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  • 期刊

工業數位孿生在產品生命週期的應用

Application of Industrial Digital Twin in Product Life Cycle

摘要


工業數位孿生與產品生命週期都面臨相同的跨公司議題,產品數據在跨公司的障礙始終存在。生命週期數位化的前題是不能有數據跨公司障礙。但只要有交易,產品的生命週期就會跨公司。所以就衍生一個期待:透過工業數位孿生讓產品數據穿過跨公司障礙。這期待也就是本文的切入點,主要試圖從文獻中找出產品生命週期數位化在跨公司的困難點,以及運用新興的工業數位孿生在產品生命週期的國際新提案。

並列摘要


Both the industrial digital twin and the product life cycle face the same cross-company issues, and barriers to cross-company product data always exist. The premise of life cycle digitization is that there should be no cross-company data barriers. But as long as there is a transaction, the product life cycle will cross the company. Therefore, an expectation is derived: through industrial digital twins, product data can pass through cross-company barriers. This expectation is the entry point of this article, mainly trying to find out the cross-company difficulties in the digitalization of product life cycle from the literature, and the new international proposals for using emerging industrial digital twins in the product life cycle.

參考文獻


ISO 23247-1:2021:Automation systems and integration — Digital twin framework for manufacturing — Part 1: Overview and general principles.
M. Jacoby and T. Usländer, “Digital twin and internet of things—current standards landscape,”Appl. Sci 10(18), 6519, 2020.
A. Deuter and F. Pethig,“The digital twin theory,” Industrie 4.0 Management 35 (1), pp. 27–30, 2019.
IEC 62890, 2020, Industrial-process measurement, control and automation – Life-cycle-management for systems and components.
“Implementation strategy industrie 4.0,” ZVEI, 2016.

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