IP Library Assignment 073515/0243
Patent Assignment
Reel/Frame 073515/0243

Security Interest

Recorded: 2025-11-03 Pages: 143
Assignor
QNITY ELECTRONICS, INC.
Executed: 2025-11-01
Assignee
JPMORGAN CHASE BANK, N.A., AS COLLATERAL AGENT
383 MADISON AVENUE, NEW YORK, NEW YORK, 10179
Covered Properties (1011)
Chemical Mechanical Polishing Pad
Application: 17/661,611 →
Publication: US US20220266416A1
Chemical Mechanical Polishing Pads for Improved Removal Rate and Planarization
Application: 15/924,606 →
Publication: US US20180345449A1
Aromatic Underlayer
Application: 17/245,326 →
Publication: US US20210247695A1
Thin Film Fluoropolymer Composite Cmp Polishing Pad
Application: 16/435,913 →
Publication: US US20200384601A1
Resist Underlayer Compositions and Methods of Forming Patterns with Such Compositions
Application: 16/530,273 →
Publication: US US20200348592A1
Resist Underlayer Compositions and Pattern Formation Methods Using Such Compositions
Application: 16/428,864 →
Publication: US US20200379347A1
Photoresist Underlayer Compositions and Methods of Forming Electronic Devices
Application: 18/537,020 →
Publication: US US20240264528A1
Leveraged Poromeric Polishing Pad
Application: 18/934,099 →
Publication: US US20250058426A1
Method of Inhibiting Tarnish Formation and Corrosion
Application: 18/159,343 →
Publication: US US20230304181A1
Method of Inhibiting Tarnish Formation and Corrosion
Application: 19/175,339 →
Publication: US US20250327202A1
Polymers and Photoresist Compositions
Application: 16/731,666 →
Publication: US US20210200084A1
Main Chain Scissionable Block Copolymers, Photoresist Compositions Including the Same, and Pattern Formation Methods
Application: 63/719,740 →
Polymer, Photoresist Compositions Including the Same, and Pattern Formation Methods
Application: 18/090,638 →
Publication: US US20240241441A1
Iodine-Containing Acid Cleavable Compounds, Polymers Derived Therefrom, and Photoresist Compositions
Application: 17/490,923 →
Publication: US US20230103685A1
Cmp Polishing Pad with Protruding Structures Having Engineered Open Void Space
Application: 16/829,024 →
Publication: US US20210299816A1
Photoresist Compositions and Pattern Formation Methods
Application: 17/462,216 →
Publication: US US20220091506A1
High Refractive Index Materials
Application: 17/411,708 →
Publication: US US20220112321A1
Micro-Layer Cmp Polishing Subpad
Application: 18/490,290 →
Publication: US US20240181596A1
Bisbenzocyclobutene Formulations
Application: 19/199,890 →
Publication: US US20250270366A1
Plurality of Light-Emitting Materials, Organic Electroluminescent Compound, and Organic Electroluminescent Device Comprising the Same
Application: 18/745,074 →
Publication: US US20240349606A1
Polymers for Use in Electronic Devices
Application: 18/567,882 →
Publication: US US20240279399A1
Chemical Mechanical Polishing Composition and Method
Application: 17/697,709 →
Publication: US US20220348790A1
Photoresist Underlayer Compositions and Patterning Methods
Application: 17/124,743 →
Publication: US US20220197141A1
Compounds and Photoresist Compositions Including the Same
Application: 17/749,880 →
Publication: US US20240019779A1
Photoresist Compositions and Pattern Formation Methods
Application: 17/490,974 →
Publication: US US20230104679A1
Photoresist Underlayer Composition
Application: 17/490,816 →
Publication: US US20230103371A1
Surface Modified Silanized Colloidal Silica Particles
Application: 17/697,735 →
Publication: US US20220356065A1
Photoacid Generators, Photoresist Compositions, and Pattern Formation Methods
Application: 18/908,129 →
Publication: US US20250116927A1
Polymers Useful as Surface Leveling Agents
Application: 18/521,544 →
