表面均匀换向器自动控制主轴装置

P. Noiying, P. Janchaichanakun, Ekkamol Boonyapalanant
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引用次数: 0

摘要

本研究的目的是:1)利用激光位移传感器实现换向器光滑表面的测量。2)自动校正和存储数据。3)编写了换向器表面测量的计算机程序。研究方法分为两个阶段。首先,利用激光位移传感器设计换向器光面测量,并搭建基站,调整激光位移传感器的位置。此外,我们创建了一套电机驱动自动化系统,通过安装编码器增量来获得换向器的位置和角度,以稳定换向器的速度。其次,我们开发了一个计算机程序来实时测量整流子表面,并将我们的结果与整流子表面参考图进行了比较。结果表明,所设计的换向器表面测量装置能够有效地测量换向器的光滑表面和故障模型。此外,我们的设计程序有效地用线性图和极坐标图显示换向器的损坏或磨损表面。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Instrumentation of Surface Uniformity Commutator Control Spindle Automatically
This research aims to 1) Create a commutator smooth surface measurement by using the laser displacement sensor. 2) Automatically correct and store data. 3) Develop a computer program for measuring the surface of commutator. The research methods are divided into two stages. First, design a commutator smooth surface measurement by using the laser displacement sensor and built base station in order to adjust position of the laser displacement sensor. Additionally, we create a set of motor-drive automation to stabilize the commutator speed by installing the encoder Incremental to obtain the position and angle. Second, we develop a computer program for measuring the commutator surface in real-time and compare our results of the smooth commutator surface in a polar form with commutator surface reference graphs. The results showed that, our commutator surface measuring set effectively measured the smooth surface and fault models. Moreover, our design program effectively displayed in linear graphs and polar graphs the damaged or worn surface of the commutator.
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