Tyre Tread Bands/Patterns TRIZ Cases

Alternating upper and lower groove wall geometry stabilizes land stiffness, preserving tire noise performance while improving drainage.

Periodic inner groove wall angle changes stabilize shoulder contact pressure and lateral forces to improve uneven wear resistance.

Varying chamfer widths across tread block zones improve dry-road grip while preserving snowy and wet traction in an all-season tire.

Selective chamfering around a rib's maximum projection improves water drainage and edge effects without sacrificing rib rigidity.

Radially widened inner sipe sections open extra water-absorbing cavities during tread wear, helping maintain wet grip as groove volume falls.

Inclined shoulder-groove protrusions reinforce tire block corners while preserving groove volume for water drainage and steering stability.

Variable-width circumferential grooves shift air column resonance to lower frequencies while preserving tire drainage as the tread wears.

Regional sipe density and stud placement improve wet, snow, and ice grip while preserving tread block stability and bare-road handling.

Axially offset groove edges and tapered tread recesses trap snow and water to improve snow traction while limiting wear on dry and wet roads.

Tapering tread recesses trap snow for winter traction while offset groove edges guide water to reduce wear and aquaplaning.

Alternating parallel and unparallel tread groove edges improve snow and ice traction, water ejection, and tread durability.

A dual-layer tread keeps groove width and snow gripping force as wear progresses, preserving on-snow traction and steering stability.

Recessed shoulder blocks and sidewall recesses boost shearing force, clear mud and water, and improve tread heat dissipation.

V-shaped notch mouths and mixed chamfered block flanks improve snow compaction while limiting block edge rolling-in on dry roads.

Higher contact pressure in the outer shoulder boosts mud scraping while preserving rolling resistance without adding groove volume.

Parallel incisions and microgrooves balance rough-ice and snow grip with preserved smooth-ice contact area and water drainage.

Different rubber stiffness in the crown and shoulder tread zones reduces uneven aircraft tire wear and extends service life.

Strategic shoulder and crown sipe layouts preserve on-ice grip while limiting circumferential shear deformation and heel-and-toe wear.

Alternating sipe edge depths and offset base elevations balance tread stiffness, improving dry handling while keeping wear and snow grip uniform.

Round chamfers on tread land edges disperse contact pressure to suppress early uneven wear and preserve traction performance.

Round chamfers placed near tread sipes disperse edge pressure, suppress early uneven wear, and preserve land stiffness.

Wave-shaped groove flanks absorb deformation energy under load, reducing crack formation at the groove base in pneumatic tires.

Balancing tread rubber modulus and ribbed center blocks helps this asymmetrical tire maintain snow grip and wet braking for all-season use.

Connected short sipes improve water drainage and on-ice grip while preserving land portion rigidity through controlled sipe density.