Lamination TRIZ Cases

Segmented laminae with elongated bosses define flow paths, eliminating expensive diffusion bonding to reduce production costs.

Independent vibrating assemblies enable precise thermal energy concentration at specific weld areas, resolving limitations in controlling heat for repair welds.

Locating devices guide mobile assembly into docking station to align platens, eliminating manual operator alignment and overhead handling equipment.

Heating the window jig lowers coupling pressure to prevent cracks and maintain adhesive strength.

Segmented outer pressure and inner valley frames resolve the contradiction between high force absorption and manual handling adaptability.

Thermoplastic composite material combines fiber fleece with glass fabric layers to reduce energy consumption while maintaining strength.

Laminating polymer films between heated mold parts with microstructured cavities reduces production cost while maintaining complex geometries.

An air manifold transfers staple fibers from a carding cylinder to a spunbond layer, enabling high-speed composite sheet production.

Segmented cushioning and wear layers resolve thickness-flexibility trade-offs while eliminating humidity damage in sports flooring.

A pressure sensitive adhesive cures via hydrosilylation to form a protective film for flexible OLED passivation layers.

Cellular strip structure bonds with cushion foam to distribute impact forces, reducing weight while maintaining high security standards.

Specific phosphorus, nitrogen, and boron weight ratios in a gypsum panel create an intumescent char layer that resists heat and oxygen.

Laser welding forms continuous seam seals around through holes, preventing leakage and eliminating complex alignment requirements.

Scattering powdered resin onto an unsanded backing sheet eliminates costly sanding steps and material loss while ensuring strong adhesion.

Replacing bolt-on fasteners with adhesive bonding prevents loosening while maintaining rotational inertia in compact engines.

Local heating creates a recess in the plastic film for LED insertion, preventing stress and glass breakage during lamination.

A low polyphenol toughener composition stabilizes epoxy adhesive viscosity through controlled isocyanate pre-polymer reactions.

A spin welding component with a concave opening captures molten resin to prevent deformation and improve dimensional accuracy.

A vibrating assembly moves both work pieces along a single weld axis to generate friction heat for repair welding.

A rotating drum directs heated fluid through apertures to partially melt substrates before compression by a press member.

An automated system trims and compacts webs of curable material to fabricate gap fillers, resolving precision bottlenecks in composite joint manufacturing.

Carrier substrate roller transfer deposits coating material selectively on raised surfaces, eliminating complex masking steps and reducing process complexity.

Orienting a decorative covering at less than ninety degrees masks visual distortion from stretching on complex surfaces.

Chevron vacuum openings secure stretchable film segments to prevent edge loss while reducing material waste during selective web application.

A filler location tool positions filler structures within stiffener cavaries on an inner mold line layup mandrel.