Spectales/Goggles TRIZ Cases

Computer method optimizes spectacle frame contours using iterative cost functions to ensure precise lens fitting.

Magnetic holding rings attach detachable focus adjustment lenses to binocular loupes, resolving fixed focal distance limitations.

A modular eyeglass wearable distributes electrical units into interchangeable temple parts to optimize weight balance.

Segmented magnetic assemblies replace mechanical fasteners to resolve the trade-off between structural stability and user customization capability.

Eyewear lenses adjust optical properties through a communication section receiving data from external terminals.

Posterior grooves and apertures retain undiluted drug substances on the cornea, preventing washout from blinking and tear exchange.

A magnetic wearable retainer attaches eyewear and ornamental pins to clothing, eliminating the need for damaging garment modifications.

Reference images of initial frames capture anatomical data, enabling accurate lens positioning for subsequent online frame selections without physical fittings.

A progressive ophthalmic lens design expands the intermediate vision region using optimized refractive power distribution.

A centering method for ophthalmic lenses uses curvature parameters to align lens contours with curved spectacle frames.

Routing signal lines through a hinge mechanism prevents cable discomfort against the face while maintaining electrical connection integrity.

Eyeglasses use magnetic attraction to secure lenses, preventing breakage during assembly and improving replacement efficiency.

Nested lens portions reduce storage volume while protecting optical components from damage during pocket or bag transport.

A ophthalmic lens element uses a peripheral region of relative plus power to correct vision.

Variable geometry contact lens structures combine high and low oxygen transmissibility layers to support thick active payloads.

Automated vision screening instruments capture visual acuity data for remote practitioner interpretation and authorized optical prescriptions.

Unitary temple and front covers merge into one piece to resolve the contradiction between high customization versatility and increased device complexity.

A myopia control lens uses a photon sieve to reduce peripheral aberrations and ensure clear vision at various distances.

Floating a liquid impermeable lens case in an aqueous medium inside an ultrasonic device cleans soft lenses without harsh chemicals or heating cycles.

A switchable optical element uses materials with matched refractive indices and Abbe's numbers to maximize diffraction efficiency across a wide wavelength band.

Nose bridge channels guide airflows to transport scent molecules from a mounted tablet directly toward the user's nose.

Differentiates optical distortion management between two eyes based on individual wearer sensitivity data.

Symmetrical guide surfaces constrain carriage movement to prevent axial displacements and vibrations during optical lens processing.

A contact lens embeds piezoelectric microdevices to harvest electrical energy from blinking and eye rolling.

Wire-like metal connections articulate the bridge relative to lenses, eliminating screw fasteners that cause breakage and excessive weight.

Silane crosslinking chemistry eliminates delamination in humid environments and removes complex surface treatments.

Crosslinked polymeric coating on silicone hydrogel lenses creates nano-textures that resolve oxygen deprivation while maintaining wearing comfort.

Composite mineral glass and organic coatings resolve the trade-off between impact strength and device weight.

A parametric frame rim model adapts to diverse spectacle geometries using adjustable segment parameters.

Multi-point power distribution measurement detects positional shifts in bi-aspherical lenses, ensuring optical performance.

A measurement device displays synchronized front and lateral images of an eyeglass frame to determine precise fitting parameters.

A trifocal ophthalmic lens uses a diffractive profile with optimized phase shifts to create three distinct focal points.

A cleaning station uses swiveling nozzles to project liquid and gas jets across optical elements for rapid surface preparation.

A method adapts progressive ophthalmic lens power distribution using spatial transformation coefficients derived from frame parameters.

Automated 3D scanning calculates back vertex distance and pantoscopic tilt, eliminating time-consuming manual measurement with specialized tools.

Mirrors and prisms reflect light paths to simulate binocular vision, restoring depth perception capability lost due to monocular impairment.

Ophthalmic lenses use selective dyes to block harmful blue light wavelengths while maintaining high visible light transmission.

A molded plastic spectacle lens uses specific spherical power to assist the eye's focus adjustment function and reduce ciliary muscle movement.

Continuous curvature changes on melon-shaped optical lens blanks minimize prismatic effects and improve near-vision correction.

A prescriptive see-through eyepiece integrates a meniscus lens body and optical combiner to deliver corrective vision.

Adaptive filtering processes leaked acoustic signals to generate anti-noise, resolving the trade-off between audio output power and bystander disturbance.

A system generates a 3D facial model to calculate precise adjustments for stock eyewear frames.

A peripheral posterior region redirects incident light rays to offset retinal locations.

An ordering system calculates pupillary distance and spherical equivalent data to ship custom prescription clips directly to consumers.

A magnetic connector uses a locking component to secure detachable attachment between assistive devices and wearable frames.

External magnetic sources and internal contact lens sensors measure field variations to resolve eye pose, stabilizing augmented reality image overlays.

Segmented composite lenses separate rigid optic zones from soft peripheral annuli, preventing optical distortion while enabling tear exchange.

A hybrid lens combines a smooth central surface with a Fresnel peripheral profile to focus light while maintaining compact weight.

A tilting support plate moves ophthalmic lens processing components to resolve the contradiction between equipment footprint and service accessibility.