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Steel frame stand column damping device and manufacturing method thereof
The invention discloses a steel frame stand column damping device and a manufacturing method thereof, the steel frame stand column damping device comprises a stand column, an auxiliary connecting device and a damping structure, and the damping structure comprises an upper sealing plate, a lower sealing plate, a vertical air spring damping structure and an inclined air spring set, the two bottom plates are arranged in parallel and directly face each other, a gap is formed between the two bottom plates, and a vertical air spring damping structure and an inclined air spring set are arranged between the two bottom plates; the vertical air spring damping structure comprises transmission rods welded to the upper sealing plate and the lower sealing plate respectively, metal plate pistons at the ends of the transmission rods and a closed container filled with compressed air. Under the action of strong shock, the shock absorption structure at the bottom can effectively control vibration of the stand column and even the whole structure, and production and construction are greatly facilitated. The system can maintain effectiveness for a long time, is high in environmental adaptability, is convenient to maintain, is simple to maintain, and guarantees the stability of a construction project under the structure.
本发明公开了一种钢框架立柱减震装置及其制作方法,包括立柱,辅助连接装置和减震结构,减震结构包括起固定作用的上下封板、竖向空气弹簧减震结构和斜向空气弹簧组。本发明通过两个底板平行且正对设置,两个底板之间设有间隙,两个底板之间设有竖向空气弹簧减震结构和斜向空气弹簧组,所述竖向空气弹簧减震结构包括分别焊接在上封板与下封板的传动杆、传动杆端部的金属板活塞、充以压缩空气的密闭容器。本发明在强震作用下,底部的减震结构能有效控制立柱乃至整体结构的振动,对生产建设有着较大的帮助。本发明可长期维持效用,环境适应性强,便于保养,维护简单,保证结构下的建设工程的稳定性。
Steel frame stand column damping device and manufacturing method thereof
The invention discloses a steel frame stand column damping device and a manufacturing method thereof, the steel frame stand column damping device comprises a stand column, an auxiliary connecting device and a damping structure, and the damping structure comprises an upper sealing plate, a lower sealing plate, a vertical air spring damping structure and an inclined air spring set, the two bottom plates are arranged in parallel and directly face each other, a gap is formed between the two bottom plates, and a vertical air spring damping structure and an inclined air spring set are arranged between the two bottom plates; the vertical air spring damping structure comprises transmission rods welded to the upper sealing plate and the lower sealing plate respectively, metal plate pistons at the ends of the transmission rods and a closed container filled with compressed air. Under the action of strong shock, the shock absorption structure at the bottom can effectively control vibration of the stand column and even the whole structure, and production and construction are greatly facilitated. The system can maintain effectiveness for a long time, is high in environmental adaptability, is convenient to maintain, is simple to maintain, and guarantees the stability of a construction project under the structure.
本发明公开了一种钢框架立柱减震装置及其制作方法,包括立柱,辅助连接装置和减震结构,减震结构包括起固定作用的上下封板、竖向空气弹簧减震结构和斜向空气弹簧组。本发明通过两个底板平行且正对设置,两个底板之间设有间隙,两个底板之间设有竖向空气弹簧减震结构和斜向空气弹簧组,所述竖向空气弹簧减震结构包括分别焊接在上封板与下封板的传动杆、传动杆端部的金属板活塞、充以压缩空气的密闭容器。本发明在强震作用下,底部的减震结构能有效控制立柱乃至整体结构的振动,对生产建设有着较大的帮助。本发明可长期维持效用,环境适应性强,便于保养,维护简单,保证结构下的建设工程的稳定性。
Steel frame stand column damping device and manufacturing method thereof
一种钢框架立柱减震装置及其制作方法
YAO HAOYI (author) / HE XIANGXIANG (author) / GU ZHENYUAN (author) / DONG JIA (author) / ZHANG JUN (author) / LU CHAOJIE (author) / WANG LIMEI (author) / WANG YI (author) / XIANG ZIRU (author)
2024-06-14
Patent
Electronic Resource
Chinese
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