R & D of Monitoring and Information Storage & Analysis System for Hydrostatic Testing
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摘要: 为解决钢管水压机试验及分析系统中存在的问题，开发了一套基于Visual Studio 2013 C#平台的水压机试验及信息存储分析系统。简要介绍了该系统的总体软硬件架构、压管试验数据采集、实时曲线显示、设备参数下载、水压数据抛存本地工业控制数据库、管号修正、数据双备份等C#功能块逻辑流程；重点介绍了Prodave 6.2的适应性及通信处理、历史曲线质量报表等编程难点。运行结果表明：该系统运行稳定，能较好满足现场使用，水压设备压管数据全自动采集、保存且实现双备份，能为钢管水压质量的可追溯性提供数据支撑。Abstract: In order to solve the problems as staying with steel pipe hydrostatic testing,a Visual Studio 2013 C#platform-based system for hydrostatic testing and information storage & analysis is developed.Briefed here in the article are the general hardware/software architecture,and the logic flows of the C# function blocks,including data acquisition for pipe hydrostatic testing,real-time curve display,download of equipment parameters,dumping the hydrostatic testing data into the local industrial control data base,pipe number correction and data dual backup,etc.Focused on are the suitability of Prodave 6.2 and the programming difficulties such as communication processing,and history curve quality report,etc.The actual operation result of the said system demonstrates that the system runs steadily,and meets the site service requirements;and the pipe statistic testing data can be automatically acquired,and stored with dual backup so as to provide data support for the traceability for quality of the steel pipe hydrostatic testing.
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Keywords:
- steel pipe /
- hydrostatic testing machine /
- monitoring /
- information storage /
- analysis system
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期刊类型引用(3)
1. 徐根涛，黄杰，李蒙. 钢管水压试验机增压异常分析及处理. 液压与气动. 2024(03): 132-140 . 
百度学术
2. 冯瑶，于宾，李忠凯，翁文，倪舒亚，杨艳滨. 集成式液压缸在水压机设备的应用. 钢管. 2023(05): 58-61 . 本站查看
3. 陈亮，翟海祥，牛思淇. 钢管爆破检测系统研制. 钢管. 2023(06): 72-76 . 本站查看
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