Inflatable Tyres TRIZ Cases

Asymmetric meandering main groove walls improve drainage while stabilizing land compressive stiffness to limit tire noise.

A base-material-free pressure-sensitive adhesive bonds the tire sound absorber while preserving heat dissipation and reducing cavity resonance noise.

Orange fluorescent sound absorbers deter insects during tire storage while preserving cavity resonance damping and sound absorption.

Widened shoulder sipes help keep tread contact even on dry roads, improving braking while maintaining steering stability.

Angled sipes and shallow narrow grooves balance ice braking and snow traction by improving tread pressure distribution without hurting load durability.

Discrete pins with expanded tips lock a tire noise damper in place while preserving heat dissipation to prevent thermal degradation.

Alternating lateral grooves with block-end chamfers improve water drainage and wet braking while keeping rolling resistance low.

Different inner and outer groove wall angles preserve land rigidity while maintaining drainage volume for balanced dry, wet, and snow performance.

Staggered sipes and variable-depth lug grooves improve snow traction while limiting tread noise, slippage, and uneven wear.

Auxiliary resonators in the intermediate tread land suppress airflow noise, enabling shallower main grooves for lower rolling resistance and weight.

Shallow main grooves cut rolling resistance, while tread resonators disperse airflow to suppress noise and preserve tire rigidity.

Chamfered tread block ends and lateral grooves improve water drainage, wet braking, and steering stability without raising rolling resistance.

Distinct-resonance Helmholtz absorbers placed near the sidewall and bead cut tire cavity noise with less weight and complexity.

Segmented tread resonators connected to main grooves suppress air column resonance while improving SUV cornering stability.

Placing the electronic component within the bead steel cord ply and away from the splice cuts deformation and metal interference while preserving steering stability.

Through-hole sound dampers on tire sidewalls flex with repeated bending to cut cavity resonance and road noise without damage.

Segmented circumferential grooves and angled sipes balance ice-road grounding with water removal and drainage in a studless tire.

Alternating lug grooves and a bent main groove raise snow shearing and ice adhesion while preserving tire contact area.

A tire valve introduces a gas-fuel mixture to power an organic generator, avoiding moving impact parts that shorten transmitter life.

A soft-hard mass damper placed inside the tire cuts structural vibration noise while allowing installation before curing.

Alternating lug grooves and a bent main groove raise snow shearing and discharge while preserving ice adhesion in a pneumatic tire.

Stacked open-cell foam strips on the tire innerliner cut cavity noise while reducing flex strain, cost, and heat buildup.

Periodically displaced main grooves and inner-side chamfers improve water drainage while preserving tread rigidity and wear resistance.

Segmented grooves and land portions in a tire sound absorber cut heat buildup at high speed while preserving road-noise reduction.

A hidden auxiliary groove helps the tire resonator maintain air chamber volume on rough roads, reducing air column resonance sound.

Curved outer-side shoulder and intermediate lug grooves preserve tread rigidity while maintaining drainage for stable dry and wet steering.

Multiple nonwoven layers with reduced fiber binding help a tire sound absorber keep its volume under centrifugal force and stay quiet at high speed.

Layered nonwoven sound absorbers limit sealant inflow in pneumatic tires, preserving puncture sealing and road-noise reduction.

Curved sidewall recesses generate directional brightness gradations to resolve visibility contradictions in tire indication portions.

Segmented extension blocks reinforce the tire sidewall with varying cross-section heights to distribute rigidity.

Precise control of inner circumferential groove width prevents bottom cracking while maintaining water expulsion to improve uneven wear resistance.

Segmented oblique grooves with widened portions form snow blocks while maintaining tread rigidity.