Vehicle steering knuckle arm angle compensator
OwnerLoyd O. McAfeeinventor
Life of this patent
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OwnerLoyd O. McAfeeinventor
Estimating the term…
The outer ball joint end of a tie rod in a vehicle steering mechanism is connected to the frustoconical swivelably adjustable joint of a steering knuckle arm by an offset connector. Such connector positions the axis of the steering knuckle arm frustoconical joint offset from the diameter of the tie rod end ball joint which is parallel to such steering knuckel arm frustoconical joint axis. Swivel adjustment of the connector relative to the steering knuckle arm shifts orbitally such diameter of the tie rod ball joint relative to the axis of the steering knuckle arm frustoconical joint so as to alter the effective angle of the steering knuckle arm relative to the wheel spindle for appropriately varying the toe-out of the front vehicle wheels during turns to avoid or minimize sliding or skidding of the front wheel tires when the vehicle is turning.
Vehicle steering knuckle arm angle compensator means comprising a tie rod adjustable in effective length and having a spherical ball joint component, and a connector including a spherical ball joint component complemental to and fitted with said tie rod ball joint component and a shank projecting generally radially from said connector ball joint component, said shank having a joint portion spaced from said connector ball joint component for attachment to a steering knuckle arm and swivelably adjustable relative thereto as said ball joint components are relatively swivelably adjusted and said shank further having an offset rigidly connecting said connector ball joint component and said joint portion.
In vehicle steering mechanism, a tie rod adjustable in effective length and having an end portion including a ball joint, a steering knuckle arm having a joint portion, and a rigid connector connecting said tie rod end portion ball joint and said steering knuckle arm joint portion, being swivelably adjustable relative to said steering knuckle arm joint portion and relative to said tie rod end portion and including an offset between said ball joint and said steering knuckle arm joint portion.
In vehicle steering mechanism, a tie rod adjustable in effective length and having an end portion including a spherical ball joint component, a steering knuckle arm having a joint component, and a rigid connector connecting said tie rod end portion and said steering knuckle arm and including a spherical ball joint component complemental to and fitted with said tie rod end portion ball joint component and a shank projecting generally radially from said connector ball joint component complemental to and fitted with said steering knuckle arm joint component and rotatively adjustable relative thereto about an axis, the portion of said shank between said connector ball joint component and said further joint component being offset to dispose such axis offset from the diameter of the ball joint components parallel to such axis.
In a vehicle steering gear connector for connecting a tie rod and a steering knuckle arm for relative swinging about an axis, such connector including first means for attaching the connector to the tie rod, second means for attaching the connector to the knuckle arm and means for connecting the first and second means, the improvement comprising the connecting means and the tie rod including means for shifting the swinging axis relative to the steering knuckle arm without altering the final toe condition of the steering knuckle arm.
In a method of adjusting vehicle steering linkage having a steering knuckle arm and a tie rod pivotally connected for relative swinging about a pivot axis, the improvement which comprises the step of changing the position of the pivot axis relative to the steering knuckle arm without altering the final toe condition of the steering knuckle arm and thereby changing the effective angle between the steering knuckle arm and the wheel spindle.
Dependencies are inferred from the claim text.