Lamination TRIZ Cases

Sintered alumina phosphate slip generates high strength ceramic bonds that resist shrinkage and maintain thermal stability.

An angle adjustment mechanism aligns substrates to uniformly distribute load, resolving the trade-off between high productivity and device complexity.

A membrane applying apparatus uses a pivotable roller support frame to guide and press roofing material during installation.

A wafer bonding membrane with a center protrusion compensates for first wafer deformation, reducing misalignment and improving bonding accuracy.

A composite patch handling tool uses integrated heating blankets and vacuum suction to maintain uniform temperature during transfer operations.

Bonding frustum-shaped light guides to a slatted isolation frame reduces alignment errors and damage during radiation detector assembly.

Stacking fiber-reinforced thermoplastic resin sheets of varying thicknesses to integrate a composite plate with precise dimensional control.

Laminating prepregs with gap layers and short fibers bridges adjacent plies to enhance interlayer bonding.

Segmented bond tools nest in a universal heated base to cure prepreg layers, eliminating large autoclaves for small manufacturers.

Nodal mounts with slanted faces convert axial forces into radial forces to reduce horn deflection and maintain positional accuracy within 3 microns.

Segmenting the rebar into a hollow core and outer sleeve resolves size effect issues while eliminating steel corrosion through composite materials.

Replacing silicon rubber with fiberglass-reinforced fluoroelastomer eliminates post-cure shrinkage and thermal expansion in tubular mandrels.

A suction-equipped anvil roll with a lower ridge prevents granular particles from interfering with ultrasonic bonding.

Multi-layer titanium brazing foils resolve embrittlement by using cold-rolled copper and nickel layers to enhance ductility during thickness reduction.

A moulding tool with a wrinkle control feature manages ply layer deformation during the manufacturing process.

Translatory displacement of fiber stitch layers deforms pile fiber bundles, resolving the trade-off between cushioning comfort and compression resistance.