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Assembly Modelling and Time estimating during the early phase of Assembly Systems Design

机译：装配系统设计早期阶段的装配建模和时间估算

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An approach for assembly time estimating following sequence and process modelling since the conceptual phase of new assembly systems design is proposed in this work. The purpose is to support the decision about their levels of automation (LoA) following a dedicated modelling language labeled ASML offering a better visibility about processes design and analyses. ASML provides an easy way of defining several systems alternatives based on an initial ASML model representing assembly motions using a standard vocabulary and structured executing architectures. The correlation of early phase modelling with time estimating proposed in this paper to support LoA decision is up to us new to the literature. The approach of modelling and time estimating was tested on assembly examples and a computerized tool was also developed and tested. Several related applications such as processes time performances evaluating, time savings, productivity assessment, lines balancing, and cost estimating are proposed as well as other possible future applications presented as perspectives and future works that can be supported by the defined environment dedicated to early phase assembly systems design and automation decision.
机译：由于这项工作提出了新装配系统设计的概念阶段，因此需要一种根据顺序和过程建模进行装配时间估算的方法。目的是通过标记为ASML的专用建模语言来支持有关其自动化水平（LoA）的决策，该语言可提供有关流程设计和分析的更好可见性。 ASML提供了一种简单的方法，可以基于代表使用标准词汇和结构化执行体系结构的装配运动的初始ASML模型来定义几种系统替代方案。本文为支持LoA决策而提出的早期建模与时间估计之间的相关性，对我们来说还是新的文献。在装配示例中测试了建模和时间估计的方法，还开发并测试了计算机化工具。提出了几个相关的应用程序，例如过程时间性能评估，时间节省，生产率评估，生产线平衡和成本估算，以及提出的其他可能的未来应用程序，它们作为前瞻性观点和将来的工作，可以由定义为早期组装的环境来支持系统设计和自动化决策。

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