Abstract: A display arrangement comprises a thin film display element comprising a first patterned conductor layer, comprising a first display electrode, on a first side of an emissive layer; a second patterned conductor layer, comprising a second display electrode, on a second side of the emissive layer opposite the first side; and a touch-sensing element comprising first and second touch electrodes formed in the first and second patterned conductor layers, respectively. The display arrangement further comprises a control unit configured to measure capacitive coupling for at least one of the touch electrodes, said measuring comprising supplying a measurement volt age signal to the touch-sensing element, and, when supplying the measurement voltage signal to one touch electrode, to supply a shielding voltage signal to the other touch electrode to decrease an effect of a touch from the side of said other touch electrode on the capacitive coupling for said one touch electrode.

Abstract: A display arrangement comprises a thin film display element comprising a first patterned conductor layer, comprising a first display electrode, on a first side of an emissive layer; a second patterned conductor layer, comprising a second display electrode, on a second side of the emissive layer opposite the first side; and a touch-sensing element comprising first and second touch electrodes formed in the first and second patterned conductor layers, respectively. The display arrangement further comprises a control unit configured to measure capacitive coupling for at least one of the touch electrodes, said measuring comprising supplying a measurement volt age signal to the touch-sensing element, and, when supplying the measurement voltage signal to one touch electrode, to supply a shielding voltage signal to the other touch electrode to decrease an effect of a touch from the side of said other touch electrode on the capacitive coupling for said one touch electrode.

Abstract: A thin film display element (100) has at least one emissive area (103) in the display region (101) and a layer structure (104) comprising: a first patterned conductor layer (110) comprising a first display electrode (111) in the display region; a second patterned conductor layer (120) comprising a second display electrode (121) in the display region; and an emissive layer (130) between the first and the second conductor layers configured to emit light in the at least one emissive area. The patterned conductor layers further comprise a first touch electrode (141) and a second touch electrode (142) in the display region, the first and the second touch electrodes forming a touch sensor (140) for capacitive touch or proximity sensing.

Abstract: A thin film display element (100) has at least one emissive area (103) in the display region (101) and a layer structure (104) comprising: a first patterned conductor layer (110) comprising a first display electrode (111) in the display region; a second patterned conductor layer (120) comprising a second display electrode (121) in the display region; and an emissive layer (130) between the first and the second conductor layers configured to emit light in the at least one emissive area. The patterned conductor layers further comprise a first touch electrode (141) and a second touch electrode (142) in the display region, the first and the second touch electrodes forming a touch sensor (140) for capacitive touch or proximity sensing.

Abstract: An apparatus including a notched shield electrode portion including a notch at an edge; and an overlapping shield electrode portion, wherein the overlapping shield electrode portion overlaps the notch in the notched shield electrode portion.

Abstract: An apparatus including a notched shield electrode portion including a notch at an edge; and an overlapping shield electrode portion, wherein the overlapping shield electrode portion overlaps the notch in the notched shield electrode portion.

Abstract: In accordance with an example embodiment a method, apparatus and computer program product are provided. The method includes computing a first set of tuning parameters indicative of a color correction associated with a media output component of an apparatus. Also, the method includes computing a second set of tuning parameters indicative of a color correction associated with a media capturing component of the apparatus. The first set of tuning parameters and the second set of tuning parameters are associated with the apparatus for facilitating color tuning of the apparatus.

Abstract: In accordance with an example embodiment a method, apparatus and computer program product are provided. The method includes computing a first set of tuning parameters indicative of a color correction associated with a media output component of an apparatus. Also, the method includes computing a second set of tuning parameters indicative of a color correction associated with a media capturing component of the apparatus. The first set of tuning parameters and the second set of tuning parameters are associated with the apparatus for facilitating color tuning of the apparatus.