Lamination TRIZ Cases

Linear seam connections replace complex radial sewing, reducing manufacturing complexity.

Segmented vacuum films join aircraft stringers, reducing manual finishing complexity.

A Ni-Cu clad material with diffusion-annealed boundaries ensures strong metal-to-metal connections.

Cold rotational molding creates hollow polymeric articles with rigid shells and foam backing for structural support.

Regulating pneumatic forces balances delivery and retention, reducing fluff loss and damage during absorbent core formation.

A miter clamp uses a paddle and shaft assembly to align solid surface materials.

Multilayer wood-based partitions reduce CO2 emissions and weight while maintaining mechanical strength through pressure forming.

A segmented mandrel and fiber winding process create a 3D braided composite tube with a precise narrow throat section.

Silane coupling agents bond to hydroxyl groups on amorphous carbon films, resolving uniform adhesion issues without fluorine gas hazards.

A room temperature bonding apparatus uses a cartridge flow passage to exhaust gas between the substrate and island portion during vacuum processing.

A polymer filter layer positioned upstream in the ink manifold assembly filters solid debris from the fluid flow before it reaches the ejectors.

Modular tooling segments form and cure stiffened composite panels, reducing capital costs and floor space.

Segmented bonding layers with varying modulus values minimize bending stress in flex zones while providing impact resistance in rigid areas.

A nanoscale thin film deposition system profiles flexible substrates using inkjet dispensing and roll-based superstrate contact.

Polyester reinforcing strands resist edge bonding forces to prevent catastrophic failure while reducing production costs by 30-40%.

Moving mechanical elements remove resin agglomerations to ensure consistent seam formation perpendicular to the machine direction.

A gypsum panel uses a foaming agent to create air voids in the core, reducing density below 33 pcf.

Projection members create an aperture that evacuates air before the flexible film seals, preventing trapped bubbles in curved glass assemblies.

A thermal adhesive film with specific optical transmittance enables photo-curable resin curing in display devices.

Segmented lamella layers use specific lap splice joints to distribute bending stress and enhance bonding strength for longer planks.

Segmented dual motors with position sensors balance pressure across the upper roller to resolve non-uniform lamination caused by misalignment.

A resin composition with meta-oriented maleimide and allyl benzoxazine cures to a cross-linked network.

A translucent sealing membrane bonds to a connector ferrule via adhesive, preventing dust ingress while enabling visual inspection.

An application frame stretches a film over a plastic work piece to eliminate wrinkles and manual sealing in autoclave processes.

A ceramic fiber and thermoplastic composite injection molded frame component provides structural strength.

A weather strip injection molded portion relocates the core withdrawing hole to enable easy mold removal.

A thin film optical filter uses waveguide coupling to transmit specific polarized light wavelengths.

A foamed product combines recycled polypropylene, polyethylene, polystyrene resins with paper pellets to achieve thermal insulation.

Organosilicon modification layers control bonding between glass sheets and carriers through van der Waals and covalent interactions.

A beta-silicon carbide joint employs a CVI sealing layer to resist neutron damage and thermal expansion mismatch.

Polyurethane foam layers adhere through polymerization foaming reactions, eliminating adhesive use to prevent environmental damage.

A semi-consolidated reinforced thermoplastic pipe uses a prepreg polymeric fabric core layer to balance structural integrity with mechanical flexibility.

Heat-formed TPV co-extruded trim conforms to curved window openings without crimping or expensive tooling.

Circuitry monitors purge tray capacity via multifeed sensors to prevent overflow jamming while maintaining continuous sheet ejection.

A synthetic-hollowed base plate integrates interactive circuit modules within layered substrates to enhance human-computer interaction capabilities.

Dividing heating across three segments and using fewer cooling stages reduces cycle time for thermoplastic lamination without compromising quality.

Segmented pressing unit applies adhesive film to base material, eliminating shock lines at application boundaries.

Chemical bonding replaces mechanical carving, eliminating metal loss and manufacturing complexity while securing stones on thin jewelry.

Automated ultrasonic welding joins thermoplastic materials to composite edges, eliminating manual application and curing steps.

Vertically lapped nonwovens replace foam padding to resolve the trade-off between cushioning strength and moisture transport while eliminating VOC emissions.

Laminating fiberglass plates with a cured cushion adhesive layer creates a composite board that achieves metal-like stiffness while lowering material costs.

Segmented C-Z channel assembly automates composite J-beam fabrication, resolving labor-intensive hand lay-up bottlenecks.

A segmented cup piece tubular portion enables diameter widening of a small section to impart pre-compression to an integrally vulcanized rubber elastic body.

A sliding element adjusts blowing head openings to align compressed air pulses, eliminating manual adjustments for different label sizes.

Bond elastic members to webs under tension to maintain constant sheet dimensions, preventing absorbent core displacement when production stops.

A multilayered heat shield connects metal layers with an insulating core using a two-stage pressing process that forms standing seams and hems.

Integrating ultrasonic welds and a locking mechanism into one cover reduces component count and manufacturing costs for IC cards.

Projecting a dry gas stream slows the bonding wave to reduce defects and limit heterogeneous deformations.

Single curing process integrates stiffened panels and ribs using support inserts to prevent resin accumulation in communicating bays.