Layered Products TRIZ Cases

A photo-curable antireflection film uses a silicone-acrylate graft polymer to prevent Newton's rings while maintaining high light transmittance.

A particle dispersing agent stabilizes carbon-coated metal particles within a non-aqueous photocurable composition for conductive pattern formation.

An elastomeric mold element conforms to complex wheel geometries, reducing tooling costs while maintaining manufacturing precision.

Segmented micro-fibers with compliant tips resolve the adhesion strength versus repeatability trade-off in wet or dry environments.

Modular laminated conductive sheets create a capacitive strip matrix that detects pressure via variable capacitance, eliminating frequent calibration needs.

Segmenting corners with alternating thick and thin sections prevents cooling defects while maintaining structural strength and groove location.

Merged recording and intermediate layers create a gradual refractive index change to reduce near-side interface reflection.

A transparent display device uses an upper anti-reflection structure with a blue color-compensating layer to improve transparency.

Closed cell pores in the polymeric matrix increase removal rates and prevent decay, addressing low productivity in demanding semiconductor planarization.

A thermoplastic prepreg embeds randomly distributed long fibers alongside continuous unidirectional fibers to achieve isotropic mechanical properties.

Cerium oxide multilayer film maintains hydrophilicity in the dark while reducing reflectance via optimized layer thickness.

A hard coating layer with ultraviolet absorbers shields flexible displays from radiation damage.

Plasma or bead treatment forms surface structures that reduce peel force, preventing protective layer detachment during substrate etching.

Curable liquid silicone rubber composition forms sealing members with controlled hardness and tensile stress for wire insertion.

An optical recording medium uses a single palladium oxide layer to resolve trade-offs between long-term storage reliability and manufacturing costs.

Varying the thickness of flexible and hard coating films in flat versus bending areas reduces stiffness while maintaining window durability.

A fire resistant door core uses textile fibers and polymeric MDI binder to form a flexible insulative structure that reduces weight and manufacturing energy.

Displacing the first transverse seal off-center creates inclined walls that expand space for an opening device while maintaining stacking stability.

A pressure-sensitive adhesive with a gradient elastic modulus bonds polarizing plates without protective films.

Segmented composite panels with foam cores prevent warping and reduce weight while maintaining stiffness for supersonic aircraft structures.

Segmented composite sandwich cores with integral fiber-reinforced wraps arrest facesheet irregularities without adding heavy substructures.

An antiglare film with 3-15 μm particles prevents point defects and coating repelling, achieving low reflectance and high contrast.

Embedded optical fiber detects bonding quality through birefringence, eliminating ultrasonic testing delays and certified inspector requirements.

Distinct second sprocket protrusions prevent carrier tape pulling errors caused by non-uniform hole pitch, ensuring accurate component placement.

Microstructured films incorporate inorganic nanoparticles with a refractive index of at least 1.68 to reduce visible damage contrast upon impact.

Segmenting the application area with a frame-shaped partition prevents solvent migration, maintaining uniform film thickness across the substrate.

Segmented buffer layers resolve lattice mismatch between silicon and III-V materials, enabling monolithic integration of CMOS circuits with light emitters.

Heterocyclic copolymer nanoparticles prevent agglomeration during static mixer compounding, improving abrasion resistance.

An over-molded component assembly integrates an insert member using a collapsible core mechanism to form complex features during injection molding.

Edge undulations in preform blanks provide extra material length and surface area to prevent wrinkling during resin infusion.

Melt pressure permanently deforms the stiffening insert, forming a bead that resolves weight and strength trade-offs in lightweight sheet metal structures.

A dual tape path system feeds components from carrier tapes using a sub tape path and sprocket wheels.

Micropatterned protrusions on the compensation film optimize light refraction angles, resolving vehicle display contrast issues at oblique viewing positions.

A multi-layer wiping member with a low porosity first layer removes adherent ink from nozzle surfaces without damaging the water repellent film.

Flash steam emulsification overcomes high viscosity in amorphous polyester resins, producing sub-100 nm latex for superior toner charging.

Electrically conductive yarn stitches composite seams and transmits electrical signals to detect structural damage, eliminating separate sensors.

Aligned window openings in layered displays clear camera obstructions while maintaining waterproof seals.

Adjustable needle loom spacing eliminates time-consuming board replacements, boosting production versatility.

Plasma treatment activates metal pipe surfaces below 80°C, resolving poor polymer adhesion without complex chemical steps.

A compact felting machine uses manually adjustable reversible feed rollers to enable precise artistic control over fiber texture and design.

Cutting wires penetrate the intermediate bonding layer to separate damaged glass from electronic displays, avoiding expensive unit replacement.

A transparent adhesive sheet integrates a recording layer with color developing material for thermal printing.

Infrared-assisted slip forming around a mandrel prevents fiber redistribution during deformation, ensuring structural integrity.

A dual release layer structure enables laser-assisted wafer separation and adhesive recovery through selective photodecomposition.

Microcontact printing transfers charged graphite nanoplatelets onto substrates.

A carbon silicon carbide adhesion layer thinner than 8 Angstroms enhances corrosion resistance and reduces head media separation in magnetic read/write heads.

Expand amorphous hollow spheres above glass transition to form cellular solids, resolving limited porosity control in metallic glass foams.