Publication: US US20240093027A1
Photoresist Compositions and Pattern Formation Methods
Application: 17/940,682 →
Publication: US US20230152697A1
Photoresist Topcoat Compositions and Pattern Formation Methods
Application: 18/082,025 →
Publication: US US20230251575A1
Cmp Polishing Pad
Application: 18/909,604 →
Publication: US US20250025983A1
Polymeric Resin for Dielectric Applications
Application: 17/731,605 →
Publication: US US20230348635A1
Cmp Pad Having Ultra Expanded Polymer Microspheres
Application: 17/805,037 →
Publication: US US20230390888A1
Method of Filling Through-Holes to Reduce Voids
Application: 18/162,971 →
Publication: US US20230279577A1
Photoresist Underlayer Composition
Application: 18/076,475 →
Publication: US US20230194990A1
Pad for Chemical Mechanical Polishing
Application: 19/088,693 →
Publication: US US20250222556A1
Photoresist Underlayer Composition
Application: 17/946,428 →
Publication: US US20240126172A1
Photoactive Compounds, Photoresist Compositions Including the Same, and Pattern Formation Methods
Application: 17/710,126 →
Publication: US US20230314934A1
Photoactive Compounds, Photoresist Compositions Including the Same, and Pattern Formation Methods
Application: 18/352,646 →
Publication: US US20240027904A1
Photoresist Compositions and Pattern Formation Methods
Application: 18/085,098 →
Publication: US US20230213862A1
Methods of Forming a Semiconductor Device
Application: 18/933,213 →
Publication: US US20260215233A1
Metallization Method
Application: 17/851,413 →
Publication: US US20230420401A1
Chemical Mechanical Planarization Pad Having Polishing Layer with Multi-lobed Embedded Features
Application: 17/811,624 →
Publication: US US20240009798A1
Resin Composition
Application: 18/187,201 →
Publication: US US20240317985A1
Method of Making Low Specific Gravity Polishing Pads
Application: 17/805,040 →
Publication: US US20230390970A1
Cmp Pad Having Polishing Layer of Low Specific Gravity
Application: 17/805,044 →
Publication: US US20230390889A1
Polishing Pad Formed from Dual Curative
Application: 18/360,947 →
Publication: US US20250033161A1
Photoacid Generators, Photoresist Compositions, and Pattern Formation Methods
Application: 18/354,410 →
Publication: US US20240027905A1
Metallization Method
Application: 18/226,481 →
Publication: US US20240055382A1
Photoresist Compositions and Patterning Methods
Application: 18/989,213 →
Publication: US US20250244664A1
Photoresist Composition and Metallization Method
Application: 18/222,666 →
Publication: US US20250102910A1
Nickel Electroplating Compositions for Rough Nickel
Application: 18/466,391 →
Publication: US US20240124999A1
Chemical Mechanical Polishing Pad with Fluorinated Polymer and Multimodal Groove Pattern
Application: 18/168,621 →
Publication: US US20240207998A1
Polymer, Photoresist Compositions Including the Same, and Pattern Formation Methods
Application: 17/985,439 →
Publication: US US20240184201A1
High Refractive Index Materials
Application: 18/482,295 →
Publication: US US20240152047A1
Coated Containers and Methods of Forming Such Containers
Application: 18/107,132 →
Publication: US US20240217702A1
Photoimagable Dielectrics
Application: 18/187,072 →
Publication: US US20240317940A1
Polishing Pad with Endpoint Window
Application: 18/404,415 →
Publication: US US20240253175A1
Polymer, Photoresist Compositions Including the Same, and Pattern Formation Methods
Application: 18/090,145 →
Publication: US US20240241440A1
Chemical Mechanical Polishing Composition and Method for Preventing Polishing Pad Groove Clogging
Application: 18/351,031 →
Publication: US US20250019567A1
Photoresist Compositions and Pattern Formation Methods
Application: 18/884,246 →
