Abstract: A lighting device for a motor vehicle is provided. The lighting device includes a main light module, a signal light modoule, and an additional optical component. The main light module has a first light source, primary optics, and secondary optics. The signal light module includes a second light source, a flat light guide, and an optical component. Light emanating from the second light source passes at least partially through the optical component and/or is reflected by the optical component. The additional optical component includes an optical disk or an optical film and has an entry surface and an exit surface. A structure is provided on the entry surface or on the exit surface of the additional optical component. During operation of the lighting device, light generated by the main light module and light generated by the signal light module passes through the additional optical component.

Abstract: The present invention relates to a component for a motor vehicle lighting device, comprising a joining portion with an adhesive channel for forming an adhesive connection with a joining crosspiece of a second component. According to the invention, the joining portion has a solvent channel connected to the adhesive channel.

Abstract: The present invention relates to a component for a motor vehicle lighting device, comprising a joining portion with an adhesive channel for forming an adhesive connection with a joining crosspiece of a second component. According to the invention, the joining portion has a solvent channel connected to the adhesive channel.

Abstract: A lamp for vehicles is provided with a number of light modules that are offset or tilted in relation to one another, such that light distributions of the light modules can be overlapped to obtain a homogenous overall light distribution.

Abstract: A lamp for vehicles is provided with a number of light modules that are offset or tilted in relation to one another, such that light distributions of the light modules can be overlapped to obtain a homogenous overall light distribution.

Abstract: A Lighting device for a motor vehicle is provided comprising at least one light source from which light is emitted during operation of the lighting device. An optical component into which the light emanating from the at least one light source enters is also provided, along with a light influencing means having an active surface for selectively influencing individual pixels or groups of pixels of the light. The light influencing means reflects or deflects light incident thereon in such a way that it emerges at least partially from the lighting device. Illumination optics are formed on or in the optical component. The light is reflected or deflected by the illumination optics during operation of the lighting device onto the active surface of the light influencing means.

Abstract: A Lighting device for a motor vehicle is provided comprising at least one light source from which light is emitted during operation of the lighting device. An optical component into which the light emanating from the at least one light source enters is also provided, along with a light influencing means having an active surface for selectively influencing individual pixels or groups of pixels of the light. The light influencing means reflects or deflects light incident thereon in such a way that it emerges at least partially from the lighting device. Illumination optics are formed on or in the optical component. The light is reflected or deflected by the illumination optics during operation of the lighting device onto the active surface of the light influencing means.

Abstract: Communications system for motor vehicles are provided, that comprise a plurality of transmission devices and a plurality of receiver devices where the transmission devices, individually or together, feature several light sources that are able to emit at least light with a first wavelength spectrum and light with a second wavelength spectrum. The transmission devices feature means of modulation that can effect modulation of the light such that information can be transmitted via the light. Receiver devices can capture the emitted light and extract the information from the captured light. The communications system is designed in such a way that the light with the first wavelength spectrum is used for the transmission of information in a first category and the light with the second wavelength spectrum is used for the transmission of information in a second category.