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Reinforcement cage and hoisting construction method thereof
The invention discloses a reinforcement cage and a hoisting construction method thereof, and relates to the technical field of engineering construction. The reinforcement cage comprises a reinforcement cage body, and a plurality of steel bar trusses are arranged on the reinforcement cage body; the steel bar trusses comprise longitudinal trusses and transverse trusses; the intersection point positions of the longitudinal trusses and the transverse trusses are hoisting points; hoisting rings are arranged at the hoisting points, the multiple hanging rings are distributed in the transverse direction and the longitudinal direction of the reinforcement cage body; multiple rows of hanging ring sets are sequentially arranged in the length direction of the reinforcement cage body; and a plurality of shelving rings are arranged between every two adjacent rows of hanging ring sets, and the hanging rings and the shelving rings are inverted-U-shaped. By the adoption of the scheme, it can be guaranteed that in the hoisting process of the reinforcement cage, the construction risk in the whole process from machining to hoisting of the reinforcement cage is within the safe and controllable range, safety is improved, and hoisting accidents are greatly reduced.
本发明公开了了一种钢筋笼及其吊装的施工方法,涉及工程建筑技术领域,包括钢筋笼本体,所述钢筋笼本体上设有多榀钢筋桁架,所述钢筋桁架包括纵桁架和横桁架,所述纵桁架和横桁架的交点位置为吊点,所述吊点处设有吊环,所述吊环为多个,多个所述吊环沿钢筋笼本体横向和纵向分布,沿所述钢筋笼本体长度方向,依次设有多排吊环组;相邻两排吊环组之间均设有多个搁置环,所述吊环和搁置环均呈倒U型。采用本方案,能确保钢筋笼在吊装过程中,从钢筋笼的加工到吊装全程施工风险在安全可控的范围内,提高了安全性,并大大减少了吊装事故的发生。
Reinforcement cage and hoisting construction method thereof
The invention discloses a reinforcement cage and a hoisting construction method thereof, and relates to the technical field of engineering construction. The reinforcement cage comprises a reinforcement cage body, and a plurality of steel bar trusses are arranged on the reinforcement cage body; the steel bar trusses comprise longitudinal trusses and transverse trusses; the intersection point positions of the longitudinal trusses and the transverse trusses are hoisting points; hoisting rings are arranged at the hoisting points, the multiple hanging rings are distributed in the transverse direction and the longitudinal direction of the reinforcement cage body; multiple rows of hanging ring sets are sequentially arranged in the length direction of the reinforcement cage body; and a plurality of shelving rings are arranged between every two adjacent rows of hanging ring sets, and the hanging rings and the shelving rings are inverted-U-shaped. By the adoption of the scheme, it can be guaranteed that in the hoisting process of the reinforcement cage, the construction risk in the whole process from machining to hoisting of the reinforcement cage is within the safe and controllable range, safety is improved, and hoisting accidents are greatly reduced.
本发明公开了了一种钢筋笼及其吊装的施工方法,涉及工程建筑技术领域,包括钢筋笼本体,所述钢筋笼本体上设有多榀钢筋桁架,所述钢筋桁架包括纵桁架和横桁架,所述纵桁架和横桁架的交点位置为吊点,所述吊点处设有吊环,所述吊环为多个,多个所述吊环沿钢筋笼本体横向和纵向分布,沿所述钢筋笼本体长度方向,依次设有多排吊环组;相邻两排吊环组之间均设有多个搁置环,所述吊环和搁置环均呈倒U型。采用本方案,能确保钢筋笼在吊装过程中,从钢筋笼的加工到吊装全程施工风险在安全可控的范围内,提高了安全性,并大大减少了吊装事故的发生。
Reinforcement cage and hoisting construction method thereof
一种钢筋笼及其吊装的施工方法
LI HESHAN (author) / ZHANG XING (author) / SUN HONGTAO (author) / JI LEI (author) / ZHENG WENCHANG (author)
2021-12-07
Patent
Electronic Resource
Chinese
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