IP Library Assignment 049585/0450
Patent Assignment
Reel/Frame 049585/0450

Assignment of Assignor's Interest

Recorded: 2019-06-25 Pages: 303
Assignor
Assignee
DUPONT SAFETY & CONSTRUCTION, INC.
974 CENTRE ROAD, WILMINGTON, DELAWARE, 19805
Covered Properties (61)
Process for the Production of Polyarenazole Polymer
Patent: 7,683,157 →
Application: 11/390,898 →
Publication: US 2006/0287475
Wide Ultra High Molecular Weight Polyethylene Sheet and Method of Manufacture
Patent: 7,964,266 →
Application: 11/787,094 →
Publication: US 2008/0254260
Non-Fibrous High Modulus Ultra High Molecular Weight Polyethylene Tape for Ballistic Applications
Patent: 7,976,930 →
Application: 11/821,659 →
Publication: US 2008/0318016
Multiple Calender Process for Forming Non-Fibrous High Modulus Ultra High Molecular Weight Polyethylene Tape
Patent: 7,740,779 →
Application: 11/880,520 →
Publication: US 2008/0251960
Ballistic-Resistant Panel Including High Modulus Ultra High Molecular Weight Polyethylene Tape
Patent: 7,964,267 →
Application: 11/881,863 →
Publication: US 2011/0167998
Process for the Production of Polyarenazole Yarn
Patent: 7,776,246 →
Application: 11/909,934 →
Publication: US 2008/0179776
Processes for Hydrolysis of Polyphoshoric Acid in Polyareneazole Filaments
Patent: 7,968,029 →
Application: 11/909,947 →
Publication: US 2008/0203609
Processes for Hydrolyzing Polyphosphoric Acid in Shaped Articles
Patent: 7,977,453 →
Application: 11/909,948 →
Publication: US 2008/0188639
Hot Surface Hydrolysis of Polyphosphoric Acid in Spun Yarns
Patent: 7,968,030 →
Application: 11/909,950 →
Publication: US 2008/0203610
Solids Handling Apparatus and Method
Patent: 7,645,948 →
Application: 11/911,140 →
Publication: US 2008/0185190
System for Accurately Weighing Solids and Control Mechanism for Same
Patent: 7,683,271 →
Application: 11/911,145 →
Publication: US 2008/0223626
System for Accurately Weighing Solids and Control Mechanism for Same
Patent: 8,156,957 →
Application: 11/911,244 →
Publication: US 2008/0196764
Fibrillated Polypyridobisimidazole Floc
Patent: 7,686,920 →
Application: 12/084,006 →
Publication: US 2009/0078383
Process and Apparatus for the Production of Yarn
Patent: 8,419,989 →
Application: 12/443,825 →
Publication: US 2010/0072658
Ballistic-Resistant Panel Including High Modulus Ultra High Molecular Weight Polyethylene Tape
Patent: 7,976,932 →
Application: 12/455,279 →
Ballistic-Resistant Article Including One or More Layers of Cross-Plied Uhmwpe Tape in Combination with Cross-Plied Fibers
Patent: 7,972,679 →
Application: 12/592,198 →
Ballistic-Resistant Panel Including High Modulus Ultra High Molecular Weight Polyethylene Tape
Patent: 8,287,987 →
Application: 13/134,742 →
Publication: US 2012/0266744
Non-Fibrous High Modulus Ultra High Molecular Weight Polyethylene Tape for Ballistic Applications
Patent: 8,075,979 →
Application: 13/135,536 →
Publication: US 2011/0274904
Production of and Drying of Copolymer Fibers
Patent: 8,932,501 →
Application: 13/349,597 →
Publication: US 2013/0015603
Production of and Drying of Copolymer Fibers
Patent: 9,903,051 →
Application: 13/349,605 →
Publication: US 2013/0014405
Production of and Drying of Copolymer Fibers
Patent: 8,671,524 →
Application: 13/349,611 →
Publication: US 2013/0014348
Copolymer Fibers and Processes for Making Same
Patent: 9,365,952 →
Application: 13/349,617 →
Publication: US 2013/0014329
Copolymer Fibers and Processes for Making Same
Patent: 8,957,183 →
Application: 13/349,623 →
Publication: US 2013/0018148
Copolymer Fibers and Yarns and Processes for Making Same
Patent: 9,481,946 →
Application: 13/349,634 →
Publication: US 2013/0075950
High Modulus Ultra High Molecular Weight Polyethylene Tape
Patent: 8,206,810 →
Application: 13/374,118 →
Process for Forming an Aramid Copolymer
Patent: 8,921,511 →
Application: 13/559,655 →
Publication: US 2014/0031477
Aramid Copolymer
Patent: 8,716,430 →
Application: 13/559,657 →
Publication: US 2013/0197185
Process for Forming an Aramid Copolymer
Patent: 8,921,512 →
Application: 13/559,659 →
Publication: US 2013/0197147
Process for Preparing Aramid Copolymer
Patent: 8,809,434 →
Application: 13/559,661 →
Publication: US 2013/0203906
Process for Preparing Aramid Copolymer
Patent: 8,716,431 →
Application: 13/559,667 →
Publication: US 2013/0197184
