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Effects of Cyber-Physical Production Systems on Human Factors in a Weaving Mill Implementation of Digital Working Environments based on Augmented reality

机译:基于增强现实的网络轧机在数字工作环境中的人类因素对人类因素的影响

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Smart manufacturing concepts merge modern production machinery and digital technologies in Cyber-Physical Production Systems (CPPS). CPPS consist of intelligent, real-time-capable, networked sensors and actuators. Operation of such advanced machinery requires substantial employees' skills in various qualification phases. This holds true for different industries, such as the German textile industry. An important measure that is intertwined with the implementation of advanced manufacturing concepts in textile production is supporting employees in their development of skills concerning smart manufacturing concepts. For this purpose, the development of Augmented reality (AR) -based assistance systems in connection with up-to-date textile machinery is regarded as a promising step towards the successful implementation of adequate, user-adaptable digital working environments in the textile industry. As the implementation of such assisted digital working environments in industrial organizations poses challenges, they might most adequately be addressed by adhering to standardized implementation procedures.
机译:智能制造概念合并现代生产机械和数字技术在网络物理生产系统(CPPS)中。 CPP由智能,实时,网络传感器和执行器组成。这种先进机器的运作需要各种资格阶段的大量员工的技能。这适用于德国纺织业等不同行业。与纺织品生产中的先进制造概念实施的一个重要措施是支持员工的智能制造理念的技能。为此,增强现实(AR)为基础的辅助系统中,最多最新的纺织机械连接的发展被视为对纺织行业的成功实施充分,用户自适应数字工作环境,一个可喜的一步。由于在工业组织中的这种辅助数字工作环境的实施构成挑战,因此可以通过遵守标准化的实施程序来最充分的解决。

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