Publication: US US20260079398A1
Multiblock Copolymers, Photoresist Compositions Including the Same, and Pattern Formation Methods
Application: 18/481,018 →
Publication: US US20250116933A1
Polymers, Photoresist Compositions and Methods of Forming Patterns
Application: 18/890,150 →
Publication: US US20260079399A1
Polishing Pad with Endpoint Window
Application: 18/404,443 →
Publication: US US20240253176A1
Dual-Layer Cmp Polishing Subpad
Application: 18/490,345 →
Publication: US US20240181597A1
Polishing Pad with Endpoint Detection Window
Application: 18/404,519 →
Publication: US US20240253177A1
Compounds, Monomers, Polymers, Photoresist Compositions and Pattern Formation Methods
Application: 18/324,450 →
Publication: US US20240393689A1
Filtration Membranes and Method of Manufacture Thereof
Application: 18/758,631 →
Publication: US US20260001043A1
Chemical Mechanical Polishing Pad
Application: 18/373,660 →
Publication: US US20250100099A1
Method of Polishing Using Chemical Mechanical Polishing Pad
Application: 18/373,692 →
Publication: US US20250100100A1
Chemical Mechanical Polishing Pad
Application: 18/952,544 →
Publication: US US20250178155A1
Functionalized Metal and Nitride CMP Slurry
Application: 18/409,615 →
Publication: US US20260002048A1
Chemical Mechanical Polishing Pad
Application: 18/952,640 →
Publication: US US20250178156A1
Multifunctional Endpoint Detection Window
Application: 18/621,411 →
Publication: US US20250303515A1
Multifunctional Endpoint Detection Window
Application: 18/621,430 →
Publication: US US20250303516A1
Functionalized Carbon Particle CMP Slurry Dispersion
Application: 18/409,628 →
Publication: US US20250223468A1
Functionalized Carbon Particle Tungsten Cmp Slurry
Application: 18/409,643 →
Publication: US US20260226315A1
Soluble Metal Oxide Anion CMP Slurry
Application: 18/409,653 →
Publication: US US20260055301A1
Polishing Pad with Endpoint Detection Window
Application: 18/621,445 →
Publication: US US20250303517A1
Polishing Pad with Thermal Management Features
Application: 18/750,740 →
Publication: US US20250387872A1
Polishing Pad Having Filled Non-Porous Sub-Pad
Application: 18/750,662 →
Publication: US US20250387871A1
Underlayer Composition for Use in Manufacturing Electronic Devices
Application: 18/953,395 →
Publication: US US20260140448A1
Pad for Chemical Mechanical Polishing
Application: 18/900,374 →
Publication: US US20260091462A1
Pad for Chemical Mechanical Polishing
Application: 18/900,397 →
Publication: US US20260091463A1
Electroactive Compounds, Compositions Including the Same, and Pattern Formation Methods
Application: 63/699,950 →
Photoacid Generator Compound, Photoresist Compositions Including the Same, and Pattern Formation Methods
Application: 63/738,930 →
Salts, Photoresist Compositions, and Pattern Formation Methods
Application: 63/738,955 →
Photoresist Compositions and Pattern Formation Methods
Application: 63/738,954 →
Circuit Assemblies And Related Methods
Application: 16/003,626 →
Publication: US US20180295713A1
Thermally-Conductive Electromagnetic Interference (EMI) Absorbers
Application: 18/628,288 →
Publication: US US20240276690A1
Electromagnetic Interference (Emi) Mitigation Materials and Emi Absorbing Compositions Including Carbon Nanotubes
Application: 17/962,698 →
Publication: US US20230032553A1
Thermally-Conductive Electromagnetic Interference (Emi) Absorbers Including Aluminum Powder
Application: 19/189,483 →
Publication: US US20250267832A1
Electrically Insulated Conductors
Application: 18/930,199 →
Publication: US US20250055341A1
Thermal and/or Electromagnetic Interference (Emi) Management Composites Including Silicone Carbinols
Application: 18/427,243 →
Publication: US US20240268090A1
