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PLANT MONITORING AND DIAGNOSING SYSTEM AND NON-DESTRUCTIVE INSPECTING AND DIAGNOSING SYSTEM

机译:植物监测诊断系统及非破坏性检查诊断系统

摘要

PURPOSE:To provide a non-destructive inspecting and diagnosing system which can exactly monitor and diagnose a plant and easily recognize an occurred defect. CONSTITUTION:Reference characters 1a-1c show sensors, and 2a-2c show signal processors. A state quantity calculator 3 calculates a quantity of state for representing an environment of a plant based on monitor information to be input from the processors 2a-2c. A state predicting unit 4 calculates to predict the quantity of the state after a predetermined time based on the quantity of the state, monitor information to be input from the calculator 3 and timing change of the quantity of the state. A future event predicting unit 5 predicts a future event based on the predicting information of the quantity of the state to be input from the unit 4. An image information processor 6a converts the quantity of the state to be input from the calculator 3 into image information, and displays it on a display unit 7a. An image information processor 6b converts the predicted quantity of the state after the predetermined time to be input from the unit 4 into image information, and displays it on a display unit 7b. An image information processor 6c converts the future event predicted by the unit 5 into image information, and displays it on a display unit 7c.
机译:目的:提供一种非破坏性的检查和诊断系统,该系统可以准确地监视和诊断植物并容易地识别出发生的缺陷。组成:参考字符1a-1c显示传感器,参考字符2a-2c显示信号处理器。状态量计算器3基于要从处理器2a-2c输入的监视信息来计算用于表示工厂环境的状态量。状态预测单元​​4基于状态量,要从计算器3输入的监视信息以及状态量的定时变化来计算以预测预定时间之后的状态量。将来事件预测单元5基于从单元4输入的状态量的预测信息来预测未来事件。图像信息处理器6a将从计算器3输入的状态量转换为图像信息。并将其显示在显示单元7a上。图像信息处理器6b将要从单元4输入的预定时间之后的状态的预测量转换为图像信息,并将其显示在显示单元7b上。图像信息处理器6c将由单元5预测的未来事件转换为图像信息,并将其显示在显示单元7c上。

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