| 1. | Development of the control and drive system for the autologous - blood recovery machine
机泵群智能监测预知维修平台的开发研制 |
| 2. | Study on the application of remote fault diagnosis technologies in machine conditioning based monitoring and maintenance system
远程故障诊断技术在设备预知维修系统中的应用研究 |
| 3. | So the distributed fault diagnosis and predictive maintenance system based on c / s structure is exploited after considering the equipment management of large enterprises
本课题就是在充分考虑大中型企业设备管理的实际情况之后，决定设计?开发基于c s结构的分布式故障诊断与预知维修系统。 |
| 4. | Equipment condition monitoring and fault diagnosis have a tendency to information inosculation and preventive maintenance and fault prediction . and it is prospected in the paper
对现场数据进行各种数据分析和处理，进行故障预测，实现预知维修是设备状态监测和故障诊断的发展方向，本文对此作了展望。 |
| 5. | The work of developing computerized automatic monitoring and diagnosis system has very huge practical value because it is an important measure of realizing prescient servicing and managing facilities dynamically in enterprise
开发计算机状态监测与故障诊断系统，是实现设备预知维修的一个重要举措，也是实现现代企业设备动态管理的一条重要途径，具有很高的实用价值。 |
| 6. | In general , vibration diagnosis of rotating machinery is an effective and cost - cutting method . with the help of diagnosis , maintenance management will be changed over from planed maintenance system to predicated and preventive one
总之，振动诊断技术是旋转机械故障诊断的有效方法，它为企业维修体制由计划维修向预知维修转变，为企业设备安稳运行将发挥重要作用。 |
| 7. | The prescient maintenance based on state monitoring of the rotary machine is paid a lot of attention by factories in and out of the country nowadays , in the meantime , visualization of faults , being characterized of its visibility , is pursued in many fields
当前，以旋转机械状态监测为基础的预知维修日益受到国内外企业的推崇，同时可视化以其直观而形象的特点成为许多领域竞相追逐的的一个目标。 |
| 8. | This paper , mainly contains several following aspects : 1 discuss the theory of distributed fault diagnosis system from two aspects , the theory of distributed system and the theory of fault diagnosis . explain the distributed fault diagnosis system " s two basic structures : c / s structure and b / s structure . give the reason of choosing c / s structure and construct the generalized framework of the system
在论文的核心部分，主要对以下几个方面进行了阐述： 1 、从故障诊断理论和分布式系统理论两个方面论述了分布式故障诊断与预知维修系统的理论基础，讨论了分布式故障诊断系统的两种基本结构c s结构和b s结构，最终选择了两层c s结构，并提出了基于两层c s结构系统的整体架构。 |
| 9. | At last , aiming at some problems about moving machinery now , such as the backward manage , the difficult to check performances , the high of maintenance expenses , it takes performance checking for moving machinery in xianglujiao corporation of dalian port as background , the author develops " fault diagnosis and predicting maintenance system for port moving m
最后，以大连港务局香炉礁港务公司流动机械为背景，针对目前流动机械管理落后、性能检测困难、维修费用高等现存问题，融合传统故障诊断方法和本文提出的几种新方法，开发研制了“港口流动机械故障诊断与预知维修系统” 。 |
| 10. | 2 design and exploit a database as background support after considering the traits of the existing system in order to avoid the shortcomings such as maintenance difficulties , lacking of safety and etc . 3 design and exploit a number of modules of the distributed fault diagnosis and predictive maintenance system based on c / s structure
2 、充分考虑单机版系统现有特点之后，设计、开发了一个强大的数据库，采用数据库前后台管理，从而克服了文件管理带来的维护困难、安全性差、不易扩展、伸缩性差等缺点。 3 、设计、开发出基于c s结构的分布式故障诊断与预知维修系统的部分模块。 |
