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Definition of Smart Retrofitting: First Steps for a Company to Deploy Aspects of Industry 4.0

机译:智能改装的定义:公司部署工业方面的第一步4.0

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Nowadays, it is a matter of survival for companies to keep their ability for adapting rapidly to changes. The causes that drive to them are related to external and internal factors. One of the main reasons for these factors is the new possibility that Industry 4.0 brings with it. One of the visions of Industry 4.0 is the production of highly customized products within a mass production line. In addition to it, an intelligent interaction happens between machine-objects-people and this occurs vertically and horizontally within the company. However, most industrial parks are not technologically prepared for the concepts of Industry 4.0; thereby this paper proposes the concept of Smart Retrofitting regarding these challenges. As a result, the methodology proposes to take aspects of Industry 4.0 relevant to a specific process, since this could be the first step for a company to implement the concepts of Industry 4.0. Once these aspects are selected, they will be put into practice with the help of cyber-physical systems. With the application of Smart Retrofitting, it will be possible for companies to adhere in a short time to the requirements of Industry 4.0. In this way, it will be possible to remain competitive in the market. Regarding this paper, there will be a case study for the implementation of Smart Retrofitting. As case study, a drilling process was chosen in a thyssenkrupp manufacturing plant in Brazil to start implementing the Smart Retrofitting, and for this first step it was possible to achieve an improvement of the feed rate reducing it by approximately 9% without reducing the lifetime of the tooling.
机译:如今,它是一个生存问题,为企业保持他们的能力迅速适应变化。推动他们的原因与外部和内部因素。其中一个主要原因,这些因素是工业4.0与它带来的新的可能性。一个工业4.0的愿景是大规模生产线中生产高度定制的产品。除了它,智能交互机的对象 - 人之间发生,这种垂直和水平发生在公司内部。然而,大部分工业园区不技术上工业4.0的概念编制;从而提出智能改造的有关这些挑战的概念。其结果是,该方法提出采取产业相关的具体流程4.0的方面,因为这可能是公司实现产业4.0概念的第一步。一旦这些方面被选中,他们将被付诸实践与网络物理系统的帮助。随着智能改造中的应用,将有可能为公司在很短的时间,以工业4.0的要求,坚持。这样,才有可能在市场上保持竞争力。关于本文中,将会有智能改造的实施案例。作为案例研究,被选为在巴西一个蒂森克虏伯制造工厂开始执行智能改造钻孔工艺,以及用于该第一步骤是可以实现进料速度通过约9%减少它的改善,而不会降低的寿命工装。

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