A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses an anti-seismic building steel structure, and relates to the technical field of building steel structures, the anti-seismic building steel structure comprises a steel column, first steel beams, second steel beams, a plurality of groups of first anti-seismic assemblies and a plurality of second anti-seismic assemblies, at least one group of first anti-seismic assemblies is used for connecting the steel column and the first steel beam adjacent to the steel column, and the second group of second anti-seismic assemblies is used for connecting the steel column and the second steel beam. The first anti-seismic assembly is used for connecting the steel column with the second steel beam adjacent to the steel column and conducting anti-seismic on the steel column, the first steel beam and the second steel beam, and the second anti-seismic assembly is used for connecting the adjacent first steel beam and second steel beam and further conducting anti-seismic on the first steel beam and the second steel beam. The first steel beam is buffered and damped through compression and relaxation of the second elastic piece, and the first steel beam and the steel column are further damped through compression and relaxation of the first elastic piece; the second steel beams are buffered and damped through compression and relaxation of the second elastic pieces, the second steel beams and the steel columns are further damped through compression and relaxation of the first elastic pieces, and the anti-seismic capacity of the steel structure is improved.
本发明公开了一种抗震建筑钢结构，涉及建筑钢结构技术领域，包括钢柱、第一钢梁和第二钢梁，及第一抗震组件和第二抗震组件，第一抗震组件为多组，其中至少一组用于连接钢柱和与钢柱相邻的第一钢梁，且至少一组用于连接钢柱和与钢柱相邻的第二钢梁，用于对钢柱、第一钢梁和第二钢梁进行抗震，第二抗震组件用于连接相邻的第一钢梁与第二钢梁，用于进一步对第一钢梁和第二钢梁进行抗震。本发明分别通过第二弹性件的压缩与舒张对第一钢梁进行缓冲和减震，通过第一弹性件压缩与舒张对第一钢梁与钢柱进一步减震；通过第二弹性件的压缩与舒张对第二钢梁进行缓冲和减震，通过第一弹性件的压缩与舒张对第二钢梁与钢柱进一步减震，提高钢结构抗震能力。
The invention discloses an anti-seismic building steel structure, and relates to the technical field of building steel structures, the anti-seismic building steel structure comprises a steel column, first steel beams, second steel beams, a plurality of groups of first anti-seismic assemblies and a plurality of second anti-seismic assemblies, at least one group of first anti-seismic assemblies is used for connecting the steel column and the first steel beam adjacent to the steel column, and the second group of second anti-seismic assemblies is used for connecting the steel column and the second steel beam. The first anti-seismic assembly is used for connecting the steel column with the second steel beam adjacent to the steel column and conducting anti-seismic on the steel column, the first steel beam and the second steel beam, and the second anti-seismic assembly is used for connecting the adjacent first steel beam and second steel beam and further conducting anti-seismic on the first steel beam and the second steel beam. The first steel beam is buffered and damped through compression and relaxation of the second elastic piece, and the first steel beam and the steel column are further damped through compression and relaxation of the first elastic piece; the second steel beams are buffered and damped through compression and relaxation of the second elastic pieces, the second steel beams and the steel columns are further damped through compression and relaxation of the first elastic pieces, and the anti-seismic capacity of the steel structure is improved.
本发明公开了一种抗震建筑钢结构，涉及建筑钢结构技术领域，包括钢柱、第一钢梁和第二钢梁，及第一抗震组件和第二抗震组件，第一抗震组件为多组，其中至少一组用于连接钢柱和与钢柱相邻的第一钢梁，且至少一组用于连接钢柱和与钢柱相邻的第二钢梁，用于对钢柱、第一钢梁和第二钢梁进行抗震，第二抗震组件用于连接相邻的第一钢梁与第二钢梁，用于进一步对第一钢梁和第二钢梁进行抗震。本发明分别通过第二弹性件的压缩与舒张对第一钢梁进行缓冲和减震，通过第一弹性件压缩与舒张对第一钢梁与钢柱进一步减震；通过第二弹性件的压缩与舒张对第二钢梁进行缓冲和减震，通过第一弹性件的压缩与舒张对第二钢梁与钢柱进一步减震，提高钢结构抗震能力。
Anti-seismic building steel structure
一种抗震建筑钢结构
KONG SHENJUN (author)
2024-11-22
Patent
Electronic Resource
Chinese