IP Library Assignment 041649/0733
Patent Assignment
Reel/Frame 041649/0733

Change of Address

Recorded: 2017-02-07 Pages: 20
Assignor
Assignee
JX NIPPON MINING & METALS CORPORATION
1-2, OTEMACHI 1-CHOME, CHIYODA-KU,, TOKYO,, JAPAN
Covered Properties (312)
Sputtering Target and Method for Manufacturing Thereof
Patent: 6,153,315 →
Application: 09/060,209 →
High-Purity Copper Sputtering Targets and Thin Films
Patent: 6,451,135 →
Application: 09/081,684 →
Method of Manfacturing Member for Thin-Film Formation Apparatus and the Member for the Apparatus
Patent: 6,045,665 →
Application: 09/085,133 →
Method for Eluting Antimony Adsorbed on Chelating Resin
Patent: 5,989,430 →
Application: 09/107,327 →
Mn Alloy Materials for Magnetic Materials, Mn Alloy Sputtering Targets, and Magnetic Thin Films
Patent: 6,270,593 →
Application: 09/123,294 →
BAXSR1-XTIO3-Y Target Materials for Sputtering
Patent: 6,245,203 →
Application: 09/162,661 →
Ni-Fe Alloy Sputtering Target for Forming Magnetic Thin Films, Magnetic Thin Film, and Method of Manufacturing the Ni-Fe Alloy Sputtering Target
Patent: 6,267,827 →
Application: 09/266,259 →
Method of Pretreating Fluid for Electroless Nickel Plating
Patent: 6,156,218 →
Application: 09/355,651 →
Rolled Copper Foil for Flexible Printed Circuit and Method of Manufacturing the Same
Patent: 6,372,061 →
Application: 09/431,910 →
Mixed Powder for Powder Metallurgy, Sintered Compact of Powder Metallurgy, and Methods for the Manufacturing Thereof
Patent: 6,132,487 →
Application: 09/437,913 →
Method of Manufacturing Member for Thin-Film Formation Apparatus and the Member for the Apparatus
Patent: 6,319,419 →
Application: 09/439,139 →
Copper Foil Having Glossy Surface with Excellent Oxidation Resistance and Method of Manufacturing the Same
Patent: 6,319,621 →
Application: 09/451,317 →
Sputtering Target Free of Surface-Deformed Layers
Patent: 6,284,111 →
Application: 09/459,805 →
Cdte Crystal or Cdznte Crystal and Method for Preparing the Same
Patent: 6,299,680 →
Application: 09/462,268 →
Rolled Copper Foil For Flexible Printed Circuit And Method of Manufacturing The Same
Patent: 6,197,433 →
Application: 09/481,673 →
Plated Material for Connectors
Patent: 6,403,234 →
Application: 09/593,416 →
Optical Transparent Film and Sputtering Target for Forming Optical Transparent Film
Patent: 6,528,442 →
Application: 09/719,018 →
Process for Producing High-Purity Mn Materials
Patent: 6,458,182 →
Application: 09/742,500 →
Publication: US US20010003929A1
Process for Producing Compound Semiconductor Single Crystal
Patent: 7,175,705 →
Application: 09/753,662 →
Publication: US US20010007239A1
Sputtering Target
Patent: 6,464,847 →
Application: 09/763,248 →
Method of Operating a Copper Smelting Furnace
Patent: 6,436,169 →
Application: 09/799,265 →
Publication: US US20010049982A1
Cathode Material for a Lithium Secondary Battery and Method for Manufacturing Same
Patent: 6,497,854 →
Application: 09/828,734 →
Publication: US US20020102204A1
Crystal Growing Device and Method of Manufacturing Single Crystal
Patent: 6,562,134 →
Application: 09/868,087 →
Ni-Fe Alloy Sputtering Target for Forming Magnetic Thin Films, Magnetic Thin Film, and Method of Manufacturing the Ni-Fe Alloy Sputtering Target
Patent: 6,485,542 →
Application: 09/871,284 →
Publication: US US20010032686A1
Photoelectric Conversion Functional Element and Production Method Thereof
Patent: 6,791,257 →
Application: 09/890,774 →
Monocarboxylate Salts of Imidazole Reaction Products, Process for Preparing the Salts, and Surface Treatments, Additives for Resins, and Resin Compositions, Containing the Same
Patent: 6,710,181 →
Application: 09/936,073 →
Publication: US US20030088108A1
Tungsten Target for Sputtering and Method for Preparing Thereof
Patent: 6,582,535 →
Application: 09/980,932 →
Silicide Target for Depositing Less Embrittling Gate Oxide and Method of Manufacturing Silicide Target
Patent: 6,723,183 →
Application: 09/980,946 →
Publication: US US20020179195A1
Copper Electroplating Liquid, Pretreatment Liquid for Copper Electroplating and Method of Copper Electroplating
Patent: 6,562,222 →
Application: 09/980,947 →
Metal Surface Treatment Agent, and Metal Material Coated with Same
Patent: 6,605,356 →
Application: 10/009,902 →
Publication: US US20030054174A1
Sputtering Target, Transparent Conductive Oxide, and Process for Producing the Sputtering Target
Patent: 6,669,830 →
Application: 10/089,378 →
Titanium Target for Sputtering
Patent: 6,755,948 →
Application: 10/089,626 →
Oxide Sintered Body and Manufacturing Method Thereof
Patent: 6,843,975 →
Application: 10/130,238 →
Method of Producing a Higher-Purity Metal
Patent: 6,896,788 →
Application: 10/130,244 →
Publication: US US20030019759A1
Adhesion Accelerator for Bonding Rubber to Metal and Rubber Composition
Patent: 6,809,138 →
Application: 10/166,117 →
Publication: US US20030036596A1
Manufacturing Method of Ito Powder with Tin Dissolved in Indium Oxide, and Manufacturing Method of Ito Target
Patent: 6,929,772 →
Application: 10/168,198 →
Publication: US US20030039607A1
Water-Based Metal Surface Treatment Agent
Patent: 6,921,577 →
Application: 10/169,893 →
Publication: US US20030017343A1
Pretreating Agent for Metal Plating
Patent: 6,780,467 →
Application: 10/169,894 →
Publication: US US20020192379A1
Product Management System, and Host Computer and Recorded Medium Used in the System
Patent: 6,745,092 →
Application: 10/181,269 →
Publication: US US20030014140A1
High Purity Zirconium or Hafnium, Sputtering Target Comprising the High Purity Zirconium of Hafnium and Thin Film Formed Using the Target, and Method for Producing High Purity Zirconium or Hafnium and Method for Producing Powder of High Purity Zirconium or Hafnium
Patent: 6,861,030 →
Application: 10/182,764 →
Publication: US US20030062261A1
Copper Alloy Foil
Patent: 6,939,620 →
Application: 10/189,043 →
Publication: US US20030121697A1
Diffusion-Joined Target Assemly of High-Purity Cobalt Target and Copper Alloy Backing Plate and Production Method Therefor
Patent: 6,793,124 →
Application: 10/239,556 →
Sputtering Target Producing Few Particles, Backing Plate or Sputtering Apparatus and Sputtering Method Producing Few Particles
