Standardized Spectacle Lens Surfaces for Mass Production

The patent segments the lens design into standardized modular components (eye-side surface, object-side surface, progression zone, distance zone, near zone) that can be independently optimized and then assembled into customized lenses. This allows maintaining imaging quality while simplifying the design process through standardized building blocks rather than completely custom surfaces for each prescription.

The patent uses parameter changes by defining target specifications (spherical power, astigmatism, cylinder axis) at penetration points and using viewing angles as standardized parameters. Instead of customizing entire surface geometries for each user, the system adjusts optical parameters at key points while maintaining standardized viewing angle references, thereby reducing design complexity while preserving imaging properties.

The patent applies preliminary action by pre-defining standardized target specifications and viewing angles before the actual lens manufacturing. The eye-side and object-side surfaces are designed with predetermined optical characteristics at standardized penetration points, allowing manufacturers to produce lenses with consistent precision by following established specifications rather than calculating custom surfaces for each user.

The patent uses copying by creating standardized reference surfaces and target specifications that can be replicated across different lenses. Instead of manufacturing completely unique surfaces for each prescription, the system copies standardized optical patterns and parameter sets, reducing the precision burden on individual manufacturing processes while maintaining vision quality through consistent replication of proven designs.

The patent applies dynamics by allowing the standardized lens design to adapt to individual user parameters through adjustable positioning. The standardized eye-side and object-side surfaces can be positioned and oriented according to individual pupillary distance, frame angle, and other parameters, enabling the system to maintain fitting accuracy while avoiding the time-consuming process of redesigning entire lenses for each user.

The patent uses universality by creating a standardized lens design that serves multiple users with different prescriptions and parameters. The standardized surfaces and viewing angles provide a universal base that can be applied across different individuals, with only minor adjustments needed for fitting, thereby dramatically improving production efficiency while maintaining accuracy through the universal applicability of the design.