工位作业专家指导系统开发与应用
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摘要
详细介绍一种微系统产品全生产流程工位作业专家指导系统的实现方法及现场应用。工位作业专家指导系统主要由集成作业指导平台和三维标准作业指导书(SOP)两部分组成。该系统是设计和工艺数据在操作端的重要载体,它的应用为微系统产品的多功能基板和功能微系统单元集成、系统集成的全流程生产提供了一个良好的智能制造操作端信息化平台,为生产现场提供一种简单化、形象化和可视化的全生产流程工位作业指导,对提高产品制造信息化水平,缩短工艺开发时间,降低现场作业视图难度,提高测试效率,缩短产品制造周期,降低生产成本有极大的意义。
Describe the implementation and application of the station operation expert guidance system for the micro-system products throughout the production process in detail.The system mainly consists of integrated operation guidance platform and three-dimensional standard operating procedure.And it is an important carrier of design and process data in the operating terminal.The application provides a good intelligent manufacturing information platform for the whole process production of multi-functional substrate,functional micro-system unit integration and system integration.The system provides a simple,visualized,visualized guidance of the full-production process production,which is of great significance to improve the level of information manufacturing,shorten the development time of the technology,reduce the difficulty of the field operation view,improve the test efficiency,shorten the product manufacturing cycle and reduce the production cost.
Describe the implementation and application of the station operation expert guidance system for the micro-system products throughout the production process in detail.The system mainly consists of integrated operation guidance platform and three-dimensional standard operating procedure.And it is an important carrier of design and process data in the operating terminal.The application provides a good intelligent manufacturing information platform for the whole process production of multi-functional substrate,functional micro-system unit integration and system integration.The system provides a simple,visualized,visualized guidance of the full-production process production,which is of great significance to improve the level of information manufacturing,shorten the development time of the technology,reduce the difficulty of the field operation view,improve the test efficiency,shorten the product manufacturing cycle and reduce the production cost.
引文
[1]郝继山.微系统技术应用前景广阔[J].电子工艺技术,2015,36(4):194-194.
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[4]王晓.标准化作业指导书系统的分析和设计[D].济南:山东大学,2007.
[2]廖承举,王辉,向伟玮,等.系统级集成射频垂直互连技术[J].电子工艺技术,2017,38(6):319-322.
[3]邬钱涌,刘鹏.基于组装作业与质量管控的可视化工艺系统研究[J].铁道机车车辆,2014,34(6):39-43.
[4]王晓.标准化作业指导书系统的分析和设计[D].济南:山东大学,2007.