Patent: 6,858,116 →
Application: 10/297,232 →
Publication: US US20030116425A1
Sputtering Target Producing Few Particles
Patent: 6,875,325 →
Application: 10/297,265 →
Publication: US US20030155235A1
Tantalum or Tungsten Target-Copper Alloy Backing Plate Assembly and Production Method Therefor
Patent: 6,759,143 →
Application: 10/297,266 →
Publication: US US20030134143A1
Hafnium Silicide Target for Gate Oxide Film Formation and Its Production Method
Patent: 7,241,368 →
Application: 10/362,044 →
Publication: US US20030155229A1
Electrolytic Copper Plating Method, Phosphorous Copper Anode for Electrolytic Plating Method, and Semiconductor Wafer Having Low Particle Adhesion Plated with Said Method and Anode
Patent: 7,138,040 →
Application: 10/362,152 →
Publication: US US20040007474A1
Surface Treatment for Copper Foil
Patent: 6,835,241 →
Application: 10/362,953 →
Publication: US US20040149167A1
''A Ii-Vi Compound Seminconductor Crystal
Patent: 6,933,519 →
Application: 10/381,880 →
Publication: US US20040012031A1
MOSI2 Arc-Shaped Heater, and Method and Device for Manufacturing the Heater
Patent: 6,844,532 →
Application: 10/399,896 →
Publication: US US20040094536A1
Basic Silane Coupling Agent Organic Carboxylate Composition, Method for Producing the Same, and Epoxy Resin Composition Containing the Same
Patent: 7,094,845 →
Application: 10/450,421 →
Publication: US US20040034136A1
Organic Carboxylic Acid Salt Composition, Process for Preparation Thereof and Additives for Epoxy Resins
Patent: 6,916,865 →
Application: 10/451,977 →
Publication: US US20040077751A1
Method for Producing High Purity Nickle, High Purity Nickle, Sputtering Target Comprising the High Purity Nickel, and Thin Film Formed by Using Said Spattering Target
Patent: 7,435,325 →
Application: 10/471,112 →
Publication: US US20040069652A1
Chamfered Semiconductor Wafer and Method of Manufacturing the Same
Patent: 6,900,522 →
Application: 10/472,518 →
Publication: US US20040113236A1
Electroless Plating Method and Semiconductor Wafer on Which Metal Plating Layer Is Formed
Patent: 7,179,741 →
Application: 10/472,678 →
Publication: US US20040235294A1
Manganese Alloy Sputtering Target and Method for Producing the Same
Patent: 7,229,510 →
Application: 10/474,451 →
Publication: US US20040103750A1
Electrolytic Copper Plating Method, Phosphorus-Containing Anode for Electrolytic Copper Plating, and Semiconductor Wafer Plated Using Them and Having Few Particles Adhering to It
Patent: 7,374,651 →
Application: 10/478,750 →
Publication: US US20040149588A1
Copper Electrolytic Solution Containing Amine Compound Having Specific Skeleton and Organosulfur Compound as Additives, and Electrolytic Copper Foil Produced Using the Same
Patent: 7,005,055 →
Application: 10/479,896 →
Publication: US US20040149583A1
Hafnium Silicide Target for Forming Gate Oxide Film and Method for Preparation Thereof
Patent: 7,517,515 →
Application: 10/480,319 →
Publication: US US20040170552A1
Copper Electrolytic Solution Containing Organic Sulfur Compound and Quaternary Amine Compound of Specified Skeleton as Additives and Electrolytic Copper Foil Produced Therewith
Patent: 7,144,491 →
Application: 10/480,710 →
Publication: US US20050173256A1
Solid Silane Coupling Agent Composition, Process for Producing the Same, and Resin Composition Containing the Same
Patent: 7,109,273 →
Application: 10/480,712 →
Publication: US US20050165195A1
Metal Plating Method and Pretreatment Agent
Patent: 7,867,564 →
Application: 10/482,092 →
Publication: US US20050147755A1
Sputtering Target and Transparent Conductive Film
Patent: 6,998,070 →
Application: 10/483,614 →
Publication: US US20040191530A1
Copper Electroplating Method, Pure Copper Anode for Copper Electroplating, and Semiconductor Wafer Plated Thereby with Little Particle Adhesion
Patent: 7,648,621 →
Application: 10/486,078 →
Publication: US US20040200727A1
Surface Treated Copper Film
Patent: 7,651,783 →
Application: 10/486,274 →
Publication: US US20040209109A1
Hafnium Silicide Target and Manufacturing Method for Preparation Thereof
Patent: 6,986,834 →
Application: 10/487,400 →
Publication: US US20040195094A1
Process for Producing Single Crystal of Compound Semiconductor and Crystal Growing Apparatus
Patent: 6,989,059 →
Application: 10/497,916 →
Publication: US US20050000403A1
Method for Connecting Magnetic Substance Target to Backing Plate, and Magnetic Substance Target
Patent: 7,347,353 →
Application: 10/498,146 →
Publication: US US20040265616A1
Target of High-Purity Nickel or Nickel Alloy and Its Producing Method
Patent: 7,740,718 →
Application: 10/498,147 →
Publication: US US20040256035A1
Production Method for Compound Semiconductor Single Crystal
Patent: 7,229,494 →
Application: 10/502,228 →
Publication: US US20050118739A1
Sputtering Target Containing Zinc Sulfide as Major Component, Optical Recording Medium on Which Phase Change Optical Disk Protective Film Containing Zinc Sulfide as Major Component Is Formed by Using the Target, and Method for Manufacturing the Sputtering Target
Patent: 7,279,211 →
Application: 10/503,296 →
Publication: US US20050084799A1
Sputtering Target for Phase-Change Memory, Film for Phase Change Memory Formed by Using the Target, and Method for Producing the Target
Patent: 7,156,964 →
Application: 10/504,739 →
Publication: US US20050115829A1
Cdte Single Crystal and Cdte Polycrystal, and Method for Preparation Thereof
Patent: 7,211,142 →
Application: 10/505,588 →
Publication: US US20050170649A1
Sputtering Target Transport Box
Patent: 7,871,505 →
Application: 10/507,235 →
Publication: US US20050092603A1
Lithium-Containing Complex Oxide and Method of Producing Same
Patent: 7,288,242 →
Application: 10/510,800 →
Publication: US US20050152831A1
Metal Powder for Powder Metallurgy and Iron-Based Sintered Compact
Patent: 7,217,310 →
Application: 10/514,274 →
Publication: US US20050166709A1
Tantalum Sputtering Target and Method for Preparation Thereof
Patent: 7,156,963 →
Application: 10/514,955 →
Publication: US US20050155856A1
Vapor-Phase Epitaxial Apparatus and Vapor Phase Epitaxial Method
Patent: 7,314,519 →
Application: 10/515,969 →
Publication: US US20050166836A1
Vapor-Phase Growth Apparatus
Patent: 7,344,597 →
