Lamination Ancillary Operations TRIZ Cases

A multi-layer ceramic capacitor uses a boron concentration gradient in its side margin to inhibit over-sintering of internal electrodes.

Alternating biodegradable polymer and spacer layers match specific tissue properties to restore bone function while minimizing surgical interventions.

Coplanar waveguide structures characterize polymer thin-film dielectric properties across wide frequency ranges by measuring swept scattering parameters.

Segmented ejection trays route separated sheets to a purge unit, preventing jams caused by abnormal two-ply handling conditions.

Ultraviolet protective layer on resin spacers prevents degradation, maintaining vacuum space stability and thermal insulation.

Perforated foam cores in composite panels balance bonding strength and weight reduction through controlled cellular structures.

A flexible wire propagates a debonding front to separate thin glass substrates while minimizing bending stress and preventing edge cracking.

Dynamic tension control prevents edge flash while ensuring full coverage during credential lamination.

Segmented shell design reduces elastic tension in body adhering absorbent articles, eliminating residual stretch that causes curl and improves fit.

Split vehicle tire segments combine with cementitious infill to form durable building blocks, diverting waste tires from landfills and reducing fire hazards.

Printed texture patterns on conformable films replace costly steel rolls, lowering manufacturing costs while maintaining surface quality.

A polymer film lamination process creates an amorphous coating on metal substrates.

Soluble organic polymer and metal complex hybrid material forms refractive index gradients.

Staging unit accumulator buffers inertial tension effects to prevent liner breakage during rapid acceleration cycles.

A deposited optical layer reduces reflection at the air-substrate interface, enabling efficient process layer decomposition without mechanical polishing.

Tri-block copolymer films with matched refractive indices resolve delamination and haze in foldable displays.

A light-blocking layer coats the inner wall of a display module opening, preventing light leakage around camera holes while maintaining panel thickness.

A film touch sensor uses a separation layer to enable complete peeling from the carrier substrate.

A resin composition with controlled moisture and chlorine content cures via photocationic initiation to seal organic EL elements.

Convex parts on a support component mesh with grooves in an organic film layer to prevent circuit breakage and line deformation under external forces.

Oriented copolymer base film reduces tire weight while maintaining gas barrier properties and adhesion strength during vulcanization.

An elastomeric stamp transfers patterned material layers via conformal contact and peeling to replicate features on complex geometries.

A curved-surface laminating device profiles a flexible panel using a tensioned bearing film and a shape-matched jig.

Slit lines in the second film enable bubble removal via conveying rolls, resolving adhesive tape defects.

Adhesive layer combining thermoplastic polymer and thermosetting material maintains post-molding peel strength above 0.5 N/cm between skin and core layers.

Vacuum dehydration removes air from gaps between crystal elements and EVA copolymer layers, preventing tensioning stresses during melting.

Fastener base sheets bridge composite web gaps to maintain waist region alignment, preventing distortion caused by tensile forces from elastic members.

Continuous roll-to-roll adhesion produces touch film stack rolls with aligned conductive layers and optically clear adhesive.

Segmented open-pore foam protects waterproof functional layers from UV degradation without compromising water vapor permeability.

Vaporizable bonding agents transition to gas through carrier pores, releasing substrates without compressive stress damage.

Three silver layers and four dielectric regions in a coating reduce solar heat gain while maintaining high visible light transmission.

A multilayer printed circuit board manufacturing method uses protective films to cover conductive paste-filled via holes during substrate processing.

Adhesive patches from a transportable tape secure folded tear-off tabs onto metal and composite foil lids, preventing deformation during sterilization.

Controlled heat treatment modifies polymer film shrinkage force ratio, preventing bending and warpage under varying temperature and humidity conditions.

Preactivating an elastic film before cutting it into strips reduces stretching force during lamination, improving bond strength and yield.

Recessed curved pads distribute pressure evenly across display panels to prevent boundary cracking and bubbles.

Alkaline treatment and compression create a biodegradable biomass panel that reduces landfill waste while providing thermal insulation.

Vacuum take-up drums pick up and roll reinforcement fabrics via robotic arms, reducing manual labor intensity in composite manufacturing.

Synchronized transport prevents adhesive stretching and wrinkling during solar module lamination.

Ultrasonic bonding secures elastic strands within a continuous nonwoven substrate to form an integrated laminate structure.

Textured filament fasteners cure within composite laminates to bind layers, reducing weight and production time compared to traditional disbond fasteners.

Heating thermal expansion layers displaces green sheets to form cavities, preventing deformation and improving mass productivity.

Rotating friction structures automate the separation of gummed and lining paper, eliminating manual effort while maintaining simple mechanical complexity.

Segmented stitching and filler materials prevent progressive delamination in aircraft primary structures.

A mobile terminal housing integrates a sensing unit beneath an OLED display to detect light through a substrate hole.

Eliminating migrating plasticizers from the adhesive formulation prevents porosity and corrosion while maintaining cold bending integrity.

A peeling device synchronizes label removal using a driving assembly and clamping mechanism.

A layered structure uses thermoplastic bonding to enable bending of thick components without breaking.

A composite sandwich structure manufacturing method using pressure differential infusion to cure matrix material within an open cellular core.