远程发电机控制使用Android应用程序

Gaby Abou Haidar, Roger Achkar, Ramzy Abou Dayya, A. Salloum, K. Daoud
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引用次数: 7

摘要

监测发电机的传统技术是通过每天定期检查发电机的变量:油、温度、电压和电流。因此,保持正常的表现周期需要艰苦的工作,而且往往是不精确的。本文针对上述问题提出了相应的解决方案。这个想法是初始化一个应用程序来无线监控发电机,使用著名的智能手机操作系统Android。实现的传感器提供模拟信号,提供有关发电机状态的实时数据。这些数据通过Arduino微控制器进行转换和编程,以数字状态输出结果,然后将输出转换为串行信号,通过路由器传输到android手机。这样就保证了发电机状态的实时反馈。此外,这个项目提供了一个控制按钮,可以实际打开和关闭这个发电机。这个项目是系统和控制结合的第一步,因为它彻底改变了监控和显示实时数据的意识形态,可以根据不同的需求在各个领域实施。这些领域包括电力、机械和通讯。面临的主要限制是缺乏先进的电子设备和技术。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Remote Generator Control Using Android Application
The traditional technique of monitoring an electric generator was through regular checks on the generator's variables: oil, temperature, voltage, and current on a daily basis. Therefore, keeping a normal cycle of performance requires hard work and is often imprecise. The paper presents the solution for the aforementioned issues and more. The idea is to initialize an application that monitors electric generators wireless, using the famous Smart Phone operating system Android. The implemented sensors deliver analog signals that provide real time data about the generator's status. These data are converted and programmed though the Arduino microcontroller, which outputs the results in its digital state and then transforms the output into a serial signal, transmitted to the android phone, through a router. Thus a live feedback of the state of the generator is assured. In addition, this project provides a control button that can actually turn this generator on and off. This project is the first step towards the combination of systems and control because it revolutionizes the ideology of monitoring and displaying real time data which can be implemented in various fields depending on different needs. Such fields include electricity, mechanics, and communication. The main limitation faced was the lack of advanced electronics, and technology.
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