Application: 10/515,970 →
Publication: US US20050217564A1
Electroconductive Oxide Sintered Compact, Sputtering Target Comprising the Sintered Compact and Methods for Producing Them
Patent: 7,252,794 →
Application: 10/522,263 →
Publication: US US20060071197A1
High Purity Copper Sulfate and Method for Production Thereof
Patent: 7,887,603 →
Application: 10/522,273 →
Publication: US US20050232849A1
Iron-Based Sintered Compact and Method for Production Thereof
Patent: 7,347,969 →
Application: 10/526,295 →
Publication: US US20050271540A1
Iron Silicide Powder and Method for Production Thereof
Patent: 7,740,796 →
Application: 10/527,319 →
Publication: US US20060002838A1
Iron Silicide Sputtering Target and Method for Production Thereof
Patent: 8,173,093 →
Application: 10/527,320 →
Publication: US US20060057014A1
Copper Alloy Sputtering Target and Semiconductor Element Wiring
Patent: 7,507,304 →
Application: 10/530,438 →
Publication: US US20050285273A1
Copper Electrolytic Solution and Electrolytic Copper Foil Produced Therewith
Patent: 7,777,078 →
Application: 10/531,645 →
Publication: US US20060166032A1
Ta Sputtering Target and Method for Preparation Thereof
Patent: 7,699,948 →
Application: 10/532,473 →
Publication: US US20050268999A1
Epitaxial Growth Method and Substrate for Epitaxial Growth
Patent: 7,338,902 →
Application: 10/534,695 →
Publication: US US20060012010A1
Sputtering Target, Thin Film for Optical Information Recording Medium and Process for Producing the Same
Patent: 7,635,440 →
Application: 10/547,815 →
Publication: US US20060147740A1
Hafnium Alloy Target and Process for Producing the Same
Patent: 7,459,036 →
Application: 10/548,347 →
Publication: US US20060189164A1
Copper Alloy Sputtering Target Process for Producing the Same and Semiconductor Element Wiring
Patent: 7,740,721 →
Application: 10/549,440 →
Publication: US US20060088436A1
Electroless Gold Plating Liquid
Patent: 7,300,501 →
Application: 10/549,537 →
Publication: US US20070095249A1
Tantalum Sputtering Target and Method of Manufacturing Same
Patent: 8,172,960 →
Application: 10/551,732 →
Publication: US US20070102288A1
Method for Electroless Plating and Metal-Plated Article
Patent: 8,182,873 →
Application: 10/558,172 →
Publication: US US20060233963A1
Electroless Gold Plating Liquid
Patent: 7,419,536 →
Application: 10/558,173 →
Publication: US US20060230979A1
Sputtering target and method for production thereof
Patent: 8,430,978 →
Application: 10/566,116 →
Publication: US US20060185771A1
Sputtering Target and Method for Finishing Surface of Such Target
Patent: 7,951,275 →
Application: 10/566,301 →
Publication: US US20070108046A1
High Purity Copper Sulfate and Method for Production Thereof
Patent: 7,695,527 →
Application: 10/566,750 →
Publication: US US20070053828A1
Ito Sputtering Target
Patent: 7,504,351 →
Application: 10/569,068 →
Publication: US US20060289303A1
Electroless Gold Plating Solution
Patent: 7,390,354 →
Application: 10/570,394 →
Publication: US US20060269761A1
High-purity ni-v alloy target therefrom high-purity ni-v alloy thin film and process for producing high-purity ni-v alloy
Patent: 8,871,144 →
Application: 10/570,748 →
Publication: US US20060292028A1
Tantalum Sputtering Target
Patent: 7,892,367 →
Application: 10/572,252 →
Publication: US US20070023281A1
Nickel Alloy Sputtering Target and Nickel Alloy Thin Film
Patent: 7,605,481 →
Application: 10/575,888 →
Publication: US US20070074790A1
Electroless Copper Plating Solution
Patent: 8,404,035 →
Application: 10/576,231 →
Publication: US US20070042125A1
Pretreating Agent for Electroless Plating, Method of Electroless Plating Using the Same and Product of Electroless Plating
Patent: 7,713,340 →
Application: 10/586,379 →
Publication: US US20080014362A1
Surface-Treating Agent for Metal
Patent: 7,393,395 →
Application: 10/587,003 →
Publication: US US20070157845A1
Copper Electrolytic Solution Containing as Additive Compound Having Specific Skeleton, and Electrolytic Copper Foil Manufactured Therewith
Patent: 7,824,534 →
Application: 10/588,686 →
Publication: US US20070170069A1
Copper Foil Having Blackened Surface or Layer
Patent: 7,341,796 →
Application: 10/597,460 →
Publication: US US20070141377A1
High- Purity Ru Powder, Sputtering Target Obtained by Sintering the Same, Thin Film Obtained by Sputtering the Target and Process for Producing High-Purity Ru Powder
Patent: 7,578,965 →
Application: 10/598,471 →
Publication: US US20070240992A1
Sputtering Target with Few Surface Defects, and Surface Processing Method Thereof
Patent: 7,909,949 →
Application: 10/598,502 →
Publication: US US20070125645A1
Co-Cr-Pt-B Alloy Sputtering Target
Patent: 7,927,434 →
Application: 10/598,997 →
Publication: US US20070187236A1
Metal Plating Method, Pretreatment Agent, and Semiconductor Wafer and Semiconductor Device Obtained Using These
Patent: 7,045,461 →
Application: 10/767,697 →
Publication: US US20040182714A1
Cdte-Base Compound Semiconductor Single Crystal for Electro-Optic Element
Patent: 7,002,230 →
Application: 10/771,359 →
Publication: US US20040155310A1
High Purity Electrolytic Copper and Its Production Method
Patent: 7,335,289 →
Application: 10/915,401 →
Publication: US US20050067291A1
Ii-Vi Compound Semiconductor Crystal and Photoelectric Conversion Device
Patent: 7,045,871 →
Application: 11/115,182 →
Publication: US US20050189553A1
Copper Electrolytic Solution Containing Amine Compound Having Specific Skeleton and Organosulfur Compound as Additives, and Electrolytic Copper Foil Produced Using the Same
Patent: 7,378,160 →
Application: 11/187,282 →
Publication: US US20050252778A1
Target of High-Purity Nickel or Nickel Alloy and Its Producing Method
Patent: 7,618,505 →
Application: 11/332,045 →
Publication: US US20060137782A1
Basic Silane Coupling Agent Organic Carboxylate Composition, Method for Producing the Same, and Epoxy Resin Composition Containing the Same
Patent: 7,432,335 →
Application: 11/444,728 →
Publication: US US20060217494A1
Tantalum Sputtering Target and Method for Preparation Thereof
Patent: 7,740,717 →
Application: 11/533,044 →
Publication: US US20070062806A1
Tantalum Sputtering Target and Method for Preparation Thereof
Patent: 7,716,806 →
