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air leakage detector
相关语句
  气体测漏
     GPIB Communication under the Environment of LabWindows/CVI in the Experiment of Air Leakage Detector
     气体测漏实验中基于LabWindows/CVI环境的GPIB通信
短句来源
     GPIB communication under the environment of LabWindows/CVI in the experiment of air leakage detector was introduced.
     介绍了气体测漏实验中基于LabW indows/CVI环境下GPIB通信。
短句来源
     Program controlled the digital manometer with IEEE-448 interface by calling dynamic link library of AX5488 interface board,this communication mode can actualize pressure gathered quickly and accurately in the testing system about the experiment of air leakage detector.
     通过调用AX5488接口卡的动态连接库对带有IEEE-488接口的数字压力计进行编程控制,这种通信方式能够在气体测漏实验测试系统中精确快速地实现压力采集。
短句来源
  相似匹配句对
     Application and research of DSP in the portable air-leakage detector
     基于小波分析的气体泄漏检测
短句来源
     Research and Design of High Precision Micro Air-leakage Detector
     一种高精度微量气体泄漏检测仪的设计与研究
短句来源
     Development of leakage water detector
     漏水探测仪的研制
短句来源
     Research of Computer-aided Air-leakage Detector Based on Volume Compensation
     基于容积补偿的计算机辅助泄漏检漏仪的研制
短句来源
     Portable Propellant Leakage Detector
     便携式推进剂泄漏检测仪
短句来源
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The air-leakage detector to sealing devices is introduced,which is controlled by microchip system and uses micro differential pressure principle.Due to the fact that detecting system under high-pressure and big-cubage is liable to be influenced by outside factors,a precise mathematics model is difficult to create;therefore a temperature compensation arithmetic on the basis of fuzzy reasoning is introduced.According to the results of the experiments,the detector with this compensation...

The air-leakage detector to sealing devices is introduced,which is controlled by microchip system and uses micro differential pressure principle.Due to the fact that detecting system under high-pressure and big-cubage is liable to be influenced by outside factors,a precise mathematics model is difficult to create;therefore a temperature compensation arithmetic on the basis of fuzzy reasoning is introduced.According to the results of the experiments,the detector with this compensation arithmetic is stable,reliable and more precise.

介绍了利用微差压原理,采用单片机进行控制,用于密封器件气密性检测的检测仪。针对大容积高气压气密性检测系统易受外界因素的影响,难以建立精确的数学模型,提出基于模糊推理的温度补偿策略。实验结果表明,采用该补偿策略后的检漏仪稳定、可靠、精度高。

In this paper,the air-leakage detector to sealing devices is introduced,which controlled by microchip system,used micro differential pressure principle.Due to the fact that detecting system under high-pressure and big-cubage is liable to be influenced by outside factors,a precise mathematics model is difficult to create,therefore a temperature compensation arithmetic on the basis of fuzzy reasoning is introduced.According to the results of the experiments,the detector with this compensation...

In this paper,the air-leakage detector to sealing devices is introduced,which controlled by microchip system,used micro differential pressure principle.Due to the fact that detecting system under high-pressure and big-cubage is liable to be influenced by outside factors,a precise mathematics model is difficult to create,therefore a temperature compensation arithmetic on the basis of fuzzy reasoning is introduced.According to the results of the experiments,the detector with this compensation arithmetic is stable,reliable and more precise.

文中介绍了利用微差压原理,采用单片机进行控制,用于密封器件检测的气密性检测仪。针对大体积高压气密性检测系统易受外界因素的影响,难以建立精确的数学模型,提出基于模糊推理的温度补偿策略。实验结果表明,采用该补偿策略后的检漏仪稳定、可靠、精度高。

GPIB communication under the environment of LabWindows/CVI in the experiment of air leakage detector was introduced.Program controlled the digital manometer with IEEE-448 interface by calling dynamic link library of AX5488 interface board,this communication mode can actualize pressure gathered quickly and accurately in the testing system about the experiment of air leakage detector.

介绍了气体测漏实验中基于LabW indows/CVI环境下GPIB通信。通过调用AX5488接口卡的动态连接库对带有IEEE-488接口的数字压力计进行编程控制,这种通信方式能够在气体测漏实验测试系统中精确快速地实现压力采集。

 
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