Speed Control System of Paper Cutting Machine Based on Fuzzy-PID
Zenggang Xia
Abstract
Zenggang Xia
Abstract
Considering the precision control problem of the rotary high speed paper cutting machine in operation, a control method based on fuzzy PID was used to improve the precision. The precision is related to the speed control of the knives and the paper delivering, the speed closed-loop control guarantees steady speed, the fuzzy PID control method was used to improve the Synchronism between the paper delivering speed and the cutting speed therefore to improve the precision. The speed control system model based on fuzzy PID was build in the Matlab Simulink platform, and the simulation and result analysis were carried out.
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Considering the precision control problem of the rotary high speed paper cutting machine in operation, a control method based on fuzzy PID was used to improve the precision. The precision is related to the speed control of the knives and the paper delivering, the speed closed-loop control guarantees steady speed, the fuzzy PID control method was used to improve the Synchronism between the paper delivering speed and the cutting speed therefore to improve the precision. The speed control system model based on fuzzy PID was build in the Matlab Simulink platform, and the simulation and result analysis were carried out.
Key concepts: PID controller, Synchronism, Electronic speed control, Control theory (sociology), Control engineering, Fuzzy logic, Fuzzy control system, Computer science