Application: 11/533,092 →
Publication: US US20070062807A1
Sputtering Target for Phase-Change Memory, Film for Phase Change Memory Formed by Using the Target, and Method for Producing the Target
Patent: 7,484,546 →
Application: 11/533,945 →
Publication: US US20070062808A1
Metallic Powder for Powder Metallurgy Whose Main Component Is Iron and Iron-Based Sintered Body
Patent: 7,691,172 →
Application: 11/574,275 →
Publication: US US20070292298A1
Metallic Powder for Powder Metallurgy Whose Main Component Is Iron and Iron-Based Sintered Body
Patent: 7,666,245 →
Application: 11/574,294 →
Publication: US US20070231180A1
Determination Method and Processing Method of Machined Surface of Plate-Like Material, and Apparatus for Use in Said Methods
Patent: 7,650,201 →
Application: 11/574,629 →
Publication: US US20070233312A1
High Purity Zrb2 Powder and Manufacturing Method Thereof
Patent: 8,585,995 →
Application: 11/576,577 →
Publication: US US20080075648A1
Copper Electrolytic Solution Containing Quaternary Amine Compound with Specific Skeleton and Organo-Sulfur Compound as Additives, and Electrolytic Copper Foil Manufactured Using the Same
Patent: 7,771,835 →
Application: 11/586,906 →
Publication: US US20070042201A1
Wafer Storage Container
Patent: 7,510,082 →
Application: 11/596,681 →
Publication: US US20070221519A1
Electroless Gold Plating Solution
Patent: 7,396,394 →
Application: 11/632,815 →
Publication: US US20070209548A1
Method for Growing Epitaxial Crystal
Patent: 7,465,353 →
Application: 11/661,696 →
Publication: US US20070261631A1
Cdte System Compound Semiconductor Single Crystal
Patent: 7,544,343 →
Application: 11/667,676 →
Publication: US US20080102022A1
Manganese Alloy Sputtering Target and Method for Producing the Same
Patent: 7,713,364 →
Application: 11/687,765 →
Publication: US US20070163878A1
Sputtering Target for Producing Metallic Glass Membrane and Manufacturing Method Thereof
Patent: 8,663,439 →
Application: 11/719,229 →
Publication: US US20090139858A1
Sb-Te Alloy Sintered Compact Target and Manufacturing Method Thereof
Patent: 7,943,021 →
Application: 11/722,218 →
Publication: US US20100025236A1
Resin Substrate Material, Electronic Component Substrate Material Manufactured by Electroless Plating on the Same, and Method for Manufacturing Electronic Component Substrate Material
Patent: 8,043,705 →
Application: 11/795,355 →
Publication: US US20080138629A1
Sb-Te Alloy Powder for Sintering, Sintered Compact Sputtering Target Obtained by Sintering Said Powder, and Manufacturing Method of Sb-Te Alloy Powder for Sintering
Patent: 7,947,106 →
Application: 11/813,694 →
Publication: US US20090071821A1
Copper Alloy for Electronic Materials
Patent: 8,317,948 →
Application: 11/886,829 →
Publication: US US20090035174A1
Cu-Ni-Si-Co-Cr Copper Alloy for Electronic Materials and Method for Manufacturing Same
Patent: 8,070,893 →
Application: 11/887,660 →
Publication: US US20090025840A1
Method for Leaching Gold
Patent: 7,682,420 →
Application: 11/896,747 →
Publication: US US20080078269A1
Copper electrolytic solution containing amine compound having specific skeleton and organosulfur compound as additives, and electrolytic copper foil produced using the same
Patent: 8,449,751 →
Application: 11/906,663 →
Publication: US US20080073219A1
Pot-Shaped Copper Sputtering Target and Manufacturing Method Thereof
Patent: 8,728,255 →
Application: 11/909,471 →
Publication: US US20090057139A1
Sputtering Target
Patent: 8,177,947 →
Application: 11/912,450 →
Publication: US US20090032392A1
Chromic Oxide Powder for Sputtering Target, and Sputtering Target Manufactured from such Chromic Oxide Powder
Patent: 8,877,021 →
Application: 11/916,301 →
Publication: US US20090139859A1
Copper Electrolytic Solution Containing Quaternary Amine Compound Polymer with Specific Skeleton and Organo-Sulfur Compound as Additives, and Electrolytic Copper Foil Manufactured Using the Same
Patent: 7,678,257 →
Application: 11/974,462 →
Publication: US US20080075972A1
Sn-Plated Copper Alloy Strip Having Improved Fatigue Characteristics
Patent: 8,182,932 →
Application: 11/988,116 →
Publication: US US20090130480A1
Electroless Palladium Plating Liquid
Patent: 7,704,307 →
Application: 11/988,353 →
Publication: US US20090081369A1
Two-Layer Flexible Substrate
Patent: 8,568,856 →
Application: 11/992,209 →
Publication: US US20090092789A1
Gallium Oxide-Zinc Oxide Sputtering Target, Method for Forming Transparent Conductive Film, and Transparent Conductive Film
Patent: 7,682,529 →
Application: 11/993,944 →
Publication: US US20090206303A1
Gallium Oxide-Zinc Oxide Sputtering Target, Method of Forming Transparent Conductive Film, and Transparent Conductive Film
Patent: 7,686,985 →
Application: 11/994,025 →
Publication: US US20090120786A1
High-Purity Hafnium, Target and Thin Film Comprising High-Purity Hafnium, and Process for Producing High-Purity Hafnium
Patent: 8,277,723 →
Application: 11/994,167 →
Publication: US US20090226341A1
Iron-Based Sintered Compact and Method for Production Thereof
Patent: 7,727,639 →
Application: 12/024,232 →
Publication: US US20080138642A1
Electrolytic Copper Plating Method, Phosphorous Copper Anode for Electrolytic Copper Plating, and Semiconductor Wafer Having Low Particle Adhesion Plated with Said Method and Anode
Patent: 8,252,157 →
Application: 12/041,095 →
Publication: US US20080210568A1
Method for Analyzing Minute Amounts of Pd, Rh and Ru, and High-Frequency Plasma Mass Spectroscope Used for Same
Patent: 7,755,033 →
Application: 12/068,860 →
Publication: US US20080230690A1
Sputtering Target
Patent: 8,425,696 →
Application: 12/088,793 →
Publication: US US20090134021A1
High-Purity Ru Alloy Target, Process for Producing the Same, and Sputtered Film
Patent: 7,871,564 →
Application: 12/088,875 →
Publication: US US20090280025A1
Gallium Oxide/Zinc Oxide Sputtering Target, Method of Forming Transparent Conductive Film and Transparent Conductive Film
Patent: 7,674,404 →
Application: 12/094,024 →
Publication: US US20090250669A1
Process for Producing Scorodite and Recycling the Post-Scorodite-Synthesis Solution
Patent: 8,277,633 →
Application: 12/155,469 →
Publication: US US20090078584A1
Lithium Nickel Manganese Cobalt Composite Oxide and Lithium Rechargeable Battery
