Sensoric subsystem of automated guided vehicle: TCP communication between SIMATIC S7 PLC and Arduino

M. Kajan, Jan Sovcik, F. Duchoň, L. Mrafko, Martin Florek, Peter Beno
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引用次数: 12

Abstract

The cheap work with high precision is very necessary in industry for a long time. Research in robotics gives us opportunity for development of automatically guided vehicle controlled by PLC, which can be easily used for supplement transport inside factory, or even for human transport. Main aim of this work is to show, how to replace expensive industrial sensors with integrated communication interface by simple cheap open-source technology. Our solution is focused on TCP communication between Arduino and PLC. The Arduino is extended to Ethernet shield. It makes possibility to connect third-party devices to PLC and save I/O PLC modules. The Arduino pre-process data from ultrasonic and line-following sensors and combine them into one data packet which is send over the network to PLC server.
自动导引车传感子系统:SIMATIC S7 PLC与Arduino之间的TCP通信
长期以来,高精度的廉价加工在工业上是非常必要的。机器人技术的研究为开发由PLC控制的自动导向车辆提供了机会,它可以很容易地用于工厂内部的补充运输,甚至用于人员运输。本工作的主要目的是展示如何用简单廉价的开源技术取代昂贵的工业传感器与集成通信接口。我们的解决方案侧重于Arduino和PLC之间的TCP通信。Arduino扩展到以太网屏蔽。它使第三方设备连接PLC和保存I/O PLC模块成为可能。Arduino对来自超声波和线路跟踪传感器的数据进行预处理,并将其组合成一个数据包,通过网络发送到PLC服务器。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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