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Model predictive control as a module for autonomous operation of complex plastics production processes

机译:将模型预测控制作为复杂塑料生产过程自主运行的模块

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With the ambitious future project "Industry 4.0", the German government encourages the informatization of the industry as we know it today. Amongst others, the factory of the future shall automatically adjust to fluctuating requirements and increase the resource efficiency. An essential element of these developments is the systematic establishment of additional control loops. These control loops can be machine-oriented, assuring within the scope of a process control that the process reliably keeps within predefined states. In addition to that, higher-level control loops, e. g. in the form of quality control loops, can adjust machine parameters depending on the required product quality. In all cases, control technology brings forward self-controlled and reproducible production. In the following, a small outlook shall be given on how methods of advanced control technology can support and improve production processes, e. g. in the area of plastics technology.
机译:通过雄心勃勃的未来项目“工业4.0”,德国政府鼓励了我们今天所知的行业信息化。除其他事项外,未来的工厂应自动适应不断变化的需求并提高资源效率。这些发展的基本要素是系统建立附加控制回路。这些控制循环可以是面向机器的,以确保在过程控制的范围内过程可靠地保持在预定义状态内。除此之外,更高级别的控制循环,例如。 G。以质量控制回路的形式,可以根据所需的产品质量调整机器参数。在所有情况下,控制技术都可以实现自我控制和可重复生产。在下文中,将对先进控制技术的方法如何支持和改善生产过程(例如: G。在塑料技术领域。

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