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A platform for research: civil engineering, architecture and urbanism
Self-resetting energy consumption connecting device and organic glass plate system
The invention belongs to the field of building structures, and discloses a self-resetting energy consumption connecting device and an organic glass plate system.The self-resetting energy consumption connecting device comprises a first SMA elastic unit, a black box unit, a second SMA elastic unit and a fastening unit which are sequentially connected, and the first SMA elastic unit is connected with a rigid maintenance structure; each black box unit comprises two oppositely-arranged vertical plates, a connecting assembly connecting the two vertical plates and a spring assembly with the two ends connected with the vertical plates, wing plates extending inwards are arranged on the vertical plates, sliding grooves are formed in the wing plates, first bolts in the connecting assemblies penetrate through the sliding grooves, and the two ends of each first bolt are fixedly connected with the corresponding connecting plate; the spring assembly comprises a spring and a sleeve with clamping teeth, wherein the spring is sleeved with the sleeve. The second SMA elastic unit is connected with the black box unit and the fastening unit; and the fastening unit is connected with the organic glass plate. The organic glass plate can only bear tensile force but not bear pressure, energy consumption of different parts can be achieved under different vibration grades, and the problems that a large-size organic glass plate cracks and the like are solved.
本申请属于建筑结构领域，公开了一种自复位耗能连接装置及有机玻璃板系统，包括依次连接的第一SMA弹性单元、黑盒单元、第二SMA弹性单元和紧固单元，第一SMA弹性单元与刚性维护结构连接；黑盒单元包括两个相对设置的立板、连接两个立板的连接组件以及两端与立板连接的弹簧组件，立板上设置有向内延伸的翼板，该翼板上开设有滑动槽，连接组件中第一螺栓穿过滑动槽并且两端分别与连接板固定连接，弹簧组件包括弹簧和套在弹簧外侧的带卡齿套筒；第二SMA弹性单元与黑盒单元和紧固单元连接；紧固单元与有机玻璃板连接。本申请能够只承受拉力而不承受压力，并且能够在不同震动等级下实现不同部件耗能，缓解了大尺寸有机玻璃板开裂等问题。
Self-resetting energy consumption connecting device and organic glass plate system
The invention belongs to the field of building structures, and discloses a self-resetting energy consumption connecting device and an organic glass plate system.The self-resetting energy consumption connecting device comprises a first SMA elastic unit, a black box unit, a second SMA elastic unit and a fastening unit which are sequentially connected, and the first SMA elastic unit is connected with a rigid maintenance structure; each black box unit comprises two oppositely-arranged vertical plates, a connecting assembly connecting the two vertical plates and a spring assembly with the two ends connected with the vertical plates, wing plates extending inwards are arranged on the vertical plates, sliding grooves are formed in the wing plates, first bolts in the connecting assemblies penetrate through the sliding grooves, and the two ends of each first bolt are fixedly connected with the corresponding connecting plate; the spring assembly comprises a spring and a sleeve with clamping teeth, wherein the spring is sleeved with the sleeve. The second SMA elastic unit is connected with the black box unit and the fastening unit; and the fastening unit is connected with the organic glass plate. The organic glass plate can only bear tensile force but not bear pressure, energy consumption of different parts can be achieved under different vibration grades, and the problems that a large-size organic glass plate cracks and the like are solved.
本申请属于建筑结构领域，公开了一种自复位耗能连接装置及有机玻璃板系统，包括依次连接的第一SMA弹性单元、黑盒单元、第二SMA弹性单元和紧固单元，第一SMA弹性单元与刚性维护结构连接；黑盒单元包括两个相对设置的立板、连接两个立板的连接组件以及两端与立板连接的弹簧组件，立板上设置有向内延伸的翼板，该翼板上开设有滑动槽，连接组件中第一螺栓穿过滑动槽并且两端分别与连接板固定连接，弹簧组件包括弹簧和套在弹簧外侧的带卡齿套筒；第二SMA弹性单元与黑盒单元和紧固单元连接；紧固单元与有机玻璃板连接。本申请能够只承受拉力而不承受压力，并且能够在不同震动等级下实现不同部件耗能，缓解了大尺寸有机玻璃板开裂等问题。
Self-resetting energy consumption connecting device and organic glass plate system
一种自复位耗能连接装置及有机玻璃板系统
WANG ZONGYI (author) / LIU YUHAO (author) / YE QUANXI (author) / WANG YUANQING (author) / XIAO JIANXIA (author)
2024-07-12
Patent
Electronic Resource
Chinese
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