Ball Guide Groove Ramps for Uniform Multi-Groove Lapping

The patent applies preliminary action by transferring balls between grooves at predetermined intervals during the machining process. This ensures that each ball spends equalized time in each groove, achieving uniform abrasion before the machining cycle completes. The transfer mechanism proactively manages ball distribution to prevent non-uniform wear from developing.

The patent implements dynamics by making the ball groove configuration changeable during operation. Balls are dynamically transferred between grooves of different diameters according to a predetermined sequence, allowing the system to adapt the machining conditions for each ball to achieve uniform abrasion while maintaining high productivity through parallel processing.

The patent applies self-service by implementing an automated transfer mechanism that moves balls between grooves without manual intervention. The system uses gravity-fed chutes and guide structures to automatically guide balls from one groove to another, eliminating the need for operator involvement in the transfer process while maintaining precise control over ball sequencing.

The patent uses intermediary structures such as guide grooves, chutes, and transfer zones that facilitate automatic ball movement between machining grooves. These intermediary elements mediate the transfer process, enabling seamless transition of balls between different groove diameters without requiring direct manual handling or complex sorting operations.

The patent applies preliminary action by maintaining the ball sequence and achieving uniform abrasion during the machining process itself through automated transfers between grooves. This preliminary equalization of wear prevents the need for post-machining sorting and rejection, as all balls emerge with consistent geometrical properties from the outset.

The patent implements continuity of useful action by integrating the ball transfer and sequence maintenance functions into the continuous machining process. Balls flow continuously through the system with automatic transfers occurring during machining cycles, eliminating discontinuous sorting operations and ensuring that all balls undergo equivalent machining treatment without interruption to production flow.