3D Wiring Interference Check via Elliptical Movable Range

The patent segments the wiring path into multiple sections by identifying constraint tools along the wiring route. Each segment connects two adjacent constraint tools, allowing the system to calculate movable ranges for each segment individually. This segmentation enables accurate tracking of wiring paths even when the total wiring length exceeds the straight line distance between start and end points, resolving the accuracy issue while maintaining manageable calculation complexity through modular processing.

The patent transitions from two-dimensional straight line calculations to three-dimensional spatial calculations by considering the actual three-dimensional routing of wirings through multiple constraint points. This dimensional expansion allows the system to account for vertical and lateral deviations from straight lines, accurately representing real-world wiring layouts while using standard 3D coordinate geometry to avoid excessive computational complexity.

The patent implements self-service by enabling the system to automatically perform interference detection using the calculated movable ranges. The system compares the movable range of each wiring segment with the positions of other components in the three-dimensional space, automatically determining interference conditions without requiring user intervention. This automation maintains high reliability through systematic geometric calculations while significantly reducing user burden by eliminating manual checking steps.

The patent replaces manual visual inspection and judgment (mechanical human operation) with automated computer-based geometric calculations. The system uses algorithmic comparison of coordinate data and spatial relationships to detect interference, substituting human cognitive processes with deterministic computational methods. This substitution ensures consistent and reliable interference detection while freeing users from burdensome manual tasks.