Opto-Mechanical Eye Modeling from Iris and Ciliary Body Anchoring

The patent applies preliminary action by pre-defining generic shapes for ocular components (iris, ciliary body, zonular fibres) that can be directly transformed and anchored to individual patient data. This eliminates the need for manual modeling from scratch, significantly reducing the time required to generate individualized models while maintaining accuracy through the transformation of pre-established geometric representations.

The patent uses copying by creating a generic template model that represents the average anatomy of ocular components. This template is then transformed and adapted to match individual patient measurements, allowing rapid generation of personalized models without requiring expert manual construction for each patient, thus reducing time while preserving reliability.

The patent implements self-service by providing an automated computational method that performs the model generation process without requiring expert intervention. The system automatically transforms generic shapes to match individual patient data, performs the anchoring of ocular components, and generates the final model, making the process accessible to professionals without specialized expertise in manual modeling.

The patent replaces the mechanical system of manual expert modeling with an automated computational algorithm. The generic shapes are mathematically transformed and anchored to patient data through computer-based calculations, eliminating the need for manual manipulation and expert skill, thereby improving ease of operation while maintaining precision through computational accuracy.