Optical Articles TRIZ Cases

Dynamic mold half movement accommodates polymerization shrinkage, reducing surface defects and internal stress in silicone hydrogel lenses.

A method for overmolding flexible optical circuits using self-leveling polymers and structural supports to maintain precise positioning during the molding process.

Re-mixing polymerizable composition immediately before injection prevents striae caused by flow striations, maintaining manufacturing precision.

Hydraulic forming of a viscous fluid core eliminates manual grinding, reducing material waste while maintaining manufacturing precision.

A molded array of furcation tubes bonds reinforcing filaments to create a compact structural unit for fiber optic cable assemblies.

A photochromic coating composition uses a low-energy organic peroxide initiator to cure without degrading dye molecules.

An asymmetric scleral lens design matches unique eye contours to improve oxygen transmission and eliminate specialist fitting visits.

A contact lens mold uses a non-rotationally symmetric rim to improve centration and rotation on the eye.

Ion beam irradiation and alkaline etching create an uneven surface on a resin substrate, reducing stray light in infrared cameras.

UV-absorbing antireflective coatings on reusable glass molds reduce reflection and scattering of actinic radiation, preventing flash formation at the lens edge.

Specific polyamide compositions provide high light transmission and structural integrity, eliminating polycarbonate stress fractures under dynamic bending.

A two-stage molding process creates a pre-final lens and adds a correction layer to match the desired shape.

Variable mount sections compensate flange focal length variations to eliminate post-assembly focusing steps.

Merging tertiary injection with primary molding eliminates intermediate inventory and assembly costs for vehicle door mirror components.

Integrating addition power segments with rear polarizing members eliminates detachment risks and reduces visible segment lines.

Protrusion parts in the mold cavity allow air escape, increasing percentage transfer from under 50% to 85-100%.

Auxiliary cooling device sprays air volume exceeding exhaust suction to prevent oligomer deposition on film surfaces.

Fusing a dyed multilayer wafer with molten polycarbonate prevents dye degradation and adhesion failures common in post-processing.

A silicone hydrogel lens formulation uses water as a diluent to reduce mold adhesion and enable mechanical demolding.

Rounding sharp optical edges with a solidified lacquer meniscus prevents coating cracks and delamination at the edge.

Agglomerated retroreflective beads bond glass members with pigmented adhesive to maintain retroreflection and resist vehicle impact wear.

Aligning semi-cylindrical convex parts with interlaced stripes reduces ghosting and improves imagery quality in printed lenticular devices.

Segmenting the film into thin viscoelastic and resin layers removes PET carriers that cause birefringence, maintaining high transmittance.

Compensating for deviations between desired and actual optical functions by pre-correcting the master lens surface profile before holographic patterning.

A gradient polar film uses differential stretching to vary polarization efficiency across its width.

A scanner lens design method calculates vertical scanning width using lateral magnification and beam diameter to control focal point position.

Flangeless hybrid compound lenses eliminate thickness constraints by segmenting resin layers on non-planar substrates for higher replication yields.

Segmented thermal processing cures photocurable films on plastic lens substrates, eliminating distortion in both layers without reducing adhesion strength.

Infrared transparent colored regions in contact lenses maintain iris recognition accuracy while providing visible light aesthetics.

Selective etching removes non-functional dye from one side, resolving equipment complexity while enabling mass production.

Peroxide-functional polypropylene resins resolve dimensional stability and light transmittance trade-offs in ophthalmic device molds.

A silicone-containing cop molded article achieves a hydrophilic surface through a two-stage polymerization process within a polypropylene mold cavity.

Rotating a lens holder around an external axis generates non-rotationally symmetric tints that resolve glare protection limits in standard manufacturing.

Casting apparatus controls discharge of plastic lens starting material liquid using signal-based halting and continuous stirring during pauses.

A freeform eyewear lens design calculates surface normals to maintain low prismatic power across viewing angles.

A magnetic fluid mold shapes reversible topography via controlled fields to cast customized polymeric articles.

A punch pin punctures a mold surface layer to push against the opposing mold part, separating halves without lateral deformation that damages hydrogel lenses.

Radial cutting creates ridges with decreasing height toward the center, suppressing stray light generation from machining stress concentrations.

Porous membranes enable residual air diffusion from sealed liquid chambers, simplifying manufacturing by eliminating difficult air removal steps.

A buffer tank with a looped supply circuit recycles unused polymerizable mixture, stabilizing viscosity and reducing material loss in molding devices.

Wafer-level truncated lens manufacturing uses segmented replication molding followed by precision dicing to shape optical apertures.

Adding a surfactant to the extraction solution lowers surface tension, preventing silicone hydrogel lenses from adhering to carrier surfaces during swelling.

A cassette with dedicated cavities immovably secures fiber-optic cables and ferrules using spring-loaded panels to maintain precise alignment.

A photonic integrated circuit waveguide-grating coupler uses evanescent coupling between two distinct waveguides to transfer optical power.

Alternating clear and color layers on a tinted contact lens surface resolve flatness issues by creating a natural three-dimensional iris appearance.

Injection molding cycloolefin substrates with integrated roughness eliminates cutting steps, boosting yield while maintaining precision.

Vacuum injection molding forms a spacer to control z-height and seal edge features, preventing adhesive migration onto optical elements.

Controlling haze value below 0.05 during mixing stabilizes impact resistance of polythiourethane lenses despite production variations.

Variable cavity cross-sections in fiber optic cables provide tailored coupling via compressing dry inserts, eliminating complex installation procedures.

Transferring the cholesteric liquid crystal layer via a flexible intermediary prevents cracks during peeling, maintaining optical integrity.