Lamination Ancillary Operations TRIZ Cases

A sealing apparatus uses a concave stage to support substrates while an optical head irradiates light onto the sealant for bonding.

A laminated OLED body uses a tensile inorganic layer to counterbalance compressive forces during substrate separation.

Pre-forming units shape flexible display panels via guide films to resolve adhesion defects on bent cover windows.

Alternating polylactic acid and aliphatic polyester layers achieve layer uniformity under 0.2 micrometers for flexible packaging.

A rotatable fitting unit adjusts the angular position of a cylindrical film relative to a container circumference.

Dynamic tension control corrects longitudinal deviations during hot rolling, resolving the trade-off between alignment precision and production efficiency.

Asymmetric fiber packing eliminates square pack regions to boost open area ratios above 90 percent while maintaining structural stability.

Elastic composite with cross-directional elasticity using spaced elastic elements between nonwoven carriers.

A cellular foam core absorbs fragrance oil and releases it as a mist when compressed by the user.

Angled reflective walls in tapered microcells position black pigment away from viewers to improve light reflectance and color gamut.

A laminating apparatus uses a shape pad with incision patterns to apply varying pressure for bonding display components.

A mobile layup head presses tape firmly against surfaces before interliner removal to prevent curling.

A UV-cured adhesive bonding method joins transparent substrates to display panels using controlled viscosity and reduced pressure.

Cellular header boards filled with foam-like material provide stable layup surfaces, reducing production time and costs for rapid prototyping.

Segmenting the topsheet into a textured contact layer and a flat drainage layer improves adhesion to the absorbent core while maintaining user comfort.

A laminated body with a multilayer film bonded to a substrate suppresses crease formation under high temperature and humidity conditions.

A laminating apparatus uses a contractable fluid tube and pressure regulator to apply uniform contact force on curved display surfaces.

Dry lift adhesive connects top and bottom layers in printable sheets, enabling clean detachment of folder pockets without tearing or residue.

Embedded heating elements in a radius filler enable inductive curing, eliminating thermal stresses and cracking common in co-cured composite structures.

Modified PVB interlayers resolve the trade-off between penetration resistance and glass adhesion, ensuring compliance with EN 356 P2A standards.

A sliding repair plug with a solid shank and flange bonds to structural components using adhesive.

Integrating printing and punching on a carrier web creates labels with projecting cover sheets, reducing labor-intensive handling steps.

Indium bond melting allows metal cooling plate separation from ceramic top plates, preventing structural damage during refurbishment.

Sequential vacuum, isostatic pressure, and annealing bond infrared glasses into void-free optical elements without ion-exchange limitations.

A heat mat integrates a thermostatic control circuit with a polymer adhesive fuse that delaminates at high temperatures to sever the heating element.

Electrochemical delamination separates graphene from growth substrates without dissolving them, preventing residue contamination and enabling substrate reuse.

Oxygen plasma treatment bonds a silicone membrane to a polymer actuator in a varifocal lens, resolving low adhesive force between hydrophobic materials.

A metal plate presses prepregs and a honeycomb core using a cushion layer to eliminate surface protrusions and manual filling.

Blasting treatment smooths cut edges of electrical steel rotor laminations to induce compressive stress layers along the center bridge.

A laminating apparatus uses a convex pressure pad to bond curved display windows.

Multilayer foam-film composite structures use anisotropic cell orientation to overcome insufficient toughness, tear resistance, and puncture resistance.

Superficial photopolymerization stabilizes the tape surface during continuous winding, eliminating complex chambers and reducing costs.

Vacuum ultraviolet or atmospheric plasma activates resin surfaces for direct bonding without adhesives.

Application head separates fibre strips from support paper using ultrasonic cutting modules, eliminating production downtime caused by waste removal.

Gas-phase catalyst cures polyurethane adhesive in vehicle ceiling trim moulds, preventing surface staining and eliminating costly demoulding agents.

A laser beam mixing apparatus merges multi-core fiber outputs into a single uniform beam via adjustable barrel and stage mechanisms.

Optimized resin ratios in a fluorine-based multilayer film suppress thermal wrinkling and sagging during vacuum forming while maintaining weather resistance.

Segmented pressing of impregnated cellulose fiber webs forms a stable base plate, eliminating the need for expensive re-cooling presses.

Selective actuator groups apply direct pressure to recessed door panel channels, resolving improper bonding between skins and core.

A convex pressing part transforms into a flat shape to apply uniform pressure across the film surface.

Position limiting plates align cell phones on fixing plates, distributing stress evenly to prevent bubbles during manual lamination.

A transverse leaf spring uses a prestressed pendulum support to positively hold the link end.

Gap-patterned honey-dosed foam dressings disperse exudate to manage fluid while delivering uniform antibacterial honey for improved wound healing.

Two-stage heat treatment resolves the contradiction between mass production speed and interfacial adhesion in membrane electrode assembly manufacturing.

A film-sticking box uses a sliding inner casing to remove dust from electronic device screens before applying protective films.

An automated delaminating device lifts and separates damaged fiber layers to resolve low throughput and surface contamination risks in manual repair processes.

A single flexible cover integrates a crystalline aluminum oxide layer with a PET film sensor stacking layer to create durable touch screens.

Planar press plates weld thermoplastic films using a release material pattern to define sealed zones without custom dies.

Low alkali glass substrates minimize sodium diffusion into functional materials, enhancing mechanical strength and clarity in electrochromic devices.

Embossed back surface mimics ground geometry to improve adhesive bonding while maintaining a continuous resin seal against moisture.