Mechanical Working/Deformation TRIZ Cases

Sensor-guided clamps separate material web sections precisely, eliminating waste and preventing machine malfunctions during continuous lamination.

A rotary embossing device applies blind text to folding box blanks using rotating driven dies positioned between processing stations.

Radially wound stacked-layer fiber optic coil eliminates crossover sites, reducing thermal gradients and enabling automated high-speed manufacturing.

Inline printing press processes continuous webs to form curved pop-up articles with automated assembly.

A sheet tray adjusts its angle to facilitate user removal while a control unit manages ejection timing.

A colorless primer uses fluorescent dyes that glow purple under black light to verify application without leaving permanent stains.

Polyamidoamine crosslinked resin and modified polyvinyl alcohol maintain adhesion balance across varying moisture levels, preventing sheet breakage.

A cylindrical moveable ground jaw concentrates RF energy to create strong, tearable seals in liquid-filled plastic tubing.

A fabric belt with a low friction coating on the driven side reduces energy loss during transport.

Photolithography creates precise three-dimensional patterns on embossing drums.

Roller copying transfers digital wood grain patterns onto glass magnesium siding, resolving the trade-off between aesthetic versatility and fire resistance.

Non-continuous lamination breaks bonds before layer deformation, resolving the contradiction between reduced film thickness and maintained strength.

Ultrasonic friction welding joins roughened, moistened paper regions through hydrogen bonding, eliminating plastic coatings and adhesive contamination.

Automated equipment assembles triple-pane insulating glass units via a teepee configuration and 180-degree pane rotation to eliminate manual handling risks.

A movable guiding member adjusts its position to align sheets with folding rollers.

A printing plate design featuring pixel array and dummy embossing patterns ensures uniform alignment film thickness.

Direct contact with a sticky substrate deposits precise drug quantities, avoiding electrostatic variability.

An upwardly tapering suspension member corrects fold displacement in center-folded booklets, preventing end deformation during clamping and cutting operations.

Merging dual paper web paths into a single line via a distribution mechanism reduces machine encumbrance by 30% while maintaining production flexibility.

Porous moisture transfer medium introduces humidifying medium into defined sheet fiber areas to enhance deformability and joinability.

A printing system integrates a cutter to produce dies from multi-layer substrates for embossing media.

A forming belt with aligned openings engages container blanks, resolving suboptimal alignment between blank and belt apertures.

Patterned masks regulate laser energy distribution to ensure uniform bonding, resolving non-uniform sealing defects in display manufacturing.

Segmented embossing with nested micro-protuberances resolves the trade-off between cleaning efficiency and aesthetic appeal in tissue paper.

Segmented emboss rollers with smooth reference surfaces distribute tensile stress, preventing uneven fiber density and shape instability in absorbent articles.

Flexible profiling plates adjust pressure distribution on non-uniform roll surfaces to minimize blade chatter and vibration.

Heating thermoplastic allows it to flow into fractured resin points, enabling curved honeycomb molding while maintaining structural integrity.

Embossing paper with machine direction flutes aligns corrugation with natural fiber orientation to leverage inherent material strength.

Segmented tool frames with parallel rails allow quick process switching, reducing setup time without increasing structural complexity.

A step on the cathode separator positions an adhesive layer between component ends, resolving weak adhesion and improving assembly reliability.

An angularly rotating auxiliary roller body varies creasing ridge distances without creating residual gaps that require complex segmented gap-filling elements.

Segmented formed parts with lifters position fuselage stringers, eliminating elongated component handling difficulties.

Moving the sheet bundle with a conveyance unit allows a fixed stapler to bind at multiple positions, avoiding the space needed for a moving mechanism.

Suction means replace mechanical stops in the buckle plate, eliminating noise pulses and sheet damage during high-speed transport.

Variable interrupt members position uncured resin to form coupled portions at distinct intervals along parallel optical fibers.

Rotating second pads align side panels on a held diaper body, preventing misalignment during continuous manufacturing.

Replacing mechanical pressing with plasma-activated Van der Waals forces and hydrogen bonds prevents wafer breakage while ensuring high joining strength.

A rotating element with forming mandrels folds continuous film into prismatic containers for liquid food products.

Wider regulating member retreat gaps prevent sheet attachment to crimping teeth, resolving insertion difficulties for large bundles.

A binding member uses upper and lower teeth with shortened inclined portions to compress paper fibers.

Aligning pre-scored facing lines with linearly embossed flutes prevents fishtailing and gap variations during folding.

Automated roller positioning adapts nip spacing to collation thickness, eliminating manual adjustment delays and preventing document damage.

Independent female die roller textures eliminate cumulative errors, enabling precise aesthetic embossing on sensitive packaging materials.

Separating the pressurization jig from the laser path allows cheaper materials, reducing maintenance needs and improving productivity.

Single-flow corrugated webs pass through a convergence area where adjustable rollers align profiles for precise joining.

Optimized cold work tool steel creping blade composition reduces wear and extends service life compared to conventional blades.

A flip-up printing type cover with a torsion spring prevents finger staining during stamp adjustments.

Ultrasonic bonding joins natural fiber topsheets to plastic backsheets, eliminating adhesive use and reducing environmental impact.

Plasma immersion ion implantation deposits hard nitride and carbide layers onto cold-rolled steel blades to prevent burr formation under high contact pressure.

Heatable embossing rolls create nested structures to ply-bond tissue paper plies, increasing tensile strength by 5-25% while maintaining absorption capacity.