A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Supporting structure for concrete formwork and construction method
The invention discloses a supporting structure for a concrete formwork and a construction method. The supporting structure comprises an auxiliary supporting assembly, and the auxiliary supporting assembly comprises tie bars, a concrete wrapping layer and water stop screws; the middle section of the tie bar is wrapped by the concrete outer wrapping layer, the concrete outer wrapping layer is located between the front formwork and the rear formwork, and the concrete outer wrapping layer is clamped through approaching of the front formwork and the rear formwork, so that an interlayer with a preset thickness is formed between the front formwork and the rear formwork; the front ends of the tie bars are sunken inwards to form front limiting notches, the rear ends of the tie bars are sunken inwards to form rear limiting notches, and the front limiting notches and the rear limiting notches correspondingly connect the crossed joints of the vertical distribution bars and the horizontal distribution bars respectively; the tedious steps of using the inner support can be reduced, the construction progress is accelerated, the inner support is more firmly limited at the preset position, and the construction quality of concrete slabs, columns, beams and other structures is improved.
本发明公开了一种用于混凝土模板的支撑构造及施工方法，包括辅助支撑组件，所述辅助支撑组件包括拉结筋、混凝土外包层和止水螺杆；所述混凝土外包层将拉结筋的中段包裹，所述混凝土外包层位于前模板和后模板之间，通过所述前模板和后模板的靠近将混凝土外包层夹持，以使得前模板和后模板之间具有预设厚度的隔层；所述拉结筋的前端向内凹陷形成前限位凹口，所述拉结筋的后端向内凹陷形成后限位凹口，所述前限位凹口和后限位凹口分别各自对应的将竖向分布筋和水平分布筋交叉的节点连接；能够降低内撑使用的繁琐步骤，加快施工进度，且使内撑更牢靠的在预设位置被限位，提升混凝土板、柱以及梁等构造的施工质量。
Supporting structure for concrete formwork and construction method
The invention discloses a supporting structure for a concrete formwork and a construction method. The supporting structure comprises an auxiliary supporting assembly, and the auxiliary supporting assembly comprises tie bars, a concrete wrapping layer and water stop screws; the middle section of the tie bar is wrapped by the concrete outer wrapping layer, the concrete outer wrapping layer is located between the front formwork and the rear formwork, and the concrete outer wrapping layer is clamped through approaching of the front formwork and the rear formwork, so that an interlayer with a preset thickness is formed between the front formwork and the rear formwork; the front ends of the tie bars are sunken inwards to form front limiting notches, the rear ends of the tie bars are sunken inwards to form rear limiting notches, and the front limiting notches and the rear limiting notches correspondingly connect the crossed joints of the vertical distribution bars and the horizontal distribution bars respectively; the tedious steps of using the inner support can be reduced, the construction progress is accelerated, the inner support is more firmly limited at the preset position, and the construction quality of concrete slabs, columns, beams and other structures is improved.
本发明公开了一种用于混凝土模板的支撑构造及施工方法，包括辅助支撑组件，所述辅助支撑组件包括拉结筋、混凝土外包层和止水螺杆；所述混凝土外包层将拉结筋的中段包裹，所述混凝土外包层位于前模板和后模板之间，通过所述前模板和后模板的靠近将混凝土外包层夹持，以使得前模板和后模板之间具有预设厚度的隔层；所述拉结筋的前端向内凹陷形成前限位凹口，所述拉结筋的后端向内凹陷形成后限位凹口，所述前限位凹口和后限位凹口分别各自对应的将竖向分布筋和水平分布筋交叉的节点连接；能够降低内撑使用的繁琐步骤，加快施工进度，且使内撑更牢靠的在预设位置被限位，提升混凝土板、柱以及梁等构造的施工质量。
Supporting structure for concrete formwork and construction method
用于混凝土模板的支撑构造及施工方法
LEI JUNCHI (author) / GONG QINGLEI (author) / YANG MINGHUI (author) / SUN CHANGXIN (author) / HE SONGYE (author)
2024-11-22
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
| European Patent Office | 2024
Formwork supporting system of concrete structure and formwork supporting method
| European Patent Office | 2022
SUPPORTING MEMBER, CONCRETE INSTALLATION FORMWORK AND CONCRETE STRUCTURE CONSTRUCTION METHOD
| European Patent Office | 2017
Square concrete funnel formwork supporting structure and construction method
| European Patent Office | 2021
| European Patent Office | 2024