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Staggered and stacked steel module frame with double-cylinder connecting structure
The invention relates to a staggered and stacked steel module frame with a double-cylinder connecting structure, the staggered and stacked steel module frame comprises a plurality of staggered and inserted steel module frames, and each steel module frame comprises a plurality of steel module frame beams, steel module frame columns and a connecting structure; the upper end and the lower end of each steel module frame column are each provided with two connecting structures, and the steel module frame beams and the steel module frame columns are connected through the multiple connecting structures to form a rectangular steel module frame. The double-cylinder grouting mode is formed by inserting the outer connecting cylinder and the inner connecting cylinder at the connecting structure, and the problems that the operation space of an existing steel module frame staggered stacking structure is limited, the module machining precision requirement is high, the staggered stacking construction difficulty is large, and the connecting reliability between steel modules is insufficient are solved.
本发明涉及一种具有双筒连接构造的交错堆叠钢模块框架,所述交错堆叠钢模块框架包括多个交错插接的钢模块框架,每个钢模块框架包括:多个钢模块框架梁、钢模块框架柱和连接构造;每个钢模块框架柱上下两端分别设置两个连接构造,所述钢模块框架梁和钢模块框架柱之间通过多个连接构造连接形成矩形钢模块框架。本发明在连接构造处使用外连接筒和内连接筒的插接形成双筒灌浆方式,旨在解决现有钢模块框架交错堆叠构造的操作空间有限、模块加工精度要求高、交错堆叠施工难度大和钢模块之间连接可靠性不足的问题。
Staggered and stacked steel module frame with double-cylinder connecting structure
The invention relates to a staggered and stacked steel module frame with a double-cylinder connecting structure, the staggered and stacked steel module frame comprises a plurality of staggered and inserted steel module frames, and each steel module frame comprises a plurality of steel module frame beams, steel module frame columns and a connecting structure; the upper end and the lower end of each steel module frame column are each provided with two connecting structures, and the steel module frame beams and the steel module frame columns are connected through the multiple connecting structures to form a rectangular steel module frame. The double-cylinder grouting mode is formed by inserting the outer connecting cylinder and the inner connecting cylinder at the connecting structure, and the problems that the operation space of an existing steel module frame staggered stacking structure is limited, the module machining precision requirement is high, the staggered stacking construction difficulty is large, and the connecting reliability between steel modules is insufficient are solved.
本发明涉及一种具有双筒连接构造的交错堆叠钢模块框架,所述交错堆叠钢模块框架包括多个交错插接的钢模块框架,每个钢模块框架包括:多个钢模块框架梁、钢模块框架柱和连接构造;每个钢模块框架柱上下两端分别设置两个连接构造,所述钢模块框架梁和钢模块框架柱之间通过多个连接构造连接形成矩形钢模块框架。本发明在连接构造处使用外连接筒和内连接筒的插接形成双筒灌浆方式,旨在解决现有钢模块框架交错堆叠构造的操作空间有限、模块加工精度要求高、交错堆叠施工难度大和钢模块之间连接可靠性不足的问题。
Staggered and stacked steel module frame with double-cylinder connecting structure
一种具有双筒连接构造的交错堆叠钢模块框架
ZHANG DEJUN (author) / LI ZUOHUA (author) / WANG QIONG (author) / YANG CHAO (author) / OU JINPING (author)
2024-05-31
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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