基于工业4.0原则的灵活控制和监控系统设计方案

Z. Molnár, G. Husi
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引用次数: 0

摘要

在德布勒森大学机电系的网络物理与智能机器人系统实验室,学生们可以接触到各种工业机器人、设备和传感器。在实验室里,学生项目、实践课程和开发正在进行。因此,围绕机器人构建的制造单元和工具库的布局不断变化。这些工具有不同的控制单元,这是由于不同的项目和论文工作而创建的。因此,重新配置已组装的系统(如生产单元)可能非常耗时。本文提出的计划的目的是介绍解决上述挑战的系统的初始设计、软件开发和实现过程。在设计过程中,考虑了工业4.0的基础知识。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Flexible control and monitoring system design initiative based on Industry 4.0 principles
At the Cyber-Physical & Intelligent Robot Systems Laboratory of the Department of Mechatronics, University of Debrecen, students have access to various industrial robots, devices and sensors. In the laboratory, student projects, practical classes and developments are taking place. As a result, the layout of the manufacturing cell and tool park built around the robots is continuously changing. These tools have different control units, which were created as a result of different projects and thesis works. Therefore, reconfiguring an assembled system, such as a production cell, can be time-consuming. The aim of the initiative presented in this paper is to present the initial designing, software development and implementation process of a system that solves the aforementioned challenges. During the designing process, the Industry 4.0 basics are considered.
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