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A platform for research: civil engineering, architecture and urbanism
Combinable particle damper
The invention provides a combinable particle damper. The damper comprises a shell, a damping device and a connecting device; the shell is of a hollow cuboid structure; the damping device is arranged in the hollow area of the shell; the damping device comprises a hollow damping cavity and filler located in the hollow area of the damping cavity, and the filler has the damping function; the cross section of the damping cavity is annular; the connecting device comprises a first connecting mechanism and a second connecting mechanism matched with the first connecting mechanism; the first connectingmechanism is arranged close to the junction of any two adjacent surfaces in the shell; and the second connecting mechanism is detachably connected with the first connecting mechanism and used for connecting the damper with other dampers. The damper can be flexibly assembled according to the mounting space, flexible application of multiple scenes is realized, and meanwhile, the damper can select multiple fillers as damping materials to realize a wide-frequency damping effect.
本申请提供了一种可组合的颗粒阻尼器，该阻尼器包括壳体、减振装置以及连接装置；该壳体为中空的长方体结构；减振装置设置于壳体的中空区域；减振装置包括中空的减振腔和位于减振腔中空区域内的填充物，填充物具有减振功能；减振腔的横截面为圆环形；连接装置包括第一连接机构和与第一连接机构匹配的第二连接机构；第一连接机构靠近壳体中任意两个相邻的表面的交界处设置；第二连接机构与第一连接机构可拆卸连接，用于将阻尼器与其它阻尼器进行连接。本申请提供的阻尼器可以根据安装空间进行灵活组装，实现多种场景的灵活应用，同时本申请提供的阻尼器可选用多种填充物作为减振材料，实现宽频率的减振效果。
Combinable particle damper
The invention provides a combinable particle damper. The damper comprises a shell, a damping device and a connecting device; the shell is of a hollow cuboid structure; the damping device is arranged in the hollow area of the shell; the damping device comprises a hollow damping cavity and filler located in the hollow area of the damping cavity, and the filler has the damping function; the cross section of the damping cavity is annular; the connecting device comprises a first connecting mechanism and a second connecting mechanism matched with the first connecting mechanism; the first connectingmechanism is arranged close to the junction of any two adjacent surfaces in the shell; and the second connecting mechanism is detachably connected with the first connecting mechanism and used for connecting the damper with other dampers. The damper can be flexibly assembled according to the mounting space, flexible application of multiple scenes is realized, and meanwhile, the damper can select multiple fillers as damping materials to realize a wide-frequency damping effect.
本申请提供了一种可组合的颗粒阻尼器，该阻尼器包括壳体、减振装置以及连接装置；该壳体为中空的长方体结构；减振装置设置于壳体的中空区域；减振装置包括中空的减振腔和位于减振腔中空区域内的填充物，填充物具有减振功能；减振腔的横截面为圆环形；连接装置包括第一连接机构和与第一连接机构匹配的第二连接机构；第一连接机构靠近壳体中任意两个相邻的表面的交界处设置；第二连接机构与第一连接机构可拆卸连接，用于将阻尼器与其它阻尼器进行连接。本申请提供的阻尼器可以根据安装空间进行灵活组装，实现多种场景的灵活应用，同时本申请提供的阻尼器可选用多种填充物作为减振材料，实现宽频率的减振效果。
Combinable particle damper
一种可组合的颗粒阻尼器
RAO SHUNBIN (author) / ZHU QUANJUN (author) / GAO ZHENGGUO (author) / ZHOU JUNDONG (author)
2020-12-04
Patent
Electronic Resource
Chinese