Spectales/Goggles TRIZ Cases

Non-parallel bearing surfaces in the adapter device decouple spherical and toric lenses, resolving mechanical stress and fogging issues.

Projections engage tenon flanges to limit rotational play and lateral clearance, ensuring stable connection between temple and frame.

Thermoforming functional films to match optical article curvature prevents delamination caused by mismatched surface geometries during lamination.

An elastic pressing mechanism engages lens hooks via compression, preventing damage from brittle material stress during manual exchange.

A contact lens design neutralizes near-vision power shifts using individual wavefront data.

A customized eyewear system determines lens perimeters using three-dimensional facial modeling and image analysis.

A spectacle lens uses a polymeric material with location-dependent refractive index to enable complex optical corrections.

A device monitoring system detects user proximity to screen displays and generates personalized interfaces based on real-time spatial data.

Measurement decals on lenses enable accurate pupillary distance capture for remote prescription eyeglass fitting.

Interchangeable temple assemblies resolve the conflict between structural stability and user customization by employing dynamic reversible connections.

A soft contact lens design method optimizes front and back surfaces using specific elastic modulus ranges to correct vision defects.

An annular clear layer encapsulates pigmented layers in cosmetic contact lenses while leaving the central optic zone uncoated.