单质体反共振隔振振动机械的应用与设计方法探讨

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英文篇名：Discussion on Application and Design Method of Single Body Anti Resonance Vibration Isolation Machinery 作者：宗玉娟 英文作者：ZONG Yujuan;Secondary Vocational School of Yangzhong; 关键词：单质体 ; 动力反共振隔振 ; 反共振隔振振动机 ; 反共振频率 ; 一次隔振 ; 二次隔振 英文关键词：monomer;;dynamic antiresonance isolation;;antiresonance vibration isolation machine;;antiresonance frequency;;primary vibration isolation;;secondary vibration isolation 中文刊名：SDJI 英文刊名：Modern Manufacturing Technology and Equipment 机构：江苏省扬中中等专业学校; 出版日期：2018-10-15 出版单位：现代制造技术与装备 年：2018 期：No.263 语种：中文; 页：SDJI201810047 页数：2 CN：10 ISSN：37-1442/TH 分类号：103+105

摘要

振动机械是一种比较特殊的机械设备,目前已广泛投入到工业生产中。振动机械的优点众多,可帮助完成诸多较复杂的工艺过程,如振动给料、输送等。随着振动机械的广泛应用,研究人员发现与传统振动机械相比,反共振动机械具有更多优越性,现已成为人们研究的热点。基于此,设计了新型反共振隔振振动机械,即单质体反共振隔振振动机械,就是通过振动机械以及动力反共振原理(DAVI)的结合,从而归纳出的一个新理论体系。
        Vibration machinery is a special kind of mechanical equipment, which has been widely put into industrial production. Vibration machinery has many advantages, which can help to complete many more complex process, such as vibration feeding, conveying and so on. With the wide application of vibration machinery, researchers have found that anti-resonance mechanism has more advantages than traditional vibration machinery, and it has become a research hotspot. In this study, a new type of antiresonance vibration isolation machine, i.e. single-body antiresonance vibration isolation machine, is designed. It is a new theoretical system concluded by the combination of vibration machine and dynamic anti-resonance principle(DAVI).

引文

[1]刘扭扭,张振果,徐时吟,等.基于动力反共振结构的周期细直梁纵向局域共振带隙研究[J].振动与冲击,2017,(24):142-147.
    [2]朱翔,殷学吉,李天匀,等.基于惯容器的动力反共振隔振器隔振特性分析[J].哈尔滨工程大学学报,2016,(10):1318-1322.