Belts TRIZ Cases

See how a polyamine surface-modifying layer eliminates resorcinol, formaldehyde, and epoxy comp

Two infeed members stretch elastomeric sheets before cutting, flattening folds and creases to reduce clogging and downtime.

Automated cutting mechanism with programmable logic controller positions grouped round knives for precise yarn blank separation.

Segmented flat and inclined inner surfaces distribute tension to suppress snaking while preventing localized stress on crawler tracks.

Cooled revolving elements compress extruded plastics to form precise surface projections, enabling hard materials like polycarbonate for secure applications.

Integrated heating and cooling devices eliminate separate autoclave transfers, reducing cycle times for vulcanized toothed belts.

Outer mold segments with radial recesses hold pre-shaped elements to maintain tension member arrangement during vulcanization.

Anisotropic composite material provides degressive tension to reduce exertion during explosive strength training.

Integrating a foamed thermoplastic cushion layer into a fabric base absorbs impact forces without increasing belt thickness or power requirements.

Half-vulcanized rubber protrusions bond to a main body without molding fluid rubber, preventing tension member deformation.

Combined hydroforming and injection molding connects passenger car body components using fiber-reinforced plastic.

Pre-stretching the textile layer eliminates underpressure steps, resolving complexity while ensuring uniform load absorption in drive belts.

Automated sensor detection replaces manual gap gauges to eliminate operator variation in rubber molding clearance settings.

Solidified support material enables total profile machining of complex parts, eliminating custom fixture design time and reducing production costs.

A press pad uses a porous elastomer foam layer between thermally conductive metal threads to maintain cushioning while enabling heat transfer.

Sensors detect belt presence to adjust press opening extent, reducing unnecessary full openings and optimizing throughput.

Radial offset positioning reduces belt length and bulkiness while maintaining mechanical power delivery.

Lateral edge sensors detect sheet boundaries upstream, enabling dynamic cut adjustments that resolve blockages from irregular material edges.

Closed magnetic cavities in a conductive body transfer induction heat via conduction, eliminating non-homogeneous temperature zones.

Preheating elastomeric material before mold filling eliminates deformation during vulcanization, ensuring accurate profiling and strong adhesion.