摘要
为进一步提升城市轨道交通轮轨及弓网关系检测管理能力及数据分析利用水平,文章在分析当前行业内轮轨及弓网关系检测业务现状及存在问题的基础上,基于信息管理与数据自动化分析等技术,研发城市轨道交通轮轨关系与弓网关系检测管理平台,开展平台整体架构及功能架构设计,并阐述平台实际应用效果。实践证明,该平台可实现基础信息管理标准化,项目进度管理流程化,数据分析自动化、多维化、可视化,数据报告生成便捷化,项目全过程管理电子化,从而有效提升现场检测工作效率,提高数据分析的准确度和精度,有利于建设、运营、施工、检测等单位多方协作与信息共享,确保检测数据从建设期至运维期的顺畅流转及深度挖掘利用。
In order to further improve the detection and management ability,data analysis and utilization of wheelrail and pantograph-overhead contact system interaction in urban rail transit field,this paper develops a detection and management platform of wheel-rail and pantograph-overhead contact system interaction of urban rail transit on the basis of the current situation and existing problems of wheelrail and pantograph-overhead contact system interaction detection services in the industry and based on information management and data automation analysis technology.The paper develops the overall architecture and functional architecture design of the platform and describes the practical application effect of the platform.Practice has proven that the platform can realize the standardization of basic information management,the flow of project progress management,the automation,multidimensional and visualization of data analysis,the convenience of data report generation,and the digitization of the whole process management of the project.This effectively improves the efficiency of field detection,improves the resolution and accuracy of data analysis,and is conducive to the cooperation and sharing of information of construction,operation,construction inspection,and other units,thereby ensuring the smooth fl ow and in-depth mining for the utilization of inspection data from the construction period to the operation and maintenance period.
出处
《现代城市轨道交通》
2021年第11期74-80,共7页
Modern Urban Transit
基金
铁科院集团公司基金项目——城市轨道交通动态检测业务管理及信息共享新模式研究(2020YJ156)。
关键词
城市轨道交通
轮轨关系
弓网关系
检测管理平台
信息化
urban rail transit
wheel-rail relationship
pantograph-overhead contact system interaction
detection management platform
informatization
作者简介
王文斌(1982—),男,研究员。
