Abstract: A lens is disclosed for lighting purposes suited in particular as a lens for a poly-ellipsoid reflector headlamp for imaging the light emitted by a light source and reflected by a poly-ellipsoid reflector for the purpose of producing a predetermined lighting pattern. At least one of the two lens surfaces comprises areas having different optical scattering effects which areas are configured as zones that are transferred from a mold to the surface by a hot-pressing process.

Abstract: A lens for illumination purposes is disclosed, in particular a lens for a headlamp for projecting the light emitted by a light source and reflected by a reflector in order to produce a pre-defined illumination pattern. Each lens is provided with an individualized code. For the purpose of coding, a laser is used, by means of which extremely small micro cracks are produced on the surface of the lens and can be read by means of a suitable reading device.

Abstract: The invention discloses a lens attachment for headlamp being particularly suited for a motor vehicle and having a plurality of LEDs, with each LED is aligned with one lens. The lenses are assembled to a lens package and are located one relative to the other by connection elements. The lens package may be received in a suitable mounting frame for locating the package relative to the LEDs.

Abstract: The invention relates to a reflector having reflection prisms that has a holder for a luminous means, and to a luminaire in the case of which the reflector is permanently connected to the luminous means.

Abstract: A lens for illumination purposes is disclosed, in particular a lens for a headlamp for projecting the light emitted by a light source and reflected by a reflector in order to produce a pre-defined illumination pattern. Each lens is provided with an individualized code. For the purpose of coding, a laser is used, by means of which extremely small micro cracks are produced on the surface of the lens and can be read by means of a suitable reading device.

Abstract: A lens is disclosed for lighting purposes suited in particular as a lens for a poly-ellipsoid reflector headlamp for imaging the light emitted by a light source and reflected by a poly-ellipsoid reflector for the purpose of producing a predetermined lighting pattern. At least one of the two lens surfaces comprises areas having different optical scattering effects which areas are configured as zones that are transferred from a mold to the surface by a hot-pressing process.

Abstract: A method for producing thin glass articles from low-viscosity glass, in particular of glass with viscositiesn<10 dPas is presented, in which a thin-bodied glass composition is fed into a lower tool (1), and the glass composition is compressed by driving an upper tool (4), positioned opposite the lower tool (1), and the lower tool (1) together. The invention also relates to the use of the method. A method for producing thin glass articles is to be furnished, in which the problem of rapid cooling that occurs in the prior art is eliminated, so as to enhance the quality of the finished glass and to create the possibility of producing thin glass articles by means of pressing.