Electrically Insulated Conductors And Methods For Electrically Insulating Conductors
Application: 18/927,191 →
Publication: US US20250140449A1
Rheology Controlled Metal Amalgams by Including Non-Refractory Filler Particles
Application: 19/044,846 →
Publication: US US20250257432A1
Compressible Foamed Thermal Interface Materials and Methods of Making the Same
Application: 18/374,770 →
Publication: US US20240105663A1
Non-Condensing Thermal Materials With Low Sulfur Content
Application: 18/885,167 →
Publication: US US20250098121A1
Systems of Applying Materials to Components
Application: 16/988,919 →
Publication: US US20210028142A1
Edging for materials
Patent: 1,101,702 →
Application: 29/901,768 →
Small Form-Factor Pluggable (Sfp) Transceivers
Application: 15/657,966 →
Publication: US US20180034492A1
Low Dielectric, Low Loss Radomes And Materials For Low Dielectric, Low Loss Radomes
Application: 18/209,399 →
Publication: US US20230327332A1
Low Dielectric, Low Loss Radome
Application: 18/527,949 →
Publication: US US20240106111A1
Low Dielectric, Low Loss Radomes, Materials and Methods for Making Low Dielectric, Low Loss Radomes
Application: 18/603,420 →
Publication: US US20240250416A1
Patterned Electromagnetic Interference (Emi) Mitigation Materials Including Carbon Nanotubes
Application: 18/748,418 →
Publication: US US20240357783A1
Controlling Bond Line Thickness (BLT) For Metal Amalgams
Application: 19/051,389 →
Publication: US US20250259966A1
Reducing the Spreading of Material(S) Migrating from Thermal Management and/or Electromagnetic Interference (Emi) Mitigation Materials
Application: 19/055,584 →
Publication: US US20250266319A1
Phosphonic Acid For Enhancing Performance Of Thermal Interface Materials
Application: 19/278,947 →
Publication: US US20260028473A1
Sliding Thermal Interface Material (Tim) Assemblies
Application: 63/743,959 →
Electromagnetic Interference (EMI) Absorbers Including Carbon Nanostructure (CNS) Filler Within Liquid Crystal Polymer (LCP) Matrix
Application: 19/226,528 →
Publication: US US20250393181A1
Gaskets
Application: 18/268,527 →
Publication: US US20240309949A1
Curing Agents for Fluoroelastomers
Application: 18/547,944 →
Publication: US US20240150506A1
Method of Making Halo (Alkyl Vinyl) Ether Monomers and Fluorinated Polymers Made with the Halo (Alkyl Vinyl) Ether Monomer
Application: 18/860,836 →
Publication: US US20250340684A1
Telecommunication Signal Range Enhancement Using Panel Reflectance
Application: 17/109,271 →
Publication: US US20220173521A1
Moveable Gripper for Gripping a Container and Heating Contents of the Container Through Dynamically Controlled Thermal Contact and Heat Settings
Application: 17/313,141 →
Publication: US US20220361294A1
Polymer Compositions Having Photoacid Generators and Photoresists
Application: 17/970,130 →
Publication: US US20240192595A1
Three Dimensional Light Emitting Diode Systems, and Compositions and Methods Relating Thereto
Application: 13/326,619 →
Publication: US US20120238045A1
Thermal Substrates
Application: 16/597,298 →
Publication: US US20210111097A1
Polymer Films and Electronic Devices
Application: 18/322,816 →
Publication: US US20230300978A1
Polymer Films and Electronic Devices
Application: 18/322,835 →
Publication: US US20230300979A1
Metal-Clad Polymer Films and Electronic Devices
Application: 16/840,280 →
Publication: US US20210310126A1
Processes for Forming Crosslinked Polymer Films
Application: 19/292,563 →
Publication: US US20250382496A1
Thin Flexible Glass Cover with a Fragment Retention Hard Coating
Application: 17/631,527 →
Publication: US US20220267198A1
Dicarbonyl Halides, Polymer Compositions and Films Made Therefrom
