生产设备故障信息的收集。
定期做好设备的计划性停机维修工作，及时收集设备故障信息，在设备停机保养时修复。
Check and repair the machine accord to the planning , collect the equipment errors in time , and repair it when the machines stop.
着重对飞机仪表设备故障信息的获取、故障寻迹管理、故障冗余管理和状态维修管理进行了分析和讨论。
The acquirement of failure information, failure trace management, failure redundance management and condition maintenance management on aircraft instruments are mainly analysed and discussed.
该系统具有供电设备状态评估、故障诊断、检修决策、制定检修计划、自学习和企业网站检修信息发布功能。
The major functions of the DSS system are estate evaluation, fault diagnose, maintenance decision-making, maintenance planning, self-study and maintenance information publish.
查看设备运行手册从故障代号得到更详细的信息和修复方法。
See the equipment operating manual for more detailed information on the fault code and corrective actions.
在制造行业中，机械设备的状态检测技术能提供关于设备运行状态的实时信息，为避免生产损失和减少设备的致命故障提供保障。
Condition monitoring of machinery can provides real time information regarding machine status on-line, thus avoiding the production losses and minimizing the chances of catastrophic machine failures.
利用单一信息对雷达发射设备进行故障检测和诊断时，可靠性和准确性低。
When the radar transmitter faults are diagnosed using single sensor, the source of fault information is limited, the accuracy and reliability of fault diagnosis are low.
作者设计了基于GIS的车站信号设备管理系统，并在此基础上提出了信号设备的故障诊断与信息定位系统。
Writer discusses the management system for station signal equipment based on GIS, and provides the system of fault diagnosis and information positioning for station signal equipment.
本文面向设备应用，将无线传感器网络与信息集成及故障诊断系统融合。
This paper concerns about the equipment application, and takes a combination of WSN, information integration and fault diagnosis system.
机械故障诊断是研究设备运行状态信息的变化，进而识别设备运行状态的科学。
Machine fault diagnosis is a science of identifying the running state of device by studying the varying information of the device running state.
先采集设备状态，获取设备征兆信息，并将系统故障分解成各子故障。
First it gather equipment state, and acquire the information of symptom, then decompose systemic fault into sub-fault.
故障诊断是研究设备运行状态信息的变化，进而识别设备运行状态的科学。
Fault diagnosis is a science of identifying the running state of device by studying the varying information of the device running state.
车载信息系统是汽车上电子设备的综合，它主要包括汽车信息显示和故障诊断两大类。
Carborne information system is the integration of all the electronic equipments of the car, it mainly consists of carborne information display system and malfunction diagnosis system.
实现在最短时间内对信息系统故障设备的快速修复，对设备数量庞大的供电企业信息系统非常重要。
To fix fault device of information system in the shortest time limitation is very important to electric enterprises as they have great amount of such devices used in power supply information system.
汽车故障诊断中可利用的信息很多，只有充分有效融合有用的信息来对设备的故障进行诊断才能提高故障诊断的精度和可靠性。
There are much available information in auto fault diagnosis, only when the available and mulriple information is fused, can the precision and credibility be improved.
本文针对机载无线电设备故障诊断定位率低的问题，提出利用先验故障信息指导批次定检的思想。
To resolve the problem of low locating rate in fault diagnosis of air-borne radio equipment, the idea was proposed to using preceding fault information in the tests of batch equipments.
该方法实现了在机械设备故障诊断中不同频带范围内零部件故障信息的分离和提取。
In fault diagnosis of machinery, the method can extract fault information of machine parts of different frequency bands.
针对机载设备故障诊断定位率低的问题，提出充分利用先验故障信息指导批次定检的思想。
To resolve the problem of low locating rate in fault diagnosis, efforts were made by using preceding fault information fully in lot assure tests.
查明故障原因，与传输设备进行远程对话，显示故障信息。
To clarify the reason for the fault, take a remote session to transmission equipment and display fault information.
充分利用该技术，可以有效地利用异地的物质和智力资源，例如进行网上专家会诊、异地设备信息的获取和处理以及故障的诊断与排除等。
Making full use of this technology can process online sampling data, diagnose in network eliminate malfunction and realize experts' consultation and so on.
信号处理是提取故障特征信息的主要手段，而故障特征信息则是进一步诊断设备故障原因并采取防治对策的依据。
Signal Processing is the main method to extract fault feature information. These information become the base for further way to diagnose machine fault and take measures to prevent machine fault.
作为火警控制器火灾报警信息、故障报警的信息的延伸显示设备。
It is intend for display information of the fire alarm and failure alarm.
最后，开发了网络环境下设备故障管理信息系统并应用于某企业，实现了设备故障的科学管理与控制；
Finally, the Network-based Plant Fault Management Information System was developed and applied to enterprise successfully, which can manage and control the plant fault effectively.
随后以故障树风险分析理论为基础，对故障事件进行建模和定性定量分析，确定表征设备故障特征的信息，提取关键因素。
Furthermore, fault events are modeled and made into analysis based on the risk analysis theory of fault tree. After that equipment failure characters are confirmed and key factors are exacted.
将小波包变换和迭代交叉信息熵有机结合，从检测信号信息量差异性的角度出发，提出一种设备故障动态检测的新方法。
A new dynamic detection method for roll bearing faults was proposed based on wavelet packet and cross entropy from the angles of information differences of detection signals.
为此，研究信息融合技术在旋转机械故障诊断中的应用，降低故障诊断的不确定性，提高设备的诊断精度显得尤为必要。
For decreasing uncertainty and improving accuracy of fault diagnosis, it is very necessarily to research the application of information fusion technology in rotating machinery fault diagnosis.
利用数字量信息—关联维数作为诊断标准有利于计算机对设备的运行状态进行识别与判断，为机械设备的在线监测与故障诊断提供了可靠的工具。
Thecorrelation dimensions of the steam-electric generator set in different state was studied, meanwhile the criterion for the steam-electric generator set fault diagnosis was given.
利用数字量信息—关联维数作为诊断标准有利于计算机对设备的运行状态进行识别与判断，为机械设备的在线监测与故障诊断提供了可靠的工具。
Thecorrelation dimensions of the steam-electric generator set in different state was studied, meanwhile the criterion for the steam-electric generator set fault diagnosis was given.
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