Spectales/Goggles TRIZ Cases

A slip-resistant eyewear system uses a unitary retainer to maintain secure tension around the head.

Elastic miniaturized hinge uses guiding zones to eliminate rotation clearances and enhance durability.

Optical scanning captures facial geometry to generate virtual frame models, eliminating manual measurement complexity while ensuring accurate fit.

A magnetic hinge couples temple sections to front frames using attraction and repulsion forces.

A spectacle frame hinge employs a flexible metal member coupled rotatably to the arm for simplified assembly.

Segmented ophthalmic lenses reduce accommodative error by providing clear vision at multiple distances without pharmaceutical side effects.

A method determines reading distance by capturing facial and tablet markers to calculate spatial coordinates.

Trackball-controlled eyewear rotation directs pressurized fluid onto lenses, preventing scratches from abrasive particles during manual operation.

Molded springs in eyewire grooves compress to facilitate quick lens insertion and removal while elastic recovery secures retention.

Segmented ophthalmic contact lens applies positive spherical aberration to slow myopia progression while minimizing halo effects.

Integrated lens gridlines enable untrained personnel to measure pupillary distance and segment height, eliminating the need for professional optical staff.

Segmented optical lens with contiguous elements directs light to specific retinal distances, slowing myopia progression by reducing peripheral defocus.

An optical system selectively transmits blue-green light to stimulate retinal dopamine production and regulate hormonal cycles.

A convergence-reducing lens refracts light rays to minimize gaze angles.

A method generates trimming setpoints for ophthalmic lenses by projecting and correcting longitudinal profiles to match frame surrounds.

Optical imaging determines lens position deviations to prevent placement errors and improve production yield.

Posterior electrodes feature electroconductive protrusions to penetrate hair strands and establish reliable scalp contact.

Segmented adapters with magnetic couplers join eyewear to masks, resolving comfort and protection trade-offs.

Segments facial capture into individual eye views to resolve convergence errors while scaling against iris measurements for accurate lens parameters.

Temple arms merge eyeglass and hearing aid functions, using connecting buckles and anti-falling mechanisms to prevent detachment during vigorous movements.

Rotating discs guide opticians through customer criteria to derive precise lens recommendations without extensive specialist knowledge.

Rotating fasteners with embedded magnets secure optical lenses, eliminating mechanical stress and preventing damage during assembly.

A lens order system superimposes designed lens images onto user vision data for pre-order visualization.

Rotating temple arms on reversible spectacle frames resolve versatility limits by enabling quick pattern switching without multiple pairs.

Integrated polarization shield in surgical face guard prevents polarization shift to enable clear three-dimensional image viewing during medical procedures.

Separable bridges adapt standardized frames to wearer morphology, eliminating trial-and-error fitting time.

A hydrophilic sol-gel coating bonds to silicone contact lenses via functionalized siloxane oligomers.

Automated image processing using a detection pad eliminates manual interference to improve measurement precision.

A treating solution uses a specific copolymer to impart hydrophilicity and lubricity to soft contact lenses.

A glasses-type terminal uses a concavo-convex rail to slide the control module along the frame.

A head-mounted device determines interpupillary distance using depth and image sensors to calibrate display parameters.

Segmented add-power meridians distribute defocus across the retina, reducing halos while slowing myopia progression.

Automated eyeglass frame manufacturing data generation modifies geometric parameters to suit specific activities.

Segmented spectral filters resolve the trade-off between laser protection and color discrimination by blocking harmful radiation without impairing visibility.

Segmented polycarbonate and glass lenses resolve weight-cost trade-offs in protective eyewear.

Balancing image contrast and visual acuity across two eyes using feedback-based parameter changes to resolve suboptimal binocular vision.

A detachable rim assembly enables switching between rimless, semi-rimless, and full-rim eyewear configurations.

Segmenting diffractive elements across wavelengths reduces flare and enables mass production of high-performance spectacle lenses.

Segmented components resolve the complexity trade-off by allowing easy temple swapping while maintaining structural integrity.

A hybrid ophthalmic lens merges refractive substrate power with opposing diffractive elements to achieve achromatic optical interaction.

A spectacle lens hard coat layer uses a specific epoxy compound ratio to form a durable film.

An apparatus captures test structures through spectacle lenses to determine refractive power distribution and spatial orientation.

A contact lens cleaner circulates solution through a storage compartment to remove debris via filtration.

A mobile device lensmeter captures pattern images through corrective lenses to determine optical characteristics without mechanical fixtures.

Segmented benzotriazole and indoline derivatives absorb specific harmful wavelengths while maintaining visible spectrum transmission to prevent ocular damage.

Kit of contact lenses with known higher order aberration values enables iterative selection by practitioners to achieve desired residual correction.

A temple swing mechanism allows eyeglass temples to pivot parallel to the hinge shaft, preventing structural damage from vertical forces.

Zernike-based aspherical surfaces compensate for eye spherical aberration, ensuring consistent vision quality across varying pupil sizes.