IP Library Assignment 059596/0925
Patent Assignment
Reel/Frame 059596/0925

Change of Name

Recorded: 2022-04-05 Pages: 5
Assignor
H.C. STARCK INC.
Executed: 2022-04-01
Assignee
MATERION NEWTON INC.
45 INDUSTRIAL PLACE, NEWTON, MASSACHUSETTS, 02451
Covered Properties (57)
Refractory Metal and Alloy Refining by Laser Forming and Melting
Patent: 7,651,658 →
Application: 10/501,837 →
Publication: US 2005/0142021
Refractory Metal Pots
Patent: 8,061,177 →
Application: 10/593,620 →
Publication: US 2007/0169529
Fine Grain Niobium Sheet via Ingot Metallurgy
Patent: 7,666,243 →
Application: 10/974,519 →
Publication: US 2006/0086438
Rejuvenation of Refractory Metal Products
Patent: 7,794,554 →
Application: 11/038,890 →
Publication: US 2006/0032735
Tin Oxide-Based Sputtering Target, Low Resistivity, Transparent Conductive Film, Method for Producing Such Film and Composition for Use Therein
Patent: 7,452,488 →
Application: 11/590,179 →
Publication: US 2008/0099731
Methods of Forming Sputtering Targets
Patent: 8,197,894 →
Application: 11/937,164 →
Publication: US 2008/0271779
Tantalum Based Alloy That Is Resistant to Aqueous Corrosion
Patent: 9,725,793 →
Application: 12/109,765 →
Publication: US 2008/0267809
Dynamic Dehydriding of Refractory Metal Powders
Patent: 8,246,903 →
Application: 12/206,944 →
Publication: US 2010/0061876
Refractory metal plates with improved uniformity of texture
Patent: 9,095,885 →
Application: 12/221,646 →
Publication: US 2009/0038362
Methods and Apparatus for Controlling Texture of Plates and Sheets by Tilt Rolling
Patent: 8,250,895 →
Application: 12/221,759 →
Publication: US 2010/0031720
Low-Energy Method of Manufacturing Bulk Metallic Structures with Submicron Grain Sizes
Patent: 8,043,655 →
Application: 12/245,840 →
Publication: US 2010/0086800
Process for Preparing Metal Powders Having Low Oxygen Content, Powders So-Produced and Uses Thereof
Patent: 8,226,741 →
Application: 12/444,263 →
Publication: US 2010/0272889
Niobium Based Alloy That Is Resistant to Aqueous Corrosion
Patent: 9,187,802 →
Application: 12/915,781 →
Publication: US 2011/0041650
Methods of Joining Protective Metal-Clad Structures
Patent: 8,002,169 →
Application: 13/026,370 →
Publication: US 2011/0132534
Protective Metal-Clad Structures
Patent: 8,113,413 →
Application: 13/184,665 →
Publication: US 2011/0300396
Refractory Metal Pots
Patent: 8,499,606 →
Application: 13/301,066 →
Publication: US 2012/0117780
Methods of Joining Metallic Protective Layers
Patent: 8,448,840 →
Application: 13/343,113 →
Publication: US 2012/0145316
Fine Grain Niobium Sheet via Ingot Metallurgy
Patent: 9,255,309 →
Application: 13/463,024 →
Publication: US 2012/0241054
Methods of Rejuvenating Sputtering Targets
Patent: 8,491,959 →
Application: 13/465,475 →
Publication: US 2012/0251714
Process for Preparing Metal Powders Having Low Oxygen Content, Powders So-Produced and Uses Thereof
Patent: 8,715,386 →
Application: 13/529,148 →
Publication: US 2012/0291592
Dynamic Dehydriding of Refractory Metal Powders
Patent: 8,470,396 →
Application: 13/551,747 →
Publication: US 2012/0315387
Metallic Crucibles and Methods of Forming the Same
Patent: 9,457,405 →
Application: 13/799,796 →
Publication: US 2013/0319321
Methods of Joining Metallic Protective Layers
Patent: 8,777,090 →
Application: 13/848,404 →
Publication: US 2013/0264013
Dynamic Dehydriding of Refractory Metal Powders
Patent: 8,961,867 →
Application: 13/901,301 →
Publication: US 2013/0302519
Methods of Rejuvenating Sputtering Targets
Patent: 8,883,250 →
Application: 13/920,534 →
Publication: US 2013/0337159
Methods of Joining Metallic Protective Layers
Patent: 9,095,932 →
Application: 14/293,643 →
Publication: US 2014/0311669
Copper-Alloy Capping Layers for Metallization in Touch-Panel Displays
Patent: 9,929,187 →
Application: 14/296,800 →
Publication: US 2014/0362307
Fine Grained, Non Banded, Refractory Metal Sputtering Targets with a Uniformly Random Crystallographic Orientation, Method for Making Such Film, and Thin Film Based Devices and Products Made Therefrom
Patent: 9,783,882 →
Application: 14/482,251 →
Publication: US 2015/0034477
High Purity Refractory Metal Powders and Their Use in Sputtering Targets Which May Have Random Texture
Application: 14/681,660 →
Publication: US 2015/0292081
Refractory Metal Plates
Patent: 9,767,999 →
Application: 14/751,224 →
Publication: US 2015/0294844
Niobium Based Alloy That Is Resistant to Aqueous Corrosion
Patent: 9,580,773 →
Application: 14/834,493 →
Publication: US 2015/0368754
Niobium-Based Alloy That Is Resistant to Aqueous Corrosion
