초록 ▼

Methods for use in the producing of a display include providing a substrate assembly of a face plate of the display including a conductive surface at a first side thereof. One or more projections extend from the first side of substrate assembly. A patternable material is electrophoretically deposite

Methods for use in the producing of a display include providing a substrate assembly of a face plate of the display including a conductive surface at a first side thereof. One or more projections extend from the first side of substrate assembly. A patternable material is electrophoretically deposited on at least the conductive surface and adjacent the projections. The method may further include patterning the patternable material for use in deposition of light emitting elements on the conductive surface. Light emitting elements of one or more colors may be formed. In addition, the substrate assembly including the conductive surface may have one or more nonconductive regions formed on the conductive surface; the one or more nonconductive regions having a predetermined thickness. A layer of patternable material is formed by electrophoresis over the conductive surface and over the one or more nonconductive regions.

대표청구항 ▼

1. A method for use in the production of a display, the method comprisingproviding a substrate assembly including a conductive surface; providing one or more nonconductive regions formed on the conductive surface, wherein the one or more nonconductive regions have a thickness less than about 15 micr

1. A method for use in the production of a display, the method comprisingproviding a substrate assembly including a conductive surface; providing one or more nonconductive regions formed on the conductive surface, wherein the one or more nonconductive regions have a thickness less than about 15 microns; forming a layer of patternable material by electrophoresis over the conductive surface and the one or more nonconductive regions and patterning the patternable material resulting in a patterned layer defining openings therein for use in formation of one or more light emitting elements on the conductive surface.