Lear Corporation

Jay Allan Murdock

Edward G Curtindale

Albert Wojewnik

Ryan E Dillingham

A sliding visor includes a rod assembly and a visor body. The rod assembly includes a rod, a torque control, and a guide. The rod extends longitudinally. The torque control pivotally attaches to the rod. The guide is fixed to one side of the torque control. The visor body includes a bore and a track. The bore extends longitudinally between the channel and the rear edge of the visor body. The rod is received within the bore and extends into the visor body. The track extends longitudinally along the upper surface of the visor body. The track forms a substantially enclosed longitudinally extending passage adjacent the upper surface of the visor body. The passage is shaped to receive a portion of the guide. When the visor is moved longitudinally along the rod, the track slides with respect to the guide.

Sliding visor

A motor vehicle overhead system adapted to accept a wiring harness having a minimum cross-sectional dimension. The overhead system comprises an energy management block having a routing channel, and a plurality of retainers disposed in the routing channel. The retainers extend over the routing channel to define a gap having a gap dimension less than the minimum cross-sectional dimension of the wiring harness, such that the wiring harness can be forced into the retainment channel and retained therein.

Retainer for overhead system wiring harness

The present invention involves a self-aligning connector assembly adapted for connecting first and second electrical conductors. The invention may be incorporated within a door panel assembly of a vehicle. The self-aligning connector assembly provides for self-aligning assembly techniques of vehicle panels to sheet metal structures. The connector assembly comprises a male connector, a female connector receiving the male connector, and a conductive member disposed on the female connector. The male connector has a base portion and a head portion. Head portion tapers from the base portion to form an arcuate top. The base portion has a conductive area disposed thereon and adapted to connect to the first electrical conductor, such as electrical wires. The female connector has a body portion defining an opening and has inner and outer surfaces. The inner surface of the female connector receives the male connector and is formed to complement the shape of the male connector and is cooperable with the arcuate top of the male connector to facilitate the self-alignment of the male and female connectors. The outer surface of the female connector has a slot formed thereon. The conductive member is accessible by way of the slot of the female connector wherein the conductive member has a contact area and a wire area. The wire area is adapted to connect the second electrical conductor, such as electrical wires. The contact area engages the conductive area of the male connector when the male and female connectors are self-aligned and the male connector is received in the female connector.

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Redford, MI, United States of America

Jay Allan Murdock