Lamination Ancillary Operations TRIZ Cases

Expanding urethane foam bonds repair cores to shelves, redistributing shear stress to restore original bearing strength in damaged core stiffened structures.

An overlay applicator uses an alignment tab and pull tab wiper to position the film on a screen.

Resin-coated protrusions prevent metal-to-metal contact in layered sheets, reducing thermal conduction and weight.

Bonding two ultra-thin glass substrates into a mother substrate prevents bending and cracking during manufacturing, eliminating costly thinning processes.

Replacing sewing with heat-cured silicone adhesive reduces curing time from 24 hours to under 3 minutes while maintaining tensile strength.

A compliant upper holder with vacuum holes conforms flexible material to a curved rigid substrate.

A tapered and flared separation tool applies perpendicular force to split bonded substrates along their interface.

A cured anti-fogging laminate maintains optical clarity through a flat hydrophilic surface with high elastic recovery.

A polymeric adhesive layer enables wafer separation by cooling below its glass transition temperature to induce brittleness.

A single axis applicator uses movable suction grippers to position and hold glass workpieces during adhesive deposition.

A belt member production method segments strip material into overlapping pieces to achieve precise dimensions.

Stepped guides center the reflective film within acrylic layers to prevent edge moisture accumulation and premature deterioration.

A method measuring differential shrinkage between polymer films to predict assembly compatibility for vacuum insulation panels.

A non-fibrous film uses strategically weakened portions to control mechanical failure and maintain high optical clarity.

Plasticized polyvinyl acetal with organic acids releases air bubbles from steps, preventing ITO film deterioration under high humidity.

Embeds patterned conductors in ceramic slurry via thermosetting resin to prevent peeling and increase thickness.

Piezoelectric rollers adapt their rolling dot pattern to uneven substrates, eliminating bubbles and ensuring uniform pressure contact.

Apply adhesive under 2 g/m² to thermoplastic substrates heated to a softened state for immediate pressure bonding.

Orthogonal fiber orientation in composite sheets reduces matrix material usage, enhancing strength-to-weight ratio for ballistic applications.

Single-stage vacuum forming merges thermoplastic facings and acoustic cores to eliminate multi-step assembly waste and reduce fabrication cycle time.

Laser irradiation activates substrate interfaces to form strong chemical bonds at room temperature, avoiding thermal stress from high-temperature treatment.

Heating the resin sheet end creates a peeling origin point, eliminating consumable thermocompression sheets and reducing costs.

A tape feeder guide section uses a segmented upper and lower member design to align carrier tapes accurately.

Organic additives adjust paste rheology to prevent dome-shaped electrode ends, ensuring reliable alignment and higher capacitance.

A printing device uses sequential partial curing to bond ink layers on flexible substrates without mechanical tension.

Irregular embossing patterns on the film prevent optical interference fringes while maintaining high deaeration performance at elevated temperatures.

Screen printing conductive inks on the outer trim surface eliminates edge protrusions, allowing conventional cutting without damaging circuits.

Conveyor belt with longitudinal contrasting color segments enables optical sensors to detect sheet position accurately.

A shape-aligned feature derived from tangent lines enables precise positioning of irregular laminating materials during lamination.

Monosaccharides modify phenolic resins to reduce cracking during bending and lower formaldehyde emissions.

Cold gas injection into flexible tubular sheaths reduces pre-impregnated fiber stickiness and clogging while maintaining sheath tension.

Local deformation of a flexible sheet lifts nanoscale elements while preserving inter-element spacing and preventing mechanical damage.

A debonder apparatus separates temporary bonded wafers using a contact roller to lift the flex plate edge while a resistance roller applies downward force.

UV curing creates transverse hairlines in the resin layer, protecting the plastic film from damage while mimicking metallic textures.

A lens panel uses photo-alignment layers to form Fresnel lenses without micro pitch patterns.

An oval cutting element with four profiled surfaces rotates to present fresh edges, extending blade life in thermoplastic film sealing machines.

A carbon conductive film transfers to a new substrate using an inorganic oxide layer as a sacrificial mediator.

Elastomeric modifiers in the adhesive resist prebond humidity, maintaining cohesive strength without prebond conditioning.

Overlapping two non-woven layers with funnel-shaped openings creates continuous air flow passages that speed up liquid infiltration and reduce residual wetness.

A fiber-reinforced composite material features a hierarchical pore structure with controlled micropores and coarse cavities.

Positioning wiring away from eaves-shaped portions prevents disconnection during etching, resolving the trade-off between reliability and device complexity.

A composite sandwich panel cabinetry door uses an over-crushed edge region bonded to a seal and hinge for durable aircraft lavatory installation.

Imprinted paste layers form enclosed channels that increase surface area while overcoming coating impracticality and pressure drop limits.

A release sheet with controlled resistivity minimizes electrostatic charge generation during peeling, preventing transistor damage in the backplane.

A two-step lamination method for composite panes using a removable separating film to create uniform thermoplastic surfaces.

A substrate film supports a polarizable material layer during elongation, preventing tearing and curling in thin polarizing films.

Extruded rigid board plastic flooring eliminates plasticizers through a multi-layer composite structure.

A debonding leveling device uses a spherical pair and sliding pair to adapt fixation plates during wafer separation.

Segmenting veneer with an insert reduces material waste while maintaining a uniform surface appearance.