Abstract: A steering column bracket for a motor vehicle includes a body defining a bore adapted to receive a lower mounting bracket. A pair of wings extend out from the body on opposite sides thereof. A bracing is formed on at least a portion of a surface of the body and a at least a portion of a surface of the wings. The bracing includes of a plurality of ribs defining pockets. The bracing provides stiffness to the steering column bracket.

Abstract: An energy absorption device for use in a steering column assembly in a motor vehicle includes a steering column bracket having a groove formed therein. A sheet strap is mounted on the groove in a hooked configuration and has a first end and a second end. An insert is mounted on the first end of the sheet strap. A pop rivet is mounted to the steering column bracket and extends across the groove to prevent the insert from moving. A pin is mounted on the second end of the sheet strap opposite the first end. The pin is adapted to be coupled to a fixed portion of the motor vehicle. The sheet strap unwinds during an impact event thereby absorbing energy.

Abstract: A steering column bracket for a motor vehicle includes a body defining a bore adapted to receive a lower mounting bracket. A pair of wings extend out from the body on opposite sides thereof. A bracing is formed on at least a portion of a surface of the body and a at least a portion of a surface of the wings. The bracing includes of a plurality of ribs defining pockets. The bracing provides stiffness to the steering column bracket.

Abstract: An energy absorption device for use in a steering column assembly in a motor vehicle includes a steering column bracket having a groove formed therein. A sheet strap is mounted on the groove in a hooked configuration and has a first end and a second end. An insert is mounted on the first end of the sheet strap. A pop rivet is mounted to the steering column bracket and extends across the groove to prevent the insert from moving. A pin is mounted on the second end of the sheet strap opposite the first end. The pin is adapted to be coupled to a fixed portion of the motor vehicle. The sheet strap unwinds during an impact event thereby absorbing energy.

Abstract: An energy absorbing steering column sleeve includes a tubular body. The tubular body is defined by a plurality of channels extending from an end of the tubular body to an opposite end thereof.

Abstract: A damping pad for use with a steering column bracket includes a body having a plurality of ribs formed thereon. A plurality of retention posts extend from the body and have a hollow central shaft and a plurality of wings extending radially outwardly therefrom. The wings extend outwardly in a spiral and have a reduced cross section from the hollow central shaft out to an extremity of the wings.

Abstract: A steering column mounting bracket is provided with break-away capsules integrally formed therewith from the same material as the mounting bracket allowing the capsules to have a more consistent break-away load and reduce noise within the cabin of a vehicle.

Abstract: A vehicle steering mechanism can be supported for controlled collapse in crash situations, by constructing the support mechanism as a rigid assembly having a metal die casting as a principal component. The rigid die casting transmits a shock force from the vehicle steering wheel to shearable fasteners that connect the die casting to a mounting structure on the vehicle. Undesired resilience or spring in the steering shaft support mechanism is eliminated, such that the system has a desired predictability in frontal crash situations.

Abstract: The present invention provides a way in which the coefficient of friction between the steering column and the instrument panel may be lessened when an isolator pad is used. The reduction in friction is accomplished by impregnating the isolator pad with a lubricant.

Abstract: A steering column mounting bracket is provided with break-away bars integrally formed therewith to allow for a consistent break-away force and reduce noise in the cabin of an automobile. The break-away bars will allow for axial compression of the steering shaft during an accident involving a collision of an automobile.

Abstract: A vehicle steering mechanism can be supported for controlled collapse in crash situations, by constructing the steering shaft support housing as a rigid assembly having a metal die casting and tubular steel shroud as the principal components. The rigid die casting transmits a shock force from the vehicle steering wheel to shearable fasteners that connect the die casting to a mounting structure on the vehicle. Undesired resilience or spring in the steering shaft support mechanism is eliminated, such that the system has a desired predictability in frontal crash situations. The shaft housing deflection is effectively snubbed by a friction ring encircling a lower portion of the tubular steel shroud.

Abstract: A telescoping steering column is provided with a simple means to allow ease of movement of a telescoping steering shaft through a plurality of positions. This is accomplished by placing a biasing component on an exterior of a movable portion of the steering column to bias the movement of that portion.

