利用分布式监控系统改进维护流程

Hans Fleischmann, Johannes Kohl, J. Franke, A. Reidt, Markus Duchon, H. Krcmar
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引用次数: 15

摘要

工业生产系统在可用性、过程控制和状态监测方面满足严格的要求。作为工业4.0的关键推动者,网络物理系统构成了基于网络的模块化框架的核心,为生产设施的维护人员提供了更有效的状态监测机制。目前的方法通过使用标准化的通信协议和语义信息模型说明了分散和集中的分布式系统的潜力。使用基于网络的平台(如node.js)和协议(如OPC UA),可以在基于云的服务和车间状态监测系统之间直接自动传输有关异常、根本原因和名义数据的信息。总之,验证是在一个灵活处理单元的案例研究中完成的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Improving maintenance processes with distributed monitoring systems
Industrial production systems meet strict requirements regarding availability, process control and condition monitoring. As a key enabler of Industry 4.0, cyber-physical systems form the core of a modular, web-based framework, which delivers more efficient condition monitoring mechanisms for maintenance staff in production facilities. The present approach illustrates the potential of a decentralized and centralized, distributed system by using standardized communication protocols and semantic information models. The use of web-based platforms like node.js and protocols such as OPC UA offers the ability to automate transferring information about anomalies, root causes and nominal data directly between cloud-based services and condition monitoring systems on the shop floor. To conclude, a validation is accomplished within a case study on a flexible handling unit.
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