RAMI4.0在连铸过程控制系统中的应用
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摘要
以连铸二级系统升级改造项目为背景,引入RAMI4.0参考架构模型,同时按照PDS-SGP-SDP智能制造技术路线要求,对X-Pact二级方案进行对标改造,并通过服务主导逻辑实现数据整合,然后实例说明了复杂路径下的炉次自动绑定和生产报表助手的实践方案。最后,进一步展望了未来实现智能制造的系统结构示意图及取得的成果。
RAMI 4.0 is introduced as guideline in caster level 2 revamping projects which require system refactoring in current X-Pact solution based on PDS-SGP-SDP methodology. Meanwhile, S-D logic is used for further practice in integration of data. Then,Auto Announcement and Production Report Assistant are described as the example applications. Finally, a recent research fruit is shown for future usage in caster intelligent manufacturing.
RAMI 4.0 is introduced as guideline in caster level 2 revamping projects which require system refactoring in current X-Pact solution based on PDS-SGP-SDP methodology. Meanwhile, S-D logic is used for further practice in integration of data. Then,Auto Announcement and Production Report Assistant are described as the example applications. Finally, a recent research fruit is shown for future usage in caster intelligent manufacturing.
引文
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[2]赵志华,李素梅.安钢二炼轧厂宽板坯连铸机的技术特点[J].宽厚板,2006, 12(4):35.
[3]熊有伦,杨文玉,周祖德.数字制造与数字工厂的研究前景[J].数字制造科学, 2005, 3(2):1.
[4] Agnieszka R, Arne B, Marcel, B, etc. The Smart Factory:Exploring Adaptive and Flexible Manufacturing Solutions.Procedia Engineering[J].2014(69):1184.
[5] Jon B, Balázs K. THE DIGITAL FACTORY REPORT(2018)[EB/OL]. https://digitalfactory.xyz.
[6]欧阳劲松,刘丹,汪烁,等.德国工业4.0参考架构模型与我国智能制造技术体系的思考[J].自动化博览,2016, 33(3):62-65.
[7] RAJKUMAR R, LEE I, SHA L, etc.Cyber-physical systems:The next computing revolution[C]. Design Automation Conference. USA:IEEE PRESS, 2010:731.
[8]中国电子技术标准化研究院.中国信息物理系统标准化白皮书(2016)[EB/OL]. http://www.innovation4.cn/library/r747, 2016-03-28.
[9]枫尘落叶笑红尘.工业4.0的核心CPS是什么?如何看?怎么干?[EB/OL]. https://mp.ofweek.com/gongkong/a945663024236,2017-03-07.
[10]工业和信息化部信息中心.国务院关于积极推进“互联网+”行动的指导意见[EB/OL]. http://www.miit.gov.cn/n973401/n5329857/n5329867/c4538241/content.html, 2015-12-14.
[11]戴亦舒,叶丽莎,董小英,等.CPS与未来制造业的发展:中德美政策与能力构建的比较研究[J].战略与决策,2018,(2):11-20.
[12]廖朝辉,胡盛强,张毕西.订单式生产人工作业系统自组织特性分析[J].科技管理研究,2011,23:220.