Electrode forming method of plasma display

Abstract

The invention is for the electrode formation method of plasma display, is to take advantage of the heat it is produced by the heating roller on the glass plate of plasma display to cure and then form electrode. The plasma display of the invention includes two substrates, the front substrates, on which several double maintaining electrodes are designed, the double maintaining electrode comprises of transparent electrode and buffer electrode; the back substrates, on which several target electrodes are designed, the direction of the target electrode is intersected with the one of the double maintaining electrodes. The procedures of the invention include the following ones: the 1st one is to form photosensitive metallic coatings on the above-said glass plate; the 2nd one is to cure the particular module by heating the top of photosensitive metallic coating; the 3rd one is to display the above-said glass plate that is cured by heat; the 4th one is to dry and bake the photosensitive metallic coatings that is cured by heat on the glass plate after the above-said raster display procedures complete and then form the electrode. The invention can prevent the two ends from turnup and the edges from being curled.

Description

technical field [0001] The present invention relates to the technology of the electrode forming method of the plasma display, especially the invention of the electrode forming method of the plasma display which forms the metal electrode on the glass plate of the plasma display. Background technique [0002] Generally speaking, a plasma display forms a unit element with a partition wall formed between the front substrate and the rear substrate, and each element is filled with neon gas (Ne), helium gas (He) or neon gas (Ne) and helium gas. Gas (He) mixed gas (Ne+He)-based discharge gas and inert gas containing a small amount of xenon. When discharging under the action of high-frequency voltage, the inert gas generates vacuum ultraviolet rays (Vacuum Ultraviolet rays), and makes the phosphors formed between the partition walls emit light to form an image. As described above, since the plasma display can have a thin and light configuration, it is attracting attention as a repla...

AI Technical Summary

Problems solved by technology

But there is a problem with it, that is, through surface photolithography, there will be a phenomenon of sinking (Under Cut) during image development, and the phenomenon that the two ends of the model are lifted after firing and the edge is curled (Edge Curl).

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