智能制造的第一原则

Conrad Leiva
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引用次数: 3

摘要

当工具和专业知识对大多数制造商来说都是负担得起的,并且可以大规模使用时,创新和技术的民主化就会发生。为了实现智能制造创新的民主化,不仅需要实现技术的民主化,还需要提供实施战略所需的广泛知识,并在更加数字化的制造生态系统中利用解决方案和见解。我们正处在这样一个阶段,是时候集中制定一套具体的指导原则和框架,组织实施智能制造的期望和要求。本文总结了定义智能制造的实践,这些实践是由行业领导者、早期采用者和在智能制造研究所CESMII的生态系统中工作的专家从业者开发的。在智能制造中,组织、人员和技术通过遵循以下七个首要原则的流程和基于技术的解决方案协同工作:实时、开放;可互操作的、主动的&;半自主、可持续的& &;节能,安全,可扩展,精心策划& &;有弹性。为了充分实现智能制造的愿景,必须考虑所有的设计原则。本文将进一步解释这七项原则如何共同发挥作用,以实现制造业生态系统中连接、智能和自动化的新水平。
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First principles of smart manufacturing

The democratizing of innovation and technology happens when tools and expertise are made affordable and accessible at scale to most manufacturers. To realize the democratization of smart manufacturing innovation, it is not only necessary to democratize the technology, but also necessary to provide wide access to the knowledge required to implement the strategies and leverage the solutions and insights in a more digitally enabled manufacturing ecosystem. We are at a point in the journey where it is time to converge on a concrete set of guiding principles and a framework that organizes expectations and requirements for the implementation of smart manufacturing. This paper summarizes the practices that define smart manufacturing as developed by the industry leaders, early adopters, and expert practitioners working in the ecosystem at CESMII, the smart manufacturing institute. In smart manufacturing, organizations, people, and technology work in synergy via processes and technology-based solutions that follow these seven First Principles: Flat & real-time, open & interoperable, proactive & semi-autonomous, sustainable & energy efficient, secure, scalable, orchestrated & resilient. All the design principles must be considered to fully realize the vision for smart manufacturing. This paper will further explain how the seven principles work collectively to achieve new levels of connectivity, intelligence, and automation in the manufacturing ecosystem.

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