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WO/2011/073862A1 |
The invention describes an electrode (1) for use in a lamp (3) comprising a quartz glass envelope (30) enclosing a chamber (31), which electrode (1) comprises a tip for extending into the chamber (31) and base for embedding in a sealed p...
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WO/2011/073966A1 |
A process for removing hazardous substances from a LCD display (1) includes incision through off set lines (10) around the front of the panel (3). Top components are then removed to expose the fluorescent tubes (5) which contain hazardou...
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WO/2011/074356A1 |
Provided is a high-pressure discharge lamp electrode in which projections caused by welding and the winding-start or winding-finish end of a coil are not present at the rear side of the coil, and in which an electrode structure secures a...
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WO/2011/069764A1 |
Discharge vessel consisting of ceramic for a high‑pressure discharge lamp The ceramic discharge vessel has an outer contour with tapering ends, on which capillaries rest. At the same time, the inner contour is configured such that a ce...
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WO/2011/065110A1 |
During temporary calcination for fixing a glass layer (3) to a glass member (4), a laser beam (L2) is emitted to the glass layer (3) through the glass member (4) from a side of the glass layer (3) adjacent to the glass member (4). With t...
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WO/2011/065108A1 |
A frame-shaped main portion (32) of a glass layer (3) having an opening at a part (31) is melted by emitting a laser beam (L1) for temporary calcination except for the part (31) so that the glass layer (3) is fixed to a glass member (4)....
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WO/2011/065106A1 |
When a glass layer (3) is fixed to a glass member (4) by gasifying binder and by melting glass frit (2), a laser beam (L1) is emitted from an emission start position (A) to the emission start position (A) in a planned welding region (R) ...
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WO/2011/065109A1 |
When a glass layer (3) is melted by emitting a laser beam (L1) along a planned welding region (R), binder is gasified and glass frit (2) is melted by emitting the laser beam (L1) having a first heat input quantity along the planned weldi...
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WO/2011/065105A1 |
When a glass layer (3) is fixed to a glass member (4) by emitting a laser beam for temporary calcination to the glass layer (3) from a part (31) of the glass layer (3) serving as a start point and an end point, the glass layer (3) is cut...
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WO/2011/065112A1 |
A glass layer (103) including binder, laser-beam absorptive pigment, and glass frit (102) is fixed to a glass member (104) by emitting a laser beam (L2) to the glass layer (103) so that the binder is gasified and the glass frit (102) is ...
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WO/2011/065103A1 |
In order to fix a glass layer (3) to a glass member (4) by gasifying binder and by melting the glass layer (3), a laser beam (L2) for temporary calcination is emitted to the glass layer (3). Herein, the laser beam (L2) has an emission ar...
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WO/2011/065111A1 |
During temporary calcination for fixing a glass layer (3) to a glass member, a laser beam (L2) having a ring-shaped emission area is emitted to the glass layer (3). At this moment, two humped portions (M) of the beam profile of the laser...
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WO/2011/065104A1 |
Some portions of a glass layer (3) are melted by applying laser light to the portions of the glass layer (3) to thereby form, at four corners of the glass layer (3), laser light absorption portions (8a-8d) having higher laser absorptance...
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WO/2011/065107A1 |
A glass layer (3) is melted by applying laser light having a first heat input quantity along a region intended for welding (R). The glass layer (3) is melted by switching the heat input quantity when the melting ratio of the glass layer ...
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WO/2011/061921A1 |
Disclosed is a method for manufacturing a plasma display panel, which is provided with: a step of releasing air through piping from an electric discharge space formed between a front plate and a rear plate, which are substrates disposed ...
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WO/2011/061639A1 |
This invention describes a method for manufacturing a conductive connection of a metallic electrode wire (1) and a metallic lead-in wire (3) for a gas discharge lamp (11), preferably a ceramic discharge metal halide lamp. The method incl...
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WO/2011/060597A1 |
Provided are a plasma display panel and a dielectric paste thereof, wherein a coloring material layer, with the color corresponding to the color of each discharge cell, is arranged in the discharge cells between barriers and surface of a...
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WO/2011/060878A1 |
A flash lamp is disclosed comprising an insulative envelope containing a gas and housing a pair of arcing electrodes and characterised by an instance of isolated conductive material being formed at a predetermined location on the inside ...
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WO/2011/052485A1 |
Disclosed is a glass substrate for a display, wherein coat failures are reduced. Also disclosed is a method for manufacturing such glass substrate. The glass substrate (20) for a display is composed of two main surfaces and four end surf...
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WO/2011/049100A1 |
Disclosed is a glass plate for a substrate, which contains little B2O3 and has a β-OH value (mm-1) of 0.05-0.5. The glass plate for a substrate is suitable for use as a glass plate for a TFT panel. Specifically disclosed is a glass plat...
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WO/2011/049521A1 |
Method of separating recoverable material from products containing mercury. The method comprises crushing products to form crushed material, mixing crushed material with a liquid which comprises an oxidizing agent which has been chosen f...
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WO/2011/046695A2 |
Lamp assemblies and methods of making the same are provided. Such a lamp assembly can include a heat sink and a light-emitting diode package that can be mounted to the heat sink. The light-emitting diode package can include a substrate w...
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WO/2011/046224A1 |
Provided are a cold cathode electron source wherein raising and immobilization of an electron emission material are improved and electrons can be efficiently emitted, and a method for producing same. An electron emission material, an org...
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WO/2011/046157A1 |
Disclosed is a low-cost nanotube-nanohorn composite body, which has high aspect ratio, high dispersibility and excellent durability, while being controlled with respect to the diameter. Specifically, a structure that contains both a carb...
