Lamination Ancillary Operations TRIZ Cases

Integrally bonded sheet pairs form modular fill pack units using radio frequency welding to enhance structural rigidity.

A multi-layer skateboard deck embeds a fiber-reinforced layer within the laminate structure to resist tensile loads and prevent edge wear.

Vertical heating assemblies and an air extractor create a vacuum state that prevents air bubbles on uneven substrate surfaces.

A functional film manufacturing method uses a surfactant-containing coating material to form a stable uppermost organic layer on inorganic substrates.

A transferring film forms a bent circular arc to buffer pressure from a roller, preventing damage to small and thin devices while maintaining precise control.

A conductive adhesive layer fixes graphitized carbon nanotubes to a cathode substrate for stable electron emission.

Tandem rolling replaces thermal curing with mechanical pressure, eliminating pores and crests while maintaining bonding reliability in LED manufacturing.

A peeling bar with a curved tip and inclined surface reduces friction during polarizing film separation.

A laminating apparatus employs a movable guide to adjust film peeling angles, preventing transport roller interference while ensuring complete lamination.

Self-crosslinking silane-modified polyester coatings eliminate multi-step priming by forming durable chemical bonds with substrates.

Palladium and tin inter-diffuse to form a high-melting alloy bond between diamond film and substrate.

Ultrasonic or laser welding joins plastic reagent containers directly, eliminating bulky connecting frames that increase space and manufacturing complexity.

A multilayer mother film with a 40 to 60 μm adhesive layer adheres to display substrates, preventing bubble formation during manufacturing.

A transmissive web levels mayonnaise-consistency ink via pressure and UV curing to prevent offset.

A hydroentangled elastic film composite integrates a hydrophilic fibrous layer with an apertured film to create an absorbent material.

A reversible adhesive tape containing getter materials removes water vapor and oxygen from flat structures to prevent optoelectronic device degradation.

Replacing mechanical tape with cured masking ink prevents etching liquid permeation and reduces manufacturing time.

Segmented adhesive bonding with releasing regions allows flexible substrate removal, preventing warping and breakage during TFT array fabrication.

Overlapping layers with stepped apertures and photoluminescent materials complicate counterfeiting while maintaining manageable manufacturing precision.

A laminar assembly with through-holes filled by a transparent core layer transmits light in one direction to create visible security marks.

Surface-postcrosslinked polymer particles with sphericity at least 0.89 improve fluid acquisition in ultrathin cores lacking cellulose fibers.

Selective laser ablation reduces adhesive bonding strength at wafer edges and saw streets, preventing tearing or residue during carrier removal.

Composite binder formulation resolves the trade-off between fast curing and bond strength, enabling seal application within 4 to 24 hours.

Inserting repair material through slits restores bond strength while preserving porosity, avoiding air flow obstruction from traditional adhesive methods.

Using a non-circular string as an embossing negative reduces press time and dust while improving friction resistance.

An elastic roller with a pivoting heated backing plate resolves non-uniform bonds caused by rigid rollers and equipment unevenness.

Segmented core layers with pre-positioned glass fiber sheets eliminate air bubbles during hot pressing, ensuring high-quality floor tiles.

Aqueous epoxy-amine adhesive formulation cures pressed material molded bodies at reduced temperatures.

A transfer film uses adjacent resin layers with distinct refractive indices to form a transparent laminate that minimizes light reflection.

Automatic canvas wrapping machine replaces manual cutting with automated control to resolve manufacturing precision trade-offs in rubber V-belt production.

Surfactants modulate bonding energies to prevent permanent adhesion, enabling damage-free separation of thin glass substrates after fabrication.

Digital printing with dual-stage UV curing eliminates print plate costs while improving ink adhesion on duct tape.

Pre-compressing porous intumescent layers before resin impregnation reduces thickness and weight while maintaining structural integrity.

An adhesive film uses polarity conversion groups to improve wettability, preventing cured product peeling during mold removal.

A bionic laminated thermal insulation material mimics Sequoia sempervirens bark structure using microporous powder and reinforcing agents.

Discrete ink segments provide stable texture that withstands thermoforming and molding processes.

Replacing metal foils with a carbon nanotube layer reduces weight and corrosion, resolving the contradiction between power density and battery lifespan.

Vacuum conveyor and incising group automate protective film removal from polymeric sheets, preventing human contamination.

Solvent treatment modifies honeycomb core moisture content to create lightweight building panels with specific functional properties.

A sheet material body embeds a fiber sheet as an intermediate layer impregnated with thermosetting resin.

Segmented adhesive regions on textiles provide thermal insulation and surface texture while maintaining low stretch force and flexibility.

Epoxy-modified alkali-soluble polyimide cures at lower temperatures to reduce thermal stress while maintaining high adhesion strength.

Thin metallized regions in the intermediate filmic layer prevent electrostatic discharge conduction while preserving security features.

A multi-layer protective liner uses a conductive second layer to detect wear through electrical signal changes.

An infrared-responsive release layer prevents substrate damage during separation by altering adhesiveness, eliminating the need for damaging mechanical blades.

A tag ablation mechanism uses rotating gears to separate RFID tags from backing paper for immediate tape attachment.

Removing the transfer sheet before curing prevents added-on decoration appearance while ensuring multi-color pattern alignment.

Local pressure impairs adhesiveness consistency. A transparent mediator ensures uniform urging forces, stabilizing bonding strength.

Dual-cure gloss control layers combine ionizing radiation and urethane resins to resolve the trade-off between scratch resistance and stable release properties.