A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Bent cap formwork mounting and reinforcing method
The invention relates to a capping beam formwork mounting and reinforcing method, and relates to the technical field of bridge engineering. The method comprises the following steps that S1, a supporting hoop is fixed to a stand column, and a jack is fixed to the supporting hoop; s2, a counter-pull hoop is fixed to the stand column and located above the supporting hoop, and the supporting hoop is suspended and pulled through a suspension-pull assembly on the counter-pull hoop; s3, the I-shaped steel beam is fixed to a pushing shaft of the jack, and a plurality of branch beams are laid on the top of the I-shaped steel beam and fixed to the I-shaped steel beam; and S4, the bottom formwork is erected on the sub-beams, the side formworks are installed at the top of the bottom formwork and form a rectangle in a surrounding mode, and finally the adjacent side formworks are fixed. The supporting hoop has the effect of reducing the safety risk easily existing when the supporting hoop bears the load.
本申请涉及一种盖梁模板安装加固方法，涉及桥梁工程技术领域。其包括以下步骤：S1：将支撑抱箍固定在立柱上，并将千斤顶固定在支撑抱箍上；S2：将反拉抱箍固定立柱上且位于支撑抱箍的上方，并将反拉抱箍上的悬拉组件对支撑抱箍进行悬拉；S3：将工字钢梁与千斤顶的推动轴固定，并在工字钢梁的顶部铺设若干分梁且与工字钢梁固定；S4：将底模板架设在分梁上，并将侧模板安装在底模板的顶部且围绕成矩形，最后将相邻之间的侧模板进行固定。本申请具有降低支撑抱箍承重时容易存在的安全风险的的效果。
Bent cap formwork mounting and reinforcing method
The invention relates to a capping beam formwork mounting and reinforcing method, and relates to the technical field of bridge engineering. The method comprises the following steps that S1, a supporting hoop is fixed to a stand column, and a jack is fixed to the supporting hoop; s2, a counter-pull hoop is fixed to the stand column and located above the supporting hoop, and the supporting hoop is suspended and pulled through a suspension-pull assembly on the counter-pull hoop; s3, the I-shaped steel beam is fixed to a pushing shaft of the jack, and a plurality of branch beams are laid on the top of the I-shaped steel beam and fixed to the I-shaped steel beam; and S4, the bottom formwork is erected on the sub-beams, the side formworks are installed at the top of the bottom formwork and form a rectangle in a surrounding mode, and finally the adjacent side formworks are fixed. The supporting hoop has the effect of reducing the safety risk easily existing when the supporting hoop bears the load.
本申请涉及一种盖梁模板安装加固方法，涉及桥梁工程技术领域。其包括以下步骤：S1：将支撑抱箍固定在立柱上，并将千斤顶固定在支撑抱箍上；S2：将反拉抱箍固定立柱上且位于支撑抱箍的上方，并将反拉抱箍上的悬拉组件对支撑抱箍进行悬拉；S3：将工字钢梁与千斤顶的推动轴固定，并在工字钢梁的顶部铺设若干分梁且与工字钢梁固定；S4：将底模板架设在分梁上，并将侧模板安装在底模板的顶部且围绕成矩形，最后将相邻之间的侧模板进行固定。本申请具有降低支撑抱箍承重时容易存在的安全风险的的效果。
Bent cap formwork mounting and reinforcing method
一种盖梁模板安装加固方法
XIA CHENSHENG (author) / WAN YIMING (author) / LIANG KAI (author) / LI JIN (author) / ZHANG WEICHONG (author) / WANG ZHONGZHI (author) / GONG ZUNLI (author)
2023-06-23
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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