A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Quick-splicing type keel formwork shell combined formwork
The invention discloses a quick-splicing type keel formwork shell combined formwork. The quick-splicing type keel formwork shell combined formwork comprises a plurality of metal keels and a plurality of formwork shells, wherein the metal keels are arranged in parallel at intervals to form a keel supporting surface structure; the formwork shells are paved between the two adjacent metal keels; a keel top surface, formwork shell supporting surfaces located at two sides of the keel top surface, and formwork shell positioning clamping grooves which are formed between the keel top surface and the formwork shell supporting surfaces and are concave downward are arranged at the tops of the metal keels; and two sides of the formwork shells are erected on the formwork shell supporting surfaces and extend downward to form formwork shell clamping strips matched with the formwork shell positioning clamping grooves. According to the quick-splicing type keel formwork shell combined formwork, a formwork supporting scheme in an existing ribbed floor slab or hollow floor slab system is replaced, the investment and wastes of square timber secondary keels, formworks, filling boxes or disposable formwork shells are reduced, the size precision of the width of a ribbed beam is improved, the construction efficiency of paving the formwork shells by supporting the formwork is improved and the requirements of green and energy-saving buildings are met.
本发明揭示了一种快拼式龙骨模壳组合模板，其包括若干金属龙骨与若干模壳，所述金属龙骨平行间隔设置形成龙骨支撑面结构，相邻两根所述金属龙骨之间铺设有所述模壳，所述金属龙骨的顶部设置有龙骨顶面、位于所述龙骨顶面两侧的模板模壳支撑面、设置在所述龙骨顶面与所述模板模壳支撑面之间的且向下凹陷形成的模壳定位卡槽，所述模壳的两边搭设在所述模板模壳支撑面上且向下延伸形成有与所述模壳定位卡槽配合的模壳卡条。本发明替换现有密肋楼板或空心楼板体系中的支模方案，减少方木次龙骨、模板、填充箱或一次性模壳的投入和浪费，提高肋梁宽度的尺寸精度，提升支模铺设模壳的施工效率，符合绿色节能建筑要求。
Quick-splicing type keel formwork shell combined formwork
The invention discloses a quick-splicing type keel formwork shell combined formwork. The quick-splicing type keel formwork shell combined formwork comprises a plurality of metal keels and a plurality of formwork shells, wherein the metal keels are arranged in parallel at intervals to form a keel supporting surface structure; the formwork shells are paved between the two adjacent metal keels; a keel top surface, formwork shell supporting surfaces located at two sides of the keel top surface, and formwork shell positioning clamping grooves which are formed between the keel top surface and the formwork shell supporting surfaces and are concave downward are arranged at the tops of the metal keels; and two sides of the formwork shells are erected on the formwork shell supporting surfaces and extend downward to form formwork shell clamping strips matched with the formwork shell positioning clamping grooves. According to the quick-splicing type keel formwork shell combined formwork, a formwork supporting scheme in an existing ribbed floor slab or hollow floor slab system is replaced, the investment and wastes of square timber secondary keels, formworks, filling boxes or disposable formwork shells are reduced, the size precision of the width of a ribbed beam is improved, the construction efficiency of paving the formwork shells by supporting the formwork is improved and the requirements of green and energy-saving buildings are met.
本发明揭示了一种快拼式龙骨模壳组合模板，其包括若干金属龙骨与若干模壳，所述金属龙骨平行间隔设置形成龙骨支撑面结构，相邻两根所述金属龙骨之间铺设有所述模壳，所述金属龙骨的顶部设置有龙骨顶面、位于所述龙骨顶面两侧的模板模壳支撑面、设置在所述龙骨顶面与所述模板模壳支撑面之间的且向下凹陷形成的模壳定位卡槽，所述模壳的两边搭设在所述模板模壳支撑面上且向下延伸形成有与所述模壳定位卡槽配合的模壳卡条。本发明替换现有密肋楼板或空心楼板体系中的支模方案，减少方木次龙骨、模板、填充箱或一次性模壳的投入和浪费，提高肋梁宽度的尺寸精度，提升支模铺设模壳的施工效率，符合绿色节能建筑要求。
Quick-splicing type keel formwork shell combined formwork
一种快拼式龙骨模壳组合模板
CHEN YUEJUN (author) / CHEN XINGCEN (author)
2021-06-18
Patent
Electronic Resource
Chinese
Keel unit for building formwork and building formwork fastening system
| European Patent Office | 2020