智能维护

  • 网络intelligent maintenance;Smart Maintenance
智能维护智能维护
  1. 基于SOA的设备智能维护系统架构设计及实现

    Design and Realization of machinery intelligent maintenance system architecture based on SOA

  2. 便携式采油设备状态监测与故障诊断智能维护系统

    Portable condition monitoring and fault diagnosing intelligent maintenance system for production equipments

  3. 本文介绍了Web驱动的电子化制造技术的基本原理、战略规划及其所应具备的基本要素,并重点阐述了智能维护这一关键技术。

    This paper gives an introduction about e-manufacturing strategies , its architecture , its fundamental elements , and its key technology ( web-enabled intelligent e-maintenance ) to meet the changing needs of the manufacturing industry in transition to an e-business environment .

  4. 一种支持网络协议的嵌入式敏捷化智能维护单元的实现

    Implementation of a network-based embedded intelligent-maintenance-unit orienting agile manufacturing system

  5. 大型机械装备智能维护系统的特性分析

    Analysis on the Characteristics of Intelligent Maintenance System of Large-sized Mechanical Equipment

  6. 蓄电池组智能维护仪的设计及实现

    Design and Realization of Storage Battery Intelligence Maintenance Instrument

  7. 血液透析机智能维护及维修管理系统

    Intelligence maintenance and service management system of dialyzer

  8. 旋转机械智能维护单元设计研究

    Research on intelligent maintenance unit of rotary machine

  9. 基于因特网的智能维护系统

    The Intelligent Maintenance System Based on Internet

  10. 对大型设备工作状态的智能维护已经逐渐成为故障诊断领域新的研究热点。

    Intelligent Maintenance for large equipment has been becoming a new hot spot in fault diagnosis research field .

  11. 数字化智能维护技术是设备诊断维护技术与计算机网络和信息处理等技术的有机结合。

    Digital e Maintenance is a new technology which integrates equipment diagnostic maintenance technology with network and information technology .

  12. 在21世纪,基于互联网的e-智能维护是企业能否在6-σ产品的售后服务和制造业的生产率方面取得全球领先地位的关键技术。

    Web-based intelligence is key to achieving global leadership in six-sigma product aftermarket service and manufacturing productivity for the 21st century .

  13. 本文论述了智能维护技术的提出、它的特点、如何实现以及进一步的研究展望。

    In this paper , the arising , characteristics of IMS , including how to realize it and the next research steps , are all discussed .

  14. 维护,又称智能维护,是一种多方参与远程网络合作的设备维护模式,维护过程包含多种决策。

    E-maintenance , or Intelligent maintenance , is a kind of equipment maintenance mode in which many partners cooperate on-line and make group decision for maintenance .

  15. 文章介绍便携式采油设备状态监测与故障诊断智能维护系统软硬件功能和诊断实例分析。

    This paper mainly introduces the function of software and hardware , diagnosis example of portable condition monitoring and fault diagnosis intelligent maintenance system for production equipments .

  16. 对设备性能退化的评估是智能维护技术的重要组成部分,也是对设备运行状态做出合理预测的基础。

    The equipment performance degradation assessment is one of important parts of the Intelligent Maintenance , which is also the foundation of the equipment running states prediction .

  17. 开发血液透析机智能维护及维修管理系统,对临床血液透析机进行电子管理,高效地保证了透析机工作的正常运行。

    The paper developed intelligence maintenance and the service management system of dialyzer , to carry on the electronic management of clinical dialyzers to guarantee their normal operation .

  18. 针对汽车轮胎智能维护中,如何减少轮胎磨损的问题,提出一种机电一体化的汽车轮胎智能维护系统,并详述了电器控制部分的组成与工作原理。

    To reduce tire wearing loss of automobiles , an intelligent tire maintainence system of mechanic-electric integration is designed , elaborating the composition of controls and the working principles .

  19. 智能维护技术能够为使用者提供有用的产品性能衰退信息及故障信息,使产品能够得到适时的维护,故智能维护技术可以有效地支持产品的再利用。

    Intelligent maintenance technique , which provides users with useful information on the degradation and even failure of products so that they can be maintained timely , can support the reuse of products .

  20. 很多情况下,如桥梁健康状况分析、森林火灾预防以及企业设备的智能维护等,需要对远程环境、设备或设施的状况进行实时监测。

    It is needed to monitor long-distance environment , equipments or establishments in real time in many cases such as bridge health situation analysis , forest fire protection , equipment intelligent maintenance in enterprises , etc.

  21. 本课题的研究目的是使所开发设备的故障检测与诊断系统既具有一般设备的故障显示和报警功能,又具有智能维护与预测功能。

    The purpose of this research is to make the development of fault monitoring and diagnosis system not only generally has the function of fault display and alarm , but also intelligent maintenance and forecasting functions .

  22. 基于敏捷制造对制造过程管理与维护的需求,研究并建立了制造系统智能维护单元的原型。

    To satisfy manufacturing process management and maintenance requirements from agile manufacturing , the prototype of Intelligent Maintenance Unit ( IMU ) of manufacturing system was studied and constructed . Relevant products information from home and abroad were analyzed .

  23. 提出了基于动态测试和故障诊断的智能维护系统,通过网络传输,为产品提供预示征兆和性能衰退监测,利用所获知的知识来指导产品信息化设计,提升产品竞争力。

    It presents the intelligent maintenance systems based on dynamic test and fault diagnosis , this system can provide predictive prognostics and degradation monitoring of products via Internet communication , and the obtained knowledge can guide the product information platform design and enhance the product competition .

  24. 本文作为高速旋转机械智能维护系统研究的子课题,主要是研究针对大型旋转机械的远程故障诊断系统的软件技术,为故障诊断系统的网络化、模块化、集成化、开放化提供软件技术支持。

    As an affiliated item of the one ( Intelligent maintenance System for the high-speed Rotating Machinery ), the software technology for the fault diagnostic system for the high speed rotating machinery is mainly studied , and besides , instructor of software technology for the system is furnished .

  25. 基于多Agent的焦炉生产智能控制维护管理一体化系统研究迪维尔法-翻炉铸造

    Intelligent Control-Maintenance-Management Integrated System of Coke Oven Production Based on Multi-agent Durville process

  26. 面向INTERNET的滑动轴承磨损智能虚拟维护技术的研究

    The Research of the Intelligent Virtual Maintenance Technology about the Wear of Sliding Bearing Based on Internet

  27. Web驱动的智能电子维护技术

    Web-enabled Intelligent e-Maintenance Technology

  28. 基于ASP模式的产品智能E维护系统研究

    Research on the Product Intelligent Maintenance System Based on ASP Mode

  29. 基于J2EE架构的智能数据维护系统的设计与实现

    Design and Implementation of Database Maintenance Based on J2EE Frameworks

  30. 创新FF总线智能设备维护管理与应用

    Innovation FF Bus Maintenance and Management of Intelligent Devices and Applications