A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Steel beam connecting structure
The invention relates to the technical field of building construction, and provides a steel beam connecting structure. The steel beam connecting structure comprises a steel beam, a floor slab, connecting pieces and side plates, wherein the floor slab is located above the steel beam, the connecting pieces are located between the steel beam and the floor slab, limiting holes are formed in first faces, parallel to the floor slab, of the connecting pieces, the first faces are attached to the steel beam, studs on the steel beam are inserted into the limiting holes, the side plates are arranged on the side face of the steel beam, and the side plates are connected with second faces, perpendicular to the floor slab, of the connecting pieces. According to the steel beam connecting structure, the connecting pieces can be fixed to the steel beam through the limiting holes formed in the first faces, and in addition, after the floor slab is attached to the first faces, the connecting pieces can be pressed, so that the connecting pieces cannot fall off from the steel beam; moreover, the side plates are mounted on the second faces of the connecting pieces, and compared with a connecting structure in which angle steel is welded, the steel beam connecting structure has the advantages that mounting is quick and convenient, and the problems of metal smoke dust, toxic gas, electric arc light radiation and the like caused by welding are avoided; and meanwhile, corrosion-resistant and rust-proof primer of the steel beam cannot be damaged, and the bearing capacity and the durability can be improved.
本发明涉及建筑施工技术领域，提供一种钢梁连接结构，包括：钢梁；楼板，位于钢梁的上方；连接件，位于钢梁与楼板之间，连接件与楼板相平行的第一面设置有限位孔，第一面贴合钢梁设置，钢梁上的栓钉插置在限位孔内；侧板，设置在钢梁的侧面，侧板与连接件垂直于楼板的第二面相连。本发明提供的钢梁连接结构，连接件自身可通过设置在第一面上的限位孔固定在钢梁上。而且，楼板与第一面贴合后可以将连接件压住，使得连接件不会从钢梁上脱落。再将侧板安装在连接件的第二面上，相较于焊接角钢的连接结构，安装快速便捷，避免了因焊接带来的金属烟尘、有毒气体、电弧光辐射等问题。同时，也不会破坏钢梁的防腐防锈等底漆，有利于提高承载力及耐久性。
Steel beam connecting structure
The invention relates to the technical field of building construction, and provides a steel beam connecting structure. The steel beam connecting structure comprises a steel beam, a floor slab, connecting pieces and side plates, wherein the floor slab is located above the steel beam, the connecting pieces are located between the steel beam and the floor slab, limiting holes are formed in first faces, parallel to the floor slab, of the connecting pieces, the first faces are attached to the steel beam, studs on the steel beam are inserted into the limiting holes, the side plates are arranged on the side face of the steel beam, and the side plates are connected with second faces, perpendicular to the floor slab, of the connecting pieces. According to the steel beam connecting structure, the connecting pieces can be fixed to the steel beam through the limiting holes formed in the first faces, and in addition, after the floor slab is attached to the first faces, the connecting pieces can be pressed, so that the connecting pieces cannot fall off from the steel beam; moreover, the side plates are mounted on the second faces of the connecting pieces, and compared with a connecting structure in which angle steel is welded, the steel beam connecting structure has the advantages that mounting is quick and convenient, and the problems of metal smoke dust, toxic gas, electric arc light radiation and the like caused by welding are avoided; and meanwhile, corrosion-resistant and rust-proof primer of the steel beam cannot be damaged, and the bearing capacity and the durability can be improved.
本发明涉及建筑施工技术领域，提供一种钢梁连接结构，包括：钢梁；楼板，位于钢梁的上方；连接件，位于钢梁与楼板之间，连接件与楼板相平行的第一面设置有限位孔，第一面贴合钢梁设置，钢梁上的栓钉插置在限位孔内；侧板，设置在钢梁的侧面，侧板与连接件垂直于楼板的第二面相连。本发明提供的钢梁连接结构，连接件自身可通过设置在第一面上的限位孔固定在钢梁上。而且，楼板与第一面贴合后可以将连接件压住，使得连接件不会从钢梁上脱落。再将侧板安装在连接件的第二面上，相较于焊接角钢的连接结构，安装快速便捷，避免了因焊接带来的金属烟尘、有毒气体、电弧光辐射等问题。同时，也不会破坏钢梁的防腐防锈等底漆，有利于提高承载力及耐久性。
Steel beam connecting structure
一种钢梁连接结构
CHEN TAO (author) / CHENG NENGMING (author) / YU JIALIANG (author) / ZHANG YU (author) / LI KEJUN (author) / JI ZEHUA (author) / WU BO (author) / CHANG XIAOCHENG (author) / CHANG MINGYUAN (author) / YANG WEISHUN (author)
2021-09-03
Patent
Electronic Resource
Chinese
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