首页> 外文会议>ASME International Mechanical Engineering Congress and Exposition >MODERNIZATION OF THE MECHANICAL/MANUFACTURING ENGINEERING LABORATORIES ― UPGRADING EDUCATIONAL CM CELLS INVOLVING STUDENTS AND FACULTY
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MODERNIZATION OF THE MECHANICAL/MANUFACTURING ENGINEERING LABORATORIES ― UPGRADING EDUCATIONAL CM CELLS INVOLVING STUDENTS AND FACULTY

机译:机械/制造工程实验室的现代化 - 升级涉及学生和教师的教育CM细胞

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This paper reports the process of upgrade and enhancement of the Educational CIM Cell at Northern Kentucky University (NKU). The upgrade is part of the laboratory experiments in the Automated Manufacturing Systems Course at NKU. The goal of this paper is to increase students' practical experience, upgrade the equipments in house, save cost, and reduce the technical dependency on an outside company. In this project Allen-Bradley SLC 100 PLC and Allen-Bradley SLC 150 will be upgraded with a new Allen-Bradley PLC and Panelview operator interface. Comprehensive effort are made to incorporate what has been learned in the MET program to design, manufacture a part, and use robotics and programmed interface for placement onto a conveyor. After the part is placed on the conveyor it will be transferred to a location where the part will be accepted or rejected. Personal computers will be interfaced for simulation, and to actual hardware for control and automation of typical manufacturing operations and industrial processes. This concept of an integrated laboratory system will allow expanded coverage of traditional controls topics and permit introduction of appropriately advanced control techniques including adaptive control for machining operations. This method of modernizing is shown to be more effective than modernizing by a turnkey upgrade of the laboratory Computer Integrated Manufacturing (CIM) facilities. CIM, MET, PLC, CNC.
机译:本文报告了北肯塔基大学(NKU)升级和加强教育CIM Cell的过程。升级是NKU自动化制造系统课程中实验室实验的一部分。本文的目标是提高学生的实践经验,升级房屋的设备,节省成本,降低外部公司的技术依赖。在该项目中,Allen-Bradley SLC 100 PLC和Allen-Bradley SLC 150将使用新的Allen-Bradley PLC和PanelView操作员界面升级。综合努力将在MET计划中学到的设计,制造零件和使用机器人和编程接口的放置在输送机上的界面中所吸取的努力。在将部件放置在输送机上之后,它将被转移到部分将被接受或拒绝的位置。个人计算机将接通仿真,以及实际硬件,用于控制和自动化典型制造运营和工业过程。这种集成实验室系统的这种概念将允许扩大传统控制主题的覆盖范围,并允许引入适当的先进控制技术,包括用于加工操作的自适应控制。这种现代化方法显示比通过实验室计算机集成制造(CIM)设施的交钥匙升级更有效。 CIM,MET,PLC,CNC。

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