单批量和小批量生产中数字化生产孪生体的操作实现

G. Schuh, C. Kelzenberg, J. Helbig, Christopher Frey
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引用次数: 0

摘要

最近的SARS-CoV-19爆发和随后的停产表明,许多单批量和小批量生产的制造企业无法对最小物理接触和客户需求变化的情况做出反应和快速适应。在数字化时代,这种灵活性可以通过系统和生产资源的智能互联来实现,使所有物理生产过程的数据记录和处理成为虚拟图像。这些虚拟图像被称为数字生产双胞胎,任何人都可以随时随地访问。由于基于数据的优化,这允许对意外事件具有更高程度的灵活性,以及更高的生产过程性能和效率。为了实现这些目标,本文重点研究了单批量和小批量生产公司中数字生产双胞胎的操作实施。公司在最终组装期间收到的变更请求用例生动地描述了实现过程。
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Operational Implementation of Digital Production Twins in Single and Small Batch Production
The recent outbreak of SARS-CoV-19 and the subsequent production shutdowns have shown that many manufacturing companies within the single and small batch production are not able to react and adapt quickly to the circumstances of minimum physical contact and shifting customer demands. In the age of digitization, this flexibility can be achieved by the intelligent interlinkage of systems and production resources, which enables the recording and processing of data to virtual images of all physical production processes. These virtual images are known as digital production twins and can be accessed by anyone at anytime and anywhere. Due to data-based optimization, this allows for a higher degree of flexibility regarding unexpected events as well as a higher performance and efficiency of production processes. In order to achieve these objectives, this paper focusses on the operational implementation of digital production twins within companies of single and small batch production. The implementation procedure is vividly described by the use case of a change request received by a company during final assembly.
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