Optical Articles TRIZ Cases

High pressure steam sterilization with phosphoric acid prevents dimensional instability and shape changes in silicone hydrogel contact lenses.

A lens unit integrates a curved lens part into a support hole via lateral attachment to form a thin optical assembly.

Segmenting vertical comb drives for tilt and parallel plate electrodes for roll reduces pull-in instability while eliminating complex alignment requirements.

Dye-tagged marker polymer verifies covalent attachment to ensure uniform lubricious coating and wearer comfort.

Particulate matter on armor surfaces and filler material between strength elements prevent void formation that causes water migration along cable lengths.

Water droplets on superhydrophobic surfaces form precise molds for plastic lenses, eliminating expensive photolithography equipment.

A molded optical light guide incorporates a replicated polymer lens at the entrance to redirect incoming light toward the target area.

Bonding molded lens blanks and machining them resolves optical system complexity limits while achieving high image quality in head wearable displays.

Integrating filtering into one layer prevents color shifts and improves long-term stability.

Direct-writing lithography structures photonic wire bonds in resist material, resolving low integration density and high packaging costs of planar connections.

Conductive mineral colloids disperse in thiol-ene resins to reduce haze and improve scratch resistance.

An asymmetric rigid insert resolves orientation stability contradictions in astigmatic contact lenses by maintaining precise rotational positioning.

Differential thermal insulation on the mold sleeve reduces temperature distribution variations in shaping-target materials, improving manufacturing precision.

A recessed thin portion on the cylindrical section regulates resin flow during injection molding.

Thermal segmentation cures coatings on one lens side without damaging anti-reflective layers on the other.

A liquid crystal polymer injection molding process fills a mold cavity to form micro-structured optical components with reflective films.

Rotating laser beams polish optical fiber end faces to precise geometries without mechanical contact.

Strategic lens placement cancels unbalance values to improve optical coaxiality despite injection molding centering errors.

Microwave irradiation heats polyHIPE polymer particles to propagate chemical reactions and achieve uniform functionalisation.

A hybrid manufacturing process combines casting and 3D printing to produce thin meniscus lenses with precise optical surfaces.

Embossing a deformable layer with a mold creates permanent photonic structures on complex surfaces.

A polyester resin composition achieves high refractive index and low Abbe number through specific diol and dicarboxylic acid units.

UV-transparent mold reshapes 200 µm fiber spacing to 250 µm using curable resin, enabling standard mass fusion splicers.

Multiple jet nozzles deposit dot forming material to form contact lens patterns, reducing defects from clogged nozzles and increasing production yield.

Single sensor scanning determines optical axis position, eliminating autocollimators while achieving sub-micron alignment precision.

Vacuum pressure pulls the crystal into shape, eliminating residual stresses and aberrations caused by non-uniform stress distribution.

A tensile-stress high-refractive-index layer under 10 nm balances internal forces, preventing cracking during lens processing.

Segmented rigid and soft zones correct vision while fenestrations pump tears to resolve extended wear health trade-offs.

An optical lens integrates a spiral surface and intermediate structure to generate vortex beams directly on the lens body.

An InGaAsP etch stop layer controls mesa height uniformity, resolving mechanical strength issues during manufacturing.

Pyrrolidone silicone coatings lower mold separation forces by fifty percent, preventing cracks and tears in silicone hydrogel lenses.

A composite mold employs a glass heat-insulating surface to maintain resin fluidity, preventing rapid cooling and breakage risks while shortening cycle times.

A multilayer diffractive optical element disperses cure shrinkage stress via a tapered peripheral resin layer, preventing peeling at the glass interface.

Automated cane insertion into jigs prevents dust contamination during dense packing, resolving cleaning quality trade-offs.

A pneumatic dispensing valve deposits precise liquid composition volumes onto contact lens molds.

Potential-free plasma removes deposits from reusable glass lens molds, preventing surface damage and extending mold lifespan.

A fiber optic adapter uses a toroid coil spring to provide controlled mechanical resistance during ferrule insertion and removal.

Polysiloxane additives in curable compositions eliminate bubble entrapment during lens molding to maintain high transfer accuracy.

Glancing-angle ion beam etching planarizes overcoat layers on slanted gratings, reducing refractive index variations in waveguide displays.

A roll die coating process cures active energy ray compositions to form microlenses with precise shapes.

A resin composition cures in a high thermal conductivity heating medium to manage exothermic heat generation during polymerization.

Solvent extraction creates pores in hydrogel lenses to absorb colloidal nanoparticles, resolving low transfer efficiency and surface contamination issues.

Notch sections isolate cylindrical lenses in a lenticular lens sheet, preventing shape distortion from ultraviolet curing contraction.

Control circuitry applies voltage waveforms to an electro-optic layer for dynamic focal adjustments while maintaining low power consumption.

In-mold decoration transfers a pre-coated sheet to a molded element, eliminating separate coating steps and reducing production costs.

A polypropylene resin composition with controlled crystallization half-time and copolymerized monomer units enhances mechanical strength and transparency.

Thermal crosslinking of a plasma-modified silicone hydrogel lens creates a durable hydrogel coating that resists antimicrobial deposition.

A laser inscription system treats the heat affected zone to control dye absorption on plastic ophthalmic lenses.

Intersecting step surfaces at the center prevent crushing during metal mold production, ensuring accurate ring-shaped intensity distribution.

A nanostamping method forms nano-elevations in optical embossing material using a forming stamp.