基于IIoT的增材制造生产调度系统设计与应用研究  

Research on Production Scheduling System for Additive Manufacturing Based on IIoT

作　　者：黄伟鸿 赵子奇 安琪 Huang Weihong;Zhao Ziqi;An Qi(Cserver Software(Xi'an)Co.,Ltd.,Shanxi Xi'an 710000,China)

机构地区：[1]中服软件(西安)有限公司,陕西西安710000

出　　处：《新型工业化》2023年第9期79-87,共9页The Journal of New Industrialization

摘　　要：在增材制造高度自动化的生产设备、物流、仓储及柔性加工制造能力基础上,基于工业物联网技术、智能边缘计算技术、5G通信技术,建设增材制造生产调度管理系统,打通上下层(如MES、WMS、SCADA、PLC、AGV、RGV等),实现上下层信息系统高度集成。系统通过平台软件衔接和提升现有智能装备,实现流程式管控和一体化人机交互,提升人和装备之间、装备和装备之间的协作水平,实现数字化工厂生产协同运营,提高产线和车间的生产效率,让生产变得更有序、可控。Based on the highly automated production equipment,logistics,warehousing,and flexible manufacturing capabilities in additive manufacturing,a production scheduling and management system is constructed based on IIoT technology,intelligent edge computing technology,5G communication technology to integrate the upper and lower information systems such as MES,WMS,SCADA,PLC,AGV,RGV.Through platform software,we can improve the existing intelligent equipment and achieve process control and integrated human-machine interaction,so as to increase the level of collaboration between people and equipment,equipment and equipment,achieve digital factory production collaborative operation,improve the production efficiency of production lines and workshops,and make production more orderly and controllable.

关 键 词：增材制造 工业物联网 生产调度 智能制造 离散制造 

分 类 号：TP27[自动化与计算机技术—检测技术与自动化装置]