초록 ▼

The present invention includes a ball joint assembly having a first stud extending upward from a ball joint housing and a second stud extending from the ball joint housing opposite the first stud. The ball joint assembly is adapted to adjustably connect with a control arm through a slotted connectio

The present invention includes a ball joint assembly having a first stud extending upward from a ball joint housing and a second stud extending from the ball joint housing opposite the first stud. The ball joint assembly is adapted to adjustably connect with a control arm through a slotted connection. The rotational position of the second stud of the ball joint assembly relative to the control arm as well as the linear position of the first stud of the ball joint assembly within the slot can be adjusted to affect the camber and/or caster angles for wheel alignment on motor vehicles.

대표청구항 ▼

What is claimed is: 1. A control arm for a motor vehicle suspension system comprising: a main control arm body defined by a first connection member and a second connection member extending from a ball joint connection portion; wherein: the ball joint connection portion includes a slot; and a first

What is claimed is: 1. A control arm for a motor vehicle suspension system comprising: a main control arm body defined by a first connection member and a second connection member extending from a ball joint connection portion; wherein: the ball joint connection portion includes a slot; and a first side of the ball joint connection portion includes a first track surface encompassing the slot. 2. The control arm of claim 1, wherein the first side of the ball joint connection portion includes a pair of first track walls adjacent to the first track surface and generally parallel to a length of the slot. 3. The control arm of claim 2, wherein: the first side of the ball joint connection portion includes a pair of second track walls generally parallel to the length of the slot and at least one second track surface between the first track surface and at least one of the pair of second track walls. 4. The control arm of claim 2, wherein, the pair of first track walls are operative to receive a slider plate therebetween. 5. The control arm of claim 2, wherein the pair of first track walls are operative to receive a portion of a housing of a ball joint assembly therebetween. 6. The control arm of claim 5, wherein the portion of the housing of the ball joint assembly is a wall extending from an outer surface of the housing. 7. The control arm of claim 5, wherein the portion of the housing is an outer surface defining a base of the housing. 8. The control arm of claim 1, wherein the slot is operative to receive a stud of a ball joint assembly. 9. A motor vehicle suspension component kit comprising: a ball joint assembly comprising: a housing with an integral first stud extending therefrom; a ball seat operatively associated with the housing; a ball joint member having a first end portion operatively associated with the ball seat and a second end portion defined by a second stud; a control arm comprising: a main control arm body defined by a first connection member and a second connection member extending from a ball joint connection portion; wherein: the ball joint, connection portion includes a slot; a first side of the ball joint connection portion includes a plurality of walls defining a first track surface encompassing the slot; and when the ball joint assembly is operatively associated with the control arm, the housing is engaged with at least two of the plurality of walls and the first stud extends through the slot. 10. A control arm having an adjustable ball joint assembly comprising: an aperture formed in the control arm; a first wall and second wall formed in the control arm, the first and second wall each having a length extending generally parallel to each other with the aperture therebetween; a slider received between the first and second wall and selectively movable along the lengths of the first and second wall; and a ball joint assembly operatively associated with the slider. 11. The control arm of claim 10, wherein the ball joint assembly includes a first stud extending from the ball joint assembly through the aperture. 12. The control arm of claim 11, wherein the ball joint assembly includes a second stud extending in a direction from the ball joint assembly generally opposite the first stud. 13. The control arm of claim 12, wherein the second stud is pivotable and rotatable relative to the ball joint assembly. 14. The control arm of claim 12, wherein the second stud is offset from the first stud.