Dura Global Technologies, Inc.

Anthony P Voegeli, Jr

Bruce Daniel Kingsbury

John Joseph McDonald

Walter J Steiner, Jr

Rosanne Knox

Jeffrey Michael Stephens

Don Johnson

Martin Thompson

Nicholas Arthur Seibert

A motor vehicle tire carrier includes a housing having an aperture. A drive shaft is rotatably secured to the housing. A spool is positioned in the housing and is rotatably driven by the drive shaft. A flexible elongate member has a first end secured to the spool, is wound about the spool, and extends through the aperture in the housing. A wheel plate is secured to a second end of the elongate member and is configured to support a motor vehicle tire. A crash plate is secured to the housing and has an aperture through which the elongate member extends, with the housing being secured to the crash plate. A guide member on the crash plate has an arcuate surface about which the elongate member will bend when the tire carrier is subject to a lateral force.

Motor vehicle tire carrier

A torque limiting clutch includes a drive shaft having central rotational axis and a groove, a spring member secured to the drive shaft for rotation with the drive shaft about the central rotational axis, a plate adjacent the spring member and rotatable about the drive shaft, and a retaining clip located within the groove of the drive shaft and engaging the plate to retain the plate on the drive shaft. The plate has a pocket forming an axial-facing first abutment engaging the retaining clip and a radial-facing second abutment located outward of the retaining clip to prevent release of the retaining clip from the groove.

Tire carrier disk clutch with positive clip retention

A tire carrier assembly includes a rotation shaft and a housing have a bottom wall including a first aperture for receiving the rotation shaft. The housing also includes a sidewall extending upward from the bottom wall defining an interior space. The sidewall includes inner and outer surfaces. A sheave is disposed within the interior space of the housing and has a second aperture that receives the rotation shaft. The sheave also includes a gear member associated with it. Also included is a torque plate having a base, the base having opposing first and second surfaces and a third aperture formed therein. The third aperture has a gear portion formed around a periphery of the aperture. The torque plate also includes an arm portion projecting radially from the base. The gear portion of the torque plate is in operable engagement with the gear member of the sheave. An eccentric bushing having first and second opposing surfaces and an integrally formed bounding wall includes a fourth aperture receiving the rotation shaft. The first surface includes a cam formed thereon. The cam is positioned within the third aperture of the torque arm. A cable guide is positioned within the internal space of the housing and is located radially outboard relative to the sheave for positioning a cable about the sheave. The cable guide includes a lobe formed thereon for contacting a cable. A cover plate having a fifth aperture formed therein receives the rotation shaft. The cover plate is attached to the housing. The tire carrier assembly includes a frangible component that breaks upon the application of a predetermined force allowing the torque plate to freely rotate about the rotation shaft wherein the arm portion of the torque plate engages the inner surface of the sidewall of the housing allowing a controlled payout of cable wound about the sheave.

Spare tire carrier having overload protection with controlled cable payout

A jack handle includes a handle arm having first and second ends, a jack driver having a coupling shaft, and a spring clip detachably securing the jack driver to the handle arm. The first end of the handle arm forms a socket receiving the coupling shaft. The spring clip has a protrusion resiliently deflectable between a locking position interlocking with the coupling shaft to secure the jack driver to the handle arm and a releasing position free of the coupling shaft such that the jack driver is released from the handle arm. Preferably, the spring clip encircles the periphery of the handle arm at the socket, the handle arm has an opening at the socket, and the protrusion of the clip extends through the opening and into the groove to interlock the jack driver with the handle arm.

Jack handle with detachable jack driver

A jack includes a base, a load rest, first and second lower arms each pivotable to the base, and first and second upper arms each pivotable to the load rest. The first lower arm and the first upper arm are pivotably connected at a first joint and the second lower arm and the second upper arm are pivotably connected at a second joint. A drive screw moves the joints toward and away from each other upon rotation of the drive screw. A bearing receives the drive screw therethrough. The arms each form a longitudinally extending channel and the bearing is located outside the channels. The bearing has a lateral width greater than a lateral width of the channels and is located between a bearing engagement surface of a bearing support and an abutment of the drive screw.

Growing community of inventors

Fort Wayne, IN, United States of America

Anthony P Voegeli, Jr