IP Library › Assignment 014863/0704
Patent Assignment
Reel/Frame 014863/0704

Release of Security Interest

Recorded: 2004-01-22 Pages: 11
Assignor
Assignee
HUNTINGTON ALLOYS CORPORATION
3200 RIVERSIDE DRIVE, HUNTINGTON, WEST VIRGINIA, 25705-1771
Covered Properties (109)
A Process for Producing Metal Powders Having Low Oxygen Content
Patent: 4,339,401 →
Application: 05/857,315 →
Corrosion Resistant Stainless Steel Covered Electrode
Patent: 4,439,498 →
Application: 05/935,349 →
Process of Water Electrolysis
Patent: 4,240,887 →
Application: 06/021,966 →
Nickel-Base Hard Facing Alloy
Patent: 4,331,741 →
Application: 06/040,685 →
Nickel-Base Superalloys
Patent: 4,288,247 →
Application: 06/054,308 →
Preparation of Platinum Complexes
Patent: 4,273,755 →
Application: 06/065,553 →
Nickel-Based Alloy
Patent: 4,358,318 →
Application: 06/149,316 →
Dispersion-Strengthened Nickel-Base Alloy
Patent: 4,386,976 →
Application: 06/163,222 →
Method of Producing A1-Li Alloys with Improved Properties and Product
Patent: 4,409,038 →
Application: 06/174,181 →
Mechanically Alloyed Dispersion Strengthened Aluminum-Lithium Alloy
Patent: 4,532,106 →
Application: 06/174,182 →
Coated Electrode
Patent: 4,355,224 →
Application: 06/178,497 →
Cobalt Free Maraging Steel
Patent: 4,443,254 →
Application: 06/202,674 →
Tube Material for Sour Wells of Intermediate Depths
Patent: 4,358,511 →
Application: 06/202,742 →
Nickel-Base Welding Alloy
Patent: 4,415,530 →
Application: 06/205,616 →
Carburization Resistant High Temperature Alloy
Patent: 4,388,125 →
Application: 06/224,800 →
Production of a Cell Electrode System
Patent: 4,320,185 →
Application: 06/226,527 →
Heat Treatments of Low Expansion Alloys
Patent: 4,445,943 →
Application: 06/302,974 →
Heat Treatments of Low Expansion Alloys
Patent: 4,445,944 →
Application: 06/302,975 →
Production of a Cell Electrode Sytem
Patent: 4,396,693 →
Application: 06/323,876 →
Production of Mechanically Alloyed Powder
Patent: 4,443,249 →
Application: 06/354,884 →
Controlled Expansion Alloy
Patent: 4,487,743 →
Application: 06/409,838 →
Process for Producing Composite Material by Milling the Metal to 50% Saturation Hardness Then Co-Milling with the Hard Phase
Patent: 4,557,893 →
Application: 06/507,837 →
Platinum and Palladium Complexes
Patent: 4,584,392 →
Application: 06/540,871 →
Heat Treatments of Controlled Expansion Alloy
Patent: 4,685,978 →
Application: 06/552,949 →
Method for Producing Dispersion Strengthened Aluminum Alloys and Product
Patent: 4,643,780 →
Application: 06/664,058 →
Nickel Copper Alloys with Enhanced Malleability and Improved Sulfide Distribution
Patent: 4,612,164 →
Application: 06/667,010 →
Turbine Blade Superalloy I
Patent: 4,668,312 →
Application: 06/711,186 →
Sampling System for Grinding Mills
Patent: 4,653,335 →
Application: 06/712,569 →
A Rotary Mill and a Method of Charging the Mill
Patent: 4,679,736 →
Application: 06/712,570 →
Production of Al Alloys with Improved Properties
Patent: 4,801,339 →
Application: 06/712,701 →
System for Discharging Ball Mills
Patent: 4,801,100 →
Application: 06/712,703 →
System for Discharging Rotary Mills
Patent: 4,603,814 →
Application: 06/712,704 →
Process for Producing a Single Crystal Article
Patent: 4,634,491 →
Application: 06/747,225 →
Pipe Joint for Corrosion Resistant Alloys
Patent: 4,629,225 →
Application: 06/764,095 →
Process for Producing Composite Material
Patent: 4,623,388 →
Application: 06/785,521 →
Method of Manufacture of a Heat Resistant Alloy Useful in Heat Recuperator Applications and Product
Patent: 4,761,190 →
Application: 06/807,532 →
Formation of Intermetallic and Intermetallic-Type Precursor Alloys for Subsequent Mechanical Alloying Applications
Patent: 4,668,282 →
