摘要
传统的生产管理往往面临着较为严重的“黑盒”问题,即不能及时掌握现场的各类信息,导致现场实际状态与预期计划脱节,并进一步导致效率降低、质量下降。针对这一问题,主要研究了面向数字孪生的监控系统实现关键技术,在虚拟空间中建立生产线的三维模型,通过现场数据的采集,实现数据与模型的关联映射,并通过各类状态及绩效看板,打造虚拟领导驾驶舱,从而解决生产现场的透明化,促进生产效率、质量的提高。
Traditional manufacturing management is often beset by the serious“Black Box”problem,that is the inability to grasp various types of information on-site in a timely manner,which causes the actual status of the site lagging behind the expected plan and further reduces efficiency and quality.To solve this problem,the key technologies of digital twin monitoring system were studied.A three-dimensional model of the production line was established in the virtual space,and the association mapping between the data and the model was established via the collection of realtime on-site data.And then,a virtual leadership cockpit was created presenting various status and performance boards to solve the transparency of the production site and to improve production efficiency and quality.
作者
孙元亮
马文茂
张超
宋永杰
崔晶
SUN Yuanliang;MA Wenmao;ZHANG Chao;SONG Yongjie;CUI Jing(China Aviation Planning and Design Institute(Group)Co.,Ltd.,Beijing 100120,China)
出处
《航空制造技术》
CSCD
北大核心
2021年第8期58-65,共8页
Aeronautical Manufacturing Technology
基金
北京市西城区财政科技专项(XCSTS–TI2020–11)。
关键词
数字孪生
虚实映射
智能生产线
数据采集
监控系统
Digital twin
Virtual-real mapping
Intelligent production line
Data acquisition
Monitoring system
作者简介
孙元亮,工程师,主要研究方向为智能工厂规划、飞机装配智能化等,曾两次荣获航空科学技术学会三等奖。;通讯作者:孙元亮,E–mail:sunyl_nwpu@163.com。
