大型跨超声速风洞维修维护自动化平台的设计与应用

Design and Application of Maintenance Automation Platform for Large Transonic Wind Tunnel

摘要:

由于大型跨超声速风洞长期满负荷高强度运行,建设自动化平台是适应繁重维修维护需求的重要手段。依托已有的办公综合管理信息系统,设计了一种基于B/S架构,以分布式数据库为基础,采取分层设计策略的维修维护自动化平台；通过对维修维护工作流程的梳理和管理流程的优化,将平台功能优化为维护规范、维护计划、维护预警、故障记录、维修审批、验收结算等主要模块。通过内部和外部数据接口,将不同系统的信息进行共享,实现了数据的自动传递,节省了人力资源。通过在风洞试验中的运行表明,该平台运行稳定,接口设计合理,具有良好的可扩展性和可维护性。

Abstract:

For the long-term full-load and high-intensity operation of large transonic wind tunnel, constructing the automation platform is an important means to meet the heavy maintenance requirements. Based on the existing office integrated management IS, the maintenance automation platform based on B/S architecture, distributed database and hierarchical design strategy is designed. Through combing and optimizing the maintenance workflow and management process, the main function modules of the platform as maintenance specification, maintenance plan, maintenance warning, fault record, maintenance approval, maintenance acceptance. Through internal and external data interface, information of different systems is shared, automatic data transmission is realized, and human resources are saved. The operation shows that the platform has stable performance, reasonable interface, good scalability and maintainability.