Steering Controls TRIZ Cases

Radial clearance in second hole absorbs dimensional errors while first hole ensures precise positioning for reliable fastening.

A steering lock mechanism uses a tooth member that extends obliquely to mesh with stationary teeth during column adjustment.

A dock-mounted camera transmits video to a vehicle receiver, resolving tractor-trailer communication complexity.

A control device delays regular operations on a second switch until a set time passes after a first switch operation.

Cam-driven clamping with adjustable reaction nuts secures the shroud against bracket arms, resolving pre-load insufficiency during rake and reach adjustments.

Inner and outer spindles with a spline hub enable axial movement while a base prevents rotation in the stowed state.

A control system transmits verification requests to remote devices and listens for replies to ensure correct operation.

Dual operation devices monitor steering displacement mechanisms to detect component abnormalities and external interference signals.

Curved elastic portions on a tooth member enable tilt locking engagement, eliminating separate elastic arms to reduce component count and system size.

Arcuate slot and spacer constrain mounting bracket movement to prevent shifting during vehicle assembly.

Pyrotechnic fuses activate variable resistance stages in the strap, adapting energy absorption to driver size and collision severity.