Guide Corporation

Gm Global Technolgoy Operations, Inc.

Tony E Collins

Paul D VanDuyn

Phillip A Reismiller

Spencer David Flora

The present invention comprises a bending lamp apparatus and method of use. A first filament is energized as a vehicle begins to turn so as to provide illumination in the direction of the turn. As the turn becomes more severe, a second filament is energized such that an additional area is illuminated in the direction of the turn.

Dual filament static bending lamp

A system for adjusting the direction of a light beam from a headlamp assembly comprises a condenser lens which is movable along an arcuate path. As a vehicle turns a corner, the system moves the condenser lens along the arcuate path, so as to direct the light beam in the direction that the vehicle is moving. Because the condenser lens follows an arcuate path, the light beam is not distorted, allowing for greater angular displacement of the light beam.

Movable condenser lens

A vehicle lamp assembly comprising a reflector, with three (3) mounting bosses arranged in a triangular fashion on the rear side thereof, a light source and a housing. Three (3) pivot sockets are fixedly attached to each mounting boss, respectively. The vehicle lamp assembly also comprises two (2) ball pivot adjusting screws that are movably secured within two (2) of the three (3) pivot sockets, and an actuator ball pivot that is movably secured within the third pivot socket. An actuator is fixedly attached at one end to the housing and attached at the other end to the actuator ball pivot in a manner that permits linear motion of the actuator. The invention further comprises a vertical adjuster plate and a reflector plate. Movement of the actuator causes the reflector to adjust in both the horizontal and vertical directions, thus allowing the vehicle lamp assembly to produce both low beam and high beam lighting functionality.

Bi-functional tilted axis reflector headlamp

A vehicle headlamp is provided including a parabolic reflector, a high intensity discharge bulb mounted with the reflector having a main arc located generally at a focal point, and a lens for focusing the bulb having a vertical and a horizontal axis intersecting the reflector axis. The reflector has a maximum horizontal dimension W made up of a left width WL and a right width WR. There is a two-part zone 1 bordered on the bottom by the horizontal axis of the lens and bordered on the top by the top of the lens as long as the top of the lens is 60 millimeters or less from the horizontal axis. The zone 1 is bordered on the right side by a line extending a distance RT from the vertical axis going down to a distance RB taken from the vertical axis, and RT equals 1/4 WR and RB equals 3/4 WR. In like manner, the left side of zone 1 is bordered on the top at a distance LT from the vertical axis and a distance LB along the horizontal axis from the vertical axis, and LT equals 1/4 WL and LB equals 3/4 WL. The lens projects a hot spot test point one (0.5 d, 1.5 r) and at a hot spot test point two (1.5 d, 2 r) approximating at least 90 percent of the light at test point one and at least 70 percent of the light at point two from zone 1.

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Alexandria, IN, United States of America

Tony E Collins