城市轨道交通跨专业智能运维系统设计及应用
雷云鹏
Design and Application of Urban Rail Transit Interdisciplinary Intelligent Operation and Maintenance System
LEI Yunpeng
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作者信息:郑州地铁集团有限公司运营分公司， 450008， 郑州
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Affiliation:Operation Branch of Zhengzhou Metro Group Co., Ltd.,450008, Zhengzhou, China
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关键词:
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Key words:
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DOI:10.16037/j.1007-869x.2022.11.031
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中图分类号/CLCN:U29-39
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栏目/Col:应用技术
摘要:
城市轨道交通在数字化转型过程中具备了一定的智能化维护水平，但在跨专业、跨系统的复杂运维场景中仍只能依赖多专业人员对故障成因进行逐一排查。分析了跨专业智能运维系统的建设需求，提出了该系统的逻辑架构及物理架构设计方案，重点阐述了跨专业结合部的设备故障诊断与分析技术。得出结论如下：该跨专业智能运维系统具有可行性和合理性，该系统集成、融合了多专业的运维数据，可智能、高效地排查多专业结合部的设备故障；应用该系统后设备维护的质量和效率得以显著提升。
Abstracts:
In the process of digital transformation, urban rail transit has a certain level of intelligent maintenance. However, when there is a complex operational and maintenance scenario with interdisciplinary and cross system impact, only the interdisciplinary personnel can be trusted to investigate the causes of fault one by one. In this paper, construction requirements of interdisciplinary intelligent operational and maintenance system are analyzed, the design scheme of the system logical architecture and physical architecture are put forward, and the fault diagnose and analysis of interdisciplinary joint equipment are highlighted. It is concluded that the interdisciplinary intelligent operational and maintenance system is feasible and reasonable. Since the system integrates interdisciplinary data, it can intelligently and efficiently identify the faults of the interdisciplinary joint equipment, and significantly improve the maintenance quality and efficiency after application.
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