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Development of metric method and framework model of integrated complexity evaluations of production process for ergonomics workstations

机译:人体工程学工作站生产过程的集成复杂性评估度量和框架模型的发展

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摘要

Staff in manufacturing sites not only need certain physical requirements for their allotted tasks but also utilise a large amount of information processing in the looming industrial age 4.0. This work established the Principles of Information Processing Economy in the production process and proposed a framework model of integrated complexity evaluation method for the production process, which combines both physical and cognitive loads while accounting for the effect of time stress. The method proposed in this study can be used for ergonomics evaluation of workstations. Compared with traditional evaluation methods, this method has good flexibility to account for the changes in labour loads in the industrial 4.0 eras and the role of various intelligent auxiliary systems. The proposed operational framework model can provide useful information for task assignment, operator selection and training, work organisation, and performance prediction.
机译:制造场所的工作人员不仅需要分配任务的某些物理要求,而且还需要在迫在眉睫的工业年龄4.0中利用大量的信息处理。这项工作在生产过程中建立了信息处理经济原则,提出了一种生产过程的集成复杂性评估方法的框架模型,其结合了物理和认知载荷,同时占时间应力的影响。本研究提出的方法可用于工作站的人体工程学评估。与传统评估方法相比,该方法具有良好的灵活性,以考虑工业4.0时代的劳动力负荷变化以及各种智能辅助系统的作用。所提出的操作框架模型可以为任务分配,操作员选择和培训,工作组织和性能预测提供有用的信息。

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