FIELD: automotive glazing; architectural glazing.
SUBSTANCE: invention relates to illumination multilayer glazing comprising a capacitive sensor device and a light-emitting diode, and to a method of making said glazing. Glazing includes: first and second glass plates, preferably from mineral glass; intermediate layer made from thermoplastic material, connecting second glass plate with first transparent glass plate; an electrically conductive layer arranged between the first transparent glass plate and the second glass plate; a capacitive sensor device having a sensor structure formed in the electroconductive layer, wherein the sensor structure includes an earth electrode and a contact electrode, having sensor area; light-emitting diode arranged on an electrically conductive layer to denote a sensor region having a light-emitting surface, facing at least partially to sensor area, and having first terminal, which is first electrode zone electrically connected to ground electrode, and a second terminal, which is a second electrode region electrically connected to the sensor region; lighting device controlled by capacitive sensor device, and including a lighting element, different from the indicator diode, wherein the lighting element is arranged between the first and second glass plates.
EFFECT: invention provides a technology for improved integration of a sensor device and a light-emitting diode into glazing.
19 cl, 5 dwg
