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Chapter 4 Mimosa Strong Medicine for Maintenance

机译:第4章MiMOSA强大的维修药

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The paper describes how the use of Mimosa open source data model supports the development of a low-cost condition monitoring system that is capable to carry out automatic diagnosis and prognosis. Mimosa follows the ISO 13374 definitions (condition monitoring) and links well with the ISO 17359 (diagnosis) and ISO 13381 (prognosis). The Mimosa data model defines all the necessary ontology for the automatic system. As a use case the paper describes the installation of the Mimosa data model in a Raspberry where MariaDB is used as the database engine. A low-cost accelerometer has been installed to a Raspberry thus enabling the collection of vibration data from rolling element bearings of a conveyor. In addition, a low-cost system that uses Arduino is presented for data collection in future use cases. The necessary signal analysis functions are programmed with Python which offers a wide collection of useful functions. The paper summarises the key role of Mimosa in building and using this kind of automatic monitoring systems.
机译:本文介绍了MIMOSA开源数据模型的使用方式支持开发能够进行自动诊断和预后的低成本状况监测系统。 MIMOSA遵循ISO 13374定义(条件监测),并与ISO 17359(诊断)和ISO 13381(预后)相连。 MIMOSA数据模型定义了自动系统的所有必要本体。作为用例,纸张介绍了覆盆子中的Mimosa数据模型的安装,其中MariaDB用作数据库引擎。低成本加速度计已安装到覆盆子,从而能够从输送机的滚动元件轴承收集振动数据。此外,在将来的用例中展示了使用Arduino使用Arduino的低成本系统。必要的信号分析功能与Python编程,该函数提供了广泛的有用功能。本文总结了Mimosa在建设和使用这种自动监测系统中的关键作用。

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