Design and simulation of orbital electromagnetic shuttle throwing mechanism for gripper looms
Addressing the inefficiencies,high power consumption,impact,and noise issues inherent in traditional gripper loom mechanical shuttle throwing and weft insertion,this paper proposes a novel track-type electromagnetic shuttle throwing solution.It introduces the principles of track-type electromagnetic launch technology for shuttle throwing,designs the mechanical structure of the electromagnetic shuttle throwing device for gripper looms,conducts dynamic analysis of the shuttle throwing process,and establishes a virtual three-dimensional model of the shuttle throwing device.Through finite element simulation analysis of the electromagnetic force and weft insertion speed experienced by the gripper loom,the feasibility of the track-type electromagnetic shuttle throwing and weft insertion method is validated,providing a technical reference for the innovative development of modern gripper looms.
gripper loomshuttle throwing methodelectromagnetic rail launchfinite element simulation
NETL
NSTL
万方数据
