APPLICATION TREATMENT PHOSPHOR

Brand Owner Address Description
NICHIA NICHIA CORPORATION 491-100 Oka, Kaminaka-Cho Anan-Shi, Tokushima 774-8601 Japan [ Application treatment of phosphor to the surface of cathode-ray tube of TV sets; recycling of phosphor applied to the surface of cathode-ray tube of TV sets; dicing of semiconductors and wafers ];Semiconductor power elements, [ telecommunications apparatuses and portable electronic devices, namely, telephone sets, cordless telephones, mobile telephones, personal digital assistants, personal computers, portable media players, portable and handheld digital electronic devices for recording audio and video files, portable and handheld digital electronic devices for reviewing image files, portable radios, portable video cameras with built-in videocassette recorders, automatic switching apparatus, change-over switches, electric capacitors, electric resistors, electrical transformers, fuses, indicator lights, microphones, pickups; electronic testing equipment, namely, telecommunication line integrity testing apparatus; ] light-emitting diodes displays; [ road signs with light-emitting diodes; traffic lights; ] [ liquid crystal displays, namely, backlight with light-emitting diodes; ] [ flat panel display screens; meters, namely, speed meters, tachometers and frequency meters; ] magnets; rare earth bonded magnets; semiconductors; structured semiconductor wafers; semiconductor chips;In the heading, delete class 14. Column 1, line 26 through 28 non-ferrous metals, namely, gallium, indium, and indium phosphide; should be deleted. Column 2, line 15 through 17 liquid crystal displays, namely, backlight with light-emitting diodes; should be deleted.;Color is not claimed as a feature of the mark.;[ Fluorescent paints, fluorescent pigments ];Phosphor for cathode-ray tubes; phosphor for lighting; phosphor for x-ray; phosphor for light-emitting diode; [ magnetic fluids for industrial purposes, namely, metallic oxides; magnesium salts;] chemicals for use in industry and science; chemical additives for use in the manufacture of food; [ siccatives to absorb moisture in the nature of absorbing carbons for general industrial use;] catalysts for use in the manufacture of industrial chemicals; catalyst agents; catalysts for use in the manufacture of polymers; [ salts for use in the manufacture of galvanic cells; lithium salts for use in the manufacture of secondary cell electrode; ] rare earth iron nitride; pellets made of mixtures of rare earth iron nitride and macromolecular compounds for injection molding; [ non-ferrous metals, namely, gallium, indium, and indium phosphide; ] [ salts from rare earth metals ];[ Electric lamps and other lighting apparatus, namely, electric lighting fixtures; penlights, penlights with key rings; flashlights; reading lamps for vehicles or household purposes; headlamps and headlights for vehicles; dome lights for vehicles; flares; pocket search lights; spotlights; spotlight attached to headgear; electric night lights; flares with light-emitting diodes ];
 

Where the owner name is not linked, that owner no longer owns the brand

   
Technical Examples
  1. A method of manufacturing a plasma display device which prevents the brightness of a phosphor layer from lowering is disclosed, and the method can form the phosphor layer in a stable manner because a nozzle is free from clogging. At least one of the phosphor layers has a green phosphor layer containing green phosphor having zero or positive charges and a crystal structure of Zn2SiO4:Mn. Green phosphor ink, whose major ingredient is the green phosphor, is applied through the nozzle to discharging cells, thereby forming the green phosphor layer. The green phosphor ink is formed of green phosphor powder coated with an oxide having positive charges, or the ink is formed by crushing the green phosphor powder originally having negative charges and a crystal structure of Zn2SiO4:Mn such that the powder changes to have positive charges.