Application: 18/342,108 →
Publication: US US20240052104A1
Process for Forming an Article
Application: 19/292,545 →
Publication: US US20260184052A1
Articles Having Inorganic Substrates and Polymer Film Layers
Application: 17/903,762 →
Publication: US US20230082265A1
Photosensitive Composition and Photoresist Dry Film Made Therefrom
Application: 17/590,026 →
Publication: US US20220252980A1
Polyimide Films
Application: 17/958,675 →
Publication: US US20230137913A1
Photocurable Conductive Black Composition and a Method for Forming a Cured Product Thereof
Application: 18/493,047 →
Publication: US US20240150592A1
Flexible Copper-Clad Laminate and Printed Circuit Made Therefrom
Application: 18/302,258 →
Publication: US US20230354517A1
Clads Having Polymer Films and Metal Layers
Application: 18/897,545 →
Publication: US US20250109265A1
Electrolytic Copper Foil, a Method for Manufacturing the Same, and Articles Made Therefrom
Application: 18/343,029 →
Publication: US US20240052513A1
Transparent Conductive Substrate and a Double-Side Photolithographic Method Using the Same
Application: 18/454,300 →
Publication: US US20240077980A1
Current Collectors and Energy Storage Devices
Application: 18/897,558 →
Publication: US US20250112246A1
Electrically Insulated Wires and Cables
Application: 18/618,103 →
Publication: US US20240336801A1
Ultrathin Copper Foil, a Method for Manufacturing the Same, and an Article Made Therefrom
Application: 18/592,717 →
Publication: US US20240417877A1
Electrically Insulated Conductors
Application: 19/080,258 →
Publication: US US20250299849A1
Multilayer Films, Polyimide Films and Coverlay Packages
Application: 18/941,412 →
Publication: US US20250153471A1
Electrodeposited Copper Foil with a Uniform Matte Surface
Application: 18/779,551 →
Publication: US US20250092553A1
Electrodeposited Copper Foil with a Preffered Orientation of (200) Crystal Plane and Applications Thereof
Application: 19/071,015 →
Publication: US US20250297396A1
Curable Composition and Insulating Film
Application: 63/730,231 →
Curable Composition and Insulating Film
Application: 63/730,236 →
Curable Composition and Insulating Film
Application: 63/730,240 →
Resin Composition and Applications Thereof
Application: 63/750,517 →
Wet Lamination of Photopolymerizable Dry Films Onto Substrates and Compositions Relating Thereto
Application: 12/179,722 →
Publication: US US20100037799A1
Electroactive Compounds
Application: 17/597,443 →
Publication: US US20220162222A1
Electroactive Compounds
Application: 17/594,459 →
Publication: US US20220204521A1
Electroactive Compounds
Application: 17/783,009 →
Publication: US US20230010535A1
Electroactive Compounds and Electroluminescent Device Comprising the Same
Application: 18/901,522 →
Publication: US US20250176425A1
Compositions Containing Multifunctional Nanoparticles
Patent: 8,092,905 →
Application: 12/249,078 →
Publication: US US20100092763A1
Curable Composition Comprising a Di-Isoimide, Method of Curing, and the Cured Composition So Formed
Patent: 8,536,170 →
Application: 13/168,047 →
Publication: US US20120329913A1
Laminate Comprising Curable Epoxy Film Layer Comprising a Di-Isoimide and Process for Preparing Same
Patent: 8,580,386 →
Application: 13/168,062 →
Publication: US US20120328874A1
Printed Wiring Board Encapsulated by Adhesive Laminate Comprising a Di-Isoimide, and Process for Preparing Same
Patent: 8,663,804 →
Application: 13/168,069 →
Publication: US US20120325535A1
Filled Polyimide Films and Coverlays Comprising Such Films
Patent: 8,668,980 →
Application: 12/961,562 →
Publication: US US20120141759A1
Process for Preparing Substituted and Unsubstituted Diamino Triazine Aromatic Di-Isoimides
Patent: 8,586,734 →