Patent: 9,834,829 →
Application: 15/429,691 →
Tantalum Based Alloy That Is Resistant to Aqueous Corrosion
Patent: 9,957,592 →
Application: 15/643,980 →
Publication: US 2017/0342526
Refractory Metal Plates with Improved Uniformity of Texture
Application: 15/682,605 →
Publication: US 2018/0040462
Diffusion Barriers for Metallic Superconducting Wires
Patent: 9,984,795 →
Application: 15/696,330 →
Publication: US 2018/0068766
Niobium-Based Alloy That Is Resistant to Aqueous Corrosion
Application: 15/801,707 →
Publication: US 2018/0127854
Electronic Devices Having Bilayer Capping Layers and/or Barrier Layers
Application: 15/873,969 →
Publication: US 2018/0204877
Current-Induced Dark Layer Formation for Metallization in Electronic Devices
Application: 15/873,970 →
Publication: US 2018/0203536
Thin-Film Transistor and Method of Forming an Electrode of a Thin-Film Transistor
Application: 15/895,172 →
Publication: US 2018/0175075
Tantalum Based Alloy That Is Resistant to Aqueous Corrosion
Application: 15/928,187 →
Publication: US 2018/0274064
Diffusion Barriers for Metallic Superconducting Wires
Application: 15/964,723 →
Publication: US 2018/0315523
High Purity Refractory Metal Powders and Their Use in Sputtering Targets Which May Have Random Texture
Application: 16/012,092 →
Publication: US 2019/0032196
Refractory Metal Plates
Application: 16/260,274 →
Publication: US 2019/0228954
Diffusion Barriers for Metallic Superconducting Wires
Application: 16/295,725 →
Publication: US 2019/0267160
Electronic Devices Having Bilayer Capping Layers and/or Barrier Layers
Application: 16/512,574 →
Publication: US 2020/0012361
Niobium-Based Alloy That Is Resistant to Aqueous Corrosion
Application: 16/519,063 →
Publication: US 2020/0017940
Tantalum Based Alloy That Is Resistant to Aqueous Corrosion
Application: 16/540,215 →
Publication: US 2020/0048746
Diffusion Barriers for Metallic Superconducting Wires
Application: 16/682,075 →
Publication: US 2020/0152359
Diffusion Barriers for Metallic Superconducting Wires
Application: 16/718,542 →
Publication: US 2020/0203041
Electronic Devices Having Bilayer Capping Layers and/or Barrier Layers
Application: 16/733,412 →
Publication: US 2020/0218374
Current-Induced Dark Layer Formation for Metallization in Electronic Devices
Application: 16/918,250 →
Publication: US 2020/0401248
Diffusion Barriers for Metallic Superconducting Wires
Application: 16/919,297 →
Publication: US 2021/0020334
Electronic Devices Having Bilayer Capping Layers and/or Barrier Layers
Application: 17/102,732 →
Publication: US 2021/0149508
Diffusion Barriers for Metallic Superconducting Wires
Application: 17/130,399 →
Publication: US 2021/0183540
Copper-Alloy Capping Layers for Metallization in Touch-Panel Displays
Application: 17/144,267 →
Publication: US 2021/0208738
Refractory Metal Plates
Application: 17/155,254 →
Publication: US 2021/0217596
Tantalum Based Alloy That Is Resistant to Aqueous Corrosion
Application: 17/227,616 →
Publication: US 2021/0301374
Related Assignments (11)
Other recorded transfers of the patents in this record — the chain of ownership.
Corrective Assignment to Correct the Assignee Name Previously Recorded at Reel: 036771 Frame: 0218. Assignor(S) Hereby Confirms the Assignment. Oct 26, 2015
From: AIMONE, PAUL R.; KUMAR, PRABHAT
To: H.C. STARCK INC.
Reel/Frame 036946/0788 →
Security Interest Nov 1, 2021
From: H.C. STARCK INC.
To: JPMORGAN CHASE BANK, N.A., AS ADMINISTRATIVE AGENT
Reel/Frame 057978/0970 →
Release of Security Interest Nov 1, 2021
From: GLAS TRUST CORPORATION LIMITED
To: H.C. STARCK INC.
Reel/Frame 057986/0057 →
Release of Security Interest Nov 1, 2021
From: GLAS TRUST CORPORATION LIMITED
To: H.C. STARCK INC.
Reel/Frame 057986/0362 →
Release of Security Interest Nov 1, 2021
From: GLAS TRUST CORPORATION LIMITED
To: H.C. STARCK INC.
Reel/Frame 057986/0378 →
Release of Security Interest Nov 2, 2021
From: GLAS TRUST CORPORATION LIMITED
To: H.C. STARCK INC.
Reel/Frame 057993/0178 →
Release of Security Interest Nov 2, 2021
From: GLAS TRUST CORPORATION LIMITED
To: H.C. STARCK INC.
Reel/Frame 057993/0188 →
Release of Security Interest Nov 2, 2021
From: GLAS TRUST CORPORATION LIMITED
To: H.C. STARCK INC.
Reel/Frame 057993/0198 →
Release of Security Interest Nov 2, 2021
From: GLAS TRUST CORPORATION LIMITED
To: H.C. STARCK INC.
Reel/Frame 058768/0827 →
Release of Security Interest Nov 2, 2021
From: GLAS TRUST CORPORATION LIMITED
To: H.C. STARCK INC.
Reel/Frame 058769/0242 →
Assignment of Assignor's Interest Oct 26, 2022
From: JEPSON, PETER R.
To: H.C. STARCK INC.
Reel/Frame 061542/0950 →