Abstract: Disclosed are a neon light utilizing a flat plate electrode and a lower plate structure employed in the neon light. In the neon light, an advertisement pattern is expressed by means of discharge spaces formed by carving out one or both of two insulation plates, the upper and lower plates. Therefore, the discharge spaces are integrally formed at the upper plate and/or the lower plate. Further, the electrodes for the electric discharge, which are formed at the upper and lower electrodes, utilize flat plate electrodes. The phosphor elements in the discharge space are excited, so as to emit visible rays to the exterior. Therefore, the present invention decreases the discharge voltage and increases the brightness, while facilitating the manufacture of the neon light.

Abstract: A color plasma display panel which includes front and back substrates bonded together to form an integrated body and separated from each other at a predetermined distance, the front substrate being an image displaying surface, the back substrate including a plurality of sustain discharge electrodes forming a pair of plural electrodes in a cell, a dielectric layer for insulating the sustain discharge electrodes, and a protective layer; and the front substrate including a plurality of address electrodes arranged in crossing with the sustain discharge electrodes, and a fluorescent layer for generating visible rays.

Abstract: Disclosed are a neon light utilizing a flat plate electrode and a lower plate structure employed in the neon light. In the neon light, an advertisement pattern is expressed by means of discharge spaces formed by carving out one or both of two insulation plates, the upper and lower plates. Therefore, the discharge spaces are integrally formed at the upper plate and/or the lower plate. Further, the electrodes for the electric discharge, which are formed at the upper and lower electrodes, utilize flat plate electrodes. The phosphor elements in the discharge space are excited, so as to emit visible rays to the exterior. Therefore, the present invention decreases the discharge voltage and increases the brightness, while facilitating the manufacture of the neon light.

Abstract: The present invention relates to a neon sign device having a plain shape. The neon sign device having the plain shape according to the present invention comprises an upper glass sheet having electric discharge electrodes installed on its bottom surface; and a lower glass sheet attached closely to the bottom surface of the upper glass sheet and having an electric discharge space where an advertisement pattern to be represented is formed into a cavity. The neon sign device is generally made by bonding the upper and lower glass sheets after forming the electric discharge electrodes and the cavity in the upper and lower glass sheets, respectively. A fluorescent layer is also formed inside the cavity, and inert electric discharge gas is filled inside the cavity. For example, the cavity is formed by engraving it on a portion of a top surface of the lower glass sheet.

Abstract: Hollow cathode type color PDP, is disclosed, including a front panel having an electrode formed on a front substrate, and a first dielectric film and a protection film formed in succession on an entire surface of the electrode, and a rear panel having a second dielectric film formed on a rear substrate to a thickness opposite to the front panel, a well region formed by etching the second dielectric film to a depth, and an address electrode and a fluorescent material film stacked in succession on an inside surface of the well, thereby allowing a larger discharge area in the discharge cell compared to the related art PDP, which improves a luminance.

Abstract: PDP with a varied thickness dielectric layer, is disclosed, in which a surface discharge is caused by a minimum discharge initiation voltage, the PDP including a top panel having a plurality of pairs of display electrodes formed on a front substrate, and a dielectric layer on entire surfaces of the pairs of the display electrodes formed to have a varied thickness to be thin at an electric field concentration portion and thick at an electric field dispersion portion for restricting a discharge current, a bottom panel having a plurality of barriers formed on a rear substrate opposite to the display electrodes in the top panel at fixed intervals for prevention of cross talk between adjacent cells, address electrodes on each region between the barriers, and fluorescent material layer on side surfaces of the barriers and on the address electrodes, Frit glass for bonding the top panel and the bottom panel, and a mixture gas filled, and sealed in discharge spaces in cells.

Abstract: Discharge electrodes for a color plasma display panel forming a discharge pair on one of two substrates coupled to each other spaced a given distance away from one another, including a transparent electrode positioned in the middle of a discharging cell; and opaque electrodes each spaced a given distance away from both sides of the transparent electrode and insulated by a dielectric layer. The opaque electrodes are made of metal. The transparent electrode is formed in parallel to the opaque electrodes.

