A control system of an aviation composite ultrasonic seven-axis machining center

Abstract

The application discloses an aviation composite material ultrasonic seven-axis machining center control system and relates to the technical field of industrial control.The control system comprises a main control module, and a precise perception unit, an intelligent identification unit, a motion planning unit, a dynamic decision unit, a precise execution unit and an evaluation iteration unit which are bidirectionally communicated and coupled with the main control module.The aviation composite material ultrasonic seven-axis machining center control system realizes precise digitization of a work scene through multi-modal perception fusion, can adapt to workpiece deviation and deformation without manual programming and customized tooling, completes collision-free path optimization with the help of virtual pre-performance and dynamic decision, integrates machining and detection into an integrated process to guarantee process continuity, supports friendly human-computer interaction and continuously optimizes system performance through autonomous iteration, and comprehensively solves the problems of insufficient precision and low efficiency of a traditional system.

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