Lamination Ancillary Operations TRIZ Cases

A wavelength conversion element uses a segmented reflection member to direct light while enabling thermal conduction through the substrate.

Dynamic braking manages high inertia from large reels to enable wider tapes and higher lamination rates.

Segmented release layers improve weedability while polar binders enhance laminate durability against cracking.

Acrylic resin film bonded to metal layer via adhesive layers prevents exfoliation under high temperature conditions.

A polyethylene leak preventing part shields the driving circuit from N-methyl-2-pyrrolidone solvent damage by covering the adhesive exposed surface.

Optimizing PE-CVD deposition rates to create a gradient hard coating layer that resolves abrasion resistance versus adhesion durability trade-offs.

A substrate attachment method uses gas spraying to curve the substrate, preventing contamination during transfer.

A curved laminated glass structure uses a thinner alkali-free plate elastically deformed onto a thicker soda lime substrate to generate surface compressive stress.

Heatable separating film accelerates liquid shimming curing by 40% while preventing adhesive connection between joining zones.

A peeling apparatus adjusts the tape angle to remove protection sheets from semiconductor wafers without leaving adhesive residue.

Tension measuring means and a moving feed-out head keep adhesive sheet tension constant, preventing wrinkles and air bubbles on semiconductor wafers.

Positioning codes on panel backs allow straight cutting of non-staggered layouts, eliminating image distortion from staggered assembly.

Sonic welding bonds fabric to foam along graphic lines, creating crisp anatomical shapes without the rigidity of thermal molding.

A continuous elastic laminate integrates micro-hooks directly into non-woven tabs.

Composite press pads with porous cores distribute hydraulic pressure evenly while acrylic adhesives bond protective layers to prevent dust damage.

Focused laser light peels GaN crystals from sapphire substrates, preventing cracks caused by residual stress concentration during separation.

Segmented electrically conducting protrusions and insulating space rings resolve unreliable connections in back-contact solar cell modules.

A stereoscopic display device uses a hollow light-guiding member to reflect images between left-eye and right-eye areas.

Cured dry powder overlay with uniform particles resolves high wear on embossed protrusions while lowering manufacturing costs.

A laminated glass interlayer film uses controlled surface roughness ratios to create distinct transparent and non-transparent regions.

Replacing anisotropic etching with a molding process using a detachable transfer member simplifies manufacturing and reduces transmission loss.

Hot-melt adhesive fills installation holes around embedded magnets to eliminate surface impressions and maintain flatness.

A polymer coating system transfers printed impressions onto diverse surfaces using water activation without specialized equipment.

Laminating warp-knit fabric with a polymer stiffener creates a pliable yet rigid composite material.

Incorporating lightweight fibrous veils as friction-promoting layers reduces honeycomb core crush without increasing panel weight.

A manufacturing method adheres thin paper glass to board glass for stable OLED element formation.

Microcontact printing transfers continuous metal films onto flexible substrates using a relief structure with a release layer.

Merging tensioning and course regulation into one roller reduces device complexity and high adjustment forces in corrugated board production.

Parallel link mechanism with coupling rod ensures uniform force distribution across the roller width, resolving non-uniform pressure issues in glass lamination.

Transparent silicone adhesive with dissimilar front and rear tackiness enables stable peeling site selectivity during optical component assembly.

Heating optical clear adhesive increases viscosity, preventing bubbles and cracks during flexible panel bonding.

Segmented door assemblies use removable decorative panels to update aesthetics without re-certifying structural units.

A composite support unit with a stabilizing layer reduces thickness fluctuations in detached wafers, addressing kerf loss and curvature issues.

A resealable flap device segments the hinge region to remove the stiff upper layer, preventing unwanted curling and interference during product extraction.

Segmented adhesive zones on a transfer film enable precise multilayer body placement while preventing edge fraying during carrier removal.

Sequential heat and cold pressing stabilizes EPC floor substrate dimensions, preventing surface damage during high-temperature assembly.

Punching procedure creates partial cuts through multilayer laminate structures for vibration damping applications.

A roller apparatus applies protective films to electronic devices without wet solutions, removing air bubbles and eliminating drying time.

Cured polysiloxane powder reduces volume shrinkage during moisture curing, preventing cracking and warpage in thick converter layers for high-power LEDs.

Curable ink matrix forms embossed structures pressed against building panel surface layers, eliminating expensive steel plates and repetition effects.

A bifunctional film combines an attachment layer and anti-adhesion layer to seal wounds securely.

A non-periodic sub-wavelength grating replaces bulky lenses to control light phase fronts, reducing coupler size and cost while maintaining high efficiency.

A controller adjusts machine direction speed and position of diaper chassis using optical sensors to detect registration features.

Resin fills narrow gaps between protruding layers to reduce battery volume and increase energy density.

Stretch-modified elastomeric multilayer film uses an antiblock agent in the outer layer to reduce surface friction and improve handling.

A pre-stretched substrate forms uniform tension through differential thermal contraction of layered films on a carrier plate.

A substrate processing system advances material at variable speeds to form discrete hook zones on absorbent article substrates.

Vertical stacking of device assemblies in etch trays boosts yield without expanding tank footprint.

Mold transfer creates fine uneven shapes on the hard coat layer, eliminating separate layers and preventing interlayer refraction.

Resin loaded with thermally conductive powder in corrugated sheets improves thermal conductivity while reducing weight compared to metal cells.