Flexible Manufacturing using Automated Material Handling and Autonomous Intelligent Vehicles

Con Cronin, A. Conway, Anshul Awasthi, Joseph Walsh
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Abstract

This paper details a proof-of-concept material handling system integrated to a small-scale, self-navigating AIV. The prototype has the ability to autonomously navigate from one manufacturing cell to another. It loads and unloads material from one fixed conveyor to another in an environment that includes confined and populated passageways. This paper advances the concept of the material handling system to communicate directly with the production equipment. A successful development of an material handling system with an AIV in automation proposes to increase productivity in manufacturing while securing jobs in a competitive market. AIVs promote flexibility within the factory floor and increase the realisation of Industry 4.0.
使用自动化物料搬运和自动智能车辆的柔性制造
本文详细介绍了一种集成到小型自导航AIV上的概念验证材料处理系统。原型机具有从一个制造单元自动导航到另一个制造单元的能力。它将物料从一个固定的传送带装载和卸载到另一个固定的传送带,在一个环境中,包括封闭和拥挤的通道。提出了与生产设备直接通信的物料搬运系统的概念。成功开发具有自动化AIV的物料搬运系统,可以提高制造业的生产率,同时在竞争激烈的市场中确保就业机会。aiv促进了工厂车间的灵活性,并增加了工业4.0的实现。
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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