Tyre Sidewalls TRIZ Cases
- Tire Sidewall Hexagonal Ridge Pattern for Clearer Decoration
Hexagonal sidewall elements with differently angled ridges improve tire decoration visibility while avoiding tire-size-specific redraw work.
- Tire Sidewall Decoration With Branched Ribs for Stable 3D Contrast
Branched rib structures in tire sidewall decoration create a high-contrast 3D effect that stays visible across viewing angles and avoids vulcanization air pockets.
- Tire Sidewall Decorative Patterning for Higher Trademark Visibility
Graduated sidewall pattern areas with fine asterisk protrusions create luminance contrast, making tire trademarks more visible and expressive.
- Tyre Sidewall Hatching for 3D Appearance and Irregularity Concealment
Zigzag radial ribs on the tyre sidewall create fan-like light and shadow effects that give a 3D look and hide surface unevenness.
- Tire Sidewall Mark Structure to Prevent Mud Clogging
A wavy sidewall mark with two to four peaks reduces mud adhesion while preserving light reflection, legibility, and visual appeal.
- Tire Sidewall Protrusion Structure for Fuel Economy and Scratch Resistance
Bent sidewall protrusions with segmented widths generate turbulent flow for fuel economy while preserving tire mass and scratch resistance.
- Tire Sidewall Ridge Layout for Unevenness Camouflage
Angled sidewall ridge portions with a controlled gap hide carcass-ply unevenness while reducing bareness and cut-scar extension.
- Sidewall Hoop Ring Structure for Zero-Pressure Run-Flat Tires
Embedded hoop rings in tire sidewalls support vehicle load at zero pressure, enabling longer high-speed run-flat operation with lower heat.
- Pneumatic Tire Sidewall Serration Structure for Shadow and Damage Resistance
Sidewall ridges raised above a recessed serration pattern strengthen external damage resistance while preserving a clear decorative shadow.