Application: 13/168,081 →
Publication: US US20120330011A1
Dichloroamino-Functionalized Fluoropolymer and Process for Preparing
Patent: 9,512,256 →
Application: 14/428,690 →
Publication: US US20150246990A1
Preparation, Purification and Use of High-X Diblock Copolymers
Patent: 9,169,383 →
Application: 14/377,342 →
Publication: US US20150011700A1
Planarized Microelectronic Substrates
Patent: 7,771,779 →
Application: 10/494,240 →
Publication: US US20040241338A1
Aqueous Developable Benzocyclobutene-Based Polymer Composition and Method of Use of Such Compositions
Patent: 8,143,360 →
Application: 11/665,246 →
Publication: US US20090075205A1
Plating Bath and Method
Patent: 8,268,158 →
Application: 13/207,658 →
Publication: US US20110290660A1
Plating Bath and Method
Patent: 8,268,157 →
Application: 12/661,312 →
Publication: US US20110220514A1
Methods of Forming Photolithographic Patterns
Patent: 8,778,601 →
Application: 13/042,371 →
Publication: US US20110159253A1
Plating Bath and Method
Patent: 8,262,895 →
Application: 12/661,311 →
Publication: US US20110220513A1
Method of chemical mechanical polishing a substrate with polishing composition adapted to enhance silicon oxide removal
Patent: 8,431,490 →
Application: 12/750,799 →
Publication: US US20110244685A1
Method of Polishing a Substrate Comprising Polysilicon and at Least One of Silicon Oxide and Silicon Nitride
Patent: 8,496,843 →
Application: 12/724,990 →
Publication: US US20110230050A1
Photoacid Generators and Photoresists Comprising Same
Patent: 9,348,220 →
Application: 13/077,943 →
Publication: US US20110269070A1
Photoacid Generators and Photoresists Comprising Same
Patent: 8,609,891 →
Application: 13/095,533 →
Publication: US US20110287361A1
Novel Polymers and Photoresist Compositions
Application: 13/077,947 →
Publication: US US20110269074A1
Photoresist Compositions and Methods of Forming Photolithographic Patterns
Patent: 9,482,948 →
Application: 14/919,822 →
Publication: US US20160109800A1
Photoresist Compositions and Methods of Forming Photolithographic Patterns
Patent: 9,188,864 →
Application: 13/149,573 →
Publication: US US20110294069A1
Underlayer Composition and Method of Imaging Underlayer Composition
Application: 14/341,022 →
Publication: US US20140335455A1
Underlayer Composition and Method of Imaging Underlayer Composition
Patent: 8,822,124 →
Application: 13/253,012 →
Publication: US US20120088188A1
Neutral Layer Polymers, Methods of Manufacture Thereof and Articles Comprising the Same
Patent: 9,382,444 →
Application: 14/297,095 →
Publication: US US20140378592A1
Neutral Layer Polymers, Methods of Manufacture Thereof and Articles Comprising the Same
Application: 15/190,481 →
Publication: US US20170327712A1
Photosensitive Copolymer and Photoresist Composition
Patent: 8,703,383 →
Application: 13/298,761 →
Publication: US US20120129105A1
Method of Electroplating Silver Strike Over Nickel
Patent: 9,228,268 →
Application: 13/239,333 →
Publication: US US20120067733A1
Delivery device and method of use thereof
Patent: 8,758,515 →
Application: 12/853,052 →
Publication: US US20120034378A1
Cyanide-Free Silver Electroplating Solutions
Patent: 8,608,932 →
Application: 13/239,048 →
Publication: US US20120067735A1
Method Of Forming Open-Network Polishing Pads
Patent: 8,801,949 →
Application: 13/239,951 →
Publication: US US20130075362A1
Chemical Mechanical Polishing Pad with Light Stable Polymeric Endpoint Detection Window and Method of Polishing Therewith
Patent: 8,257,545 →
Application: 12/893,656 →
Publication: US US20120077418A1
Underlayer Composition and Method of Imaging Underlayer
Application: 14/340,938 →
Publication: US US20140335454A1
Underlayer Composition and Method of Imaging Underlayer
