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Environmental Impact for Labor Stations Learning through Emotional Domotics Analysis and Workstation Simulation

机译:通过情感动态分析和工作站模拟对工作站学习的环境影响

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Ergonomic, Emotional and House Automation (Domotic) analysis, are essential for process planning, job design, the design of tools/machine/equipment and work station set up. Human safety and comfort have become a key factor in maximizes the labor productivity and life quality. With the evolution of digital technologies, the analysis and simulation of the human factor in work processes are acquiring a major role. The use of advanced approaches in innovative technologies, such as ergonomic analysis tools in the future digital factory and physical environment, contributes to achieving continuous improvement in the management of quality while searching for reserves in managing human factor reliability. This paper presents a teaching methodology for an integrated project related with industrial and systems engineering and mechatronic engineering; which the main objective is to set the stage when the work systems design begins. The paper comprises theoretical starting points, results of laboratory verification and results in outputs.
机译:符合人体工程学,情感和房屋自动化(Domotic)分析,对于过程规划,工作设计,工具/机/设备和工作站设立的设计至关重要。人类的安全和舒适度已成为最大化劳动生产率和生活质量的关键因素。随着数字技术的演变,工作过程中人类因素的分析和模拟正在获取主要作用。在未来数字工厂和物理环境中使用创新技术的高级方法,如符合人体工程学分析工具,有助于实现质量管理的持续改进,同时寻找管理人类因子可靠性的储备。本文介绍了与工业和系统工程和机电工程有关的综合项目的教学方法;主要目标是在工作系统设计开始时设定舞台。本文包括理论起点,实验室验证结果并导致产出。

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