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A platform for research: civil engineering, architecture and urbanism
Engineering pile steel reinforcement framework structure and manufacturing method thereof
The invention discloses an engineering pile reinforcement framework structure and a manufacturing method thereof, the engineering pile reinforcement framework structure is applied to pile foundation and foundation pit supporting engineering in the field of civil engineering, the engineering pile reinforcement framework structure comprises main reinforcements and stirrups, isolation sheaths are uniformly distributed on the outer surfaces of the main reinforcements, and the main reinforcements and the isolation sheaths form an unbonded state capable of relatively sliding; metal sleeves are arranged on the outer side of the isolation sheath at intervals, the isolation sheath is wrapped by the metal sleeves, and no relative displacement exists under the action of external force. The main reinforcement, the isolation sheath and the metal sleeve are combined to form a composite main reinforcement; the multiple composite main reinforcements form a reinforcement main framework according to the designed number and position, and the metal sleeves of the adjacent composite main reinforcements of the reinforcement framework structure are arranged in a staggered mode. According to the steel reinforcement framework structure, automatic cage weaving can be conducted through existing automatic cage weaving equipment, the stirrups are wound on the outer side of the steel reinforcement main framework and welded to the metal sleeves formed by arranging the composite main reinforcements at intervals in a staggered mode, automatic production is achieved while economical efficiency is guaranteed, construction efficiency is high, and quality is reliable.
本发明公开一种工程桩钢筋骨架结构及其制作方法，应用于土建工程领域中的桩基及基坑支护工程，包括主筋、箍筋，主筋外表面均布有隔离护套，主筋与隔离护套形成能够相对滑移的无粘结状态；在隔离护套外侧间隔设置有金属套管，金属套管将隔离护套握裹，在外力作用下无相对位移；主筋、隔离护套、金属套管组合形成复合主筋；多根复合主筋按照设计数量、位置组成钢筋主骨架，钢筋骨架结构相邻复合主筋的金属套管交错布置；该钢筋骨架结构能够通过现有的自动编笼设备进行自动化编笼，箍筋缠绕在钢筋主骨架外侧，与复合主筋间隔、交错设置的金属套管焊接，在保证经济性的同时实现了自动化生产，施工效率高，质量可靠。
Engineering pile steel reinforcement framework structure and manufacturing method thereof
The invention discloses an engineering pile reinforcement framework structure and a manufacturing method thereof, the engineering pile reinforcement framework structure is applied to pile foundation and foundation pit supporting engineering in the field of civil engineering, the engineering pile reinforcement framework structure comprises main reinforcements and stirrups, isolation sheaths are uniformly distributed on the outer surfaces of the main reinforcements, and the main reinforcements and the isolation sheaths form an unbonded state capable of relatively sliding; metal sleeves are arranged on the outer side of the isolation sheath at intervals, the isolation sheath is wrapped by the metal sleeves, and no relative displacement exists under the action of external force. The main reinforcement, the isolation sheath and the metal sleeve are combined to form a composite main reinforcement; the multiple composite main reinforcements form a reinforcement main framework according to the designed number and position, and the metal sleeves of the adjacent composite main reinforcements of the reinforcement framework structure are arranged in a staggered mode. According to the steel reinforcement framework structure, automatic cage weaving can be conducted through existing automatic cage weaving equipment, the stirrups are wound on the outer side of the steel reinforcement main framework and welded to the metal sleeves formed by arranging the composite main reinforcements at intervals in a staggered mode, automatic production is achieved while economical efficiency is guaranteed, construction efficiency is high, and quality is reliable.
本发明公开一种工程桩钢筋骨架结构及其制作方法，应用于土建工程领域中的桩基及基坑支护工程，包括主筋、箍筋，主筋外表面均布有隔离护套，主筋与隔离护套形成能够相对滑移的无粘结状态；在隔离护套外侧间隔设置有金属套管，金属套管将隔离护套握裹，在外力作用下无相对位移；主筋、隔离护套、金属套管组合形成复合主筋；多根复合主筋按照设计数量、位置组成钢筋主骨架，钢筋骨架结构相邻复合主筋的金属套管交错布置；该钢筋骨架结构能够通过现有的自动编笼设备进行自动化编笼，箍筋缠绕在钢筋主骨架外侧，与复合主筋间隔、交错设置的金属套管焊接，在保证经济性的同时实现了自动化生产，施工效率高，质量可靠。
Engineering pile steel reinforcement framework structure and manufacturing method thereof
一种工程桩钢筋骨架结构及其制作方法
ZHANG LEIGANG (author) / LIU GUANGLEI (author) / WU SIYU (author) / CHENG YUN (author) / KANG ZENGZHU (author) / WANG WEITAO (author) / WEI WEI (author) / WU JIAXI (author) / LI JUN (author) / YANG CHUNYU (author)
2024-10-22
Patent
Electronic Resource
Chinese
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