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A platform for research: civil engineering, architecture and urbanism
Stress conversion node structure of steel structure supporting system
The invention relates to a stress conversion node structure of a steel structure supporting system. The stress conversion node structure comprises an upper supporting leg structure and a lower inclined strut structure, the upper supporting leg structure comprises a structural steel column, an auxiliary supporting stand column, a supporting base and a supporting frame stand column, the bottom of the structural steel column is arranged in the steel structure concrete column, the auxiliary supporting stand column is arranged at the top of the concrete beam, the supporting base is arranged at the tops of the structural steel column and the auxiliary supporting stand column, and the supporting frame stand column is arranged at the top of the supporting base; the lower inclined strut structure comprises a penetrating embedded part, a beam bottom inclined steel support and an embedded part, the penetrating embedded part is arranged in the concrete beam, the bottom of the auxiliary supporting stand column is connected with the upper end of the penetrating embedded part, the embedded part is arranged on the side wall of the steel structure concrete column, and the beam bottom inclined steel support is connected between the lower end of the penetrating embedded part and the embedded part. The upper load can be transmitted to the main body structural beam and the structural column, the supporting system is prevented from damaging the lower main body structure, jacking of each layer of the basement can be omitted, and the supporting system is simplified.
本发明是一种钢结构支撑体系受力转换节点结构，包括上部支腿结构和下部斜撑结构；上部支腿结构包括结构钢柱、辅助支撑立柱、支撑底座和支撑架立柱，结构钢柱底部设置在钢结构混凝土柱内部，辅助支撑立柱设置在混凝土梁顶部，支撑底座设置在结构钢柱、辅助支撑立柱顶部，支撑架立柱设置在支撑底座顶部；下部斜撑结构包括对穿预埋件、梁底斜钢撑和预埋件，对穿预埋件设置在混凝土梁内部，辅助支撑立柱底部与对穿预埋件上端连接，预埋件设置在钢结构混凝土柱侧壁上，梁底斜钢撑连接在对穿预埋件下端与预埋件之间。本发明可以把上部荷载传递至主体结构梁和结构柱，避免支撑体系破坏下方主体结构，可以取消地下室各层回顶，简化支撑体系。
Stress conversion node structure of steel structure supporting system
The invention relates to a stress conversion node structure of a steel structure supporting system. The stress conversion node structure comprises an upper supporting leg structure and a lower inclined strut structure, the upper supporting leg structure comprises a structural steel column, an auxiliary supporting stand column, a supporting base and a supporting frame stand column, the bottom of the structural steel column is arranged in the steel structure concrete column, the auxiliary supporting stand column is arranged at the top of the concrete beam, the supporting base is arranged at the tops of the structural steel column and the auxiliary supporting stand column, and the supporting frame stand column is arranged at the top of the supporting base; the lower inclined strut structure comprises a penetrating embedded part, a beam bottom inclined steel support and an embedded part, the penetrating embedded part is arranged in the concrete beam, the bottom of the auxiliary supporting stand column is connected with the upper end of the penetrating embedded part, the embedded part is arranged on the side wall of the steel structure concrete column, and the beam bottom inclined steel support is connected between the lower end of the penetrating embedded part and the embedded part. The upper load can be transmitted to the main body structural beam and the structural column, the supporting system is prevented from damaging the lower main body structure, jacking of each layer of the basement can be omitted, and the supporting system is simplified.
本发明是一种钢结构支撑体系受力转换节点结构，包括上部支腿结构和下部斜撑结构；上部支腿结构包括结构钢柱、辅助支撑立柱、支撑底座和支撑架立柱，结构钢柱底部设置在钢结构混凝土柱内部，辅助支撑立柱设置在混凝土梁顶部，支撑底座设置在结构钢柱、辅助支撑立柱顶部，支撑架立柱设置在支撑底座顶部；下部斜撑结构包括对穿预埋件、梁底斜钢撑和预埋件，对穿预埋件设置在混凝土梁内部，辅助支撑立柱底部与对穿预埋件上端连接，预埋件设置在钢结构混凝土柱侧壁上，梁底斜钢撑连接在对穿预埋件下端与预埋件之间。本发明可以把上部荷载传递至主体结构梁和结构柱，避免支撑体系破坏下方主体结构，可以取消地下室各层回顶，简化支撑体系。
Stress conversion node structure of steel structure supporting system
一种钢结构支撑体系受力转换节点结构
SHI ZHEN (author) / ZHANG XIZHONG (author) / HE YINYU (author) / WANG LIQIANG (author) / GUO ZHONGHUA (author) / LIU JING (author) / GUO HONGQUN (author) / HUO CHENGZHEN (author) / WANG YUE (author) / WU FEI (author)
2023-09-29
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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