Road Vehicle Tyres TRIZ Cases

A slotted ring, guided sectors, and locking opening simplify elastic band mounting and adapt flat rolling support to different wheel rims.

Asymmetric main-groove placement preserves a rounded contact patch in narrow large-diameter tires, reducing camber-driven uneven wear.

Dual silane coupling agents improve silica dispersion in tyre rubber, balancing snow and dry handling, wet grip, and rolling resistance.

Raised and recessed tread zones create localized pressure differences that heat the tyre during early rolling and reduce external warm-up needs.

Zoned tread blocks and grooves balance wet-road stability, drainage, and off-road traction in big enduro motorcycle tires.

Embedding the communication device in tread rubber with non-metal belt cords protects RF performance while avoiding added tire weight.

Low-tan-delta tread rubber and asymmetric rib land areas reduce rolling resistance while keeping handling stable across speeds and improving durability.

Non-crossing stiffening anchors from bead and sidewall to crown reduce peeling loads, improving tire durability, grip, noise, and rolling resistance.

By comparing ABS toothed-ring rotation data with tire sensor rotation, this case locates TPMS sensors without host modification.

Expanding arc ridges enable one-step valve attachment and resist centrifugal-force tilt for more stable tire pressure sensing.

Real-time learned compensation factors correct wheel dynamic radius from speed, pressure, and load to improve tire tread depth estimation.

Optimized carcass and sidewall thickness ratios help a single-ply tire handle high loads while limiting rolling resistance.