Patent: 9,136,533 →
Application: 12/159,701 →
Publication: US US20090200508A1
Nonmagnetic Material Particle Dispersed Ferromagnetic Material Sputtering Target
Patent: 9,034,153 →
Application: 12/160,042 →
Publication: US US20090242393A1
Sputtering Target, Thin Film for Optical Information Recording Medium and Process for Producing the Same
Patent: 7,718,095 →
Application: 12/178,957 →
Publication: US US20080299415A1
Zirconium Crucible
Patent: 8,449,845 →
Application: 12/188,446 →
Publication: US US20090053112A1
Hafnium Alloy Target and Process for Producing the Same
Patent: 8,062,440 →
Application: 12/204,069 →
Publication: US US20090000704A1
Method for Operating Non-Ferrous Smelting Plant
Patent: 7,776,133 →
Application: 12/216,176 →
Publication: US US20090064820A1
Process of Leaching Gold
Patent: 8,388,730 →
Application: 12/216,447 →
Publication: US US20090241735A1
Method of Obtaining Copper from Ore
Patent: 7,842,120 →
Application: 12/219,894 →
Publication: US US20090241732A1
Substrate for Growing Compound Semiconductor and Epitaxial Growth Method
Patent: 7,745,854 →
Application: 12/223,453 →
Publication: US US20090025629A1
Metal-Coated Lipid Bilayer Vesicles and Process for Producing Same
Patent: 8,697,233 →
Application: 12/224,684 →
Publication: US US20090042021A1
Hafnium Alloy Target
Patent: 8,241,438 →
Application: 12/259,391 →
Publication: US US20090050475A1
Hafnium Alloy Target
Patent: 8,262,816 →
Application: 12/259,396 →
Publication: US US20090057142A1
Nickel Crucible for Melting Analytical Sample, Method of Preparing Analytical Sample and Method of Analysis
Patent: 7,892,843 →
Application: 12/278,889 →
Publication: US US20100167407A1
Sintered Sputtering Target Made of Refractory Metals
Patent: 8,118,984 →
Application: 12/279,067 →
Publication: US US20090173627A1
Method for Determining Machining Plane of Planar Material, Machining Method and Device for Determining Machining Plane and Flat Surface Machining Device
Patent: 7,991,501 →
Application: 12/281,847 →
Publication: US US20090055009A1
Zinc Oxide-Based Transparent Conductor and Sputtering Target for Forming the Transparent Conductor
Patent: 7,699,965 →
Application: 12/282,933 →
Publication: US US20090085014A1
Method of Surface Treatment Using Imidazole Compound
Patent: 7,968,150 →
Application: 12/290,328 →
Publication: US US20090068364A1
Lithium-Containing Transition Metal Oxide Target, Process for Producing the Same and Lithium Ion Thin Film Secondary Battery
Patent: 8,062,486 →
Application: 12/297,320 →
Publication: US US20090166187A1
Zirconium Crucible for Melting Analytical Sample, Method of Preparing Analytical Sample and Method of Analysis
Patent: 7,927,879 →
Application: 12/297,789 →
Publication: US US20090104082A1
Rolled Copper or Copper Alloy Foil with Roughened Surface and Method of Roughening Rolled Copper or Copper Alloy Foil
Patent: 8,449,987 →
Application: 12/303,899 →
Publication: US US20090162685A1
Sputtering Target/Backing Plate Bonded Body
Patent: 8,157,973 →
Application: 12/306,734 →
Publication: US US20090277788A1
Zinc Oxide Based Transparent Electric Conductor, Sputtering Target for Forming of the Conductor and Process for Producing the Target
Patent: 8,007,693 →
Application: 12/307,380 →
Publication: US US20090200525A1
Lithium-Manganese Composite Oxides for Lithium Ion Battery and Process for Preparing Same
Patent: 8,114,309 →
Application: 12/310,172 →
Publication: US US20090289218A1
Plated Article Having Metal Thin Film Formed by Electroless Plating, and Manufacturing Method Thereof
Patent: 8,163,400 →
Application: 12/311,207 →
Publication: US US20100038111A1
Plated Article Having Metal Thin Film Formed by Electroless Plating
Patent: 8,394,508 →
Application: 12/311,208 →
Publication: US US20100003539A1
Cu-Ni-Si-Co Copper Alloy for Electronic Materials and Method for Manufacturing Same
Patent: 8,444,779 →
Application: 12/312,990 →
Publication: US US20090301614A1
Copper Alloy Sputtering Target and Semiconductor Element Wiring
Patent: 8,246,764 →
Application: 12/367,572 →
Publication: US US20090139863A1
Hafnium Silicide Target for Forming Gate Oxide Film, and Method for Preparation Thereof
Patent: 7,674,446 →
Application: 12/396,716 →
Publication: US US20090194898A1
Method of Recovering Silver Using Anion-Exchange Resin
Patent: 8,206,595 →
Application: 12/400,636 →
Publication: US US20100116093A1
Electrode Plate Transportation Apparatus
Patent: 8,123,914 →
Application: 12/412,239 →
Publication: US US20090242390A1
Method of Leaching Copper Sulfide Ore with the Use of Iodine
Patent: 8,163,063 →
Application: 12/418,904 →
Publication: US US20100018349A1
Sb-Te Base Alloy Sinter Sputtering Target
Patent: 8,882,975 →
Application: 12/444,859 →
Publication: US US20090301872A1
Method for Collection of Valuable Metal from Ito Scrap
Patent: 8,012,337 →
Application: 12/445,310 →
Publication: US US20100084281A1
Method for Collection of Valuable Metal from Ito Scrap
Patent: 8,012,336 →
Application: 12/445,410 →
Publication: US US20100084279A1
Method for Collection of Valuable Metal from Ito Scrap
Patent: 8,003,065 →
Application: 12/445,639 →
Publication: US US20100316544A1
Method for Collection of Valuable Metal from Ito Scrap
Patent: 8,012,335 →
Application: 12/445,763 →
Publication: US US20100294082A1
Method for Collection of Valuable Metal from Ito Scrap
Patent: 8,007,652 →
Application: 12/445,776 →
Publication: US US20100193372A1
Electronic Component Formed with Barrier-Seed Layer on Base Material
Patent: 8,004,082 →
Application: 12/449,128 →
Publication: US US20110006426A1
Electronic Component Formed with Barrier-Seed Layer on Base Material
Patent: 8,089,154 →
Application: 12/449,162 →
Publication: US US20110006427A1
Roll Unit Dipped in Surface Treatment Liquid
Patent: 7,976,687 →
Application: 12/521,167 →
Publication: US US20100051451A1
Copper Anode or Phosphorous-Containing Copper Anode, Method of Electroplating Copper on Semiconductor Wafer, and Semiconductor Wafer with Low Particle Adhesion
Patent: 8,216,438 →
Application: 12/524,623 →
Publication: US US20100096271A1
Method of Recovering Valuable Metal from Scrap Conductive Oxide
Patent: 8,685,225 →
Application: 12/524,947 →