Application: 06/809,023 →
Formation of Intermetallic and Intermetallic-Type Precursor Alloys for for Subsequent Mechanical Alloying Applications
Patent: 4,668,470 →
Application: 06/809,312 →
Platinum and Palladium Complexes
Patent: 4,673,754 →
Application: 06/842,140 →
Mechanical Alloying
Patent: 4,624,705 →
Application: 06/848,162 →
Apparatus and Method for Processing Powder Metallurgy Tubing
Patent: 4,722,209 →
Application: 06/850,772 →
High-Strength Alloy for Industrial Vessels
Patent: 4,816,217 →
Application: 06/854,340 →
Welding Electrode
Patent: 4,639,576 →
Application: 06/871,128 →
Hiscor Alloy
Patent: 4,784,831 →
Application: 06/892,937 →
Nickel-Chromium Alloy of Improved Fatigue Strength
Patent: 4,765,956 →
Application: 06/897,746 →
Dispersion Strengthened Aluminum Alloys
Patent: 4,758,273 →
Application: 06/898,579 →
Production of Water Atomized Powder Metallurgy Products
Patent: 4,722,826 →
Application: 06/906,935 →
High Temperature Nickel Base Alloy with Improved Stability
Patent: 4,750,954 →
Application: 06/907,055 →
Carburization/Oxidation Resistant Alloy
Patent: 4,743,318 →
Application: 06/910,887 →
Nickel-Base Alloy Heat Treatment
Patent: 4,798,633 →
Application: 06/911,474 →
Corrosion Resistant High-Strength Nickel-Base Alloy
Patent: 4,788,036 →
Application: 06/914,137 →
Heat Treated Alloy
Patent: 4,750,950 →
Application: 06/932,284 →
Carburization Resistant Alloy
Patent: 4,762,681 →
Application: 06/934,261 →
Superconductor Cable
Patent: 4,785,142 →
Application: 07/036,581 →
Welding Flux
Patent: 4,750,948 →
Application: 07/053,795 →
High Nickel Chromium Alloy
Patent: 4,784,830 →
Application: 07/059,750 →
High Nickel Chromium Alloy
Patent: 4,787,945 →
Application: 07/135,351 →
Ods Alloy Having Intermediate High Temperature Strength
Patent: 4,781,772 →
Application: 07/158,874 →
Method for Making a Clad Metal Product
Patent: 4,933,141 →
Application: 07/172,772 →
Oxidation Resistant Alloy
Patent: 5,002,834 →
Application: 07/177,484 →
Production of Oxidic Superconductor Precursors
Patent: 4,962,084 →
Application: 07/180,374 →
Production of Oxidic Superconductors by Zone of a Precursor Alloy
Patent: 4,962,085 →
Application: 07/180,375 →
Sulfidation/Oxidation Resistant Alloys
Patent: 4,882,125 →
Application: 07/184,771 →
Hot Working Aluminum-Base Alloys
Patent: 4,832,734 →
Application: 07/190,714 →
Rotary Mill with Charging System
Patent: 4,887,773 →
Application: 07/222,014 →
Nickel-Base Alloy
Patent: 4,877,461 →
Application: 07/242,732 →
Dispersion Strengthened Alloy
Patent: 5,209,772 →
Application: 07/254,318 →
Corrosion Resistant Nickel-Base Alloy
Patent: 5,120,614 →
Application: 07/260,982 →
Skid Rail
Patent: 4,900,248 →
Application: 07/300,985 →
Mechanically Alloyed Nickel-Cobalt-Chromium-Iron Composition of Matter and Glass Fiber Method and Appartus for Using Same
Patent: 4,877,435 →
Application: 07/307,485 →
Method for Strengthening Cold Worked Nickel-Base Alloys
Patent: 4,909,860 →
Application: 07/313,023 →
Welding Flux and Welding Electrode
Patent: 4,940,882 →
Application: 07/343,630 →
Turbine Blade Superalloy Ii
Patent: 5,006,163 →
Application: 07/348,383 →
Heat Treatment Method for Reducing Polythionic Acid Stress Corrosion Cracking
Patent: 4,969,964 →
Application: 07/354,310 →
Tundish for Ingot Pouring
Patent: 4,961,563 →
Application: 07/364,149 →
Nickel-Base Alloy
Patent: 5,017,249 →
Application: 07/377,675 →
Clad Metal Product
Patent: 4,958,060 →
Application: 07/378,768 →
Durable Method for Producing Finned Tubing
Patent: 5,016,460 →
Application: 07/455,239 →
Process of Forming a Composite Structure
Patent: 5,011,655 →
Application: 07/455,498 →
Process for Forming Superconductor Precursor
Patent: 5,034,373 →
