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Ergonomics design measures in manual assembly work

机译:人体工程学设计措施在手动装配工作中

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Manual assembly production systems are still the most viable method for production a variety of products in small to medium batches. However, manual assembly work is often associated with ergonomically poor conditions that result in Work Related Musculoskeletal Disorders WRMDs, which result in low productivity and quality problems. Yet ergonomics is not often considered sufficiently precise during the design phase of assembly systems. In addition, most of the studies relative to ergonomics in manual assembly systems have focused on only one single aspect of ergonomics human performance measures. This paper first identifies the most common ergonomics measures that can be used for quantitative evaluation of working postures and physical workloads in a manual assembly system to avoid WRMDs. The paper then propose a framework that allows for the consideration of multiple ergonomics measures to assess ergonomics stresses resulting from work postures in manual assembly work.
机译:手动组装生产系统仍然是生产各种产品中的最可行的方法,小于中等批次。然而,手动组装工作通常与符合人体工程学的差的条件相关,导致工作相关的肌肉骨骼障碍WRMD,这导致生产力低和质量问题。然而,在组装系统的设计阶段期间,人体工程学通常不会被认为是足够的精确性。此外,在手动组装系统中相对于人体工程学的大多数研究都集中在人体工程学人体性能措施的一个方面。本文首先识别最常见的人体工程学措施,可用于在手动组装系统中的工作姿势和物理工作负载的定量评估,以避免WRMD。然后,该文件提出了一种框架,允许考虑多种人体工程学措施,以评估由手动组装工作中的工作姿势产生的人体工程学应力。

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