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Research on Intelligent Manufacturing Flexible Production Line System based on Digital Twin

机译:基于数字双单的智能制造柔性生产线系研究

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In recent years, the traditional single-point technology has been unable to adapt to the development of the new generation of manufacturing equipment informatization and the needs of network expansion. The design and manufacturing of industrial products mostly adopt serial mode, which separates the design and manufacturing processes, and the production efficiency of products is low. Therefore, this paper proposes an intelligent manufacturing flexible production line system based on digital twin technology. Firstly, the independent production mode of simulation and control is improved, and the digital twin of intelligent manufacturing flexible production line is constructed; Then based on the improved R-CNN model as the main training network, the real-time interaction method and mechanism of multi-source heterogeneous information such as environment and equipment are established; Finally, the digital twin technology of industrial robot and intelligent manufacturing flexible production line is studied based on digital thread technology, which provides an effective and reliable overall solution of digital twin flexible system for intelligent manufacturing industry.
机译:近年来,传统的单点技术一直无法适应开发新一代制造设备信息化和网络扩展的需求。工业产品的设计和制造主要采用串行模式,将设计和制造工艺分开,产品的生产效率低。因此,本文提出了一种基于数字双胞胎技术的智能制造柔性生产线系。首先,改善了仿真和控制的独立生产模式,构建了智能制造柔性生产线的数字双胞胎;然后基于改进的R-CNN模型作为主要训练网络,建立了实时交互方法和环境和设备等多源异构信息的机制;最后,基于数字线技术研究了工业机器人和智能制造柔性生产线的数字双胞胎技术,为智能制造业提供了一种有效可靠的数字双灵活系统整体解决方案。

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