Publication: US US20100101963A1
Method of Recovering Valuable Metal from Scrap Containing Conductive Oxide
Patent: 8,734,633 →
Application: 12/525,113 →
Publication: US US20100101964A1
Method of Recovering Valuable Metal from Scrap Containing Conductive Oxide
Patent: 8,685,226 →
Application: 12/525,450 →
Publication: US US20100072075A1
Ytterbium Sputtering Target and Method of Producing said Target
Patent: 9,328,411 →
Application: 12/594,492 →
Publication: US US20100044223A1
Method of Heap or Dump Leaching of Copper from Copper Sulfide Ore
Patent: 8,287,623 →
Application: 12/617,934 →
Publication: US US20110041654A1
Sputtering Target and Manufacturing Method Thereof
Patent: 8,029,629 →
Application: 12/617,966 →
Publication: US US20100058827A1
Barrier Film for Flexible Copper Substrate and Sputtering Target for Forming Barrier Film
Patent: 8,318,314 →
Application: 12/640,075 →
Publication: US US20100089622A1
Amorphous Film of Composite Oxide, Crystalline Film of Composite Oxide, Method of Producing Said Films and Sintered Compact of Composite Oxide
Patent: 8,252,206 →
Application: 12/666,306 →
Publication: US US20100189636A1
Sintered Compact of Composite Oxide, Amorphous Film of Composite Oxide, Process for Producing Said Film, Crystalline Film of Composite Oxide and Process for Producing Said Film
Patent: 8,277,694 →
Application: 12/668,216 →
Publication: US US20100140570A1
Method for Supporting Metal Nanoparticles and Metal Nanoparticles-Carrying Substrate
Patent: 8,318,313 →
Application: 12/678,509 →
Publication: US US20100215970A1
Copper Foil for Printed Circuit and Copper-Clad Laminate
Patent: 8,642,893 →
Application: 12/679,575 →
Publication: US US20100212941A1
Sputtering Target, Thin Film for Optical Information Recording Medium and Process for Producing the Same
Patent: 7,892,457 →
Application: 12/721,939 →
Publication: US US20100167000A1
Substrate and Manufacturing Method Therefor
Patent: 8,736,057 →
Application: 12/734,560 →
Publication: US US20100244258A1
Substrate and Manufacturing Method Therefor
Patent: 8,247,301 →
Application: 12/734,590 →
Publication: US US20100244259A1
Ulsi Micro-Interconnect Member Having Ruthenium Electroplating Layer on Barrier Layer
Patent: 8,390,123 →
Application: 12/735,187 →
Publication: US US20100314766A1
Plated Product Having Copper Thin Film Formed Thereon by Electroless Plating
Patent: 8,283,051 →
Application: 12/737,399 →
Publication: US US20110129688A1
Metal Covered Polyimide Composite, Process for Producing the Composite, and Process for Producing Electronic Circuit Board
Patent: 8,568,899 →
Application: 12/738,098 →
Publication: US US20100221563A1
High Purity Ytterbium, Sputtering Target Made Thereof, Thin Film Containing the Same, and Method of Producing the Same
Patent: 8,668,785 →
Application: 12/739,011 →
Publication: US US20100260640A1
Method for Producing a-Igzo Oxide Thin Film
Patent: 8,148,245 →
Application: 12/743,593 →
Publication: US US20110306165A1
Sputtering Target of Nonmagnetic-Particle-Dispersed Ferromagnetic Material
Patent: 8,568,576 →
Application: 12/745,278 →
Publication: US US20100320084A1
Iron Silicide Powder and Method for Production Thereof
Patent: 8,158,092 →
Application: 12/775,635 →
Publication: US US20100221170A1
Sputtering Target, Thin Film for Optical Information Recording Medium and Process for Producing the Same
Patent: 7,897,068 →
Application: 12/794,129 →
Publication: US US20100240521A1
High-Purity Ni-V Alloy, Target Therefrom, High-Purity Ni-V Alloy Thin Film and Process for Producing High-Purity Ni-V Alloy
Patent: 7,938,918 →
Application: 12/796,718 →
Publication: US US20100242674A1
High-Purity Lanthanum, Sputtering Target Comprising High-Purity Lanthanum, and Metal Gate Film Mainly Comprising High-Purity Lanthanum
Patent: 8,980,169 →
Application: 12/810,319 →
Publication: US US20100272596A1
Hybrid Silicon Wafer and Method of Producing the Same
Patent: 8,252,422 →
Application: 12/832,120 →
Publication: US US20120009373A1
Hybrid Silicon Wafer and Method of Producing the Same
Patent: 8,647,747 →
Application: 12/832,150 →
Publication: US US20120009374A1
Sputtering Target for Producing Metallic Glass Membrane and Manufacturing Method Thereof
Patent: 8,652,399 →
Application: 12/854,683 →
Publication: US US20100320085A1
Electrolytic Copper Plating Method, Pure Copper Anode for Electrolytic Copper Plating, and Semiconductor Wafer Having Low Particle Adhesion Plated with Said Method and Anode
Patent: 7,943,033 →
Application: 12/861,161 →
Publication: US US20100307923A1
Method of Recovering Valuable Metals from Izo Scrap
Patent: 8,308,932 →
Application: 12/863,610 →
Publication: US US20100288646A1
Method of Recovering Valuable Metals from Izo Scrap
Patent: 8,308,933 →
Application: 12/863,656 →
Publication: US US20100282615A1
Method of Recovering Valuable Metals from Izo Scrap
Patent: 8,308,934 →
Application: 12/863,750 →
Publication: US US20100288645A1
Sintered Oxide Compact Target for Sputtering and Process for Producing the same
Patent: 9,045,823 →
Application: 12/864,553 →
Publication: US US20100300878A1
Method for Separating and Recovering Nickel and Lithium
Patent: 8,444,744 →
Application: 12/878,488 →
Publication: US US20110072936A1
Titanium Target for Sputtering
Patent: 8,663,440 →
Application: 12/892,018 →
Publication: US US20120073964A1
Method for Production of High Purity Copper Sulfate
Patent: 8,152,864 →
Application: 12/908,972 →
Publication: US US20110033369A1
Iron Silicide Sputtering Target and Method for Production Thereof
Patent: 7,972,583 →
Application: 12/915,104 →
Publication: US US20110044838A1
Sputtering Target with Low Generation of Particles
Patent: 8,936,706 →
Application: 12/935,014 →
Publication: US US20110048935A1
Positive Electrode Active Material for Lithium Ion Battery, Positive Electrode for Secondary Battery, and Lithium Ion Battery
Patent: 9,059,465 →
Application: 12/936,476 →
Publication: US US20110031437A1
Method of Manufacturing a Ni-Pt Alloy
Patent: 7,959,782 →
Application: 12/957,013 →
Publication: US US20110068014A1
Method of Producing Mixed Powder Comprising Noble Metal Powder and Oxide Powder, and Mixed Powder Comprising Noble Metal Powder and Oxide Powder
