Abstract
Conventional hydraulic transmission device has the problem of serious under-voltage consumption, which is not suitable for the transmission of high load equipment. In order to solve the problem of high load condition, this paper introduced a novel PID control with multimedia interaction that based on the improved genetic algorithm. First, the mathematical model of hydraulic transmission is built based on PID controller with multimedia interaction, and the control of hydraulic based on the interacting of a multimedia interactive cylinder pump is analyzed. Then, the PID control with multimedia interaction that based on improved genetic algorithm is used to optimize hydraulic system, compress hydraulic system, and overturning hydraulic system. Last, the multimedia interaction system of PID control based on improved genetic algorithm in hydraulic transmission is realized. The multimedia interaction system that constructed for experiments of PID control for hydraulic transmission showed that the transmission loss rate of the proposed PID control hydraulic system is 14.24% lower than that of the conventional hydraulic transmission system, and is suitable for the transmission of different loads.
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