Injection molded rake lever assembly
A rake lever assembly for a steering column is provided. The steering column is adjustable in an unlocked position of the rake lever assembly and is in a fixed position in a locked position of the rake lever assembly. The rake lever assembly includes a rake lever, the lever being rotatable for moving the clamping arrangement between the locked position and the unlocked position. The rake lever assembly also includes a metal stamping press fit to the rake lever.
1. A rake lever assembly for a steering column, the steering column adjustable in an unlocked position of the rake lever assembly and in a fixed position in a locked position of the rake lever assembly, the rake lever assembly comprising:
a rake lever, the lever being rotatable for moving a clamping arrangement between the locked position and the unlocked position; and
a metal stamping press fit to the rake lever, wherein the metal stamping comprises a plurality of protrusion features that are press fit within a plurality of receiving apertures of the rake lever in an assembled condition of the rake lever assembly.
2. The rake lever assembly of claim 1 , wherein the rake lever is a plastic injection molded component.
3. The rake lever assembly of claim 1 , wherein the metal stamping is formed of steel.
4. The rake lever assembly of claim 1 , wherein the plurality of protrusion features comprises at least one pin and an elongated protrusion, wherein the plurality of receiving apertures comprises at least one pin aperture and an elongated aperture.
5. The rake lever assembly of claim 4 , wherein inserting at least one of the plurality of protrusion features within at least one of the plurality of receiving apertures prevents rotation of the metal stamping relative to the rake lever.
6. The rake lever assembly of claim 1 , wherein press fitting at least one of the plurality of protrusion features within at least one of the plurality of receiving apertures at least partially retains the metal stamping to the rake lever.
7. The rake lever assembly of claim 1 , wherein the rake lever includes at least one cam feature protruding from an inner face of the rake lever.
8. A steering column comprising:
a jacket assembly; and
a rake lever assembly operatively coupled to the jacket assembly, the rake lever assembly comprising:
a rake lever rotatable for moving a clamping arrangement between the locked position and the unlocked position;
a metal stamping press fit to the rake lever; and
a rake bolt operatively coupled to the rake lever and extending through the jacket assembly, wherein rotation of the rake lever rotates the rake bolt to adjust the steering column between an unlocked position and a fixed position in a locked position;
wherein the rake lever is a plastic injection molded component, wherein the metal stamping comprises a plurality of protrusion features that are press fit within a plurality of receiving apertures of the rake lever in an assembled condition of the rake lever assembly.
9. The steering column of claim 8 , wherein the metal stamping is formed of steel.
10. The steering column of claim 8 , wherein the plurality of protrusion features comprises at least one pin and an elongated protrusion, wherein the plurality of receiving apertures comprises at least one pin aperture and an elongated aperture.
11. The steering column of claim 10 , wherein inserting at least one of the plurality of protrusion features within at least one of the plurality of receiving apertures prevents rotation of the metal stamping relative to the rake lever.
12. The steering column of claim 8 , wherein press fitting at least one of the plurality of protrusion features within at least one of the plurality of receiving apertures at least partially retains the metal stamping to the rake lever.
13. The steering column of claim 8 , wherein the rake lever includes at least one cam feature protruding from an inner face of the rake lever.