Offset Trajectory Handling for Horticultural Product Sorting

The apparatus divides the processing system into multiple independent stations (first station for quality analysis, second station for weighing, third station for sorting) that can operate simultaneously. Each station handles a specific function and processes apples in parallel rather than sequentially, eliminating the bottleneck where productivity was limited by the slowest station.

The patent transitions from a single-file sequential arrangement to a multi-track parallel arrangement. Instead of apples moving one by one along a single rectilinear path, the system uses multiple trajectories (first, second, and third paths) that allow simultaneous processing at different stations, effectively adding a temporal and spatial dimension to the workflow.

The patent merges the functions of multiple processing lines into a single integrated apparatus. Instead of having separate identical lines arranged side by side, the system combines quality analysis, weighing, and sorting functions into one coordinated unit that uses shared infrastructure (such as common belts and synchronized control) to reduce overall space occupation while maintaining high productivity.

The apparatus is designed as a multi-functional system where a single structure performs multiple operations. The same physical space houses the vision system for quality checking, the weighing device, and the sorting mechanisms, allowing one apparatus to replace what would traditionally require multiple dedicated lines, thereby reducing total space requirements.