A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Pier column construction method for connecting steel pipe composite piles
The invention belongs to the technical field of building construction, and particularly relates to a pier column construction method of a connecting steel pipe composite pile, which comprises the following steps of: 4, forming a plurality of round holes in the surface of a connecting steel pipe, penetrating a fixed steel bar through the round holes by a positioning transportation mechanism on a pouring template, and welding the fixed steel bar and a steel bar cage together by a welding mechanism. According to the pier column construction method of the connecting steel pipe composite pile, by arranging the positioning and conveying mechanism, movement of the fixing steel bars is conveniently limited, the fixing steel bars penetrate through the round holes of the connecting steel pipes along the penetrating holes and can be fixed, and the fixing steel bars and a steel reinforcement cage are conveniently welded together through a welding mechanism; and meanwhile, the fixing steel bars can be conveyed inwards in sequence according to different heights of the round holes to be connected with the steel bar cage, the connecting strength between the connecting steel pipes and the pier column is improved, the overall stability and bearing capacity of the pile foundation are further improved through the splicing steel plates, the stability of the pier column is improved, and the construction efficiency can be improved.
本发明属于建筑施工技术领域，尤其是一种连接钢管复合桩的墩柱施工方法，包括如下步骤：步骤四、在连接钢管的表面开设数个圆孔，通过浇筑模板上的定位运输机构将固定钢筋穿过圆孔，并通过焊接机构将固定钢筋与钢筋笼焊接在一起。该连接钢管复合桩的墩柱施工方法，通过设置定位运输机构，便于对固定钢筋的移动进行限位，使得固定钢筋沿着穿孔穿过连接钢管的圆孔，并能对固定钢筋进行固定，便于焊接机构将其与钢筋笼焊接在一起，同时还能根据圆孔高度的不同依次向内运输固定钢筋，使其与钢筋笼连接，增加连接钢管与墩柱间的连接强度，且通过拼接钢板进一步通过桩基的整体稳定性和承载能力，不仅提高墩柱稳定性，还能提高施工效率。
Pier column construction method for connecting steel pipe composite piles
The invention belongs to the technical field of building construction, and particularly relates to a pier column construction method of a connecting steel pipe composite pile, which comprises the following steps of: 4, forming a plurality of round holes in the surface of a connecting steel pipe, penetrating a fixed steel bar through the round holes by a positioning transportation mechanism on a pouring template, and welding the fixed steel bar and a steel bar cage together by a welding mechanism. According to the pier column construction method of the connecting steel pipe composite pile, by arranging the positioning and conveying mechanism, movement of the fixing steel bars is conveniently limited, the fixing steel bars penetrate through the round holes of the connecting steel pipes along the penetrating holes and can be fixed, and the fixing steel bars and a steel reinforcement cage are conveniently welded together through a welding mechanism; and meanwhile, the fixing steel bars can be conveyed inwards in sequence according to different heights of the round holes to be connected with the steel bar cage, the connecting strength between the connecting steel pipes and the pier column is improved, the overall stability and bearing capacity of the pile foundation are further improved through the splicing steel plates, the stability of the pier column is improved, and the construction efficiency can be improved.
本发明属于建筑施工技术领域，尤其是一种连接钢管复合桩的墩柱施工方法，包括如下步骤：步骤四、在连接钢管的表面开设数个圆孔，通过浇筑模板上的定位运输机构将固定钢筋穿过圆孔，并通过焊接机构将固定钢筋与钢筋笼焊接在一起。该连接钢管复合桩的墩柱施工方法，通过设置定位运输机构，便于对固定钢筋的移动进行限位，使得固定钢筋沿着穿孔穿过连接钢管的圆孔，并能对固定钢筋进行固定，便于焊接机构将其与钢筋笼焊接在一起，同时还能根据圆孔高度的不同依次向内运输固定钢筋，使其与钢筋笼连接，增加连接钢管与墩柱间的连接强度，且通过拼接钢板进一步通过桩基的整体稳定性和承载能力，不仅提高墩柱稳定性，还能提高施工效率。
Pier column construction method for connecting steel pipe composite piles
一种连接钢管复合桩的墩柱施工方法
LIU JIANG (author) / ZHANG QIYU (author) / ZHANG KAI (author) / TANG JIANHUI (author) / WU HONGWEI (author) / MOU LIN (author) / JIN TAE-WOOK (author) / ZHANG JINLIANG (author) / SU YANG (author) / LI YUNPENG (author)
2024-04-12
Patent
Electronic Resource
Chinese
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