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WO/2011/044196A1 |
Disclosed is an electrode, including a conductive layer containing a conductive component selected from the group consisting of copper, nickel, iron, cobalt, titanium, lead, aluminum, tin, and alloys comprising one of these metals as the...
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WO/2011/043353A1 |
Disclosed is a method for producing a filament (1) that is used in an electron gun (10), which comprises a step of preparing a plate material (P) that is composed of a metal material and a step of cutting a wire (P1) that has at least on...
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WO/2011/042964A1 |
Disclosed is an electron emission element wherein a greater number of protrusions which contribute to electron emission are formed in a controlled manner, and the protrusions are easily formed over a large area in a controlled manner. A ...
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WO/2011/038615A1 |
A method for manufacturing an integrated ceramic arc tube for a metal halide lamp comprises following steps: (1) preparing slurry of raw materials; (2) forming a tube blank from the slurry in a mold by extrusion molding or injection mold...
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WO/2011/036253A2 |
The invention relates to a blasting medium for removing materials and for cleaning and dulling workpiece surfaces, or as an abrasive additive during liquid cutting methods, wherein the blasting medium consists of purified recycling fragm...
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WO/2011/035246A2 |
A method of fabricating a cathodic portion of a field emission display includes the steps of producing an array of substantially parallel carbon nanotubes attached at one end to a substantially planar substrate. Then, embedding the nanot...
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WO/2011/033989A1 |
Disclosed is an electron source in which an emitter (11) is provided with a needle-like single crystal tungsten rod (11a) having a front end portion (16) that has the {100} crystal plane as an electron emission surface (16a) at the front...
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WO/2011/030705A1 |
In an electrode having a structure in which a coil is wound around an electrode axis, a starting performance is ensured while preventing abnormal discharge and spattering, an appropriate electrode temperature is obtained during lighting,...
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WO/2011/024823A1 |
An electrode for a fluorescent lamp, comprising a filament and an emitter provided on the filament, wherein the emitter contains a mayenite compound.
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WO/2011/024821A1 |
An electrode for a discharge lamp, comprising an electrode main body capable of releasing a thermoelectron, wherein the electrode main body is composed of a sintered product of an electrically conductive mayenite compound.
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WO/2011/024445A1 |
Provided is a plasma display panel that has: a front-face plate that has a dielectric layer (8) formed so as to cover a display electrode formed on a substrate, and has a protection layer (9) formed on that dielectric layer (8); and a re...
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WO/2011/024824A1 |
An electrode for a discharge lamp, comprising an electrode capable of releasing a secondary electron and a mayenite compound provided on at least a part of the electrode, wherein the surface layer of the mayenite compound is plasma-treated.
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WO/2011/024924A1 |
An electrode for a discharge lamp, comprising an electrode capable of releasing a secondary electron and a mayenite compound provided on at least a part of the electrode, wherein the mayenite compound is burned in a vacuum atmosphere hav...
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WO/2011/021327A1 |
Disclosed is a plasma display panel that can be expected to show excellent image display performance while requiring relatively low driving voltage. To this end, a chemical compound containing one or more rare earth metals, Sn, and oxyge...
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WO/2011/018958A1 |
Disclosed are: a paste for an electron emission source, which enables omission of an activation process and is capable of emitting electrons at a low voltage, while exhibiting excellent adhesion to a cathode substrate; and an electron em...
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WO/2011/013877A1 |
The present invention relates to a method for manufacturing a Cold Cathode Fluorescent Lamp (CCFL) which is able to automatize a manufacturing process by improving problems in a conventional method for manufacturing the CCFL to enhance t...
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WO/2011/013927A2 |
The present invention relates to a thermosetting electrode paste fireable at a low temperature. The electrode paste according to the present invention has superior adhesion properties, high resolution, low contact resistance, superior st...
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WO/2011/010385A1 |
Disclosed is an image display device for making effective use of light emissions from light emitting members to perform a highly bright image display, for reducing halation due to reflected electrons to display a clear image, and for sta...
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WO/2011/010489A1 |
Disclosed is a method for manufacturing a glass member provided with a sealing material layer, wherein the sealing material layer can be excellently formed even in the case where the whole glass substrate cannot be heated. A sealing mate...
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WO/2011/009686A2 |
A discharge lamp is disclosed, comprising a bulb that is mounted on a base. Four metal fastening brackets which are arranged in an approximately regular fashion around a longitudinal axis of the lamp and are offset relative to each other...
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WO/2011/011133A2 |
An apparatus for cleaning the specimen and interior specimen chamber of Transmission Electron Microscopes, and similar electron- or charged-particle-beam instruments consisting of a plasma cleaning device mounted on a hollow rod that rep...
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WO/2011/001903A1 |
Disclosed is a photosensitive paste including (A) a glass powder with a glass transition point of 410-480℃, a yield point of 470-510℃, and a softening point of 515-550℃; (B) a photosensitive organic component; (C) a UV absorber; an...
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WO/2011/002964A1 |
A low-resistance, fine electrode is formed by baking in air a photosensitive paste which has an inorganic component containing copper powder, boron powder, and glass frit, and an organic component containing a photopolymerization initiat...
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WO/2011/001987A1 |
Disclosed is a glass member with a sealing material layer, wherein sealing performance between two glass substrates and reliability of the sealing are increased by suppressing occurrence of defects such as cracks or fractures of the glas...
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WO/2010/151523A1 |
In an ion implanter, a Faraday cup is utilized to receive an ion beam generated during ion source cleaning. The detected beam has an associated mass spectrum which indicates when the ion source cleaning process is complete. The mass spec...
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WO/2010/142953A1 |
Plasma- treating small particles, such as carbon nanotubes, are disclosed. The technical aim is to achieve a controllable degree of treatment which is reasonably uniform in the mass of particles treated. The proposed method uses a low-pr...
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