水泥产业智能制造相关技术探讨
|
摘要
随着物联网技术、信息技术、智能传感技术、装备技术及先进制造技术的快速发展,水泥产业智能制造技术的广度和深度也在不断提升。对水泥企业生产经营全流程进行分析并提出实施范围,探讨了水泥产业智能制造及智能化水泥工厂的涵义,并结合第二代新型干法水泥示范生产线数字化智能型控制要求从实施范围、实施内容、实施效果等方面进行比较分析,针对水泥工厂的元数据、CPS、IoT、DT、智能化水泥工厂的工业互联网架构等相关技术应用进行了探讨。
With the rapid development of lOT(Internet of things),information technology,smart sensing technology,equipment technology,AMT(advanced manufacturing technology),the breadth and depth of the intelligent manufacturing technology in the cement industry are also improving. This paper analyzes the whole process of cement production and management, points out the implementing scope, discusses the meaning of intelligent manufacturing in the cement industry and intelligent cement plant. And combined with the digital &intelligent control requirements of the 2nd new dry process cement, the implementation scope, content and effects are compared and analyzed. This paper discusses the application of metadata, CPS, loT, DT and intelligent industrial Internet architecture and other related technologies in the intelligent cement plant.
With the rapid development of lOT(Internet of things),information technology,smart sensing technology,equipment technology,AMT(advanced manufacturing technology),the breadth and depth of the intelligent manufacturing technology in the cement industry are also improving. This paper analyzes the whole process of cement production and management, points out the implementing scope, discusses the meaning of intelligent manufacturing in the cement industry and intelligent cement plant. And combined with the digital &intelligent control requirements of the 2nd new dry process cement, the implementation scope, content and effects are compared and analyzed. This paper discusses the application of metadata, CPS, loT, DT and intelligent industrial Internet architecture and other related technologies in the intelligent cement plant.
引文
[1]中国制造2025[Z].国发[2015]28号.2015.
[2]智能制造发展规划(2016-2020年)[Z].工信部联规[2016]349号.2016.
[3]国家智能制造标准体系建设指南(2018年版)[S].工信部联科[2018]154号.2018.
[4]国家信息化发展战略纲要[Z].中办发[2016]48号.2016.
[5]关于深化制造业与互联网融合发展的指导意见[Z].国发[2016]28号.2016.
[6]CBMF/Z6-2014,第二代新型干法水泥技术装备验收规程[S].
[7]危昱萍.德国工业4.0七年---“数字化双胞胎”催生数据商业新模式[J].中国中小企业,2018(6):63.
[8]“数字双胞胎”正在成为智能制造新趋势工控网[EB/OL].I控网http://gongkong.of week.com/2018-11/ART-310045-8500-30285046.html,2018-11-28.
[9]马海晶.物联网感知技术探讨[J].制造业自动化,2011,(11):82.
[10]朱博,戴先中,李新德.一种基于物联网技术的场所感知系统初探[J].计算机科学,2012,39(2):222.
[2]智能制造发展规划(2016-2020年)[Z].工信部联规[2016]349号.2016.
[3]国家智能制造标准体系建设指南(2018年版)[S].工信部联科[2018]154号.2018.
[4]国家信息化发展战略纲要[Z].中办发[2016]48号.2016.
[5]关于深化制造业与互联网融合发展的指导意见[Z].国发[2016]28号.2016.
[6]CBMF/Z6-2014,第二代新型干法水泥技术装备验收规程[S].
[7]危昱萍.德国工业4.0七年---“数字化双胞胎”催生数据商业新模式[J].中国中小企业,2018(6):63.
[8]“数字双胞胎”正在成为智能制造新趋势工控网[EB/OL].I控网http://gongkong.of week.com/2018-11/ART-310045-8500-30285046.html,2018-11-28.
[9]马海晶.物联网感知技术探讨[J].制造业自动化,2011,(11):82.
[10]朱博,戴先中,李新德.一种基于物联网技术的场所感知系统初探[J].计算机科学,2012,39(2):222.