机床与液压
機床與液壓
궤상여액압
MACHINE TOOL & HYDRAULICS
2015年
1期
19-23
,共5页
杜丹丰%马越%郭秀荣%杨旭
杜丹豐%馬越%郭秀榮%楊旭
두단봉%마월%곽수영%양욱
微米木纤维滤芯%模压机%AMESim%液压系统%模糊控制
微米木纖維濾芯%模壓機%AMESim%液壓繫統%模糊控製
미미목섬유려심%모압궤%AMESim%액압계통%모호공제
Micron wood fiber filter%Molding machine%AMESim%Hydraulic system%Fuzzy control
介绍了微米木纤维滤芯模压机液压系统的工作循环过程。根据液压系统的工作原理，利用AMESim与MATLAB／Simulink进行联合仿真，并采用模糊PID控制算法改善微米木纤维滤芯模压机液压系统的控制性能。结果表明：优化后的液压系统模生产出的微米木纤维滤芯之间的长度误差可控制在1 mm以内，满足微米木纤维滤芯的生产要求。
介紹瞭微米木纖維濾芯模壓機液壓繫統的工作循環過程。根據液壓繫統的工作原理，利用AMESim與MATLAB／Simulink進行聯閤倣真，併採用模糊PID控製算法改善微米木纖維濾芯模壓機液壓繫統的控製性能。結果錶明：優化後的液壓繫統模生產齣的微米木纖維濾芯之間的長度誤差可控製在1 mm以內，滿足微米木纖維濾芯的生產要求。
개소료미미목섬유려심모압궤액압계통적공작순배과정。근거액압계통적공작원리，이용AMESim여MATLAB／Simulink진행연합방진，병채용모호PID공제산법개선미미목섬유려심모압궤액압계통적공제성능。결과표명：우화후적액압계통모생산출적미미목섬유려심지간적장도오차가공제재1 mm이내，만족미미목섬유려심적생산요구。
The action recycle of micron wood fiber filter molding machine?s hydraulic system was introduced. Co?simulation was conducted by AMESim and MATLAB/Simulink according to the principle of hydraulic system. And the molding machine?s control per?formance was improved greatly by using fuzzy PID control algorithm. The results show that the length error of micron wood fiber filter between each other, which produced after optimization of the hydraulic modeling system, is controlled within 1 mm, which meets pro?duction requirement.
