轮胎内衬层厚度智能控制系统的研究

Research on Intelligent Control System of Tire Inner Liner Thickness

研究轮胎内衬层厚度智能控制系统。通过在接取位置安装厚度检测传感器,加快了内衬层厚度控制的响应速度;分析内衬层厚度的影响因素,并采集生产过程数据,构建了内衬层厚度预测的回归模型;设计模糊PID控制器,并利用模糊控制规则对PID控制参数进行在线自整定,实现了内衬层厚度的智能控制,达到了提高轮胎质量、降低成本的目的。

The intelligent control system of tire inner liner thickness was studied.The response speed of inner liner thickness control was accelerated by installing a thickness detection sensor at the receiving position.The influencing factors of the inner liner thickness was analyzed,and the production process data were collected to build the regression model for inner liner thickness prediction.In addition,the fuzzy PID controller was designed,and the fuzzy control rules were used for online self-tuning of PID control parameters,realizing the intelligent control of inner liner thickness,so as to improve tire quality and reduce cost.