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A platform for research: civil engineering, architecture and urbanism
Structural column anti-collision device and anti-collision device manufacturing method
The invention discloses a structural column anti-collision device and a preparation method of the anti-collision device, and the anti-collision device is installed on a structural column of an industrial building and comprises a steel plate, a self-recovery energy consumption unit and a packaging unit. The steel plates are arranged on the periphery of the structural column, the steel plates are sleeved with the self-recovery energy dissipation units, and the packaging units are arranged on the outer sides of the self-recovery energy dissipation units and used for packaging the self-recovery energy dissipation units. The self-recovery energy consumption unit comprises an elastic frame and energy consumption particles; the elastic frame is located between the steel plate and the packaging unit. Energy-consuming particles are filled between the elastic frame and the steel plate and between the elastic frame and the packaging unit, and the elastic frame provides radial elastic restoring force for the packaging unit. According to the scheme, through the arrangement of the anti-collision device, the structural column is prevented from being damaged when the structural column is collided by heavy objects transported by a vehicle or a crane; and the self-recovery energy consumption unit is arranged, flexible protection on the structural column is achieved, and it is worthy of noting that after the anti-collision device is collided, manual repairing is not needed, and the anti-collision capacity is naturally recovered.
本发明公开了一种结构柱防撞装置以及防撞装置制备方法，安装于工业建筑的结构柱，包括：钢板、自恢复耗能单元和封装单元；钢板设置于结构柱四周，自恢复耗能单元套装于钢板外侧，封装单元设置于自恢复耗能单元外侧，用于封装自恢复耗能单元；自恢复耗能单元包括：弹性框架和耗能散粒；弹性框架位于钢板和封装单元之间；弹性框架与钢板，以及封装单元之间填充有耗能散粒，弹性框架为封装单元提供径向弹性回复力。本方案通过防撞装置的设置，使得结构柱在遭受到车辆或吊车运输重物的撞击时，避免结构柱受损；设置了自恢复耗能单元，实现了对结构柱的柔性防护，值得注意地是，防撞装置遭受撞击后无需人为修复，自然恢复防撞能力。
Structural column anti-collision device and anti-collision device manufacturing method
The invention discloses a structural column anti-collision device and a preparation method of the anti-collision device, and the anti-collision device is installed on a structural column of an industrial building and comprises a steel plate, a self-recovery energy consumption unit and a packaging unit. The steel plates are arranged on the periphery of the structural column, the steel plates are sleeved with the self-recovery energy dissipation units, and the packaging units are arranged on the outer sides of the self-recovery energy dissipation units and used for packaging the self-recovery energy dissipation units. The self-recovery energy consumption unit comprises an elastic frame and energy consumption particles; the elastic frame is located between the steel plate and the packaging unit. Energy-consuming particles are filled between the elastic frame and the steel plate and between the elastic frame and the packaging unit, and the elastic frame provides radial elastic restoring force for the packaging unit. According to the scheme, through the arrangement of the anti-collision device, the structural column is prevented from being damaged when the structural column is collided by heavy objects transported by a vehicle or a crane; and the self-recovery energy consumption unit is arranged, flexible protection on the structural column is achieved, and it is worthy of noting that after the anti-collision device is collided, manual repairing is not needed, and the anti-collision capacity is naturally recovered.
本发明公开了一种结构柱防撞装置以及防撞装置制备方法，安装于工业建筑的结构柱，包括：钢板、自恢复耗能单元和封装单元；钢板设置于结构柱四周，自恢复耗能单元套装于钢板外侧，封装单元设置于自恢复耗能单元外侧，用于封装自恢复耗能单元；自恢复耗能单元包括：弹性框架和耗能散粒；弹性框架位于钢板和封装单元之间；弹性框架与钢板，以及封装单元之间填充有耗能散粒，弹性框架为封装单元提供径向弹性回复力。本方案通过防撞装置的设置，使得结构柱在遭受到车辆或吊车运输重物的撞击时，避免结构柱受损；设置了自恢复耗能单元，实现了对结构柱的柔性防护，值得注意地是，防撞装置遭受撞击后无需人为修复，自然恢复防撞能力。
Structural column anti-collision device and anti-collision device manufacturing method
一种结构柱防撞装置以及防撞装置制备方法
LIU LU (author) / LI XINYONG (author) / DONG HAIHE (author)
2024-10-29
Patent
Electronic Resource
Chinese
IPC:
E01F
ADDITIONAL WORK, SUCH AS EQUIPPING ROADS OR THE CONSTRUCTION OF PLATFORMS, HELICOPTER LANDING STAGES, SIGNS, SNOW FENCES, OR THE LIKE
,
Zusätzliche Baumaßnahmen, wie die Ausstattung von Straßen oder die bauliche Ausbildung von Bahnsteigen, Landeplätzen für Hubschrauber, Wegweisern, Schneezäunen oder dgl.
/
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
| European Patent Office | 2023