Coplanar Conveyor Screening for High-Speed, Low-Damage Workpiece Handling

The patent uses a vibration disc to generate vibrational motion that facilitates the orderly arrangement of workpieces. The vibration causes workpieces to move and self-organize on the conveying platform without requiring violent collisions, thus achieving stable arrangement while minimizing damage through controlled vibrational energy.

The patent transitions from a three-dimensional non-coplanar centrifugal disc structure to a two-dimensional coplanar conveying platform. This dimensional simplification eliminates the gap problem between discs, allowing the platform to effectively screen and change the attitude of smaller workpieces while maintaining conveying capability through planar motion.

The patent implements continuous screening and conveying operations on the coplanar platform, where workpieces are continuously fed, screened, and discharged without interruption. The vibration disc maintains constant vibrational motion to ensure continuous workpiece movement and arrangement, eliminating idle time and achieving both high screening reliability and high-speed output.

The vibration disc provides controlled vibrational energy that enables high-speed conveying while minimizing harmful collisions. The vibration keeps workpieces in constant motion and prevents them from stacking or colliding violently during acceleration and deceleration, allowing high productivity to be achieved without increasing workpiece damage.