Development of a Smart Assembly Data Model
Development of a Smart Assembly Data Model
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DOI：
10.1007/978-3-319-72905-3_58
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发表时间：
2017-07
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影响因子：
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通讯作者：
Luiz Fernando C. S. Durão;S. Haag;R. Anderl;K. Schützer;E. Zancul
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文献类型：
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作者：
Luiz Fernando C. S. Durão;S. Haag;R. Anderl;K. Schützer;E. Zancul
当前的技术进步为网络物理生产系统（CPPS）中高度灵活的生产流程铺平了道路。在CPPS中，每个正在生产的组件都可以由包含其自己的唯一信息的虚拟数据模型表示。组件也是信息载体，具有通过基于互联网的信息交换实现的通信功能。组件之间以及与生产系统之间的信息交换可能发生在整个制造过程中。有关每个组件的详细信息的可用性支持优化装配过程的实施，称为智能组件的智能装配。智能装配是一种根据每个产品变体的独特规格组装不同组件的方法，并考虑每个组件的最有效组件组合。因此，需要一种考虑数据存储和数据访问的结构化构件数据模型。然而，对于智能组件的智能组装，必须开发底层数据结构和过程。本文的目的是提出一种数据结构，使智能组装的组件在一个按订单生产的情况下。为了实现所提出的目标，已经开发了两个用例来模拟智能组件的智能装配。
Current technological advances pave the way for highly flexible production processes within Cyber-Physical Production Systems (CPPS). In a CPPS, every component being produced may be represented by a virtual data model containing its own unique information. Components are also information carriers with communication features enabled by an Internet-based exchange of information. The exchange of information between components and with the production system may happen over the whole manufacturing process. The availability of detailed information about every component supports the implementation of optimized assembly processes, called Smart Assembly of smart components. Smart Assembly is an approach to assembling different components according to unique specifications of every product variant, and considering the most efficient combination of components for each assembly. Therefore, a structured component data model considering data storage and data access is needed. However, for the Smart Assembly of smart components, the underlying data structure and processes have to be developed. The objective of this paper is to propose a data structure to enable the Smart Assembly of components in an assemble-to-order production scenario. To achieve the proposed objective, two use cases have been developed to simulate the Smart Assembly of smart components.