Abstract: The electrode structure for a PDP is disclosed. The structure includes a discharge pair formed of three electrodes at each pixel in the discharge sustaining electrode, and a scan electrode installed at a center portion of three electrodes, and a common electrode installed at both side of the same, respectively, for thereby minimizing the area of a scan electrode in a state that a discharge characteristic is not decreased, decreasing the capacitance which is required for a discharge, decreasing the entire power consumption and increasing a contrast based on one time discharge amount.

Abstract: Hollow cathode type color PDP, is disclosed, including a front panel having an electrode formed on a front substrate, and a first dielectric film and a protection film formed in succession on an entire surface of the electrode, and a rear panel having a second dielectric film formed on a rear substrate to a thickness opposite to the front panel, a well region formed by etching the second dielectric film to a depth, and an address electrode and a fluorescent material film stacked in succession on an inside surface of the well, thereby allowing a larger discharge area in the discharge cell compared to the related art PDP, which improves a luminance.

Abstract: Color plasma display panel with arc discharge electrodes, which has an optical structure without cross talks between adjacent electrodes to maximize a discharge area, the panel including a top panel having a plurality of pairs of arc discharge electrodes formed on a same plane with a first insulating substrate and a dielectric film on an entire surface of the pairs of arc discharge electrodes for restricting a discharge current, a bottom panel having barriers formed on the second insulating substrate for providing different colors between adjacent cells opposite to the arc discharge electrodes, address electrodes formed on inside surfaces of the barriers, and fluorescent material films one entire surfaces of the address electrodes, Frit glass for bonding the top and bottom panels, and a mixture gas filled, and sealed in discharge regions of cells.

Abstract: A color plasma display panel which includes front and back substrates bonded together to form an integrated body and separated from each other at a predetermined distance, the front substrate being an image displaying surface, the back substrate including a plurality of sustain discharge electrodes forming a pair of plural electrodes in a cell, a dielectric layer for insulating the sustain discharge electrodes, and a protective layer; and the front substrate including a plurality of address electrodes arranged in crossing with the sustain discharge electrodes, and a fluorescent layer for generating visible rays.

Abstract: Provided with an electrode of a color plasma display panel including a plurality of sustain discharge electrodes forming pairs of electrodes for causing a mutual discharge on the one of two substrates being bonded together and spaced form each other at a predetermined distance, in which each of the sustain discharge electrodes is composed of transparent electrodes adjacent to each other; and metal electrodes formed on the outer side of and spaced at a predetermined distance from the transparent electrodes, the metal electrodes partly being in contact with the transparent electrodes.

Abstract: A color plasma display panel which includes front and back substrates bonded together to form an integrated body and separated from each other at a predetermined distance, the front substrate being an image displaying surface, the back substrate including a plurality of sustain discharge electrodes forming a pair of plural electrodes in a cell, a dielectric layer for insulating the sustain discharge electrodes, and a protective layer; and the front substrate including a plurality of address electrodes arranged in crossing with the sustain discharge electrodes, and a fluorescent layer for generating visible rays.

Abstract: The present case relates to a gas discharge display, represented with a plasma display panel(PDP), for displaying an image by displaying gradation using a discharge characteristic of a particular gas. Of a background art gas discharge display for displaying an image by means of a gas discharge having transparent front, and back substrates supported by barrier ribs of a fixed length from inside thereof, electrodes, dielectric, and protective film provided inside of the front, and back substrates, and Penning gas of two gases (Ne+Xe, He+Xe, and etc.) or Penning gas of three gases (Ne+Xe+Ar, He+Xe+Ar, Ne+Xe+He) filled in spaces of the two protective films as a discharge gas, a Penning gas of four gases (Ne+He+Xe+Ar) is used in the gas discharge display for improving a luminance.

Abstract: Plasma display panel, is disclosed, having a top glass substrate, including sustain electrodes and scan electrodes formed on the top glass substrate arranged in parallel at fixed intervals, one pair of discharge electrodes formed in prescribed regions of the sustain electrodes and the scan electrodes projected in one direction respectively, for easy cell discharge, and a dielectric film and a protection film for protection of the sustain electrodes, the scan electrodes and the one pair of discharge electrodes, whereby allowing fabrication of a PDP with a high resolution.