Lg Electronics Inc.

Byung Jun Mun

Yong Min Song

Soon Hak Kim

Seung Tae Park

Byung Ho Rhee

The inventive plasma display is capable of enhancing the luminous efficiency and the brightness by minimizing ineffective ultraviolet rays. The plasma display according to the present invention comprises: a first transparent electrode having two or more protrusion parts; and a second transparent electrode having two or more protrusion parts corresponding respectively to the protrusion parts of the first transparent electrode. When discharges between the first and second transparent electrodes take place, there are two or more peaks in the discharge intensity of each transparent electrode.

Plasma display

There is disclosed a fabricating method of a plasma display panel which might simplify its fabricating process. The method includes: providing a sheet into which a black material layer and an electrode material layer are integrated, forming the sheet on a substrate, aligning a first mask on the front surface of a substrate where the sheet has been formed and exposing the sheet, aligning a second mask on the rear surface of the substrate and exposing the sheet, and developing the exposed sheet to form a bus electrode and a light shielding layer.

Fabricating method of plasma display panel

A plasma display is adaptive for improving brightness and discharge efficiency. In the plasma display, a pair of transparent electrodes is formed in opposing relation to each other and having a predetermined gap within a discharge cell. A metal electrode is connected to each transparent electrode in the pair. The gap is formed in a diagonal direction within the discharge cell.

Growing community of inventors

Daegu, South Korea

Byung Jun Mun