当前位置: X-MOL 学术CIRP Ann. Manuf. Technol. › 论文详情
Our official English website, www.x-mol.net, welcomes your feedback! (Note: you will need to create a separate account there.)
Classification coding of production systems for identification of platform candidates
CIRP Journal of Manufacturing Science and Technology ( IF 4.8 ) Pub Date : 2019-11-30 , DOI: 10.1016/j.cirpj.2019.11.001
Daniel G.H. Sorensen , Hoda ElMaraghy , Thomas Ditlev Brunoe , Kjeld Nielsen

Production platforms present an attractive solution to managing increasing product variety in production systems. Forming production systems platforms can potentially facilitate changeable manufacturing and co-development of products and production systems. One of the first steps in developing a production platform is the identification of the potential candidates. A scheme for classification coding of production systems is presented. Coded production systems can be compared across a manufacturer’s departments in order to identify commonalities between systems, and thus identify candidates for platform development. The production system classification code consists of four sub-codes with four to ten digits each describing physical or logical characteristics on production system or cell levels. The four sub-codes are structured into blocks of classification code, which digitally represent and describe complete production systems. They facilitate the comparison and identification of similarity and commonality patterns using the code digits and values. A production system case study is used for illustration and is represented as a block of code following the developed coding scheme. The production systems classification code can be used as a decision support tool in the early phases of production systems platform development, and for capturing information on the rationale, structure, processes and enablers of flexible and changeable production systems.



中文翻译:

生产系统的分类编码,用于识别平台候选者

生产平台为管理生产系统中不断增加的产品种类提供了一种有吸引力的解决方案。形成生产系统平台可以潜在地促进产品和生产系统的可变制造和共同开发。开发生产平台的第一步之一就是确定潜在的候选人。提出了一种用于生产系统分类编码的方案。可以在制造商的各个部门之间比较编码的生产系统,以识别系统之间的共性,从而确定平台开发的候选对象。生产系统分类代码由四个子代码组成,每个子代码具有四到十个数字,每个子代码描述生产系统或单元级别的物理或逻辑特征。四个子代码被构造成分类代码块,这些代码以数字形式表示和描述完整的生产系统。它们有助于使用代码数字和值来比较和识别相似性和通用性模式。以生产系统案例研究为例进行说明,并按照开发的编码方案将其表示为代码块。生产系统分类代码可以在生产系统平台开发的早期阶段用作决策支持工具,并用于捕获有关灵活和多变的生产系统的基本原理,结构,过程和支持因素的信息。它们有助于使用代码数字和值来比较和识别相似性和通用性模式。以生产系统案例研究为例进行说明,并按照开发的编码方案将其表示为代码块。生产系统分类代码可以在生产系统平台开发的早期阶段用作决策支持工具,并用于捕获有关灵活和多变的生产系统的基本原理,结构,过程和支持因素的信息。它们有助于使用代码数字和值来比较和识别相似性和通用性模式。以生产系统案例研究为例,并按照开发的编码方案将其表示为代码块。生产系统分类代码可以在生产系统平台开发的早期阶段用作决策支持工具,并用于捕获有关灵活和多变的生产系统的基本原理,结构,过程和支持因素的信息。

更新日期:2019-11-30
down
wechat
bug