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WO/2003/038853 |
The invention relates to a faceplate (1') comprising a dielectric layer (3') and a protection layer (4'). According to the invention, in order to re-scatter the UV radiation, the interface between the dielectric layer (3') and the protec...
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WO/2003/034465 |
A ceramic discharge tube (1A) for a high−pressure discharge lamp having ionized luminous substance and starting gas filled in the inside space thereof, comprising a tubular center luminous part (2A) and a pair of tubular end parts (3) ...
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WO/2003/032356 |
For the manufacture of a PDP (10) by superposing up a front plate (16) on a rear plate (18), a sheet member (20) comprising an X−wiring layer (36) and a Y−wiring layer (40) is fixed on the front plate (16) or rear plate (18), so that...
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WO/2003/032287 |
A plasma display panel in which selective discharge for switching a discharge cell can be caused quickly with low voltage, the luminance during black display is preferably suppressed, a minimum luminance modulation is easy, and even the ...
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WO/2003/032357 |
The invention concerns a panel comprising a first faceplate including at least two arrays of coplanar electrodes (Y1, Y'1) having, at each cell (4R, 4G, 4B), mutually facing edges (6, 6') separated by a constant distance (12) over a pred...
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WO/2003/032350 |
The invention relates to a novel embodiment of a discharge vessel for a discharge lamp in which dielectrically impeded discharges are produced. According to the invention, a discharge vessel plate (1, 9) is doubly embodied to a certain e...
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WO/2003/030210 |
A high−pressure discharge lamp, a high−pressure discharge lamp operating device using the same, and a headlamp device for automobiles are disclosed. No mercury is used substantially and the discharge flickering is reduced. The highâˆ...
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WO/2003/025968 |
A plasma display apparatus for high−definition display and its driving method. An address electrode (13) comprises a conductive section (13E) and a discharge section (13H). The conductive section (13E) is an electrode main body on whic...
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WO/2003/025089 |
Adsorption of water by the surface of a blue fluorescent material is suppressed to improve degradation inluminance, change in chromaticity or discharge characteristic of the fluorescent material. In a fluorescent layer used in a plasma d...
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WO/2003/023745 |
A display apparatus the yield in manufacture of which is high and the whole constitution including wirings of which is simplified even in scaling up. One surface of a substrate is laid out, in the display section comprising an array of d...
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WO/2003/023808 |
A plasma display unit that is superior in outdoor daylight contrast and hardly cause application quantity dispersion while facilitating the application of fluorescent substance paste to a space bottom surrounded by a lattice−like parti...
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WO/2003/023809 |
A capillary discharge plasma display panel having a capillary of double size openings and method of fabricating the same is disclosed in the present invention. More specifically, a plasma display panel includes first and second substrate...
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WO/2003/021560 |
The invention relates to display engineering and can be used for developing means for displaying on ac colour plasma panels with surface discharge. Said invention makes it possible to increase the contrast, improve reliability control of...
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WO/2003/019600 |
A plasma display unit which is high in luminous efficiency and can be produced with a high yield. A bus electrode (18) is formed extending over a sustain electrode (37) forming area and an area above a front glass substrate (11) excludin...
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WO/2003/019601 |
The present invention relates to a discharge display panel, and more particularly, to a discharge display panel of which manufacture can be simplified and in which a high efficiency discharge effect can also be obtained. To this end, the...
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WO/2003/017314 |
A plasma display device capable of improving the contrast on a display screen by a relatively simple method. The plasma display device (2) comprises a plurality of pairs of discharge maintaining electrodes (12) formed inside a first subs...
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WO/2003/017313 |
A highly reliable plasma display having a long lifetime in which variation of discharge start voltage and lowering of luminance are suppressed and image burn phenomenon of the screen is reduced, and a method for manufacturing the same. T...
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WO/2003/012820 |
The inventive alternating current plasma panel and the method for controlling said panel are used for developing means for data displaying on alternating current colour plasma panels providing high quality of displayed data, increased re...
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WO/2003/012765 |
The inventive alternating current colour plasma panel and method for controlling said panel are used for developing individual means for displaying on alternating current colour plasma panels (CPP) and modules for patching displays provi...
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WO/2003/010791 |
The invention describes a plasma display screen wherein the generation of light in the plasma cells takes place in a more efficient manner. This is achieved by employing a material in the protective layer (5) that, upon excitation by UV ...
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WO/2003/005401 |
A plasma display panel capable of restricting the yellowing of a dielectric layer and the occurrence of dielectric breakdown, wherein glass constituting a dielectric layer uses glass containing a metal oxide MO2 capable of a trivalent−...
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WO/2003/003398 |
A plate comprising a substrate (10) covered with at least one network of electrodes (11), said network being covered with a network of barriers (17) made of a mineral material with a porosity of more than 25 %, comprising a porous-based ...
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WO/2003/003400 |
The invention relates to a device comprising a metallic support plate (1), the front face of which supports a plasma discharge panel which is equipped with a network of pairs of adjacent electrodes (7, 8) and the rear face of which is eq...
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WO/2003/000779 |
A near infrared ray shielding film which is a biaxially oriented film consisting of polyester containing a near infrared absorbing agent, and in which the weight decrease initiation temperature of the near infrared absorbing agent is at ...
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WO/2003/001552 |
A switching element comprising a first electrode (1) and a second electrode (2) provided apart from each other so as to run a discharge current between them, and a third electrode (3) capable of changing the difference in potential from ...
