机电设备

jī diàn shè bèi
  • electromechanical equipment;electromechanical device
机电设备机电设备
  1. 基于Internet的机电设备的故障诊断与专家系统

    The Electromechanical Equipment Fault Diagnosis and Expert System Based-on Internet

  2. 基于VISUALBASIC开发机电设备管理系统

    Developing electromechanical equipment management system basing on Visual Basic

  3. 基于WEB的嵌入式机电设备管理软件的设计与开发

    Design and Development of Management Software for The Embedded Mechanical and Electrical Equipment on WEB

  4. 机电设备BIT系统中虚警问题的数学模型分析

    Mathematical Model Analysis Of False Alarm In Mechatronics Built-in Test Systems

  5. 基于PC控制的大型机电设备柔性改进

    The Flexibility Renovation of Large-scale Electro-mechanic Equipment Based on PC Control

  6. 机电设备BIT中传感层系统的不确定性动态分析

    Dynamic Uncertainty Analysis of Sensor Level in Mechatronic Systems For Application of Mechatronics BIT

  7. 基于LabView的机电设备监测诊断系统数据管理

    Data Management in Monitoring and Diagnosis System for Electromechanical Equipment Based on Lab VIEW

  8. 公路隧道机电设备PLC控制方案研究

    Study on PLC Control Plan of Electromechanical Devices in the Highway Tunnel

  9. 简述机电设备PLC技术改造方法

    The Method of Electromechanical Equipment Alteration Based on PLC Technology

  10. 基于DSP的机电设备故障诊断系统的研究与开发

    The Research and Development of Mechanical-Electrical Equipment Fault Diagnosis System Based on DSP

  11. ~(60)Co辐照装置机电设备和安全联锁系统的设计

    Design of machine and control equipment and safety interlocking in  ̄( 60 ) Co irradiation

  12. 机电设备BIT虚警问题的传感层影响因素分析和数学模型分析

    Physical and Mathematical Analyses of Impactive Factors at Sensor Level on the FAR in BIT Systems of Mechatronics Equipments

  13. 研究以机电设备BIT系统为背景,从传感层对虚警率的影响因素着手,进行系统分析。

    A systematic analysis was made on the impactive factors on the FAR of BIT systems at the sensor level .

  14. 基于ARM和uClinux的某机电设备模拟器设计

    Design of a Electromechanical Equipment Simulator Based on ARM and uClinux

  15. 提出了一种利用多智能体(Multi-agentSystems,MAS)方法学指导复杂机电设备嵌入式控制系统开发的方法。

    This paper presented a multi-agent systems ( MAS ) based embedded control system design method for complex mechatronic system .

  16. 基于西门子S7系列PLC的机电设备分布式监控系统的实现

    Electromechanical Equipment Distributing Monitoring System Based on S7 PLC

  17. 在用PLC控制的机电设备中,常遇到操作面板上增加软件密锁的问题。

    We often deal with the matter of setting software code in operating board of electric - mechanical integrated equipment controlled by PLC .

  18. 充分利用机电设备控制系统中PLC的硬件资源,可简化诊断系统的硬件设计。

    Making the most of electromechanical facility to control the hardware resource of PLC in the system can simplify the design of hardware in diagnosing system .

  19. SY公司机电设备代理业务发展战略研究

    The Research on Development Strategy of Electromechanical Appliance Agent Business of Company SY

  20. 根据中小机械制造企业的行业特点和管理特点,结合某中小型机电设备制造企业实施ERP项目的实际情况,探讨ERP在中小型机械制造企业实施ERP项目的关键环节。

    Discusses the key of implementing ERP in medium and small sized mechanical manufacturing enterprise according to the characteristics of these enterprises and experiences of implementing ERP .

  21. 同时,煤矿机电设备管理工作与GIS相结合,将煤矿设备分布图和系统数据库联系起来,即实现了设备信息管理的可视化、动态化、具体化。

    Meanwhile , coal-mining electromechanical equipment management and GIS combines , which relates equipment distribution map with system database to realize the visualization , dynamism , and concretization of equipment information .

  22. 该系统充分利用了DSP高速数据处理功能,辅以外围电路,开发了以DSP为主处理器的机电设备故障诊断系统的软硬件实现。

    The system makes full use of DSP high-speed data processing capabilities , combined with the external circuit , the development of a DSP processor-based fault diagnosis system for mechanical-electrical equipment to achieve the hardware and software .

  23. 脑-机接口(Brain-computerinterface,BCI)是一种新的人机交互界面,其主要任务是利用思维脑电信号实现人脑与计算机或其它外部机电设备的通讯和控制。

    Brain-computer interface ( Brain-Computer Interface . BCI ) is a new human machine interface . Currently , the BCI system realized the communication and control between brain and computer or other electronic equipment by EEG .

  24. 阐述了机电设备剩余寿命预测的必要性,提出了知识一数学模型预测方法,开发了疲劳寿命的数学模型与知识模型相结合的计算机软件。(3)BR可反映面瘫病人的预后情况。

    This paper states the necessary of predicting remain life time of the electrical and mechanical facility , introduces the method of know ledge-mathematics model to predict and develop the software of fatigue life time .

  25. 本文在港口机电设备重点实验室建设&集装箱装卸桥仿真模拟器电控系统项目的基础上,对集装箱装卸桥电控系统仿真模拟进行了比较全面的分析和研究。Lab为开发环境建立。

    On the basis of the emphasis lab construct of the port mechanical and electrical equipment-the electrical control system of the container crane simulator , the paper has been all-round analytical investigation for the electrical control system of the container crane simulation .

  26. 分析PLC对机电设备故障的诊断原理和它在故障诊断系统中的作用,利用PLC和计算机构成的诊断系统实现了故障诊断的智能化。

    The author analyzes the principle of the malfunctional diagnosis of electromechanical facility and the function in the system of the malfunctional diagnosis of PLC , use of the diagnosis of PLC and the constitution of computer to realize the intellectual faculties of malfunctional diagnosis .

  27. 主要介绍了对普通机电设备进行PLC技术改造的方法和过程,并阐述了在此过程中必须注意的一些基本问题,系统地介绍了PLC系统安装和接线的基本方法以及调试的过程。

    The paper introduced a method of electromechanical equipment alteration based on PLC technology and some questions that must be concerned during the alteration process . It was expatiated on systematically that the assembling method and the debugging process of PLC system in the paper .

  28. 研究的主要结论如下:构建中韩FTA中较敏感的农业部门有:水产品、谷物和蔬菜水果制品等,制造业部门有:光学医疗设备、化工产品、纺织品和机电设备等。

    Firstly , the sensitive sectors in construction China-Korea FTA are : aquatic product , cereals , vegetable and fruit products , optical medical equipment , chemical products , textiles , mechanical and electrical equipment .

  29. 主要介绍广州地铁机电设备监控系统车站级组网方案的发展及演变过程,包括站内通信局域网、PLC控制器、现场总线等的配置结构和特点。

    The paper presents the development of the station network schemes for monitoring control system for electromechanical equipment of Guangzhou metro , including local area network for communications within the station , PLC controller and the configuration structure and characters of site concentration line and so on .

  30. 3号线机电设备监控系统(简称EMCS)作为一个地铁自动控制系统,在工程施工配合上具有一般EMCS接口繁多、分布零散的基本特点,同时具有区别于以往线路的新的特点。

    Being an automated system , Electrical and Mechanical Control System has some generic traits , such as the various interfaces and scattered equipments .