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Basic energy consumption unit and assembled metal damper
The invention provides a basic energy consumption unit and an assembled metal damper. The basic energy consumption unit comprises an upper connecting plate, a lower connecting plate and a plurality ofenergy consumption assemblies, wherein the upper connecting plate and the lower connecting plate are oppositely arranged; each energy consumption assembly comprises an upper energy consumption plateand a lower energy consumption plate which are arranged in parallel; the upper energy consumption plates and the lower energy consumption plates are respectively perpendicular to the upper connectingplate and the lower connecting plate; first ends of the upper energy consumption plates are connected with the upper connecting plate; second ends of the upper energy consumption plates are overlappedwith first ends of the lower energy consumption plates; second ends of the lower energy consumption plates are connected with the lower connecting plate; and the overlapping ranges of the upper energy consumption plates and the lower energy consumption plates are adjustable. The overlapping ranges of the upper energy consumption plates and the lower energy consumption plates are adjustable, so that the total heights of the energy consumption assemblies are adjustable, and furthermore, the yield displacement of the basic energy consumption unit is adjustable. In addition, a plurality of basicenergy consumption units are combined to form the assembled metal damper, and the number of the basic energy consumption units is changed, so that the damping force is adjustable, and the requirementsof different engineering projects can be met.
本发明提供了一种基本耗能单元及装配式金属阻尼器,包括上连接板、下连接板及若干耗能组件,上连接板与下连接板相对设置,耗能组件包括平行设置的上耗能板及下耗能板,上耗能板和下耗能板分别与上连接板和下连接板垂直,且上耗能板的第一端与上连接板连接,上耗能板的第二端与下耗能板的第一端搭接,下耗能板的第二端与下连接板连接,上耗能板与下耗能板的搭接范围可调。通过使上耗能板与下耗能板的搭接范围可调,实现了耗能组件总高度可调节,进而实现了基本耗能单元的屈服位移可调节。此外,将多个基本耗能单元组合成装配式金属阻尼器,并通过改变基本耗能单元的数量实现了阻尼力的可调节,能够满足不同工程项目的需求。
Basic energy consumption unit and assembled metal damper
The invention provides a basic energy consumption unit and an assembled metal damper. The basic energy consumption unit comprises an upper connecting plate, a lower connecting plate and a plurality ofenergy consumption assemblies, wherein the upper connecting plate and the lower connecting plate are oppositely arranged; each energy consumption assembly comprises an upper energy consumption plateand a lower energy consumption plate which are arranged in parallel; the upper energy consumption plates and the lower energy consumption plates are respectively perpendicular to the upper connectingplate and the lower connecting plate; first ends of the upper energy consumption plates are connected with the upper connecting plate; second ends of the upper energy consumption plates are overlappedwith first ends of the lower energy consumption plates; second ends of the lower energy consumption plates are connected with the lower connecting plate; and the overlapping ranges of the upper energy consumption plates and the lower energy consumption plates are adjustable. The overlapping ranges of the upper energy consumption plates and the lower energy consumption plates are adjustable, so that the total heights of the energy consumption assemblies are adjustable, and furthermore, the yield displacement of the basic energy consumption unit is adjustable. In addition, a plurality of basicenergy consumption units are combined to form the assembled metal damper, and the number of the basic energy consumption units is changed, so that the damping force is adjustable, and the requirementsof different engineering projects can be met.
本发明提供了一种基本耗能单元及装配式金属阻尼器,包括上连接板、下连接板及若干耗能组件,上连接板与下连接板相对设置,耗能组件包括平行设置的上耗能板及下耗能板,上耗能板和下耗能板分别与上连接板和下连接板垂直,且上耗能板的第一端与上连接板连接,上耗能板的第二端与下耗能板的第一端搭接,下耗能板的第二端与下连接板连接,上耗能板与下耗能板的搭接范围可调。通过使上耗能板与下耗能板的搭接范围可调,实现了耗能组件总高度可调节,进而实现了基本耗能单元的屈服位移可调节。此外,将多个基本耗能单元组合成装配式金属阻尼器,并通过改变基本耗能单元的数量实现了阻尼力的可调节,能够满足不同工程项目的需求。
Basic energy consumption unit and assembled metal damper
基本耗能单元及装配式金属阻尼器
AN DONGYA (author) / XU JIDONG (author) / CUI JIACHUN (author) / XU ZIRAN (author)
2021-03-02
Patent
Electronic Resource
Chinese
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