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Research and Design of Fuzzy Control Jigger Control System

机译:模糊控制跳汰机控制系统的研究与设计

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When dressing for jigging variability and model uncertainty, jig bed stratification theory analysis and jigging process jigging indoor level height variations were detected. The jigger layered theory analysis of the impact of jig bed layered important factors: stable bed loose, jump in the jigging process and eliminating the indoor level change detection by Pepper + Fuchs ultrasonic sensors and buoys, loosely degree calculating formula expressing the timing bed Porosity, Fuzzy controller design jigger damper, the jigger damper about loose e and loose change in rate ec as the fuzzy controller input and jigging drivers experience introduced the dampers fuzzy controller to form damper fuzzy control rule table by fuzzy controller output on the jigging cycle of change, with the control of the S7-300 digital output of electromagnetic dampers.
机译:在对夹具的可变性和模型不确定性进行修整时,检测到夹具床分层理论分析和夹具过程中的夹具在室内水平高度的变化。跳汰机分层理论分析了跳汰机分层影响的重要因素:稳定的跳床松动,跳跳过程中的跳动以及消除通过Pepper + Fuchs超声波传感器和浮标进行的室内液位变化检测,松散度计算表示定时床孔隙度的公式,模糊控制器设计跳汰机阻尼器,跳汰机阻尼器关于e的松动和速率ec的松散变化作为模糊控制器输入和跳汰驱动程序的经验,介绍了阻尼器模糊控制器,通过模糊控制器输出的跳变周期来形成阻尼器模糊控制规则表,通过电磁阻尼器的S7-300数字输出进行控制。

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