Tyres TRIZ Cases

Direct connection between the compressor and bottle unit lowers the center of gravity, preventing falls during operation.

Replacing steel wire with carbon fiber bead cores reduces tire weight while maintaining robust interengagement and air retention.

Inflatable bladder insert forms a tire container during molding, eliminating separate core drums and reducing production complexity.

Removably attaching lamelles to interchangeable elements enables quick sipe pattern reconfiguration without replacing entire mold components.

Continuous strip transformation creates corrugated reinforcements pressed onto a rotating tire blank, resolving complexity in 0° reinforcement assembly.

Polyorganosiloxane emulsion forms a durable barrier on bladder surfaces, preventing adhesion and extending demolding cycles.

A mixing device merges puncture repair liquid and compressed air via a step portion flow path to optimize supply.

Conditional assistance triggers flange rotation only when angular deviation exceeds a set range, ensuring precise radial orientation of reinforcement wires.

Electrically conductive tire sealant with metallic particles seals punctures and enables external conductivity measurements.

Segmented check units and periodic motion resolve complexity trade-offs, enabling thorough measurement precision within tight production cycle times.