Lamination Ancillary Operations TRIZ Cases

A component manufacturing film uses an additional layer to maintain tensile elastic modulus during heating.

Alternating composite planks and flexible material allow mandrels to deform under vacuum pressure, preventing laminate inconsistencies in aircraft structures.

Anodic bonding stabilizes wafers during thinning below 300 micrometers, preventing structural damage and maintaining integrity for compact MEMS devices.

Multiapplicator head applies multiple independent fiber strips via a flexible roller, reducing material waste during complex edge cutting.

Dry surface treatment modifies thermoplastic resin energy ratios to boost adhesion without primers.

Digital inkjet printing deposits decorative pigment onto paper during continuous coating operations.

Automated placement head reduces manual labor and installation time by dispensing precise damping material layers on complex aircraft geometries.

Segmented preforms with consolidated trihedral connectors eliminate fiber wrinkling in non-developable zones during composite shell manufacturing.

Printing adhesive patterns eliminates die-cutting carryover, enabling sub-millimeter channel widths that reduce required biological sample volume.

A hook arm and stripping dyes system extracts steel beads from large off-the-road tires.

A porous nonwoven textile cover with a perimeter adhesive ring filters soil particles while allowing water to pass through planting container drainage holes.

Segmented ultrasonic bonds and detachable hooks enable adjustable fit in disposable undergarments without complex reusable mechanisms.

Segmented metal back plates allow flush display panel edges, resolving offset risks from hard layer trimming.

A compliant monopolar micro device transfer head array uses deflectable silicon electrodes to grip and move components.

A casing manufacturing method applies decorative material to mixed material regions and selectively removes it using tape adhesion differences.

Roll units and gripper separate donor film from acceptor substrate to minimize defects in organic layer patterning.

Thixotropic additives allow deep structure formation without running, overcoming the 20-micrometer depth limit of conventional UV-curing systems.

Automated device uses adhesive film and rollers to separate cover portions from flexible-rigid composite boards.

Solvent-free butadiene-butylene polymer film adheres to metal substrates under heat and pressure, eliminating VOC emissions from aerospace chemical milling.

Piezoelectric actuators and linear heating elements form a hybrid de-icing system for aircraft wing structures.

A barrier film uses protruding particles to reduce friction during roll-to-roll processing.

Pre-heating extensible printed film restores longitudinal dimensions, synchronizing embossing patterns with printed designs despite material deformation.

Discrete adhesive masses replace sewing to form fabric laminates with internal tunnels, reducing manual labor while maintaining structural integrity.

Thicker marginal internal electrodes in multilayer ceramic capacitors reduce accumulated stepped height differences.

Inline adhesive application eliminates separate release liners and backer layers, reducing costs while enabling robotic stacking of variable print data.

Segmented resin dissolution prevents glass fiber contamination during carbon fiber recovery from layered composites.

Segmenting the lens into orthogonal concave and convex resin layers reduces focal length and overall film thickness for automatic labeling.

Laser beam cuts protective film into division regions, enabling selective removal of pad portions without damaging encapsulation thin films.

Elastomeric compliant rollers deform under compression to accommodate varying substrate thicknesses, preventing jams in absorbent article manufacturing lines.

Profile heatsealing bonds an overwrap under tension to maintain pessary size and improve insertion comfort.

A rotatable plate holding device positions hologram masters to reduce setup time while a pneumatic air cushion prevents film bubbles during exposure.

Needled nonwoven fiber mat bonded with thermoplastic resin and cloth surface sheet creates rigid laminated structures.

Protruding cavernous structures on the inner film layer create channels to evacuate air, preventing sticking and maintaining seal integrity.

Segmented protective films with monolithic release layers reduce alignment defects and delamination during display device manufacturing.

A multi-layer security document uses register patterns to generate individualizing information.

A double-sided adhesive tape featuring a heat-activatable thermoplastic layer bonded to a cross-linked impact-adhesive carrier.

Solid reinforced strips inserted into vacuum formed honeycomb gaps provide fastening strength without adding weight to trailer panels.

Room-ambient plasma removes oxidation from metallic contacts using hydrogen and nitrogen gases to enable rapid bonding.

Embedding wireless sensors in foam cores using permeable intermediate layers prevents void defects that compromise composite structural integrity.

Segmented intermittent drive cassette removes to clear access to the ink fountain, resolving obstruction caused by permanent film transfer modules.

A peeling method grips protective film and moves it in a thickness direction while shifting the panel perpendicular to the bending line.

Integral applicator tabs facilitate patch transfer across gaps, reducing production waste and drug-containing material generation.

A semiconductor package integrates a conductive die-attach pad as a touch sensor to generate signals upon contact.

Direct lamination of a transfer type retarder layer onto a polymeric stretched film eliminates intermediate adhesive layers.

Kerosene and diesel mixtures dissolve adhesive tape from vehicle body mouldings, replacing grinding methods that damage surfaces.

Matching substrate and electrode thermal expansion offsets disturbance strain, allowing a thinned diaphragm for high sensitivity without bending.

Asymmetric corner design resolves positioning accuracy conflicts in digital printing by providing a unique mechanical reference for automatic orientation.

A continuous manufacturing system laminates defect-free polarizing sheets onto liquid-crystal panels using pre-marked optical film laminates.

Pre-applied hotmelt glue on flat binding elements eliminates dust from mechanical roughening and skilled labor while ensuring consistent adhesion.

A flexible elastomeric mold captures fine surface textures from a natural model through calendered sheet overmolding and vulcanization.