Aramid Copolymer
Patent: 8,716,433 →
Application: 13/559,669 →
Publication: US 2013/0203956
Process of Forming an Aramid Copolymer
Patent: 8,835,600 →
Application: 13/559,674 →
Publication: US 2013/0197146
Aramid Copolymer
Patent: 8,716,434 →
Application: 13/559,678 →
Publication: US 2013/0203957
Process for Forming an Aramid Copolymer
Patent: 8,822,632 →
Application: 13/559,681 →
Publication: US 2013/0197148
Process for Forming an Aramid Copolymer
Patent: 8,716,432 →
Application: 13/559,684 →
Publication: US 2013/0203955
Process for Forming an Aramid Copolymer
Patent: 8,907,051 →
Application: 13/559,691 →
Publication: US 2013/0261239
Aramid Copolymer
Patent: 9,127,143 →
Application: 13/559,696 →
Publication: US 2013/0261258
Process of Forming an Aramid Copolymer
Patent: 8,907,052 →
Application: 13/559,698 →
Publication: US 2013/0190433
Aramid Copolymer Yarn Having Low Residual Sulfur
Application: 14/371,443 →
Publication: US 2014/0357834
Process for Preparing Yarn Derived from Aramid Copolymer Fiber Having Low Residual Sulfur
Patent: 9,315,923 →
Application: 14/371,444 →
Publication: US 2015/0021812
Method for Removing Sulfur from Fiber Using Halide Acid Ion Exchange
Patent: 9,464,380 →
Application: 14/371,447 →
Publication: US 2014/0325767
Method for Removing Sulfur from Fiber Using an Aqueous Acid
Patent: 9,464,370 →
Application: 14/371,451 →
Publication: US 2015/0047130
Method for Removing Sulfur from Fiber Using Halide Salt Ion Exchange
Patent: 9,284,665 →
Application: 14/371,467 →
Publication: US 2015/0073118
Method for Removing Sulfur from Fiber Using Monovalent Salt Ion Exchange
Patent: 9,080,261 →
Application: 14/371,535 →
Publication: US 2015/0073119
Sulfur-Containing Imidazole Fiber Having Ionically Bonded Halides
Patent: 9,988,514 →
Application: 14/371,742 →
Publication: US 2014/0356610
Method for Removing Sulfur from Fiber Using a Weak Base
Patent: 9,469,922 →
Application: 14/371,744 →
Publication: US 2014/0336351
Process for Preparing Aramid Copolymer Yarn Having Low Residual Sulfur
Patent: 9,732,442 →
Application: 14/371,746 →
Publication: US 2014/0353858
Process for Preparing Aramid Copolymer Yarn Using a Halide Acid Wash
Application: 14/371,760 →
Publication: US 2014/0331415
Sulfur and Alkali Metal Containing Imidazole Fiber Having Ionically Bound Halides
Patent: 9,994,974 →
Application: 14/371,768 →
Publication: US 2014/0356611
Process for Preparing Aramid Copolymer Yarn Using an Acid Wash
Patent: 9,845,553 →
Application: 14/371,782 →
Publication: US 2015/0007859
Method for Determining Sulfur Content in Fibers
Patent: 9,086,382 →
Application: 14/371,794 →
Publication: US 2015/0029506
Composite Polymer Solution of Poly(M-Phenylene Isophthalamide) and Copolymer Made from 5(6)-Amino-2-(P-Aminophenyl)Benzimidazole
Patent: 9,790,366 →
Application: 14/526,628 →
Publication: US 2015/0119511
Fiber Comprising a Mixture of Poly(M-Phenylene Isophthalamide) and Copolymer Made from 5(6)-Amino-2-(P-Aminophenyl)Benzimidazole
Application: 14/526,635 →
Publication: US 2015/0113714
Sheets and Fibrids Comprising a Mixture of Poly(M-Phenylene Isophthalamide) and Copolymer Made from 5(6)-Amino-2-(P-Aminophenyl)Benzimidazole
Patent: 9,663,875 →
Application: 14/526,643 →
Publication: US 2015/0114582
Film Comprising a Mixture of Poly (M-Phenylene Isophthalamide) and Copolymer Made from (6)-Amino-2-(P-Aminophenyl) Benzimidazole
Patent: 9,193,841 →
Application: 14/526,649 →
Publication: US 2015/0119533
Process for Forming an Aramid Copolymer
Patent: 9,102,788 →
Application: 14/548,499 →
Publication: US 2015/0087801
Process for Forming an Aramid Copolymer
Patent: 9,115,244 →
Application: 14/549,648 →
Publication: US 2015/0080548
Copolymer Fibers and Yarns and Processes for Making Same
Patent: 9,790,622 →
Application: 15/281,940 →
Publication: US 2017/0016145
Method for Rapidly Determining Sulfur Content in a Plurality of Samples
Application: 15/720,669 →
Publication: US 2019/0101514
Sulfur-Containing Imidazole Fiber Having Ionically Bonded Halides
Application: 15/966,098 →
Publication: US 2018/0244891
Sulfur and Alkali Metal Containing Imidazole Fiber Having Ionically Bound Halides
Application: 15/966,107 →
Publication: US 2018/0245245
Related Assignments (18)
Other recorded transfers of the patents in this record — the chain of ownership.
