Stone Slab Grinding Machine Orbital Spindle Movement

The patent applies the dynamics principle by transitioning from a simple reciprocating movement to a more complex orbital movement pattern. The spindles are mounted on a structure that rotates about a vertical axis, creating an orbital trajectory that eliminates pause points during reversal. This dynamic movement pattern ensures continuous contact with the slab surface, preventing shadow zones while maintaining manufacturing precision.

The patent implements dimensionality change by adding a rotational dimension to the traditional linear reciprocating movement. Instead of moving only in one transverse direction and reversing, the spindle-carrying structure rotates about a vertical axis, creating a two-dimensional orbital path. This additional dimensional movement eliminates the pause problem inherent in linear reciprocating systems.

The patent applies the merging principle by combining the transverse reciprocating movement with a rotational movement about a vertical axis into a single integrated orbital motion system. Rather than using separate mechanisms for different movements, the invention merges them into one coordinated system where the spindles naturally trace orbital paths, achieving uniform surface finish without excessive mechanical complexity.

The orbital movement structure serves multiple functions simultaneously: it provides transverse coverage across the slab width, eliminates pause points during reversal, and creates a uniform grinding pattern. This multi-functional design achieves superior surface uniformity without requiring separate dedicated mechanisms for each function.