Lamination Ancillary Operations TRIZ Cases

A peeling method transfers semiconductor elements from glass to flexible substrates using a light-activated resin layer and mechanical blade.

A transfer film with a sacrificial template layer forms antireflective nanostructures on receptor substrates.

An aromatic polycarbonate resin layer with a dihydroxy compound structural unit prevents yellowing deterioration from solar radiation exposure.

Laser welding fuses resin and metal golf club heads through pyrolytic bubble formation, eliminating adhesive agents and volatile organic compound emissions.

A process film shields a thin polarizer during adhesive lamination, preventing pressing roll contamination while maintaining attachment reliability.

A display device merges the touch screen and display panels into a single integrated structure to reduce overall device thickness.

A metallic sandwich core uses asymmetrical embossing rollers to form peaks and valleys without lateral tension.

Preliminary peeling and press rolls prevent wrinkles and air bubbles during semiconductor wafer adhesion.

Controlled porosity in electrode non-formed areas of a ceramic green sheet enables air bubble escape, preventing cracking during firing.

Digital printing deposits pigment on a base board before forming a transparent protection layer with a stereoscopic texture.

Selective laser cutting prevents catalyst removal and electrolyte damage during fuel cell membrane electrode assembly production.

Dual-sided embossing creates symmetrical bonding surfaces that eliminate warping from sanding while reducing moisture penetration into the core.

Applying a strippable patch with conductive grease to the dash panel before painting eliminates mechanical abrasion and dust generation.

Universal conveyor roller picks alternating elastomeric pieces and transfers them to spacer rollers, reducing structural complexity during format changes.

Real-time thermal imaging detects missing tows by identifying localized heat signature differences, eliminating labor-intensive visual inspection.

A sheet laminator uses a passage switcher to route abnormal sheets to a purging portion for automatic retry.

Automated pultrusion system laminates fiber prepreg plies through a rotating die to form composite fillers with precise cross-sectional geometry.

Detachable cover protects sharp stripping nail from damage and operator injury during replacement without shortening the functional component.

Mask film extension portions protect gear cog tips from wet etching rounding, maintaining acute angles and structural strength.

Replacing antimony catalysts with titanium or aluminum systems eliminates migration risks while preserving structural integrity during oven cooking.

An integrated suction pad and sharp claw member sandwich label ends, eliminating complex holding devices while ensuring reliable peeling.

Air entrainment agents create uniform air voids in fiber cement slurry, reducing panel density while maintaining mechanical strength.

Magnetic support counters gravitational sag of long attachment rolls, maintaining precision when bonding large-area optical films.

A dual laser jointing apparatus fuses disc drive suspension components using convergent welding and defocused adhesive heating.

Thermoplastic adhesive bonds discrete paper and polypropylene fragments in a three-layered composite cover board to resist wind uplift forces.

Pre-coating the flexible display panel with optical adhesive and using a conformable tool reduces damage during three-dimensional cover bonding.

Maintaining a metal frame to silicone sealant thickness ratio below 10 reduces creep and tear failure in cold bent glass structures.

Transverse flow passages in stitched reinforcements eliminate gas bubbles and dry regions, ensuring high-quality composite structures.

Stretched laminate bonds polyvinyl alcohol and polymer films to enable 10 µm thickness without breakage, achieving superior polarization.

Sheet metal guide rail employs a torque box structure and filler strip to maintain torsional stiffness while reducing weight compared to solid steel rails.

Segmented monitoring of ultrasonic current and bonded area detects horn inclination failures during absorbent article manufacturing.

Discrete resilient elements engage a lattice structure to distribute impact forces, improving shock absorption and durability without adding weight.

Segmented absorbent units prevent gel blocking by allowing free thickness movement, maintaining structural stability through non-slit regions.

A siloxyfluorocarbon networked polymer layer on an intermediate transfer member enables controlled surface free energy for ink wetting and release.

A laminated film structure uses a foreign-substance-removing adhesive layer to capture contaminants before attachment.

Graphitized polyimide film laminates resolve low vertical thermal conductivity in electronic devices without adding noise or vibration.

Alkali ions migrate from glass to carbon nanotubes under an electric field, forming a chemical bond.