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首页> 外文会议>2017 4th International Conference on Industrial Engineering and Applications >An integrated working environment using advanced augmented reality techniques
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An integrated working environment using advanced augmented reality techniques

机译：使用先进的增强现实技术的集成工作环境

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摘要

This paper presents an Augmented Reality (AR) comprehensive assembly system for the multi-interactive creation of assembly processes. The special multimodal interface allows the presentation of not only new types of visual display but also interestingly designed voice instructions and material flow management. The system simulates many-sided and complicated assembly tasks in various areas of manufacturing. We use a half-silvered mirror and a face tracking system to detect the mutual interaction between users and 3D object imaging. The positional sensors of the workbench and the precise tracking of markers allow significant information on the exact position of real assembly components to be harvested. On the basis of continuous monitoring of material flow the system knows how to recognize that the value of the quantity has fallen below the permissible value which is useful for the indirect monitoring of stocks and enables upcoming predictions of low states in storerooms. The paper presents a complex AR system and the interaction techniques for improved productivity of the entire assembly process. The interaction techniques of the AR system have been tested by an industrial company. The test results are explained and show that our AR system gives powerful virtual tools to create assembly instructions without human error.
机译：本文提出了一种用于组装过程的多交互创建的增强现实（AR）综合组装系统。特殊的多模式界面不仅可以呈现新型的视觉显示，还可以有趣地设计语音指令和物料流管理。该系统模拟了各个制造领域中的多方面且复杂的组装任务。我们使用半镀银镜和面部跟踪系统来检测用户与3D对象成像之间的相互影响。工作台的位置传感器和标记的精确跟踪可提供有关要收获的实际装配部件的精确位置的重要信息。在连续监视物料流的基础上，系统知道如何识别数量的值已降至允许值以下，这对于间接监视库存很有用，并且可以预测储藏室中的低状态。本文提出了一个复杂的AR系统和交互技术，以提高整个组装过程的生产率。 AR系统的交互技术已经由一家工业公司进行了测试。测试结果得到了说明，并表明我们的AR系统提供了功能强大的虚拟工具来创建组装说明，而没有人为错误。

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