Lamination Ancillary Operations TRIZ Cases

A cutting method uses rounded edges on drapery element corners to prevent over-cutting of composite material layers.

Selective chemical bleaching through a perforated mask film removes polarization locally, avoiding mechanical damage and maintaining surface quality.

An opening facilitator with orthogonal edges applies tensile force via nip rolls to form belt-shaped bundles, minimizing breakage during high-speed production.

Elastic longitudinal expansion of a printed layer sets constant register length before lamination onto a stabilizing second layer.

A lamination device uses a pressure sensor array to measure local forces across flat and curved surfaces for precise control.

Segmenting the label sheet allows precise pattern cutting on thin gauge materials below 0.5 mm without liner distortion or excessive material waste.

A dual-wavelength laser method creates separation starting points in stacked layers to facilitate clean layer transfer.

Segmented metalized film lamination hides conductive traces via a darkening coating, maintaining termination pad accessibility through flex-tail bonding.

A touch display device uses a recessed panel area and bonding colloid to join the display and touch layers.

A bonding device with movable pressing parts joins flat and curved display layers using matched surface curvatures.

A translucent decorative composite uses a printed diffuser and opaque layer to scatter backlight for visible symbols.

Pre-coated intumescent adhesive bonds fasteners to honeycomb cores, eliminating sealant injection complexity and reducing fabrication time.

Optimized groove depth and spacing in the substrate layer eliminate telegraphy while maintaining board flexibility.

A stamp-laminating tool punches and bonds a second film onto a structured first film in one step.

A composite mat cooling method uses superheated water phase transition to rapidly lower temperature during hot pressing.

A hydrogen-containing release layer enables laser-based substrate separation without damaging the polymer film.

Porous rigid polyester shells conceal absorptive substrates to resolve the trade-off between visual appeal and acoustic absorption performance.

A separation apparatus maintains constant applied force during lifting to separate a supporting member from a laminate using a light-sensitive release layer.

Nonwoven fabric substrate layers eliminate thermal distortion and pattern superimposition in aircraft interior decorative laminates.

Integrating a transverse rotary cutter into the supply reel eliminates additional machinery and dust extraction systems while reducing material waste.

Mobile platforms move composite laminates through sequential work zones, enabling real-time defect detection and resolving batch processing inefficiencies.

Push cutter compression converges surface resin layers over cut ends, eliminating burrs and preventing intermediate layer exposure.

Burning binder resin leaves pure graphite flakes for high conductivity, solving non-uniform distribution issues in small appliances.

A debonder with a recess and side wall opening holds wafers via suction while applying shear force to carrier plates.

A suction table applies negative pressure through a drawing port to separate the adhesive sheet, eliminating shock damage during component pickup.

Combining non-twisted and hollow twisted yarns controls wrinkle generation while maintaining breathability and heat retention.

Adjusting laser energy density for silicon nitride removal prevents substrate damage and maintains optical transmittance.

Smaller cover area ceramic grains reduce non-uniform stress distribution, preventing delamination during thermal cycling while maintaining high capacitance.

Adhesive filled with shape memory alloy elements enables non-destructive separation of bonded parts through controlled thermal expansion.

A carrier form creates embedding cavities in flexible substrates to house electrical components beneath a cosmetic surface.