Gm Global Technolgoy Operations, Inc.

Philipp Roeckl

Ingolf Schneider

Frank Langkabel

Rouven Haberkorn

Thomas Feid

Justus Illium

Isabell Woelfelschneider

Marten Wittorf

Peter Kahler

Heiko Eckert

Ralph Schneider

Serkan Proepper

Michael Rabe

Gregor Krieg

Alexander Schmidt

Michael Bach

Jan Schuladen

Ursula Deppisch

Martin Petermann

A vehicle headlamp system with at least one headlamp, wherein the headlamp is designed to emit a variable light distribution, at least one driver monitoring device for detecting the viewing direction of a driver, an environmental monitoring device for monitoring the environment of the motor vehicle and detecting at least one object in the environment of the motor vehicle, a memory connected with the environmental monitoring device for storing information about the objects, and a controller that is connected with the memory and driver monitoring device, which is set up to compare the location of the object with the viewing direction of the driver, wherein the controller is set up to alter the light distribution of the at least one headlamp so as to illuminate the object when the viewing direction of the driver is turned toward the object. Also described are a motor vehicle, a method for operating a motor vehicle headlamp system, as well as a computer program product.

Motor vehicle headlamp system, motor vehicle, method for operating a motor vehicle headlamp system as well as computer program product

A headlight for a motor vehicle includes a light source, a projection lens, an optical element that corrects a chromatic aberration of the projection lens and a screen arranged between the light source and the projection lens, on which screen the corrective optical element is mounted at a distance from the projection lens.

Headlight for a motor vehicle

A vehicle headlight includes an LED lamp that emits a light bundle in a first main direction of propagation. A first reflector for deflecting the light bundle from the first main direction of propagation into a second main direction of propagation. A second reflector that deflects the light bundle from the second main direction into a third direction of propagation. The first main direction of propagation and the third main direction of propagation span an acute angle that is smaller than the angle spanned by the first main direction of propagation and second main direction of propagation.

Vehicle headlight

A motor vehicle headlight and method for operating the headlight is disclosed, wherein the headlight is operated in a main beam mode or in a partial main beam node. A light distribution of the main beam of the headlight is adapted as a function of a course of a road which is being traveled along by the motor vehicle. In addition, a motor vehicle headlight is described.

Method for the operation of a headlight and motor vehicle headlight

A headlight for a motor vehicle includes at least two light sources and a driver, which is arranged to vary the light intensities of the light sources with a phase shift to one another periodically between a minimum and a maximum and in the course of a period to set intermediate values between the maximum and the minimum. In a phase of the period, in which the first light source reaches the maximum of its light intensity, the light intensity of the second light source is situated at an intermediate value and increases.

A parking assistance system for a motor vehicle includes a monitoring unit for detecting an object in the vicinity of the vehicle and a light system connected to the monitoring unit and configured to emit light into the area surrounding the motor vehicle. The monitoring unit is configured to sense the bearing of an object and to control the distribution of the light emitted from the light system as a function of the sensed bearing.

Parking assistance system

A motor vehicle includes a headlamp configured to project an adjustable light beam; a plurality of cameras positioned at different locations in the motor vehicle and oriented to capture a head of a driver; a controller in data communication with the cameras to determine at least one region of attention of the driver from data captured by the cameras, and adaptively control the light beam of the headlamp based on the region of attention of the driver.

Motor vehicle with driver's gaze controlled headlamp and method

A method is disclosed for controlling a headlight in a motor vehicle. The method includes providing a headlight configured to emit a light distribution in a selectively controlled manner, and controlling the headlight to generate a dynamic wave effect in at least one sub-region in front of the vehicle within the illuminated light distribution.

Method for controlling a headlamp

A method for adjusting the lighting range of a headlamp in a motor vehicle, is performed with the following steps. A first coordinateis acquired that corresponds to a position of the motor vehicle. At least one image of a camera connected with the motor vehicle is evaluated so as to acquire a second coordinate that corresponds to the position of an object on a roadway in the zone ahead of the motor vehicle. A reference angle is calculated for the motor vehicle from the first coordinate, the second coordinate and a height of the camera over the roadway. The lighting range of the headlamp is adjusted based on the reference angle.

Method for adjusting the lighting range of a vehicle headlamp

A lighting device of a vehicle is provided. The lighting device comprises a light fitting, which comprises a first and a second light source with different color locations. Furthermore, the lighting device has a first sensing module, which senses the actual value of the color location of the light fitting. In addition, the lighting device comprises a set value generator module which presets a set value for the color location of the light fitting, and a control module which reduces the difference between set value and actual value by means of an actuator module. Here, the set value of the color location of the light fitting is dependent on a driving situation of the vehicle or a personalized driving setting.

Lighting device of a vehicle

The present invention relates to a lane-tracking assistance system for a motor vehicle including a surroundings detection device for determining at least one roadway marking and at least one vehicle headlight which, depending on the detected roadway marking and a position of the motor vehicle that is able to be detected from the roadway marking, is designed to generate light of a differing spectral composition.

Lane-tracking assistance system for a motor vehicle

A method for changing at least one light emission parameter of a headlamp system or a vehicle headlamp of a motor vehicle based on changing ambient light conditions. The light emission parameters of the headlamp system are stored in a memory of a computer at the factory. The ambient light conditions in the driving direction of the motor vehicle are detected by a sensor and forwarded to the computer. Actual light emission parameters of the headlamp system and the ambient light condition are compared and a change of at least one of the light emission parameters of the headlamp system or the vehicle headlamp in accordance with the ambient light conditions forwarded is determined that a predefined or predefinable threshold value or limiting value of the current actual light emission parameters is exceeded.

Motor vehicle headlamp

A light is provided and a method is provided for manufacturing a light, with a carrier element, an illuminating device disposed on the carrier element with a circuit board and an illuminant mounted on the circuit board, and an optic. The one of the optics and the carrier element comprises at least one positioning element, which passes through an opening in the circuit board and engages in a recess in the other of the optics and the carrier element.

Exterior light for a motor vehicle, and a method for manufacturing such a light

A method for determining a radiation characteristic for a vehicle illumination device to be produced from possible radiation characteristics based on a parameter is provided. The parameter is selected from an illumination geometry that can be generated by the device in a surroundings of the device, a device position, and a person-related type of perception. The method includes determining a first value of a light intensity that can be generated for a first point located within an illuminatable area based on the parameter. A second value of the light intensity that can be generated by the illumination device is determined for second points based on the first value. The second points are arranged in the surroundings of the illumination device. A light distribution that can be generated by the illumination device is determined based on the first and second values and the light distribution is outputted to an interface.

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Aschaffenburg, Germany

Philipp Roeckl