Patent: 8,758,476 →
Application: 12/993,133 →
Publication: US US20110114879A1
Substrate Comprising Alloy Film of Metal Element Having Barrier Function and Metal Element Having Catalytic Power
Patent: 8,395,264 →
Application: 12/998,802 →
Publication: US US20110241209A1
Hybrid Silicon Wafer and Method for Manufacturing Same
Patent: 8,236,428 →
Application: 13/002,928 →
Publication: US US20110123795A1
Nickel Alloy Sputtering Target and Nickel Silicide Film
Patent: 8,114,341 →
Application: 13/003,342 →
Publication: US US20110135942A1
Sputtering Target with Few Surface Defects, and Surface Processing Method Thereof
Patent: 8,663,402 →
Application: 13/025,207 →
Publication: US US20110132757A1
Method of Leaching Copper Sulfide Ore
Patent: 8,257,671 →
Application: 13/048,695 →
Publication: US US20110229385A1
Barrier Film for Semiconductor Wiring, Sintered Compact Sputtering Target and Method of Producing the Sputtering Target
Patent: 9,051,645 →
Application: 13/059,582 →
Publication: US US20110155570A1
Oxide Sintered Compact for Producing Transparent Conductive Film
Patent: 9,028,726 →
Application: 13/063,141 →
Publication: US US20110163279A1
Sputtering Target and Process for Producing Same
Patent: 9,034,154 →
Application: 13/119,867 →
Publication: US US20110162971A1
Metal Foil with Electric Resistance Film and Method of Producing the Same
Patent: 8,749,342 →
Application: 13/123,127 →
Publication: US US20110236714A1
Copper Foil for Printed Circuit
Patent: 8,524,378 →
Application: 13/129,848 →
Publication: US US20110262764A1
Nonmagnetic Material Particle-Dispersed Ferromagnetic Material Sputtering Target
Patent: 9,103,023 →
Application: 13/131,124 →
Publication: US US20110247930A1
Rolled Copper Foil or Electrolytic Copper Foil for Electronic Circuit, and Method of Forming Electronic Circuit using same
Patent: 8,668,994 →
Application: 13/142,002 →
Publication: US US20110297641A1
Thin Film Comprising Titanium Oxide as Main Component and Sintered Compact Sputternig Target Comprising Titanium Oxide as Main Component
Patent: 8,501,052 →
Application: 13/145,641 →
Publication: US US20110278511A1
Inorganic-Particle-Dispersed Sputtering Target
Patent: 9,034,155 →
Application: 13/147,782 →
Publication: US US20110284373A1
Lanthanum Target for Sputtering
Patent: 9,347,130 →
Application: 13/147,837 →
Publication: US US20110290644A1
Lanthanum Target for Sputtering
Patent: 9,382,612 →
Application: 13/148,324 →
Publication: US US20110308940A1
Method of Roughening Rolled Copper or Copper Alloy Foil
Patent: 8,252,166 →
Application: 13/243,187 →
Publication: US US20120012463A1
Positive Electrode Active Material For Lithium Ion Battery
Patent: 8,748,041 →
Application: 13/258,120 →
Publication: US US20120034525A1
Sputtering Target of Sintered Ti-Nb Based Oxide, Thin Film of Ti-Nb Based Oxide, and Method of Producing the Thin Film
Patent: 8,758,497 →
Application: 13/258,137 →
Publication: US US20120024192A1
Indium Oxide Sintered Compact, Indium Oxide Transparent Conductive Film, and Manufacturing Method of Indium Oxide Transparent Conductive Film
Patent: 8,771,557 →
Application: 13/318,172 →
Publication: US US20120043509A1
Method of Storing Lanthanum Oxide Target, and Vacuum-Sealed Lanthanum Oxide Target
Patent: 8,911,600 →
Application: 13/319,190 →
Publication: US US20120045380A1
Sputtering Target of Ferromagnetic Material with Low Generation of Particles
Patent: 8,679,268 →
Application: 13/320,840 →
Publication: US US20120097535A1
Target of Sintered Compact, and Method of Producing the Sintered Compact
Patent: 9,299,543 →
Application: 13/321,254 →
Publication: US US20120097530A1
Process and Apparatus for Producing a Metal Covered Polyimide Composite
Patent: 8,721,864 →
Application: 13/365,429 →
Publication: US US20120132531A1
Aqueous Solution Containing Divalent Iron Ions
Patent: 8,734,579 →
Application: 13/382,195 →
Publication: US US20120103229A1
Nickel-Iron Alloy Plating Solution
Patent: 9,234,292 →
Application: 13/382,201 →
Publication: US US20120118747A1
Ferromagnetic Material Sputtering Target
Patent: 9,228,251 →
Application: 13/383,886 →
Publication: US US20120118734A1
High-Purity Aqueous Copper Sulfonate Solution and Method of Producing Same
Patent: 8,333,834 →
Application: 13/497,551 →
Publication: US US20120174827A1
Method for Producing High-Purity Tungsten Powder
Patent: 8,764,877 →
Application: 13/498,252 →
Publication: US US20120180600A1
Hybrid Silicon Wafer
Patent: 8,659,022 →
Application: 13/498,992 →
Publication: US US20120187409A1
Hybrid Silicon Wafer
Patent: 8,512,868 →
Application: 13/499,304 →
Publication: US US20120181536A1
Sintered Compact of Indium Oxide System, and Transparent Conductive Film of Indium Oxide System
Patent: 9,214,253 →
Application: 13/499,712 →
Publication: US US20120199796A1
Electroless Plating Pretreatment Agent, Electroless Plating Method Using Same, and Electroless Plated Object
Patent: 8,814,997 →
Application: 13/501,139 →
Publication: US US20120192758A1
Indium Target and Manufacturing Method Thereof
Patent: 9,139,900 →
Application: 13/504,329 →
Publication: US US20130037408A1
Sputtering Target-Backing Plate Assembly, and Its Production Method
Patent: 9,062,371 →
Application: 13/510,065 →
Publication: US US20120228132A1
Sputtering Target of Magnetic Material
Patent: 9,269,389 →
Application: 13/513,387 →
Publication: US US20120241316A1
Positive Electrode For Lithium Ion Battery, Method For Producing Said Positive Electrode, And Lithium Ion Battery
Patent: 8,993,160 →
Application: 13/514,080 →
Publication: US US20120244434A1
Positive Electrode Active Material For Lithium Ion Battery, Positive Electrode For Lithium Ion Battery, And Lithium Ion Battery
Patent: 9,118,076 →
Application: 13/576,548 →
Publication: US US20120292562A1
Positive Electrode Active Material For Lithium Ion Battery, Positive Electrode For Lithium Ion Battery, And Lithium Ion Battery
Patent: 9,231,249 →
Application: 13/576,753 →
Publication: US US20120319036A1
Method For Producing Positive Electrode Active Material For Lithium Ion Battery And Positive Electrode Active Material For Lithium Ion Battery
Patent: 9,327,996 →
Application: 13/581,423 →
Publication: US US20120319037A1
