A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Manufacturing method and manufacturing system for variable cross-section tower column sections
The invention provides a manufacturing method and a manufacturing system of a variable cross-section tower column section. The manufacturing method of the variable-cross-section tower column section comprises the steps that at least one positioning structure is installed on the opposite side of each formwork of a creeping formwork system; the creeping formwork system comprises formworks and a creeping formwork system body, wherein the formworks are oppositely arranged at intervals. The formwork is moved to the two sides of the to-be-poured space based on the creeping formwork system, so that the positioning structure is located on the edge in the to-be-poured space; the creeping formwork systems are arranged on the two sides of the poured tower column section. And a plurality of horizontal stirrups with different heights are mounted on the positioning structure. Vertical main reinforcements are installed on the multiple stirrups, and at least part of the main reinforcements corresponding to the same positioning structure are bent relative to the vertical direction. And tower column sections are formed in the to-be-poured space between the formworks. According to the embodiment, the manufacturing precision of the tower column can be improved, and the durability and stability of the tower column are improved.
本申请提供了一种变截面塔柱节段的制造方法及制造系统。该变截面塔柱节段的制造方法包括：在爬模体系的各模板的相对侧安装至少一个定位结构；爬模体系包括相对且间隔设置的模板、以及爬模系统。基于爬模系统移动模板至待浇筑空间的两侧，使得定位结构位于待浇筑空间内的边缘；爬模系统设置在已浇筑的塔柱节段的两侧。在定位结构上安装多个高度的水平向的箍筋。在多个箍筋上安装竖直向的主筋，同一定位结构对应的主筋至少部分相对竖直方向呈弯曲状。在模板之间的待浇筑空间处形成塔柱节段。本申请实施例能够提高塔柱的制造精度，提高塔柱的耐久性和稳固性。
Manufacturing method and manufacturing system for variable cross-section tower column sections
The invention provides a manufacturing method and a manufacturing system of a variable cross-section tower column section. The manufacturing method of the variable-cross-section tower column section comprises the steps that at least one positioning structure is installed on the opposite side of each formwork of a creeping formwork system; the creeping formwork system comprises formworks and a creeping formwork system body, wherein the formworks are oppositely arranged at intervals. The formwork is moved to the two sides of the to-be-poured space based on the creeping formwork system, so that the positioning structure is located on the edge in the to-be-poured space; the creeping formwork systems are arranged on the two sides of the poured tower column section. And a plurality of horizontal stirrups with different heights are mounted on the positioning structure. Vertical main reinforcements are installed on the multiple stirrups, and at least part of the main reinforcements corresponding to the same positioning structure are bent relative to the vertical direction. And tower column sections are formed in the to-be-poured space between the formworks. According to the embodiment, the manufacturing precision of the tower column can be improved, and the durability and stability of the tower column are improved.
本申请提供了一种变截面塔柱节段的制造方法及制造系统。该变截面塔柱节段的制造方法包括：在爬模体系的各模板的相对侧安装至少一个定位结构；爬模体系包括相对且间隔设置的模板、以及爬模系统。基于爬模系统移动模板至待浇筑空间的两侧，使得定位结构位于待浇筑空间内的边缘；爬模系统设置在已浇筑的塔柱节段的两侧。在定位结构上安装多个高度的水平向的箍筋。在多个箍筋上安装竖直向的主筋，同一定位结构对应的主筋至少部分相对竖直方向呈弯曲状。在模板之间的待浇筑空间处形成塔柱节段。本申请实施例能够提高塔柱的制造精度，提高塔柱的耐久性和稳固性。
Manufacturing method and manufacturing system for variable cross-section tower column sections
变截面塔柱节段的制造方法及制造系统
CHEN CHUANLEI (author) / WU JIAN (author) / ZHANG JINGXIAN (author) / DENG QIAN (author) / LI YUANTAO (author) / LI CHUANWEI (author) / CHANG SHUFANG (author) / ZENG HONGLIANG (author) / RAN FULYU (author)
2024-11-15
Patent
Electronic Resource
Chinese
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