A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Novel integrated construction method for vertical bins of group bins
The invention relates to the technical field of building construction, in particular to a novel integrated construction method for vertical bins of group bins. The method comprises the following steps: S1, carrying out warehouse wall mounting construction to form warehouse walls of the vertical warehouses of the group warehouse; s2, frame body design is carried out; s3, a foundation is treated, paying-off and bottom arrangement are conducted, and the positions of scaffold vertical rods are determined; s4, a scaffold main frame body is erected; s5, main keels are arranged according to the jacking elevation; s6, secondary keels are arranged in the direction parallel to the main keels; s7, thick wood formworks are annularly laid on the upper portions of the wood braces from bottom to top in sequence along the concrete funnel, so that bottom formwork construction is completed; s8, a top formwork is installed on the upper portion of the bottom formwork, reinforcement treatment is conducted, and construction of the top formwork is completed; s9, a bailey truss conversion supporting system is adopted for construction of high-altitude barrel covers of the vertical bins of the group bins; the forming device is used for forming the overall structure of the ultrahigh group bin vertical bin which contains the large-gradient concrete funnel and is complex in structure, so that the forming quality of the concrete funnel is improved, and the construction safety, economy and construction efficiency are improved.
本发明涉及建筑施工技术领域，具体涉及一种群体仓立仓新型集成施工方法；所述方法步骤包括：S1:进行仓壁安装施工以形成群体仓立仓仓壁；S2:进行架体设计；S3:处理地基，进行放线排底并确定脚手架立杆位置；S4：搭设脚手架主架体；S5:根据顶托标高布置主龙骨；S6：平行主龙骨方向布置次龙骨；S7：在木枋上部沿混凝土漏斗下至上的顺序环向铺装厚木模板，以完成底部模板施工；S8:在底部模板上部安装顶部模板，加固处理，以完成顶部模板施工；S9:采用贝雷架转换支撑体系进行群体仓立仓高空筒盖施工；本申请用以将内含大坡度混凝土漏斗、结构复杂的超高群体仓立仓整体结构成型，以提高混凝土漏斗成型质量并提高施工安全性、经济性和施工效率。
Novel integrated construction method for vertical bins of group bins
The invention relates to the technical field of building construction, in particular to a novel integrated construction method for vertical bins of group bins. The method comprises the following steps: S1, carrying out warehouse wall mounting construction to form warehouse walls of the vertical warehouses of the group warehouse; s2, frame body design is carried out; s3, a foundation is treated, paying-off and bottom arrangement are conducted, and the positions of scaffold vertical rods are determined; s4, a scaffold main frame body is erected; s5, main keels are arranged according to the jacking elevation; s6, secondary keels are arranged in the direction parallel to the main keels; s7, thick wood formworks are annularly laid on the upper portions of the wood braces from bottom to top in sequence along the concrete funnel, so that bottom formwork construction is completed; s8, a top formwork is installed on the upper portion of the bottom formwork, reinforcement treatment is conducted, and construction of the top formwork is completed; s9, a bailey truss conversion supporting system is adopted for construction of high-altitude barrel covers of the vertical bins of the group bins; the forming device is used for forming the overall structure of the ultrahigh group bin vertical bin which contains the large-gradient concrete funnel and is complex in structure, so that the forming quality of the concrete funnel is improved, and the construction safety, economy and construction efficiency are improved.
本发明涉及建筑施工技术领域，具体涉及一种群体仓立仓新型集成施工方法；所述方法步骤包括：S1:进行仓壁安装施工以形成群体仓立仓仓壁；S2:进行架体设计；S3:处理地基，进行放线排底并确定脚手架立杆位置；S4：搭设脚手架主架体；S5:根据顶托标高布置主龙骨；S6：平行主龙骨方向布置次龙骨；S7：在木枋上部沿混凝土漏斗下至上的顺序环向铺装厚木模板，以完成底部模板施工；S8:在底部模板上部安装顶部模板，加固处理，以完成顶部模板施工；S9:采用贝雷架转换支撑体系进行群体仓立仓高空筒盖施工；本申请用以将内含大坡度混凝土漏斗、结构复杂的超高群体仓立仓整体结构成型，以提高混凝土漏斗成型质量并提高施工安全性、经济性和施工效率。
Novel integrated construction method for vertical bins of group bins
一种群体仓立仓新型集成施工方法
RINGER (author) / WU JIANGLIN (author) / WANG JUQIANG (author) / ZHOU WEI (author) / WU DONG (author) / CHENG YIFEI (author) / LI CHUNLAI (author)
2024-03-26
Patent
Electronic Resource
Chinese
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