Flat Articles TRIZ Cases

A screw extruder uses a reverse-side flight thickening portion to increase shearing force and improve dispersion mixing of kneaded materials.

An LCP film production apparatus uses an electromagnetic field generator to disrupt ordered molecular arrangements during extrusion.

Cyclic pressure extracts trapped gases from fibrous composites before curing, preventing porosity and ensuring predictable mechanical strength.

Oblique pattern alignment eliminates incomplete protrusions and weak points in dual-sided structured films.

A nozzle slot control method acquires the actual geometric profile to enable precise film track thickness adjustments.

Scalable fabrication of flexible thermoregulating composite films featuring embedded columnar nanostructures for dynamic heat management.

A layered waste paper panel process deposits distinct particle sizes to achieve structural integrity and insulation.

Surface embossing reduces adhesion during friction welding, allowing faster processing of polyester straps while maintaining tensile strength.

Guided rope systems replace complex chain tracks to minimize friction and heat generation during high-speed film processing.

Controlled cooling during extrusion produces thick ETFE sheets that balance mechanical strength with high light transmittance.

Polyethylene terephthalate foam plate with 30 to 35 degree sidewalls resolves stacking efficiency versus item retention trade-offs.

Segmenting the polymer into crystallizable and rubbery phases enables reversible switching without reprogramming, solving unidirectional limitations.

Segmented retaining elements allow residue-free coating replacement, eliminating adhesive cleaning downtime while maintaining precise alignment.

A microporous polyolefin film achieves high mechanical strength through solvent-based processing and annealing.

A foam manufacturing method recovers untrapped blowing agent gas from the production environment for reuse.

Segmented suction channels prevent premature vacuum line filling during fiber composite impregnation.

Actuators adjust side boundary walls based on measured scatter data to resolve inhomogeneous density variations in wood-based panels.

Blending virgin polyethylene with post-industrial recycled elastomer resolves mechanical inconsistency while reducing environmental impact.

Calcium carbonate filler uniformly disperses in polyvinyl chloride resin to boost Charpy impact strength without plasticizers.

Extruding cassava starch with polylactic acid and polycaprolactone creates flexible biodegradable packaging films.

A flexible sheet embeds multiple small electrodes within a non-conductive substrate to enable precise neuromuscular stimulation patterns.

Integrates decorative layers into wood-plastic composite panels during double-belt pressing.

A gear pump extruder adjusts fluid communication channel volume using protrusive members to regulate material flow rate.

Automated laminating system bonds film-type adhesive to SUS metal sheets using controlled heating and pressure rollers.

Cooling jets target thickened profile sections to prevent distortion, enabling faster extrusion speeds while maintaining shape integrity.

Segmented heating stages balance production capacity with transverse tensile strength by controlling surface and core temperatures.

Oriented strand board layers use distinct wood fines volumes to restrict air flow, reducing leakage below Passive House limits without adding vapor barriers.

Multi-stage roll sheet molding apparatus segments cooling zones to enhance surface quality.

Static mixing elements with helical ribs disrupt gels through extensional flow, reducing gel size by 30% while minimizing pressure drop.

Overmolded hybrid panels eliminate surface protrusions to prevent dirt accumulation and goods damage.

Symmetric flow passages in a one-in-two-out mold increase production efficiency while reducing product weight and improving thermal insulation.

Welding adjoining edges of sheet-shaped reinforcing fiber pieces creates a continuous elongated sheet with angled fibers.

Paste-processed ultra high molecular weight polyethylene expands into dense films through controlled compression and stretching.

Catalysts and activators reduce energy consumption while maintaining polymerization effectiveness.

A processing system converts plastic waste and agricultural scrap into synthetic building materials through sequential grinding, mixing, and pelletizing stages.

A variable volume body applies uniform pressure to form complex 3D shapes, preventing thermal corrugation and thickness deviation.

A sensor and control module automates parameter adjustments during flat film machine product transitions.

Blending an aromatic (meth)acrylic copolymer with polycarbonate prevents whitening during high-speed thin-wall molding while maintaining transparency.

Eliminating organic solvents from pore-forming processes by biaxially stretching ultra-high-molecular-weight polyethylene films above their melting point.

Scattering devices distribute additives into wood particle cakes to spatially adapt panel properties while maintaining homogeneous raw density.

A roller fixed to a link shaft via a bracket maintains rolling contact with a link retainer to stabilize the mechanism during operation.

A device shapes thermoplastic composite plates using fusible elements that release bearing force at precise melting temperatures.