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针对政府部门、运营企业、入廊管线权属单位对于综合管廊智能化系统的需求,开展城市地下管廊智能化系统体系架构、应用架构、数据架构、网络架构等总体设计研究和系统平台构建,最终实现对城市不同区域地下综合管廊的远程控制,有效降低安全隐患,保障廊体和入廊管线安全。该研究成果已经成功在住建部全国综合管廊建设信息系统试点项目:国家综合管廊第一批试点城市哈尔滨地下综合管廊设计与工程实施;第二批试点城市成都地下综合管廊智能化系统建设(技术导则编制、总控中心规划设计、管廊智能化设计及施工图编制等)实践中得以应用和验证。
For the government departments, operating companies, corridor pipeline ownership unit for the integrated intelligent management system needs, to carry out the city underground pipe gallery intelligent system architecture, application architecture, data architecture, network architecture and other overall design research and system platform construction , And finally realize the remote control of underground integrated corridors in different urban areas, effectively reduce potential safety hazards and ensure the safety of corridors and corridor pipelines. The research achievements have been successfully implemented in the National Integrated Pilot Corridor Information System pilot project of the Ministry of Housing and Urban-Rural Development: Design and Implementation of Underground Integrated Corridor in Harbin, the first pilot city of the National Comprehensive Corridor, and the second pilot city Chengdu Underground Pilotage Intelligent System Construction (technical guidelines, master control center planning and design, intelligent management of the gallery design and construction plans, etc.) to be applied and verified.