基于人工智能技术的矿山机械旋转部件故障自动诊断系统的设计与开发

Hui Song, Gerile Gerile, Shu Cai
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引用次数: 0

摘要

本文基于人工智能技术范畴中的BP神经网络,结合传统的专家系统诊断和判别方法,在ASP环境下完成了矿山机械旋转部件故障自动诊断系统的构建。网络环境。该系统以矿山机械设备中常见的旋转机械为研究对象,针对矿山机械的故障特点和维修面临的高难度、高成本、高风险因素等困难,借助各种信息技术的应用优势,为旋转机械故障诊断提供了一种新的综合应用解决方案。通过系统中的数据特征提取、自动诊断、人工诊断、数据管理等模块,实现矿山机械设备全生命周期管理、故障预警与处理、历史数据查询等功能。不仅提高了矿山机械设备的健康管理水平,而且为企业的安全稳定生产奠定了坚实的保障,进一步为中国智慧矿山的建设做出了积极有益的尝试。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and development of automatic fault diagnosis system for rotating parts of mining machinery based on artificial intelligence technology
Based on the BP neural network in the category of artificial intelligence technology, this paper combined with the conventional expert system diagnosis and discrimination method, and completed the construction of automatic fault diagnosis system for rotating parts of mining machinery in ASP.NET environment. Taking the common rotating machinery in mining machinery and equipment as the research object, aiming at the fault characteristics of mining machinery and the difficulties faced by maintenance, such as high difficulty, high cost and high risk factor, the system provides a new comprehensive application solution for the fault diagnosis of rotating machinery with the help of the application advantages of various information technologies. Through data feature extraction, automatic diagnosis, manual diagnosis, data management and other modules in the system, the whole life cycle management of mining machinery and equipment, early warning and treatment of faults, historical data query and other functions are realized. It not only improves the level of health management of mining machinery and equipment, but also establishes a solid guarantee for the safe and stable production of enterprises, and further makes a positive and beneficial attempt for the construction of smart mines in China.
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