面向智能制造的多任务机器人视觉

T. Borangiu, S. Răileanu, N. Ivanescu, O. Stocklosa, O. Morariu
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引用次数: 1

摘要

本文提出了一种将机器人零件再供应过程集成到分布式制造执行系统的整体生产计划中的解决方案,该方案只是暂时改变而不中断。在PROSA参考体系结构的基础上,对半分层控制系统进行了扩展,在分层控制模式下,引入了一种新型的holon - Supply,该holon - Supply的执行由车间机器人资源在局部存储耗尽时触发。Supply Holon的执行是基于一个由多任务机器人视觉系统操作的双智能进料单元;开发了特殊的安全技术,以避免机器人在大零件供应工作站的碰撞。实验结果报告了双部分馈线组织,减少了30%的总供应时间,并增加了20%的机器人使用率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Multitasking robot-vision for supply holon execution in intelligent manufacturing
The paper presents a solution which integrates the robotized part resupply process in the overall production schedule of a distributed Manufacturing Execution System, which is temporarily altered but not interrupted. The semi-heterarchical control system, based on the PROSA reference architecture, is extended with a new type of holon - Supply - the execution of which is triggered at local storage depletion by shop floor robotic resources in heterarchical control mode. The execution of the Supply Holon is based on a dual intelligent material feeding unit operated by a multitasking robot-vision system; special safety techniques are developed to avoid robot collisions in the bulk parts supplying workstation. Experimental results are reported for a dual-part feeder organization, which reduces overall supply time up to 30% and increases robot usage by 20%.
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