Steering Device TRIZ Cases

Sliding extension shaft secured by wedge clamp enables infinite height adjustment, eliminating time-consuming spacer removal.

Non-parallel through holes in the caliper mount improve coupling strength and arrangement flexibility.

Wrapping multi-layered cardboard panels around reinforcing members creates core-envelope elements that resolve bending strength limitations in wheeled devices.

A motorcycle steering pin rotates within containment means to vary inclination angles without dismantling the steering tube assembly.

Angled hollow connecting part offsets the clamp head downward to compensate for increased bicycle height from 29-inch wheels.

A mobile vehicle steering actuator stabilizes the inclination angle and steering angle through dynamic sensitivity adjustment.

A single-piece cardboard packaging structure holds bicycle grips via an integrated connecting arm.

Reversible bearing plates in a bicycle head tube alter the steering axis angle to resolve the trade-off between head angle adaptability and device complexity.

Segmented fork crown arms with lightening bores reduce component weight without compromising structural strength against twisting forces.

Segmented handlebar assembly with rotatable left and right sections enables independent grip positioning relative to a vertical plane.

Rear radiator shroud with baffle plate redirects hot air away from the operator's compartment, lowering rider discomfort and improving engine performance.

A motorcycle handlebar protector integrates a communication unit with embedded sensors to consolidate data acquisition and wireless transmission.

Structural battery housing improves weight distribution and handling while providing dry storage space.

Varying the fork bracket plate thickness resolves strength versus load absorption trade-offs, improving steering stability without complex cut-outs.

Oblique junction aligns wheels parallel to solve pushability issues during compact storage.