A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Cantilever inclined column reinforcing structure and construction method
The invention discloses a cantilever inclined column pouring formwork reinforcing structure and a construction method, the cantilever inclined column pouring formwork reinforcing structure structurally comprises a formwork assembly, a bailey beam, an inclined back ridge, a transverse back ridge and a vertical supporting rod, the formwork assembly comprises a laminated wood layer and a batten back ridge, the laminated wood layer is used for cantilever inclined column pouring shaping, and the batten back ridge is arranged on the outer wall of the laminated wood layer; the bailey beams are arranged on the two sides of the formwork assembly, the tails of the bailey beams are fixed through anchor rings embedded in the root of the existing cantilever flat layer masonry, and the heads of the bailey beams extend to the outer side of the existing cantilever flat layer masonry. The oblique back ridges are located below the formwork assembly, and the roots of the oblique back ridges are fixed through fixing seats pre-embedded in the head of the existing cantilever flat layer brickwork; the transverse back ridges are fixed below the inclined back ridges and are supported by the vertical supporting rods; the bottom ends of the vertical supporting rods are fixed to chord members of the bailey beam. According to the cantilever inclined column reinforcing structure and the construction method, the construction efficiency of the cantilever structure inclined column can be improved, the construction quality is improved, and the construction risk is reduced.
本发明公开了一种悬挑斜柱浇筑模架加固结构及施工方法，其结构包括有模架组件、贝雷梁、斜向背楞、横向背楞及竖向支撑杆，模架组件包括有胶合木层及木方背楞，胶合木层用于悬挑斜柱浇筑塑形，木方背楞设在胶合木层外壁；贝雷梁布置在模架组件两侧，贝雷梁的尾部通过预埋在既有悬挑平层砌体根部的锚环进行固定，首部延伸至既有悬挑平层砌体的外侧；斜向背楞位于模架组件的下方，根部通过预埋在既有悬挑平层砌体首部的固定座进行固定；横向背楞固定在斜向背楞的下方，通过竖向支撑杆进行支撑；竖向支撑杆底端固定在贝雷梁的弦杆上。本发明提供的一种悬挑斜柱加固结构及施工方法，可提高悬挑结构斜柱施工效率，提升施工质量，降低施工风险。
Cantilever inclined column reinforcing structure and construction method
The invention discloses a cantilever inclined column pouring formwork reinforcing structure and a construction method, the cantilever inclined column pouring formwork reinforcing structure structurally comprises a formwork assembly, a bailey beam, an inclined back ridge, a transverse back ridge and a vertical supporting rod, the formwork assembly comprises a laminated wood layer and a batten back ridge, the laminated wood layer is used for cantilever inclined column pouring shaping, and the batten back ridge is arranged on the outer wall of the laminated wood layer; the bailey beams are arranged on the two sides of the formwork assembly, the tails of the bailey beams are fixed through anchor rings embedded in the root of the existing cantilever flat layer masonry, and the heads of the bailey beams extend to the outer side of the existing cantilever flat layer masonry. The oblique back ridges are located below the formwork assembly, and the roots of the oblique back ridges are fixed through fixing seats pre-embedded in the head of the existing cantilever flat layer brickwork; the transverse back ridges are fixed below the inclined back ridges and are supported by the vertical supporting rods; the bottom ends of the vertical supporting rods are fixed to chord members of the bailey beam. According to the cantilever inclined column reinforcing structure and the construction method, the construction efficiency of the cantilever structure inclined column can be improved, the construction quality is improved, and the construction risk is reduced.
本发明公开了一种悬挑斜柱浇筑模架加固结构及施工方法，其结构包括有模架组件、贝雷梁、斜向背楞、横向背楞及竖向支撑杆，模架组件包括有胶合木层及木方背楞，胶合木层用于悬挑斜柱浇筑塑形，木方背楞设在胶合木层外壁；贝雷梁布置在模架组件两侧，贝雷梁的尾部通过预埋在既有悬挑平层砌体根部的锚环进行固定，首部延伸至既有悬挑平层砌体的外侧；斜向背楞位于模架组件的下方，根部通过预埋在既有悬挑平层砌体首部的固定座进行固定；横向背楞固定在斜向背楞的下方，通过竖向支撑杆进行支撑；竖向支撑杆底端固定在贝雷梁的弦杆上。本发明提供的一种悬挑斜柱加固结构及施工方法，可提高悬挑结构斜柱施工效率，提升施工质量，降低施工风险。
Cantilever inclined column reinforcing structure and construction method
一种悬挑斜柱加固结构及施工方法
CHEN MIN (author) / LIU CHAO (author) / HE KONGSHENG (author) / WU RONG (author) / ZHANG RENQIANG (author) / SHANG SHIQIANG (author) / BAI WENXUE (author) / HA JIANCHAO (author) / ZHAN GUOQIANG (author) / LEE HYUN-SUNG (author)
2024-07-26
Patent
Electronic Resource
Chinese
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