Steering Solutions IP Holding Corporation

Delphi Technologies, Inc.

Other

Timothy D Beach

Robert D Maida

Michael Patrick Anspaugh

Robert W Dubay

Matthew J Allington

Henry A Eurich

A steering column assembly includes a lower jacket, an upper jacket in telescoping engagement with the lower jacket, and a telescope actuator assembly. The telescope actuator assembly includes a jackscrew nut translatable along a lead screw. The telescope actuator assembly includes a telescope drive bracket having a base portion and a pair of arms extending from the base portion, the pair of arms each defining a slot with a respective slot surface, wherein the jackscrew nut is disposed within the slots. The telescope actuator assembly includes a first nut capture plug coupled to one of the pair of arms, the first nut capture plug having at least one tooth disposed within a cavity on a first side of the jackscrew nut to prevent relative rotation between the jackscrew nut and the telescope drive bracket.

Telescope drive bracket with anti-rotation features

A steering column assembly includes a lower jacket. The assembly also includes an upper jacket in telescoping engagement with the lower jacket. The assembly further includes a telescope actuator assembly comprising a nut translatable along a lead screw. The assembly yet further includes a telescope drive bracket having a base portion and a pair of arms extending from the base portion, the pair of arms each defining a slot with a respective slot surface, wherein the nut is disposed within the slots in an assembled condition to move the upper jacket in a telescope direction relative to the lower jacket. The assembly also includes a first pair of anti-rotation features disposed on the slot surface of a first arm of the pair of arms.

A steering column assembly includes a jacket having a first end, a second end, a jacket length, and an inner surface defining a bore. The steering column assembly also includes a steering shaft having an outer surface and a shaft length, at least a portion of the steering shaft located within the bore defined by the inner surface of the jacket. The steering column assembly further includes a stiffening sleeve having a radially inner surface, a radially outer surface, and a sleeve length, wherein the radially outer surface of the stiffening sleeve is fixed to the inner surface of the jacket.

Steering column jacket stiffening sleeve

A steering column assembly includes a lower jacket having a bridge proximate a forward end of the lower jacket, the bridge defining a slot. The assembly also includes an upper jacket in telescoping engagement with the lower jacket. The steering column assembly further includes a telescope actuator assembly. The steering column assembly yet further includes a telescope drive bracket operatively coupled to, and translated by, the telescope actuator assembly, the telescope drive bracket having a base portion coupled to the upper jacket to move the upper jacket in a telescope direction relative to the lower jacket. The steering column assembly also includes a plate coupled to an outer surface of the upper jacket and disposed between the base portion of the telescope drive bracket and the upper jacket, the plate having a retention feature positioned to contact the bridge of the lower jacket to define a rearward telescope limit.

Steering column rearward retention feature

The toothbrush timer is a timing device that is configured for use with a toothbrush. The toothbrush is further defined with a bristle end and a grip end. The toothbrush timer removably attaches to the grip end of the toothbrush. The timing device is a countdown timer that times the duration of brushing activities. The toothbrush timer comprises a toothbrush, a sheath, and a timing circuit. The timing circuit is contained within the sheath. The sheath attaches to the toothbrush. To use the toothbrush timer, the timing circuit is initiated and the toothbrush is used normally until the timing circuit has completed its countown.

Toothbrush timer

The invention provides a snap-in capsule for releasibly connecting a steering column to a vehicle. The snap-in capsule includes a metal insert for reducing creep of the steering column with respect to the vehicle. The metal insert has top and bottom surfaces and a slot extending along an axis for receiving a bolt. The snap-in capsule also includes a plastic capsule body for providing a mechanical fuse between the metal insert and the steering column. The plastic capsule body has a first snap-fit portion being deformable to receive the metal insert and fix the plastic capsule body and the metal insert with respect to one another.

Snap-in capsule for steering columns

The snap-on steering column shroud assembly includes an upper shroud and a lower shroud. The upper shroud has an upper steering shaft passage portion that is positioned vertically, axially and angularly relative to the upper steering shaft. A front edge is moved toward the steering column to move upper shroud cantilever snap fasteners into engagement with the steering column. Force is applied manually to force the upper shroud snap fasteners into a retaining position. A lower shroud is aligned with the upper shroud by alignment posts and alignment post receivers and then raised into contact with the steering column. Lower shroud cantilevered snap fasteners are manually forced into a lower shroud retaining position on the steering column. Snap connectors and snap receivers connect the upper shroud to the lower shroud.

Growing community of inventors

Saginaw, MI, United States of America

Timothy D Beach