50 Percent Interest Aug 12, 2010
From: E. I. DU PONT DE NEMOURS AND COMPANY
To: MAGELLAN SYSTEMS INTERNATIONAL, LLC
Reel/Frame 024828/0657 →
50 Percent Interest Aug 12, 2010
From: E. I. DU PONT DE NEMOURS AND COMPANY
To: MAGELLAN SYSTEMS INTERNATIONAL, LLC
Reel/Frame 024841/0602 →
50 Percent Interest Jan 11, 2011
From: E. I. DU PONT DE NEMOURS AND COMPANY
To: MAGELLAN SYSTEMS INTERNATIONAL, LLC
Reel/Frame 025617/0925 →
Change of Name Aug 24, 2011
From: BAE SYSTEMS TENSYLON H.P.M., INC.
To: BAE SYSTEMS TENSYLON HIGH PERFORMANCE MATERIALS, INC.
Reel/Frame 026796/0986 →
Change of Name Aug 24, 2011
From: TENSYLON HIGH PERFORMANCE MATERIALS, INC.
To: BAE SYSTEMS TENSYLON HIGH PERFORMANCE MATERIALS, INC.
Reel/Frame 026797/0041 →
Assignment of Assignor's Interest Aug 24, 2011
From: LYONS, FIELDER STANTON; MEARS, JEFFREY A.; WEEDON, GENE C.; HARDING, KENNETH C.
To: TENSYLON HIGH PERFORMANCE MATERIALS, INC.
Reel/Frame 026797/0330 →
Assignment of Assignor's Interest Aug 24, 2011
From: LYONS, FIELDER STANTON; MEARS, JEFFREY A.; WEEDON, GENE C.; HARDING, KENNETH C.
To: TENSYLON HIGH PERFORMANCE MATERIALS, INC.
Reel/Frame 026797/0715 →
Assignment of Assignor's Interest Aug 24, 2011
From: WEEDON, GENE C.; HARDING, KENNETH C.; OWEN, LISA
To: TENSYLON HIGH PERFORMANCE MATERIALS
Reel/Frame 026798/0661 →
Assignment of Assignor's Interest Aug 24, 2011
From: LYONS, FIELDER STANTON; MEARS, JEFFREY A.; WEEDON, GENE C.; HARDING, KENNETH C.
To: TENSYLON HIGH PERFORMANCE MATERIALS, INC.
Reel/Frame 026798/0833 →
Assignment of Assignor's Interest Aug 24, 2011
From: JOHNSON, ERIK
To: BAE SYSTEMS TENSYLON HIGH PERFORMANCE MATERIALS, INC.
Reel/Frame 026797/0796 →
Change of Name Aug 24, 2011
From: TENSYLON HIGH PERFORMANCE MATERIALS, INC.
To: BAE SYSTEMS TENSYLON HIGH PERFORMANCE MATERIALS, INC.
Reel/Frame 026796/0624 →
Change of Name Aug 24, 2011
From: TENSYLON HIGH PERFORMANCE MATERIALS, INC.
To: BAE SYSTEMS TENSYLON HIGH PERFORMANCE MATERIALS, INC.
Reel/Frame 026796/0765 →
Change of Name Aug 27, 2011
From: TENSYLON HIGH PERFORMANCE MATERIALS, INC.
To: BAE SYSTEMS TENSYLON HIGH PERFORMANCE MATERIALS, INC.
Reel/Frame 026818/0044 →
Change of Name Aug 27, 2011
From: TENSYLON HIGH PERFORMANCE MATERIALS, INC.
To: BAE SYSTEMS TENSYLON HIGH PERFORMANCE MATERIALS, INC.
Reel/Frame 026818/0071 →
Change of Name Aug 27, 2011
From: TENSYLON HIGH PERFORMANCE MATERIALS, INC.
To: BAE SYSTEMS TENSYLON HIGH PERFORMANCE MATERIALS, INC.
Reel/Frame 026818/0078 →
Assignment of Assignor's Interest Oct 5, 2012
From: BAE SYSTEMS TENSYLON HIGH PERFORMANCE MATERIALS INC.
To: E. I. DU PONT DE NEMOURS AND COMPANY
Reel/Frame 029084/0043 →
Assignment of Assignor's Interest Apr 30, 2013
From: E. I. DU PONT DE NEMOURS AND COMPANY
To: MAGELLAN, AN UNDIVIDED ONE-HALF PORTION
Reel/Frame 030316/0413 →
Assignment of Assignor's Interest Feb 16, 2015
From: MAGELLAN SYSTEMS INTERNATIONAL, LLC
To: E. I. DU PONT DE NEMOURS AND COMPANY
Reel/Frame 034968/0212 →