Patent: 8,822,133 →
Application: 13/253,023 →
Publication: US US20120088192A1
Compositions Comprising Base-Reactive Component and Processes for Photolithography
Application: 13/297,258 →
Publication: US US20120122030A1
Photoacid Generators
Patent: 8,932,797 →
Application: 13/307,198 →
Publication: US US20120141939A1
Method of Forming Layered-Open-Network Polishing Pads
Patent: 8,894,799 →
Application: 13/240,007 →
Publication: US US20130075016A1
Base Reactive Photoacid Generators and Photoresists Comprising Same
Patent: 9,156,785 →
Application: 13/296,949 →
Publication: US US20120129108A1
Polymerizable Photoacid Generators
Patent: 8,900,792 →
Application: 13/339,948 →
Publication: US US20120171616A1
Photoresist Compositions and Methods of Forming Photolithographic Patterns
Patent: 8,975,001 →
Application: 13/407,508 →
Publication: US US20120219901A1
Lactone Photoacid Generators and Resins and Photoresists Comprising Same
Patent: 9,720,321 →
Application: 13/297,031 →
Publication: US US20120129104A1
Method of Forming Silicate Polishing Pad
Patent: 8,202,334 →
Application: 12/945,504 →
Publication: US US20120117889A1
Silicate Composite Polishing Pad
Patent: 8,257,152 →
Application: 12/945,557 →
Publication: US US20120122381A1
Hollow Polymeric-Silicate Composite
Patent: 8,357,446 →
Application: 12/945,587 →
Publication: US US20120117888A1
Photoresists and Methods for Use Thereof
Patent: 9,508,553 →
Application: 13/341,359 →
Publication: US US20120199957A1
Gold Plating Solution
Patent: 9,212,429 →
Application: 13/301,942 →
Publication: US US20120132533A1
Compositions Comprising Base-Reactive Component and Processes for Photolithography
Patent: 9,436,082 →
Application: 13/341,067 →
Publication: US US20120171626A1
Coating Compositions for Use with an Overcoated Photoresist
Application: 14/635,553 →
Coating Compositions for Use with an Overcoated Photoresist
Patent: 8,968,981 →
Application: 13/341,456 →
Publication: US US20130004893A1
Coating Compositions for Use with an Overcoated Photoresist
Application: 13/340,989 →
Publication: US US20130004901A1
Photoresist and Coated Substrate Comprising Same
Patent: 9,012,128 →
Application: 14/076,724 →
Publication: US US20140065540A1
Surface Active Additive and Photoresist Composition Comprising Same
Patent: 8,722,825 →
Application: 13/482,574 →
Publication: US US20130137035A1
Plating Bath and Method
Patent: 8,747,643 →
Application: 13/214,723 →
Publication: US US20130048505A1
Plating Bath and Method
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Related Assignments (21)
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Assignment of Assignor's Interest Apr 17, 2018
From: WEIS, JONATHAN G.; CHIOU, NAN-RONG; JACOB, GEORGE C.; QIAN, BAINIAN
To: ROHM AND HAAS ELECTRONIC MATERIALS CMP HOLDINGS, INC.
Reel/Frame 045564/0086 →
Assignment of Assignor's Interest Nov 7, 2019
From: CUI, LI; YAMADA, SHINTARO; KE, IOU-SHENG; LABEAUME, PAUL J.
To: ROHM AND HAAS ELECTRONIC MATERIALS LLC
Reel/Frame 050950/0185 →
Assignment of Assignor's Interest Feb 13, 2020
From: PARK, JONG KEUN; AQAD, EMAD; SONG, YANG; WU, CHUNYI
To: ROHM AND HAAS ELECTRONIC MATERIALS LLC
Reel/Frame 051929/0226 →
Assignment of Assignor's Interest Apr 15, 2020
From: ISLAM, MOHAMMAD T.; CHIOU, NAN-RONG; GADINSKI, MATTHEW R.; PARK, YOUNGRAE
To: ROHM AND HAAS ELECTRONIC MATERIALS CMP HOLDINGS, INC.
Reel/Frame 052407/0481 →
Assignment of Assignor's Interest Feb 10, 2021
From: MCCORMICK, JOHN R.; BARTON, BRYAN E.
To: ROHM AND HAAS ELECTRONIC MATERIALS CMP HOLDINGS, INC.
Reel/Frame 055212/0805 →
Assignment of Assignor's Interest May 10, 2021
From: KAITZ, JOSHUA; YANG, KE; ZHANG, KEREN; CAMERON, JAMES F.
