Elevator Selection Visualization for Carried Target Fit

The patent uses image data that copies or represents the visual appearance of the elevator and the target object together. By providing image data showing the elevator with the target object (such as a wheelchair user) positioned relative to it, the system allows users to visualize the relationship without physically installing the elevator. This copying approach resolves the contradiction by providing comprehensive visual information while avoiding the complexity of physical prototypes or complex simulations.

The patent extracts only the essential visual information needed for selection - specifically, image data showing the elevator and the target object in their spatial relationship. Rather than providing complete 3D models, physical dimensions, or extensive technical specifications, the system extracts and provides only the visual representation necessary for users to understand how the elevator will accommodate the target. This extraction approach reduces data quantity while maintaining sufficient visualization capability.

The patent changes the parameters used for elevator selection by assigning weights to different building data attributes (such as building height, number of floors, target object type). Instead of using simple matching or basic filtering, the system transforms the selection process into a weighted evaluation where each building characteristic contributes differently to the final selection. This parameter change approach improves selection accuracy by considering multiple factors with appropriate importance, while the weighting mechanism keeps the processing complexity manageable through mathematical rather than algorithmic complexity.