Tyres TRIZ Cases

Elastic shoulder spacers decouple shell and sector interfaces, reducing friction while maintaining closure under internal pressure.

Arc-shaped ground contact surface maintains conductive rubber angle during vulcanization, preventing separation at the outer end.

Pneumatic winding support delivers a smooth surface for tire blank splicing, eliminating uneven roller lever surfaces that degrade material quality.

Reorienting extrusion barrels horizontally eliminates costly foundation pits and complex support structures while enabling multi-material tread production.

Circular rings disperse pressure across the vulcanization mold, preventing central concentration that reduces mold life.

Inelastic reinforcement elements prevent axial elongation of the elastic sleeve, eliminating uncontrolled motion and friction during tire component shaping.

A puncture repair fluid container uses a radially offset tab on its switching knob to improve grip and rotation ease.

Segmented electric actuators drive independent arm movements to prevent rubber layer lamination during tire blank turning.

A compact tire sealant dispenser uses a recessed housing to store the container and distributor head.

Segmented rigid core butting surfaces with controlled area ratios minimize radial steps and inhibit rubber biting without increasing gaps between segments.

A vehicle tyre tread incorporates a radially extending conductive web to establish an electrical path from the inner layer to the road surface.

Segmented guide insert allows broken cord replacement within minutes, maintaining production efficiency and flow balance.