To: ROHM AND HAAS ELECTRONIC MATERIALS LLC
Reel/Frame 056183/0925 →
Assignment of Assignor's Interest Jun 18, 2021
From: KAITZ, JOSHUA; FINCH, MICHAEL; LABEAUME, PAUL J.; YAMADA, SHINTARO
To: ROHM AND HAAS ELECTRONIC MATERIALS LLC
Reel/Frame 056581/0789 →
Assignment of Assignor's Interest Sep 17, 2021
From: YANG, KE; AQAD, EMAD; CAMERON, JAMES F.; COLEY, SUZANNE M.
To: ROHM AND HAAS ELECTRONIC MATERIALS LLC
Reel/Frame 057518/0686 →
Assignment of Assignor's Interest Nov 4, 2021
From: AQAD, EMAD; PARK, JONG KEUN; POPERE, BHOOSHAN C.; CUI, LI
To: ROHM AND HAAS ELECTRONIC MATERIALS LLC
Reel/Frame 058024/0250 →
Assignment of Assignor's Interest Dec 7, 2021
From: PATTERSON, ANASTASIA; SECKMAN, BETHANY L; WANG, DEYAN; GILMORE, CHRISTOPHER D
To: ROHM AND HAAS ELECTRONIC MATERIALS LLC
Reel/Frame 058324/0546 →
Assignment of Assignor's Interest Mar 31, 2022
From: CHI, CHANGZAI; TETTEY, KWADWO; VANHANEHEM, MATTHEW RICHARD; THEIVANAYAGAM, MURALI GANTH
To: ROHM AND HAAS ELECTRONIC MATERIALS CMP HOLDINGS, INC.
Reel/Frame 059461/0085 →
Assignment of Assignor's Interest May 24, 2022
From: DEGROOT, MARTY W.
To: DOW GLOBAL TECHNOLOGIES LLC
Reel/Frame 059993/0899 →
Assignment of Assignor's Interest May 24, 2022
From: QIAN, BAINIAN
To: ROHM AND HAAS ELECTRONIC MATERIALS CMP HOLDINGS, INC.
Reel/Frame 059993/0886 →
Assignment of Assignor's Interest Mar 1, 2023
From: DIEV, VIACHESLAV V; KONDAKOV, DENIS YURIEVICH; ZOU, YUNLONG
To: DUPONT ELECTRONICS, INC.
Reel/Frame 062837/0947 →
Assignment of Assignor's Interest Mar 2, 2023
From: MARANGONI, TOMAS; HE, HUAN; KAITZ, JOSHUA; CUI, LI
To: ROHM AND HAAS ELECTRONIC MATERIALS LLC
Reel/Frame 062860/0417 →
Assignment of Assignor's Interest Nov 8, 2023
From: HOU, GUANHUA; BARTON, BRYAN E.; ALSBAIEE, ALAAEDDIN; WANK, ANDREW
To: ROHM AND HAAS ELECTRONIC MATERIALS CMP HOLDINGS, INC.
Reel/Frame 065493/0546 →
Change of Name Oct 29, 2024
From: ROHM & HAAS ELECTRONIC MATERIALS CMP HOLDINGS INC.
To: DUPONT ELECTRONIC MATERIALS HOLDING, INC.
Reel/Frame 069274/0160 →
Change of Name Oct 29, 2024
From: ROHM & HAAS ELECTRONIC MATERIALS LLC
To: DUPONT ELECTRONIC MATERIALS INTERNATIONAL, LLC
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Change of Name & Address Jan 6, 2025
From: ROHM & HAAS ELECTRONIC MATERIALS (SHANGHAI) LTD.
To: DUPONT TECHNOLOGY (SHANGHAI) CO., LTD.
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Change of Name Jun 27, 2025
From: ROHM & HAAS ELECTRONIC MATERIALS CMP HOLDINGS INC.
To: DUPONT ELECTRONIC MATERIALS HOLDING, INC.
Reel/Frame 071765/0928 →
Security Interest Nov 3, 2025
From: QNITY ELECTRONICS, INC.
To: U.S. BANK TRUST COMPANY, NATIONAL ASSOCIATION, AS NOTES COLLATERAL AGENT
Reel/Frame 073517/0298 →