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A platform for research: civil engineering, architecture and urbanism
Connecting structure of fabricated steel reinforced concrete superposed beam and section steel column and construction method
The invention discloses a connecting structure of an assembly type steel reinforced concrete superposed beam and a section steel column, and belongs to the technical field of assembly type buildings, the connecting structure comprises the section steel column, the section steel column comprises four side plates and a connecting part connecting the four side plates together, the connecting part comprises two webs which are fixed in a crossed mode, the outer side face of each web is fixed to the corresponding side plate, and the section steel column is connected with the connecting part. Reinforcing plates are arranged between the adjacent side faces of the two web plates. The fixing plates are arranged on the outer sides of the side plates of the section steel column, the clamping blocks are arranged on the outer side faces of the fixing plates, and the vertical parts of the clamping blocks are matched with the inserting holes of the reinforcing plates, so that the clamping blocks are connected with the reinforcing plates, and then the reinforcing plates are connected with the section steel column, and the outer sides of the reinforcing plates are connected with the butt joint longitudinal bars; by means of the structural design, the connecting joint of the fabricated steel reinforced concrete composite beam and the section steel column is enhanced, meanwhile, installation is convenient, and the assembling efficiency is improved.
本发明公开了一种装配式钢骨混凝土叠合梁与型钢柱的连接结构，属于装配式建筑技术领域，包括型钢柱，型钢柱包括四个侧板，以及将四个侧板连接一起的连接部，连接部包括两个交叉固定的腹板，每个腹板的外侧面均与对应的侧板固定，两个腹板相邻侧面之间均设置有加强板；本发明通过在型钢柱的侧板外侧设置固定板，在固定板外侧面设置卡块，通过卡块的竖直部分与加强板的插孔配合，实现卡块与加强板的连接，进而实现加强板与型钢柱的连接，加强板的外侧与对接纵筋连接，从而使得型钢柱与对接纵筋连接，进而使得型钢柱与钢骨叠合梁的连接，本结构设计增强了装配式钢骨混凝土叠合梁与型钢柱的连接节点，同时便于安装，提高了装配效率。
Connecting structure of fabricated steel reinforced concrete superposed beam and section steel column and construction method
The invention discloses a connecting structure of an assembly type steel reinforced concrete superposed beam and a section steel column, and belongs to the technical field of assembly type buildings, the connecting structure comprises the section steel column, the section steel column comprises four side plates and a connecting part connecting the four side plates together, the connecting part comprises two webs which are fixed in a crossed mode, the outer side face of each web is fixed to the corresponding side plate, and the section steel column is connected with the connecting part. Reinforcing plates are arranged between the adjacent side faces of the two web plates. The fixing plates are arranged on the outer sides of the side plates of the section steel column, the clamping blocks are arranged on the outer side faces of the fixing plates, and the vertical parts of the clamping blocks are matched with the inserting holes of the reinforcing plates, so that the clamping blocks are connected with the reinforcing plates, and then the reinforcing plates are connected with the section steel column, and the outer sides of the reinforcing plates are connected with the butt joint longitudinal bars; by means of the structural design, the connecting joint of the fabricated steel reinforced concrete composite beam and the section steel column is enhanced, meanwhile, installation is convenient, and the assembling efficiency is improved.
本发明公开了一种装配式钢骨混凝土叠合梁与型钢柱的连接结构，属于装配式建筑技术领域，包括型钢柱，型钢柱包括四个侧板，以及将四个侧板连接一起的连接部，连接部包括两个交叉固定的腹板，每个腹板的外侧面均与对应的侧板固定，两个腹板相邻侧面之间均设置有加强板；本发明通过在型钢柱的侧板外侧设置固定板，在固定板外侧面设置卡块，通过卡块的竖直部分与加强板的插孔配合，实现卡块与加强板的连接，进而实现加强板与型钢柱的连接，加强板的外侧与对接纵筋连接，从而使得型钢柱与对接纵筋连接，进而使得型钢柱与钢骨叠合梁的连接，本结构设计增强了装配式钢骨混凝土叠合梁与型钢柱的连接节点，同时便于安装，提高了装配效率。
Connecting structure of fabricated steel reinforced concrete superposed beam and section steel column and construction method
装配式钢骨混凝土叠合梁与型钢柱的连接结构和施工方法
LI JIANXIN (author) / YU XUELI (author) / TIAN XIAOFENG (author) / YANG ZHIFENG (author) / HE GUOHUA (author) / LIU WEI (author) / CHENG GANG (author) / PAN QICHENG (author) / LIU JUN (author) / LI KANG (author)
2024-06-14
Patent
Electronic Resource
Chinese
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