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In order to improve the efficiency of the combined cement grinding system as well as energy saving and emission reduction, we design a parallel fuzzy PID controller to stabilize the weighing of the grinding station's weighing bin. The results of the MATLAB simulation show that the parallel fuzzy PID controller's dynamic characteristics are better than those of traditional control algorithms.
Since the math model of the Neoprene reactor is difficult to establish and the characters of nonlinear and delay based on temperature system of Neoprene reactor. The fuzzy controller has been designed in order to deal with the non-linear, time-variant and the time-delays in the temperature system of the Neoprene reactor. The results show that the fuzzy control enhanced the stability of system, anti-interference...
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