Electromagnetic forces reshape a flexible membrane to adjust focal power for clear near and far vision without segmented focal zones.
A baseline 3D eyewear design is fitted to population anatomy models to create limited variants that balance alignment, comfort, and efficient manufacturing.
A forked, multi-pronged earstem tool lets golfers repair green divots while wearing eyewear, adding utility without a separate carrier.
A channel-guided rod and locking ring measure eye relief in enclosed eyewear without lens destruction or backside visibility.
Scleral lens misalignment can shift wavefront patches; fiducial marks track position, rotation, and tilt for precise correction.
An adaptive cornea model and adjustable spline control points customize defocusing, lens fit, edge warping, and oxygen permeability.
Embossed layers encapsulate concave and convex microlenses, protecting their geometry while preserving the optical design.
Peripheral busbars and frame encapsulation reduce opaque bezel area in conductive laminated eyewear lenses, preserving field of view.
A covalently attached hydrogel surface helps silicone-containing lenses reduce hydrophobicity, protein binding, and tear film disruption.
Separate temple cavities let battery and electronic modules be added or replaced without redesigning the spectacle frame.
A spherical head and matching cavity let the nose pad rotate about different axes while its frame engagement stays securely anchored.
An elastic member lets folding glasses temples adapt to head size and clamp firmly, addressing the poor flexibility of butterfly hinges.
An integrated retention element replaces screws and rivets, enabling tool-free temple assembly while preserving a robust eyeglasses connection.
Paired nose pad blocks slide transversely and lock into grooves, adapting glasses to different bridge shapes while limiting sliding.
Central and annular zones separate visual functions, combining foveal correction with peripheral wavefront control for myopia.
Locking portions let the lens snap into the frame without hand tools or bending, reducing assembly force and damage risk.