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Integrating mocap system and immersive reality for efficient human-centred workstation design

机译:整合Mocap系统和沉浸式现实,以实现高效的人以人为本的工作站设计

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The paper presents the VR-Ergo Log system, an inertial motion capture system integrated with immersive reality and combined with a heart rate monitoring. By using immersive reality, the operator will be able to move and interact within a virtual workplace environment, in order to permit a fast and efficient ergonomic assessment of future workplace solutions and to avoid all cost-consuming activities related to the pre-production design of the workplace or to the prototyping of new products. This integrated system allows to evaluate in advance the time-based and ergo-based indices which can help the practitioners on understanding how to design the workplace and the devices to be used by operators. In addition, the use of the heart rate monitor permits to have a real-time feedback regarding the fatigue the operator is perceiving. The use of such a system will help to make more efficient the early design phases of an industrial workspace, by also considering the impact of human diversity and avoiding non-ergonomic solutions especially when an ageing workforce will be enrolled in the system.
机译:本文介绍了VR-ERGO日志系统,惯性运动捕获系统与沉浸式现实集成并结合了心率监测。通过使用沉浸式现实,运营商将能够在虚拟工作场所环境中移动和互动,以允许对未来工作场所解决方案的快速有效的互动性评估,并避免与预生产设计相关的所有成本耗费活动工作场所或新产品的原型设计。该集成系统允许预先评估基于时间和基于ERGO的指数,可以帮助从业者了解操作员如何设计工作场所和要使用的设备。此外,使用心率监测允许具有关于操作员感知疲劳的实时反馈。这种系统的使用将有助于更高效地通过考虑人类多样性的影响,避免非符合人体工程学解决方案,特别是当老化劳动力将在系统中注册时,避免非符合人体工程学的解决方案。

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