A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Function-recoverable floor system and building
The invention relates to the technical field of building systems, and provides a function-recoverable floor system and a building wherein the function-recoverable floor system comprises a floor, a steel beam, a column transmission device and a column body; the floor system is arranged on the steel beams; the column transmission device is of an elastic structure and is arranged between the steel beam and the column body; when relative movement occurs between the floor system and the column body, the column transmission device can play a role in energy consumption. The column transmission device comprises a compression spring and a core column; a force transmission plate is arranged at the end part of the steel beam; one end of the core column is fixedly arranged on the force transmission plate, and the other end of the core column is a free end. The column transmission device is introduced to serve as an elastic structure, and when an earthquake or other external stress disturbance occurs, relative slippage between the steel beam and the column body can be effectively absorbed by the compression spring of the column transmission device, so that earthquake energy is dissipated, damage to the structure is reduced, and the anti-seismic performance of a floor system is remarkably improved.
本发明涉及建筑体系技术领域，提供了一种可恢复功能楼盖体系及建筑物，其中一种可恢复功能楼盖体系包括楼盖，钢梁，传柱装置和柱体；所述楼盖设置在所述钢梁上；所述传柱装置为弹性结构，设置在所述钢梁和所述柱体之间；当所述楼盖和所述柱体之间发生相对运动时，所述传柱装置可以起到耗能作用。所述传柱装置包括压缩弹簧和芯柱；所述钢梁端部设置有传力板；所述芯柱一端固定设置在所述传力板上，另一端为自由端。通过引入传柱装置作为弹性结构，在地震或其他外界应力扰动时，钢梁与柱体之间的相对滑移会被传柱装置的压缩弹簧有效吸收，从而耗散地震能量，降低结构受到的损害，显著提高了楼盖体系的抗震性能。
Function-recoverable floor system and building
The invention relates to the technical field of building systems, and provides a function-recoverable floor system and a building wherein the function-recoverable floor system comprises a floor, a steel beam, a column transmission device and a column body; the floor system is arranged on the steel beams; the column transmission device is of an elastic structure and is arranged between the steel beam and the column body; when relative movement occurs between the floor system and the column body, the column transmission device can play a role in energy consumption. The column transmission device comprises a compression spring and a core column; a force transmission plate is arranged at the end part of the steel beam; one end of the core column is fixedly arranged on the force transmission plate, and the other end of the core column is a free end. The column transmission device is introduced to serve as an elastic structure, and when an earthquake or other external stress disturbance occurs, relative slippage between the steel beam and the column body can be effectively absorbed by the compression spring of the column transmission device, so that earthquake energy is dissipated, damage to the structure is reduced, and the anti-seismic performance of a floor system is remarkably improved.
本发明涉及建筑体系技术领域，提供了一种可恢复功能楼盖体系及建筑物，其中一种可恢复功能楼盖体系包括楼盖，钢梁，传柱装置和柱体；所述楼盖设置在所述钢梁上；所述传柱装置为弹性结构，设置在所述钢梁和所述柱体之间；当所述楼盖和所述柱体之间发生相对运动时，所述传柱装置可以起到耗能作用。所述传柱装置包括压缩弹簧和芯柱；所述钢梁端部设置有传力板；所述芯柱一端固定设置在所述传力板上，另一端为自由端。通过引入传柱装置作为弹性结构，在地震或其他外界应力扰动时，钢梁与柱体之间的相对滑移会被传柱装置的压缩弹簧有效吸收，从而耗散地震能量，降低结构受到的损害，显著提高了楼盖体系的抗震性能。
Function-recoverable floor system and building
一种可恢复功能楼盖体系及建筑物
ZHANG YANXIA (author) / WU BINGLONG (author) / ZHANG AILIN (author) / WANG NING (author) / WU YANHUI (author) / WANG JIE (author)
2024-09-06
Patent
Electronic Resource
Chinese