A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Combination template for straining beam construction
The invention relates to the technical field of building construction, in particular to a combined template for straining beam construction, which comprises a steel bar frame, a plurality of steel bars, a plurality of bent parts, a plurality of reinforcing steel bars and a plurality of reinforcing steel bars, the multiple zigzag-shaped pieces are arranged at intervals along the periphery of the arc part, and two steel bars arranged in a crossed mode are arranged on each zigzag-shaped piece in a penetrating mode. A nut is screwed at one end of each reinforcing steel bar, which is positioned on the outer side of the zigzag-form piece; the two ends of the bamboo plywood are arranged in the steel bar frame, and the middle part surrounds the linear section part in the middle of the straining beam; the aluminum-plastic plate is positioned on the inner side of the bamboo plywood; according to the combined formwork for tie beam construction, the positions of the nuts on the steel bars are changed by screwing the nuts, the multiple zigzag-form pieces are close to the center of the arc part, and redundant bamboo plywood and aluminum-plastic panels are cut off so that the combined formwork can adapt to construction of tie beams with smaller sizes; by adjusting and reducing the surrounding area of the combined formwork for the straining beam construction, the combined formwork is suitable for more small-size straining beam construction, the application range of the combined formwork for the straining beam construction is further expanded, and the cost is reduced.
本发明涉及建筑施工技术领域，具体涉及一种系梁施工用组合模板，包括：钢筋框架由多根钢筋和折形件组成，围设在系梁两端圆弧部分；多个折形件沿圆弧部分外周间隔设置，在每个折形件上穿设两根交叉设置的钢筋；在每根钢筋上位于折形件外侧一端螺接有螺母；竹胶板两端设置于钢筋框架内，中间部分围设在系梁中间的直线段部分；铝塑板位于竹胶板内侧；系梁施工用组合模板通过旋拧螺母，以改变螺母在钢筋上的位置，多个折形件向圆弧部分中心靠近，且切除多余的竹胶板和铝塑板，以适应更小尺寸的系梁施工；本申请通过调整减少系梁施工用组合模板的围设面积，适应更多小尺寸的系梁施工，进一步扩大系梁施工用组合模板的适用范围，以降低成本。
Combination template for straining beam construction
The invention relates to the technical field of building construction, in particular to a combined template for straining beam construction, which comprises a steel bar frame, a plurality of steel bars, a plurality of bent parts, a plurality of reinforcing steel bars and a plurality of reinforcing steel bars, the multiple zigzag-shaped pieces are arranged at intervals along the periphery of the arc part, and two steel bars arranged in a crossed mode are arranged on each zigzag-shaped piece in a penetrating mode. A nut is screwed at one end of each reinforcing steel bar, which is positioned on the outer side of the zigzag-form piece; the two ends of the bamboo plywood are arranged in the steel bar frame, and the middle part surrounds the linear section part in the middle of the straining beam; the aluminum-plastic plate is positioned on the inner side of the bamboo plywood; according to the combined formwork for tie beam construction, the positions of the nuts on the steel bars are changed by screwing the nuts, the multiple zigzag-form pieces are close to the center of the arc part, and redundant bamboo plywood and aluminum-plastic panels are cut off so that the combined formwork can adapt to construction of tie beams with smaller sizes; by adjusting and reducing the surrounding area of the combined formwork for the straining beam construction, the combined formwork is suitable for more small-size straining beam construction, the application range of the combined formwork for the straining beam construction is further expanded, and the cost is reduced.
本发明涉及建筑施工技术领域，具体涉及一种系梁施工用组合模板，包括：钢筋框架由多根钢筋和折形件组成，围设在系梁两端圆弧部分；多个折形件沿圆弧部分外周间隔设置，在每个折形件上穿设两根交叉设置的钢筋；在每根钢筋上位于折形件外侧一端螺接有螺母；竹胶板两端设置于钢筋框架内，中间部分围设在系梁中间的直线段部分；铝塑板位于竹胶板内侧；系梁施工用组合模板通过旋拧螺母，以改变螺母在钢筋上的位置，多个折形件向圆弧部分中心靠近，且切除多余的竹胶板和铝塑板，以适应更小尺寸的系梁施工；本申请通过调整减少系梁施工用组合模板的围设面积，适应更多小尺寸的系梁施工，进一步扩大系梁施工用组合模板的适用范围，以降低成本。
Combination template for straining beam construction
一种系梁施工用组合模板
YU XIN (author) / ZHENG BAOZHU (author) / LU HAOLIN (author) / GU DEWEI (author) / LIU ZHAOXIN (author)
2024-03-08
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken