Domestic Articles TRIZ Cases

Multiaxial compression rolling followed by controlled orientation boosts semicrystalline polymer tensile strength and modulus for ballistic materials.

A bipolar lifetime enhancement layer blocks hole diffusion and improves electron injection to extend OLED efficiency and lifetime.

Multi-stage milling, screening, heated attrition, and filtration turn asphalt shingle waste into a homogeneous feedstock with granules removed.

A wound thermoplastic film sealed by insert molding improves adhesion, shortens joining time, and resists leakage during thermal cycles.

Steam fed through a forming mandrel heats pallet blocks from the center, speeding binder cross-linking and enabling uniform size without cutting waste.

Elastic coupling in a pantograph-linked multi-die molding system absorbs thickness variation to keep clamping synchronized and product quality uniform.

Dielectric heating and pressing cure carbohydrate-amino binders in one step, improving heating uniformity and reducing surface defects.

Braided thermoplastic resin thread stabilizes reinforced tape, cutting bulk and fiber undulation before composite consolidation.

Localized heating of the lay-up tool controls cooling and crystallinity in thermoplastic acoustic panel skins, cutting autoclave energy and cycle time.

UV LED light tubes replace degrading fluorescent bulbs to deliver uniform flexo plate curing, shorter exposure time, and lower environmental impact.

Sequential low-, high-, and liquid-resistant fillers fully seal laminated substrate edge gaps to prevent cracking, chipping, and dissolution.

Two-stage injection into grooved preforms forms precise vertical stripes while simplifying resin container molding and using residual heat for blow molding.

Automatic inverse origami modeling turns target 3D shapes into precise flat crease patterns, reducing manual design effort for soft robots.

Multiple heating paths and selective preform transfer enable different temperature profiles without sacrificing blow molding throughput.

A suction-held bottom mold stabilizes product posture during opening, while a pressure suppression unit vents excess gas to protect the suction circuit.

A ceramic insert encapsulated in steel shifts hosel weight to align CG near face center, improving accuracy and off-center forgiveness.

AFP lay-up over unsupported stringer or frame slots uses higher tow tension and lower compaction pressure to remove mandrels and cut lead time.

Edge-constrained frame forming improves tension distribution in heated honeycomb material, reducing edge deformation and incomplete shaping.

A stepped master mold controls the outer liquid film while preserving replica pattern thickness, reducing mold damage and defects.

Multi-stage preform cooling and local temperature adjustment reduce whitening and thickness unevenness while shortening resin container molding cycles.

A dual-layer slush molding process forms skin and foam together, cutting scrap and cycle time while improving trim panel radius definition.

Porous conductive layers inside the mold spread curing heat in syntactic foam, cutting temperature spikes, residual stress, and part damage.

Using mold cavities instead of fragile spikes forms fine 2D watermark patterns in thermoplastics while extending mold life and easing code changes.

Facing rollers control heat transfer and air entrapment to cast polyethylene film with uniform thickness and morphology for later stretching.

Inner distribution media layers reset resin level during infusion, enabling taller syntactic-foam buoyancy parts with faster flow of high-viscosity resins.

Waste heat from preform production and blow molding is redirected through heat exchange to cut energy use in container treatment.

Variable-thickness resin coats low-density spheres at contact points, cutting stress risers while preserving buoyancy foam strength-to-weight.

Reused process heat from preform manufacturing and blow molding cuts container production energy use through integrated heat exchange.

A magnesium oxide, water, and magnesium chloride binder cuts VOC emissions while improving fire resistance in bonded cellulosic products.

A conductive elongated member draws heat from curing syntactic foam, reducing residual stress and enabling larger buoyancy parts.

Blending recycled bottle resin with virgin resin, fillers, and additives enables quality plastic bags from mixed plastics, including food-contact grades.

Conductive media layers spread heat during syntactic-foam curing, reducing temperature spikes and speeding resin solidification for larger parts.

Waste heat from preform production and blow molding is reused through heat exchange to cut energy demand in container treatment plants.

Alternating moulding stations and a synchronized bypass raise heat-set container throughput without adding separate work wheels.

A low-shrinkage adhesive bead joins thermoplastic trim and thermoset structure while limiting surface defects and residual stress.

Variable-thickness resin coats low-density spheres at contact points to cut stress risers and improve buoyancy foam durability.

Multiple inspection and rejection stations back up failed ejection attempts, keeping defective preforms or containers from stopping the line.

Partially exposed conductive members spread curing heat in syntactic foam, limiting sphere degradation, residual stress, and connection difficulty.

Heat exchangers reuse process heat between preform manufacturing and blow molding to cut energy use without separate recovery units.

Laser- and plasma-treated metal bonds let composite corner inserts form deeper, lighter battery trays with less welding and sealing labor.

A toggle link handles fast mold positioning, while hydraulic closing adds high compression force without overloading the linkage.

Flat ATL layup on a conductive flexible facesheet enables curved composite curing with less waste, lower tooling expansion, and fastener-free fusion.

Suction holds the molded part during mold opening, while a branch pipe and valve vent excess pressure to protect the suction circuit.

Asymmetric guide features orient the pressure pad during fitting, preventing misinstallation and improving aseptic tube sealing reliability.

Concentric annular blow-air valves cut dead space in stretch blow molding, reducing compressed air use and speeding pressure build-up.

Adjustable gantries and curved support surfaces let one induction welding fixture handle multiple joints without retooling, cutting setup time.

Integrated protective film unwinds with the composite ply, preventing resin adhesion while avoiding separate film feed and handling steps.

A compliant buffer layer lets a thermoformed curved OLED stack absorb heat and strain, preventing display damage and visual defects.

Curved forming tools with localized undulations create acceptable micro-wrinkles, avoiding defects in complex composite contours.