steel and frogs is reduced.
本发明公开了智慧工地盘扣早拆支撑实时监控体系施工方法,包括以下步骤:测量放线、支撑体系安装、双螺母早拆头安装、主、次梁安装、早拆支撑实时监控体系安装、模板安装及验收、钢筋安装及验收、混凝土浇筑和养护、模板拆除。本发明的优点在于:采用承插型盘扣式钢管支架,在立杆顶部设置双螺母早拆头,具有布置灵活、安全可靠、施工方便、快捷的特点;主次梁及模板可重复周转使用,提高周转效率,减少模板等消耗材料和周转材料的投入,从而降低成本和缩短施工工期;早拆支撑实时监控体系可实现架体变形监测和报警,保证模板支撑的安全性与稳定性,若大面积推广应用,可减少相关材料的社会需求总量,减少钢材、盘扣等物资的损耗。
Construction method of intelligent construction site frog early-dismantling support real-time monitoring system
The invention discloses a construction method of an intelligent construction site frog early-dismantling support real-time monitoring system. The construction method comprises the following steps of surveying and setting out, support system installation, double-nut early-dismantling head installation, primary beam and secondary beam installation, early-dismantling support real-time monitoring system installation, formwork installation and acceptance, rebar installation and acceptance, concrete pouring and maintenance and formwork dismantling. The construction method has the advantages that a socket-type frog type steel pipe support is adopted, a double-nut early-dismantling head is arranged at the top of a vertical rod, and the construction method has the characteristics of being flexiblein arrangement, safe, reliable and convenient and quick to construct; a primary beam, a secondary beam and a formwork can be repeatedly used in a turnover mode, the turnover efficiency is improved, investment of consumed materials such as the formwork and turnover materials is reduced, accordingly the cost is reduced, and the construction period is shortened; and the early-dismantling support real-time monitoring system can achieve frame body deformation monitoring and alarming, the safety and stability of formwork support are ensured, if the early-dismantling support real-time monitoring system is applied and popularized in a large area, the total social demand of related materials can be reduced, and loss of materials such as steel and frogs is reduced.
本发明公开了智慧工地盘扣早拆支撑实时监控体系施工方法,包括以下步骤:测量放线、支撑体系安装、双螺母早拆头安装、主、次梁安装、早拆支撑实时监控体系安装、模板安装及验收、钢筋安装及验收、混凝土浇筑和养护、模板拆除。本发明的优点在于:采用承插型盘扣式钢管支架,在立杆顶部设置双螺母早拆头,具有布置灵活、安全可靠、施工方便、快捷的特点;主次梁及模板可重复周转使用,提高周转效率,减少模板等消耗材料和周转材料的投入,从而降低成本和缩短施工工期;早拆支撑实时监控体系可实现架体变形监测和报警,保证模板支撑的安全性与稳定性,若大面积推广应用,可减少相关材料的社会需求总量,减少钢材、盘扣等物资的损耗。
Construction method of intelligent construction site frog early-dismantling support real-time monitoring system
智慧工地盘扣早拆支撑实时监控体系施工方法
SONG XIAOZHONG (author) / JIANG LIN (author) / ZHANG YAMIN (author) / JIANG TINGTING (author) / JIANG SHENG (author) / DING RONGRONG (author) / MIN YUE (author)
2021-02-12
Patent
Electronic Resource
Chinese
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