Ceramic Ball CIP Reorientation for Uniform Density

The patent applies the dynamics principle by changing the positioning orientation of the green compact between CIP forming cycles. Instead of maintaining a fixed position, the compact is reoriented (e.g., rotated 90 degrees or flipped) before subsequent CIP forming operations. This dynamic adjustment ensures that density unevenness developed in one orientation is compensated in the next orientation, achieving uniform density distribution throughout the compact while maintaining high polishing efficiency.

The patent implements periodic action by performing CIP forming in cycles with periodic reorientation of the green compact. Instead of continuous forming in one position, the process alternates between forming operations and reorientation steps. This periodic intervention efficiently eliminates density unevenness in fewer cycles compared to continuous forming, thereby reducing total manufacturing time while achieving uniform density.

The patent resolves this contradiction by introducing dynamic repositioning into the otherwise simple CIP forming process. The green compact is periodically reoriented between forming cycles, adding a simple rotational or flipping operation that maintains process ease while eliminating density unevenness. This dynamic adjustment requires minimal additional complexity but dramatically improves density uniformity.