Tantalum Coil for Sputtering and Method for Processing the Coil
Patent: 9,371,578 →
Application: 13/581,843 →
Publication: US US20120318668A1
Positive Electrode Active Material for Lithium-Ion Battery, Positive Electrode for Lithium-Ion Battery, and Lithium-Ion Battery
Patent: 9,090,481 →
Application: 13/582,087 →
Publication: US US20130004849A1
Positive-Electrode Active Material For Lithium Ion Battery, Positive Electrode For Lithium Ion Battery, And Lithium Ion Battery
Patent: 8,623,551 →
Application: 13/582,091 →
Publication: US US20120321956A1
Positive Electrode Active Substance For Lithium Ion Batteries, Positive Electrode For Lithium Ion Batteries, And Lithium Ion Battery
Patent: 9,240,594 →
Application: 13/582,096 →
Publication: US US20120326080A1
Positive Electrode Active Substance for Lithium Ion Batteries, Positive Electrode for Lithium Ion Batteries, and Lithium Ion Battery
Patent: 9,216,913 →
Application: 13/582,101 →
Publication: US US20120319040A1
Positive Electrode Active Substance For Lithium Ion Batteries, Positive Electrode For Lithium Ion Batteries, And Lithium Ion Battery
Patent: 9,225,020 →
Application: 13/582,113 →
Publication: US US20130001463A1
Sintered Compact, Amorphous Film and Crystalline Film of Composite Oxide, and Process for Producing the Films
Patent: 8,728,358 →
Application: 13/592,520 →
Publication: US US20120319057A1
Sputtering Target of Nonmagnetic-Particle-Dispersed Ferromagnetic Material
Patent: 8,932,444 →
Application: 13/613,396 →
Publication: US US20130015061A1
Sputtering Target of Nonmagnetic-Particle-Dispersed Ferromagnetic Material
Patent: 8,936,707 →
Application: 13/613,406 →
Publication: US US20130001079A1
Ni ALLOY SPUTTERING TARGET, Ni ALLOY THIN FILM AND Ni SILICIDE FILM
Patent: 9,249,497 →
Application: 13/635,775 →
Publication: US US20130032477A1
Method for Producing Positive Electrode Active Material for Lithium Ion Batteries and Positive Electrode Active Material for Lithium Ion Batteries
Patent: 9,221,693 →
Application: 13/695,663 →
Publication: US US20130043428A1
Tantalum Sputtering Target
Patent: 9,085,819 →
Application: 13/805,946 →
Publication: US US20130092534A1
Laminated Structure And Method For Producing The Same
Patent: 9,023,487 →
Application: 13/808,009 →
Publication: US US20130143069A1
Sputtering Target of Ferromagnetic Material with Low Generation of Particles
Patent: 9,181,617 →
Application: 13/808,938 →
Publication: US US20130112555A1
Fe-Pt-Based Ferromagnetic Material Sputtering Target
Patent: 9,328,412 →
Application: 13/816,043 →
Publication: US US20130168240A1
Cu-In-Ga-Se QUATERNARY ALLOY SPUTTERING TARGET
Patent: 9,273,389 →
Application: 13/820,821 →
Publication: US US20130168241A1
Carrier-Attached Copper Foil
Patent: 8,980,414 →
Application: 13/823,349 →
Publication: US US20130216855A1
Titanium Target for Sputtering
Patent: 9,068,258 →
Application: 13/824,412 →
Publication: US US20130186753A1
Liquid Crystal Polymer Copper-Clad Laminate and Copper Foil Used For Said Laminate
Patent: 9,060,431 →
Application: 13/824,478 →
Publication: US US20140093743A1
Copper Foil for Printed Wiring Board, Method for Producing Said Copper Foil, Resin Substrate for Printed Wiring Board and Printed Wiring Board
Patent: 9,028,972 →
Application: 13/825,889 →
Publication: US US20130220685A1
Production Method for High-Purity Lanthanum, High-Purity Lanthanum, Sputtering Target Composed of High-Purity Lanthanum, and Metal Gate Film Containing High-Purity Lanthanum as Main Component
Patent: 9,234,257 →
Application: 13/883,126 →
Publication: US US20130241010A1
Method for Producing High-Purity Lanthanum, High-Purity Lanthanum, Sputtering Target Formed from High-Purity Lanthanum, and Metal Gate Film Having Highy-Purity Lanthanum as Main Component
Patent: 9,013,009 →
Application: 13/980,072 →
Publication: US US20130313659A1
Positive Electrode Active Material for Lithium Ion Batteries, Positive Electrode for Lithium Ion Batteries, and Lithium Ion Battery
Patent: 9,214,676 →
Application: 13/984,947 →
Publication: US US20130316239A1
Polycrystalline Silicon Wafer
Patent: 8,987,737 →
Application: 14/003,388 →
Publication: US US20130341622A1
Rolled Copper or Copper-Alloy Foil Provided with Roughened Surface
Patent: 9,049,795 →
Application: 14/004,794 →
Publication: US US20140037976A1
Metal Foil Having Electrical Resistance Layer, and Manufacturing Method for Same
Patent: 9,099,229 →
Application: 14/008,254 →
Publication: US US20140015635A1
High-Purity Copper-Manganese-Alloy Sputtering Target
Patent: 9,090,970 →
Application: 14/118,591 →
Publication: US US20140097084A1
Process for Producing High-Purity Tin
Patent: 9,340,850 →
Application: 14/340,933 →
Publication: US US20140332404A1
Surface Treated Copper Foil and Laminate Using the Same
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Application: 14/342,313 →
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High Purity Copper-Manganese Alloy Sputtering Target
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Application: 14/353,322 →
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Patent: 9,224,514 →
Application: 14/364,795 →
Publication: US US20140306152A1
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Patent: 9,224,515 →
Application: 14/364,809 →
Publication: US US20140339465A1
Sputtering Target Assembly
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Application: 14/375,239 →
Publication: US US20140367252A1
Polycrystalline Silicon Wafer
Patent: 9,053,942 →
Application: 14/381,431 →
Publication: US US20150108490A1
Positive Electrode Active Material For Lithium-Ion Battery, Positive Electrode For A Lithium-Ion Battery, Lithium-Ion Battery Using Same, And Precursor To A Positive Electrode Active Material For A Lithium-Ion Battery
Patent: 9,263,732 →
Application: 14/580,318 →
Publication: US US20150123029A1
Related Assignments (2)
Other recorded transfers of the patents in this record — the chain of ownership.
Change of Name/Merger Jun 9, 2011
From: NIPPON MINING & METALS CO., LTD.
To: JX NIPPON MINING & METALS CORPORATION
Reel/Frame 026417/0023 →
Change of Address Aug 11, 2021
From: JX NIPPON MINING & METALS CORPORATION
To: JX NIPPON MINING & METALS CORPORATION
Reel/Frame 057160/0114 →