Defining electrode regions of electroluminescent panel
AssigneeHewlett-Packard Development Company, L.P.
InventorsTerry M. Lambright, Sterling Chaffins, Marshall Field, Chinmay Betrabet, David M Kwasny
Life of this patent
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Abstract
An electroluminescent panel includes a partial electroluminescent panel base, a layer of electrically isolated conductive areas next to the partial electroluminescent panel base, and an activatable conductive layer next to the layer of electrically isolated conductive areas. The activatable conductive layer is selectively activated to electrically connect selected electrically isolated conductive areas together to define one or more electrically isolated conductive electrode regions.
Claims20
A electroluminescent panel comprising:
- a partial electroluminescent panel base having an electroluminescent layer;
- a layer of conductive areas next to the partial electroluminescent panel base;
- and,
- an activatable layer next to the layer of conductive areas, the activatable layer being different than the electroluminescent layer of the partial electroluminescent panel base, the activatable layer being different than the layer of conductive areas,
- wherein the electroluminescent panel is adapted to being customizable, after production of the electroluminescent panel, via the activatable layer being selectively activated,
- wherein the activatable layer comprises:
- one or more activated regions that are conductive due to their being activated, each activated region electrically connecting a number of the conductive areas together such that the number of the conductive areas are electrically isolated from one another but for the activated region electrically connecting the number of the conductive areas together;
- wherein the layer of conductive areas comprises:
- a plurality of electrically isolated conductive electrode regions, each electrode region uniquely corresponding to one of the activated regions of the activatable layer and encompassing the number of the conductive areas electrically connected together by the one of the activated regions, the electrically isolated conductive electrode regions lesser in number than the conductive areas,
- and wherein the conductive areas that are not electrically connected together by any of the activated regions of the activatable layer are electrically isolated from one another.
A electroluminescent panel comprising:
- a partial electroluminescent panel base having an electroluminescent layer;
- a layer of conductive areas next to the partial electroluminescent base;
- and,
- an activatable layer next to the layer of conductive areas, the activatable layer being different than the electroluminescent layer of the partial electroluminescent panel base and different than the layer of conductive areas,
- wherein the activatable layer comprises:
- one or more activated regions that are conductive due to their being activated, each activated region electrically connecting a number of the conductive areas together such that the number of the conductive areas are electrically isolated from one another but for the activated region electrically connecting the number of the conductive areas together;
- wherein the layer of conductive areas comprises:
- a plurality of electrically isolated conductive electrode regions adapted to being defined after production of the electroluminescent panel to customize the electroluminescent panel, each electrode region uniquely corresponding to one of the activated regions of the activatable layer and encompassing the number of the conductive areas electrically connected together by the one of the activated regions, the electrically isolated conductive electrode regions lesser in number than the conductive areas,
- and wherein the conductive areas that are not electrically connected together by any of the activated regions of the activatable layer are electrically isolated from one another.
A electroluminescent panel comprising:
- a partial electroluminescent panel base having an electroluminescent layer;
- a layer of conductive areas next to the partial electroluminescent panel base;
- and,
- an activatable layer next to the layer of conductive areas, the activatable layer being different than the electroluminescent layer of the partial electroluminescent panel base and different than the layer of conductive areas,
- wherein the activatable layer comprises:
- one or more activated regions that are conductive due to their being activated, each activated region electrically connecting a number of the conductive areas together such that the number of the conductive areas are electrically isolated from one another but for the activated region electrically connecting the number of the conductive areas together;
- wherein the layer of conductive areas comprises:
- one or more electrically isolated conductive electrode regions, each electrode region uniquely corresponding to one of the activated regions of the activatable layer and encompassing the number of the conductive areas electrically connected together by the one of the activated regions, the electrically isolated conductive electrode regions lesser in number than the conductive areas,
- and wherein the conductive areas that are not electrically connected together by any of the activated regions of the activatable layer are electrically isolated from one another.
Dependencies are inferred from the claim text.