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WO/2002/103749 |
A discharge lamp which comprises a glass tube (11) consisting of synthetic quartz glass and having an inner diameter of at least 8 mm, and a pair of filaments (21a, 21b) disposed L (cm) apart at the opposite ends of this glass tube, and ...
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WO/2002/103742 |
A plasma display panel including a low k dielectric layer (44). In one embodiment, the dielectric layer (44) is comprises a fluorine-doped silicon oxide layer such as an SiOF layer. In another embodiment, the dielectric layer (44) compri...
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WO/2002/101288 |
An improved light-emitting panel having a plurality of micro-components sandwiched between two substrates is disclosed. Each micro-component contains a gas or a gas-mixture capable of ionization when a sufficiently large voltage is suppl...
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WO/2002/101781 |
A plasma display panel provided with a substrate having a plurality of electrodes formed by sintering a conductive material and arranged thereon, characterized in that each of the electrodes is provided with a first portion belonging to ...
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WO/2002/099833 |
A gas−discharge panel which is drivable at high speed by low drive voltage while write errors in the write period hardly occurs and its manufacturing method are disclosed. An auxiliary gas containing at least one gas selected from a ca...
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WO/2002/097847 |
A plasma display panel wherein a second panel comprising address electrodes side by side in a line direction face a first panel comprising pairs of display electrodes side by side in a column direction, with cells arranged in a matrix fo...
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WO/2002/097846 |
A PDP having an improved luminance and an improved emitting efficiency, wherein first and second substrate are spaced parallel, paired display electrodes and a dielectric layer covering the display electrodes are formed over the opposed ...
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WO/2002/097848 |
A plasma color display screen comprising a carrier plate (1), a transparent front plate (2), separating ribs (4) which divide the space between the carrier plate and the front plate (2) into discharge cells which are filled with a gas, o...
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WO/2002/097849 |
A plasma display screen comprising a carrier plate, a transparent front plate, a ribbed structure of a number of essentially parallel, zigzaggedly configurated separating ribs (1) composed of first essentially parallel segments (1a) arra...
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WO/2002/093609 |
A plasma display panel comprises a back substrate having a metal address electrode, a partition, and a phosphor all provided on a back glass sheet and a front substrate opposed to the back substrate and having a transparent electrode, an...
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WO/2002/086935 |
The present invention discloses a plasma display panel device and a method of fabricating the same including first and second substrates (30,39), a first electrode (31) on the first substrate (30), a third electrode (38) on the second su...
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WO/2002/084692 |
Plasma screen comprising a carrier plate (2), an array of addressing electrodes (Y) on the carrier plate (2), a ribbed structure (3) that partitions the space between the carrier plate (2) and the front plate (1) into plasma cells that a...
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WO/2002/082500 |
A metal halide lamp provided with an arc tube provided at the opposite ends thereof with a pair of tungsten electrodes, and having sealed therein a metal halide as the main component of a luminescent material and xenon as a buffer gas, w...
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WO/2002/076732 |
Signs including electroluminescent lamps (40) are described. The electroluminescent lamp (40) is formed on the sign by using the sign as a substrate for the lamp and performing the steps of screen printing a rear electrode (104) to the f...
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WO/2002/075766 |
The present invention relates to seal glass applied for sealing the glass elements such as FED(Field Emission Display), PDP(Plasma Display Panel), VFD(Vacuum Fluorescence Display), and Flat Light Source in vacuum, its manufacturing metho...
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WO/2002/075706 |
An improved light-emitting panel having a plurality of micro-components (40) at least partially disposed in a socket(30) and sandwiched between two substrates (10, 20) is disclosed. Each micro-component (40) contains a gas or gas-mixture...
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WO/2002/073648 |
A display panel (40) with a top panel (42), a middle panel (58) supporting display components, a bottom panel (44) supporting the middle panel and a mated sealing system for forming a vacuum chamber between the top and bottom (5) panel. ...
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WO/2002/071433 |
A method for fabricating a PDP is disclosed. The method for fabricating a PDP comprising the steps of preparing first (11) and second panels (12) for connecting with each other, forming at least one electrode (13) on the first panel (11)...
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WO/2002/065502 |
A gas discharge panel capable of displaying a high-quality display by preventing erroneous discharging between adjacent rows in a sustaining electrode or the like. A sectional shape in a direction orthogonal to the longitudinal direction...
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WO/2002/063651 |
A plasma display panel having substrates and, disposed thereon, electrodes comprising silver, wherein the electrode further comprises an element having a standard electrode potential lower than that of silver, such as Cr, Al, In, B or Ti...
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WO/2002/061793 |
A front side glass substrate for display tube, wherein a plurality of grooves (2) having a generally V-shaped same cross section and a generally flat head part are formed in one surface of a glass substrate (1) parallel with each other a...
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WO/2002/061792 |
A flat discharge display device, comprising projected structural bodies (8) and recesses (11) fitted to the projected structural bodies (8) provided in either of a rear side glass substrate (1) and a front side glass substrate (12) in sp...
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WO/2002/059927 |
A method of manufacturing a gas discharge panel, comprising a dielectric layer forming process for forming a dielectric layer on a panel, a dielectric layer cleaning process for cleaning the surface of the dielectric layer formed on the ...
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WO/2002/058095 |
A plasma display panel operated at a high luminous efficiency even with a fine cell structure and its manufacturing method. An AC type PDP1 has a first fluorescent film (31) made of thin-film crystals over the surface of a dielectric pro...
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WO/2002/058096 |
The structure comprises a network of electrically conductive electrodes (2), a dielectric layer (3), a network of barriers (4) and a network of luminophores (7) positioned between the barriers. The materials used for the dielectric layer...
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