Abstract: Apparatus for supporting a steering column of an automotive vehicle includes a mounting bracket secured to the steering column. Upper fasteners rigidly secured to vehicle support structure extend through longitudinally extending upper slots in the mounting bracket. Lower fasteners rigidly secured to the vehicle support structure extend through longitudinally extending lower slots in the mounting bracket. The connection of the fasteners in the slots of the mounting bracket releases in response to longitudinal collapse of the steering column in a frontal impact. The vehicle support structure overlies the mounting bracket to resist upward displacement of the mounting bracket when the steering column collapses. Pull loop assemblies are associated with the lower fasteners. Each pull loop assembly includes a generally U-shaped strap of flexible, bendable material having a first leg connected to one of the lower fasteners. Each strap has a second leg which is unattached.

Abstract: Apparatus for supporting a steering column of an automotive vehicle includes an upper mounting bracket secured to rigid vehicle support structure by capsules which release in response to longitudinal collapse of the steering column in a frontal impact. The upper mounting bracket is secured to and moves with the steering column during its collapse. A lower mounting bracket is rigidly secured to the vehicle support structure. Flexible, bendable U-shaped straps connect the upper mounting bracket to the lower mounting bracket to gradually resist collapse of the steering column and prevent excessive reaction forces of the steering column against a driver. The vehicle support structure overlies the upper mounting bracket to resist upward displacement during collapse with the steering column.

Abstract: A steering column in an automotive vehicle is supported by a stationary wall that carries two capsules on either side of the steering column. The steering column has an attachment wall that extends within the capsules. Each capsule has two support walls sandwiched around the attachment wall and a tubular connector joining the support walls together. Severable ribs are integral with the tubular connector and in contact with edge areas of the attachment wall, such that in a crash situation the steering column can collapse forwardly to minimize chest injury to the driver of the vehicle.

Abstract: A device for rotatably supporting a gear shift tube within a tubular steering column of an automotive vehicle. The device comprises a support of integral, one-piece construction made of an elastomeric, resinous plastic material disposed within a cup rigidly secured in the lower end of the steering column. The support comprises an open-ended bearing sleeve co-axial with the cup having an end portion extending through an opening in the bottom wall of the cup. The sleeve has angularly spaced abutments inside the cup abutting the inner surface of the bottom wall of the cup around the opening. The sleeve also has angularly spaced tangs outside the cup extending radially outwardly and abutting the outer surface of the bottom wall of the cup around the opening. The abutments and the tangs cooperate in locking the bearing sleeve axially within the cup. The bearing sleeve is preferably made of urethane reinforced with glass fibers.

Abstract: An energy-absorbing device for a steering column of an automotive vehicle comprising energy-absorbing straps on opposite sides of the steering column. The straps are made of relatively stiff, bendable, flexible strip material. Each strap has a laterally inner leg and a laterally outer leg secured to the inner leg by one or more rivets. The legs of each strap extend lengthwise of the steering column and have corresponding ends laterally connected together by a curved loop portion. The inner leg of each strap is rigidly connected to the steering column. The outer leg of each strap is rigidly connected to the instrument panel. The rivets are adapted to shear in a frontal impact to allow the inner leg of each strap to move with the steering column as it collapses, with the loop portion of each strap resisting such collapse to gradually absorb energy and prevent excessive reaction forces of the steering column against the driver.

Abstract: A lower bearing assembly for supporting a steering shaft within a tubular jacket of an automotive steering column. The steering shaft is of double-D configuration having two diametrically opposite, arcuate side walls and two diametrically opposite parallel flats. A cup is fitted within the jacket having a hole in the bottom wall through which the steering shaft extends. A bearing within the cup supports the steering shaft for rotation. A wedge tube is sleeved on the steering shaft and has a tapered nose wedged between the bearing and the steering shaft. A compression coil spring encircles the wedge tube and bears on a flange on the wedge tube to hold the nose of the wedge tube wedged tightly between the bearing and the steering shaft. A retaining ring is sleeved on the steering shaft and holds the spring under compression. The inner edge of the retaining ring has the same double-D configuration as the steering shaft.

Abstract: A lower bearing assembly for supporting a steering shaft within a tubular jacket of an automotive steering column. The steering shaft is of double-D configuration having two diametrically opposite, arcuate side walls and two diametrically opposite parallel flats. A cup is fitted within the jacket having a hole in the bottom wall through which the steering shaft extends. A bearing within the cup supports the steering shaft for rotation. A wedge is sleeved on the steering shaft and has a tapered nose wedged between the bearing and the steering shaft. The wedge has an inner double-D configuration matching that of the steering shaft. A compression coil spring encircles the wedge and bears on a flange on the wedge to hold the nose of the wedge wedged tightly between the bearing and the steering shaft. A retaining ring is sleeved on the steering shaft and holds the spring under compression. The inner edge of the retaining ring has the same double-D configuration as the steering shaft.