牵引用直流电动机的网际网路速度控制

V. J. Sivanagappa, K. Haribalan
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引用次数: 8

摘要

本文研究了一种基于android智能手机的直流电动机速度控制系统。互联网已经成为不可替代的通信工具之一,但近年来,它已经领先一步,可以控制任何远程放置的机器。在提出的系统中,工业机器,如起重机,牵引电机可以通过滚动在android智能手机上的小部件远程控制。这为身体有缺陷的人提供了足够的机会来更容易和安全地操作工业机器。该系统简单、经济、数字化。MATLAB和PROTEUS仿真验证了所提系统性能的理论估计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Speed control of DC motor via Internet for Traction applications
In this paper, we report speed control of dc motor using android smart phone through Internet. Internet has become one of the irreplaceable tool for communication but in recent years it has gone a step ahead of controlling any machine which placed remotely. In the proposed system, the industrial machines like cranes, traction motors can be controlled remotely by just scrolling the widget in the android smart phone. This gives enough opportunities for physically challenged people to operate industrial machines more easily and safely. The proposed system is simple, cost effective and digital. The MATLAB and PROTEUS simulations confirmed the theoretical estimates of the performance of the proposed system.
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