Dana Corporation

Anil K Bansal

David G Moses

Paul R Pollock

Dennis T Mahoney

Richard D Ryan

A bracket for fastening an axle housing to a suspension beam of a vehicle comprises a base with a pair of upwardly extending opposing walls. The base is configured to be secured to the lower portion of the axle housing and is provided with apertures for receiving fasteners attached to the suspension beam. Each of the opposing walls is configured such that they frictionally engage the lower channel portion of the lateral walls of the axle housing. Each opposing wall also has a upper surface suitable for welding to the lateral wall of the axle housing near the channel seam weld and an aperture through the wall for welding the wall to the fractionally engaged lateral wall. The top surface of each opposing wall is rounded off at each end to facilitate placement of a weld that extends down onto the lower portion of the axle housing. The welding aperture on each wall is preferably an elongate slot, especially one where the elongate dimension of the slot is parallel to the top surface and has rounded ends.

Axle bracket providing improved support

A self-steering assembly for self-steering wheels used on trucks carrying heavy loads includes a kingpin arm unit with a unitary adaptor collar at one end for mounting on a conventional tubular axle and a knuckle at the other end for retaining the clevis of a pivot link with a kingpin. The pivot link has a knuckle upon which is fixed a standard spindle unit having a steering arm secured thereto so that the assembly may be coupled to a similar assembly at the other end of the axle. A damper is pivoted at one end to the steering arm and at the other end to the axle. The self-steering assembly provides for the utilization of standard components in self-steering assemblies heretofore used only for steered axles.

Growing community of inventors

Ft. Wayne, IN, United States of America

Anil K Bansal