Research on New Intelligent Beating-up System of High-speed Rapier Loom

Abstract

Aiming at the problems of mechanical beating mechanism, such as poor precision and poor performance, motion is not adjustable, a new design scheme of intelligent beating-up system is proposed. Through experimental tests, a mathematical model of the system was established using a neural network system identification method. Using fuzzy control method of dynamic evolutionary algorithm, intelligent controller is constructed. The controller and the servo system are used to drive the beating-up sley to achieve efficient and precise control of the beating-up motion, and improve the loom performance and fabric quality. The follow-up research results can provide theoretical and technical support for the design of high-speed rapier looms, and it has great significance for promoting the technical level of high-end weaving equipment and industrial transformation and upgrading.