Lamination TRIZ Cases

Segmented laydown drum zones deposit discrete batts to prevent polymer piercing the topsheet and fluff interfering with end seals.

Ultrasonic fusion joins non-elastic layers at boundary portions, creating through-holes that provide ventilation without compromising structural strength.

Melted binding fibers join reinforcing layers to a polymeric tube, preventing kinking while maintaining flexibility.

Thrusting metal blocks into layers forms inclined parts, simplifying manufacturing and enabling film materials.

A vacuum system pulls adhesive through Pi-joint assemblies, preventing blow-outs and eliminating cleanup.

Microwave heating melts encapsulant to resolve slow, energy-intensive lamination and delamination bottlenecks.

A friction welding element applies a material to its head that melts during the process to form a sealed connection site.

Segmented thermoplastic inserts lock within cutouts in thermoset matrices, resolving chemical incompatibility and simplifying manufacturing.

A reusable vacuum compaction device with integrated sealing structures applies pressure to composite material charges.

A lamination part with a narrower squeeze sub-portion presses adhesive layers onto apparatus surfaces.

A rotatable connection flange allows the supply line package to turn freely relative to the handheld welding tool housing.

Resistor units impose pressure drop across a one-piece block to ensure uniform fluid outflow, eliminating dried droplet contamination on larger wafers.

Integrated digital control adjusts sonotrode position to maintain power reference values despite material thickness variations.

A pressing member combines high and low hardness portions to distribute pressure evenly during 3D object image transfer.

A composite vascular substitute uses a non-resorbable knitted fabric core coated with freshwater fish collagen to create a biocompatible implant surface.

Laminated layers create a gradient index lens with a flattened side, eliminating spherical aberration while enabling direct integration with planar CCD arrays.

A pressure-sensitive adhesive composition utilizes specific acrylic ester and acrylamide monomers to form durable bonds on impression cylinders.

A three-plate anvil design featuring two knurled regions that rotate to expose fresh welding surfaces.

Vacuum heating removes trapped moisture from delaminated aircraft window laminates before adhesive injection restores structural integrity.

Carrier film adhesive layers incorporate temperature-sensitive pigments to verify activation state visually.

A mineral fiber laminate aligns high and low area density sections across multiple mats to achieve uniform surface density distribution.

Internal induction heating replaces slow surface convection, resolving the trade-off between rapid tape tackiness and high laying speed.

A polymer film leak shield covers dual pledgets to contain fluids, resolving leakage caused by anatomical fit variability.

A composite flange forming method balances bends to keep uni-directional plies in tension, preventing distortion and reducing weight.

Laminating flexible glass to a higher expansion substrate at elevated temperature introduces compressive stress across the glass thickness.

A sheet separation device uses a winding roller to create gaps in two-ply sheets for precise inner sheet insertion.

A graphene electrochemical transfer method uses multiple supporting films to protect the material during substrate stripping.

An over rim coating on a vehicle load structure prevents resin penetration and protects against weather elements without adding significant weight.

Layered composite flooring resists water swelling and impact damage through high-pressure bonding of expanded clay aggregate.

Bond slots on optical components guide liquid adhesive flow, reducing hydrostatic compression to enable precise alignment stability.

A thermoplastic carbon fiber laminate uses a randomly oriented core layer to achieve structural rigidity without adhesives.

Integrating mica paper into fiber prepregs creates a composite panel that resists fire penetration at 1100°C while maintaining structural integrity.

Heat shrinkable tubing covers metal prongs on a file fastener, eliminating sharp edges that shear paper documents.

Local fiber contacts created by superficial pressure distribute lightning strike current laterally across composite layers to prevent localized heating damage.

Release films mediate sliding between the laminate and tool, preventing wrinkling and bridging during automated vacuum bag drape forming.

Segmented flexible lining parts join via continuous seams to simplify assembly and reduce manufacturing complexity.

A macromolecular sheet body receives district, thread, and spot camouflages through sequential processing zones before final vulcanization.

Adhesive members constrain the light guide plate against thermal expansion from light-emitting diodes, preventing warpage and minimizing light loss.

An embedded copolymer connection block bonds accessories using a thermoplastic adhesive layer, preventing detachment under stress.

Thermally shrinkable fluororesin tube fusion-bonds to rotating base members under pressure.

Automated image detection guides VIPR chamber placement to eliminate dry regions caused by permeability variations in vacuum infusion.

Aligns thermal contraction of cured FRP with steel panels to suppress buckles and warps caused by differential expansion.

A controlled injection system forces potting compound into cable strand cavities, eliminating manual infusion variability and leakage risks.

A slip-sheet fabric layer accommodates substrate movement without trapping air bubbles, ensuring a durable court surface.

Pre-dried interlayer material prevents moisture degradation and extends suspended particle device switching longevity.

A separating film prevents fiber bonding during extrusion, enabling hollow profiles to swing open for subassembly insertion.

A segmented bonding device with vacuum adsorption attaches curved cover plates to flexible screens.

Rolling a flexible substrate onto a carrier from one edge eliminates air entrapment during bonding.

Pivotable front and rear flaps seal the laminator slots, preventing dirt ingress that causes laminate soiling and technical defects.