A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Wall plastering-free aluminum formwork construction process
The invention discloses a wall plastering-free aluminum formwork construction technology. The technology comprises the steps that a virtual model of a formwork system is established; in the template entering stage, site planning is made in advance, and all unit templates are stacked in different areas; in the on-site construction stage, the formwork splicing sequence of on-site formworks is adjusted, insertion of other working procedures is not affected by on-site formwork splicing, and the forming quality of concrete in wall column positioning ribs and wall column formwork splicing is improved; construction process control; the utility model discloses an aluminum mold quick-release structure in a template system arranged in a regional manner. According to the method, the intelligent design of an aluminum mold is deeply designed, the BIM intelligent technology is reasonably utilized, and a virtual model is rapidly established, so that the mold matching accuracy is higher, the field change frequency is greatly reduced, the mold matching efficiency is improved, mistakes, omissions, collisions and defects of different professions are reduced, accurate electromechanical positioning is enhanced, detail nodes are further deeply designed and completed in one step, and the method is suitable for large-scale popularization and application. The construction period and the cost are saved.
本发明公开了一种墙体免抹灰的铝模板施工工艺，包括建立模板系统的虚拟模型；模板进场阶段，提前做好场地规划，将各单元模板分区域堆码；现场施工阶段，调整现场模板的拼模顺序，使现场模板拼装不影响其他工序的插入，提高在墙柱定位筋和墙柱模板拼装内的混凝的成型质量；施工过程控制；分区域布置模板系统中的铝模快拆结构。并且本发明采用铝模深化设计智能化，通过合理利用BIM智能技术，快速建立虚拟模型，不仅配模准确率更高，大大减少现场变更频率，而且提升了配模效率，减少不同专业的错漏碰缺，加强了机电的精准定位，对细部节点进一步深化，一步到位，节约工期，节省成本。
Wall plastering-free aluminum formwork construction process
The invention discloses a wall plastering-free aluminum formwork construction technology. The technology comprises the steps that a virtual model of a formwork system is established; in the template entering stage, site planning is made in advance, and all unit templates are stacked in different areas; in the on-site construction stage, the formwork splicing sequence of on-site formworks is adjusted, insertion of other working procedures is not affected by on-site formwork splicing, and the forming quality of concrete in wall column positioning ribs and wall column formwork splicing is improved; construction process control; the utility model discloses an aluminum mold quick-release structure in a template system arranged in a regional manner. According to the method, the intelligent design of an aluminum mold is deeply designed, the BIM intelligent technology is reasonably utilized, and a virtual model is rapidly established, so that the mold matching accuracy is higher, the field change frequency is greatly reduced, the mold matching efficiency is improved, mistakes, omissions, collisions and defects of different professions are reduced, accurate electromechanical positioning is enhanced, detail nodes are further deeply designed and completed in one step, and the method is suitable for large-scale popularization and application. The construction period and the cost are saved.
本发明公开了一种墙体免抹灰的铝模板施工工艺，包括建立模板系统的虚拟模型；模板进场阶段，提前做好场地规划，将各单元模板分区域堆码；现场施工阶段，调整现场模板的拼模顺序，使现场模板拼装不影响其他工序的插入，提高在墙柱定位筋和墙柱模板拼装内的混凝的成型质量；施工过程控制；分区域布置模板系统中的铝模快拆结构。并且本发明采用铝模深化设计智能化，通过合理利用BIM智能技术，快速建立虚拟模型，不仅配模准确率更高，大大减少现场变更频率，而且提升了配模效率，减少不同专业的错漏碰缺，加强了机电的精准定位，对细部节点进一步深化，一步到位，节约工期，节省成本。
Wall plastering-free aluminum formwork construction process
一种墙体免抹灰的铝模板施工工艺
YANG JUN (author) / LIU MI (author) / ZENG CHENGBIN (author) / ZHAI TIANZENG (author) / HU MING (author) / GAO ZHENGLIN (author)
2021-11-02
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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