锥齿轮传动形性测试仪的设计

发布时间：2017-12-27 13:37

本文关键词：锥齿轮传动形性测试仪的设计　出处：《机电工程》2016年04期 　论文类型：期刊论文

【摘要】：针对当前锥齿轮测量仪效率低、精度不足、功能单一,无法作出全面客观评价的问题,研究了锥齿轮快速形貌和性能的测量方法,设计了一台锥齿轮传动形性测试仪,该仪器由机械结构、电气控制、测量软件3部分组成。在分析研究了紧凑型床身设计的基础上,通过采用3个长光栅闭环反馈的直线轴运动和两个主轴电机的旋转运动,对被测齿轮进行了定位和加载。采用了西门子Simotion系统作为仪器电气和运动控制系统,通过控制锥齿轮副对滚,采集被测锥齿轮副的齿面信息,经由上位机测量软件分析处理,对被测锥齿轮的形貌精度和工作性能作出了评定。研究结果表明,该仪器结构能测量四级精度锥齿轮,并且通过传动误差、振动噪声和磨削烧伤的检测,可以对锥齿轮副形貌和性能进行客观、全面评价。
[Abstract]:In view of the bevel gear measuring instrument of low efficiency and lack of precision, single function, unable to make a comprehensive and objective evaluation of the problem, the rapid measurement method of morphology and properties of bevel gear, a bevel gear shape measurement instrument is designed. The instrument is composed of mechanical structure, electrical control, measuring software of 3 parts. On the basis of analyzing and studying the design of compact lathe bed, we have positioned and loaded the measured gear by using 3 long grating closed-loop feedback linear axis motion and two spindle motor rotary motion. The SIEMENS Simotion system is adopted as the instrument electrical and motion control system. The gear surface information of the bevel gear pair is collected by controlling the bevel gear pair rolling, and the accuracy and performance of the bevel gear are evaluated through the upper computer measurement software analysis and processing. The research results show that the structure of the instrument can measure four level precision bevel gear, and through the transmission error, vibration and noise and grinding burn detection, we can objectively and comprehensively evaluate the morphology and performance of the bevel gear pair.
【作者单位】：北京工业大学北京市精密测控技术与仪器工程技术研究中心;
【基金】：国家重大科学仪器设备开发专项(2013YQ590395)
【分类号】：TH132.421
【正文快照】： 0引言目前,锥齿轮已广泛地应用于工业、交通和能源等重要领域,而随着更多的机械设备向重载、高速、高效方向的发展,人们对机械的运转性能提出了更高的要求。因此,如何得到传动更平稳、振动噪声更低并且使用寿命更长的锥齿轮是齿轮行业的一个重要研究课题。传统的锥齿轮检测方

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