Control de brazo robótico clasificador mediante HMI y servidor Web

Rafael Luna-Puente, Rosa Janette Peréz-Chimal, Carlos Hernández –Mosqueda, Jorge Ulises Muñoz-Minjarez
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Abstract

The use of automated machines and its manipulation using artificial intelligence is increasingly common to perform routine tasks within the industrial field. The present work aims to show the automation of a robotic arm, its monitoring and control using a web server and a Human Machine Interface (HMI) screen. For this work a robotic arm MITSUBISHI was programmed for the classification of pieces based on their color. Subsequently, this system is monitored and controlled employing the programming of a web page and the design of an HMI created using the TIA-Portal software. As a result of this methodology, a complete system of industry 4.0 will be obtained, which can be implemented to control and monitor a robotic arm using a HMI screen and Web Server in the current industry. The systems used to carry out the control were a PLC S300 (cpu313C 2 DP) with ASI CP 343 2 DP network card, with 5 slaves, Keypad (Slave 1) Module 2DI (Slave 2), Optoreflexive Sensor (Slave 3) Set of valves FESTO (Slave 4) Modules2DI 2DO (Slave 5) 2DO an S1200 PLC (CPU 1214 C DC / DC / DC) an HMI screen (KTP600 Basic Mono DP) as color sort.
在工业领域,使用自动化机器及其人工智能操作来执行日常任务越来越普遍。目前的工作旨在展示机器人手臂的自动化,它的监测和控制使用web服务器和人机界面(HMI)屏幕。在这项工作中,三菱机器人手臂被编程为根据零件的颜色进行分类。随后,利用TIA-Portal软件对系统进行了网页编程和人机界面设计,对系统进行了监控。通过这种方法,将获得一个完整的工业4.0系统,该系统可以在当前工业中使用HMI屏幕和Web服务器来控制和监视机械臂。用于执行控制的系统是PLC S300 (cpu313c2dp)与ASI CP 343 2dp网卡,具有5个从机,键盘(从机1)模块2DI(从机2),光反射传感器(从机3)阀组FESTO(从机4)模块2DI 2DO(从机5)2DO和S1200 PLC (CPU 1214 C DC / DC / DC)和HMI屏幕(KTP600 Basic Mono DP)作为颜色排序。
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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