Non-Inflatable Tyres TRIZ Cases

Varying plate thickness at the root portion of connecting portions suppresses bending to resolve durability issues in compact tires.

A non-pneumatic tire lower annular band deflects under axial force to distribute load through a wheel concave surface.

Gas springs between rims absorb shock to prevent tire blowouts, reducing downtime for heavy vehicles.

A conical alignment guide positions spokes onto a hub, resolving manual alignment complexity while ensuring proper pretension.

Segmented metallic mesh dissipates heat from elastomeric shock absorption, resolving thermal accumulation in high-speed non-pneumatic tires.

Flexible spokes in the airless tire flatten into a track when loaded on soft sand, spreading the weight to prevent digging and easing transport.

Roughened spoke surfaces enhance adhesive bonding strength to inhibit flaking and improve durability against road debris impacts.

Continuous winding of impregnated tapes eliminates labor-intensive sectioning and high-pressure moulding, reducing industrial costs.

Axial integration of segmented tire pieces simplifies mold structures, preventing spoke contact while enhancing design flexibility.