Application: 07/455,573 →
Corrosion-Resistant Nickel-Chromium-Molybdenum Alloys
Patent: 5,019,184 →
Application: 07/467,810 →
Welding Electrode
Patent: 4,994,640 →
Application: 07/502,638 →
Sheet Processing for Ods Iron-Base Alloys
Patent: 5,032,190 →
Application: 07/513,899 →
Aluminum-Base Composite Alloy
Patent: 5,114,505 →
Application: 07/574,903 →
Intermediate Temperature Aluminum-Base Alloy
Patent: 5,171,381 →
Application: 07/662,721 →
Melt Facility for Continuous Upcaster
Patent: 5,139,236 →
Application: 07/684,015 →
Controlled Grain Size for Ods Iron-Base Alloys
Patent: 5,167,728 →
Application: 07/690,514 →
High Modulus A1 Alloys
Patent: 34,262 →
Application: 07/705,969 →
High Temperature Aluminum-Base Alloy
Patent: 5,169,461 →
Application: 07/711,633 →
Heat Treatment for Dispersion Strengthened Aluminum-Base Alloy
Patent: 5,240,521 →
Application: 07/729,473 →
Heater Sheath Alloy
Patent: 5,160,382 →
Application: 07/822,084 →
Synchronized Audio Visual Story-Telling Toy
Patent: 5,266,980 →
Application: 07/853,823 →
Alloy Overlay Having Thermal Characteristics Similar to Those of a Substrate
Patent: 5,312,697 →
Application: 07/874,232 →
Flux for Coated Welding Electrode
Patent: 5,308,698 →
Application: 07/887,195 →
Heater Sheath Alloy
Patent: 5,217,545 →
Application: 07/889,556 →
Valve for Molten Metal Conduit
Patent: 5,253,848 →
Application: 07/897,685 →
Welding Material for Low Coefficient of Thermal Expansion Alloys
Patent: 5,304,346 →
Application: 07/965,514 →
Electroslag Welding Flux
Patent: 5,308,407 →
Application: 08/048,686 →
Mechanically Alloyed Nickel-Base Composition Having Improved Hot Formability Characteristics
Patent: 5,328,499 →
Application: 08/054,517 →
Nickel-Base Alloy with Superior Stress Rupture Strength and Grain Size Control
Patent: 5,372,662 →
Application: 08/089,293 →
Controlled Thermal Expansion Superalloy
Patent: 5,439,640 →
Application: 08/116,651 →
Heat Resistant Iron/Steel Weld Material and Method
Patent: 5,422,071 →
Application: 08/225,017 →
Oxidation Resistant Low Expansion Superalloys
Patent: 5,403,547 →
Application: 08/227,296 →
Low Expansion Superalloy with Improved Toughness
Patent: 5,425,912 →
Application: 08/271,842 →
Controlled Thermal Expansion Superalloy
Patent: 5,478,417 →
Application: 08/344,349 →
Strengthenable Ethylene Pyrolysis Alloy
Patent: 5,873,950 →
Application: 08/663,511 →
High Strength Low Thermal Expansion Alloy
Patent: 5,688,471 →
Application: 08/696,487 →
Flexible Alloy and Components Made Therefrom
Patent: 5,827,377 →
Application: 08/757,405 →
Ductile-Nickel-Chromium Alloy
Application: 08/943,293 →
Related Assignments (25)
Other recorded transfers of the patents in this record — the chain of ownership.
Assignment of Assignors Interest. Aug 15, 1980
From: MESICK JACK H.; SHOEMAKER LEWIS E.; FREEMAN RICHARD F.
To: HUNTINGTON ALLOYS, INC., A CORP. OF DE.
Reel/Frame 003795/0487 →
Assignment of Assignors Interest. Sep 29, 1980
From: PICKENS JOSEPH R.
To: INCO RESEARCH & DEVELOPMENT CENTER, INC.
Reel/Frame 003803/0727 →
Assignment of Assignors Interest. Sep 29, 1980
From: WEBER JOHN H.
To: INCO RESEARCH & DEVELOPMENT CENTER, INC.
Reel/Frame 003803/0725 →
Assignment of Assignors Interest. Oct 31, 1980
From: FLOREEN STEPHEN
To: INCO RESEARCH & DEVELOPMENT CENTER, INC., A CORP. OF DE
Reel/Frame 003833/0471 →
Assignment of Assignors Interest. Nov 10, 1980
From: HUNT JAMES P.
To: HUNTINGTON ALLOYS, INC., A CORP. OF DE.
Reel/Frame 003838/0605 →
Assigns the Entire Interest, Effective Aug. 17, 1979 Nov 10, 1980
From: INTERNATIONAL NICKEL COMPANY,INC., THE
To: MPD TECHNOLOGY CORPORATION, A CORP. OF DE.
Reel/Frame 003809/0554 →
Assignment of Assignors Interest. Jan 5, 1981
From: SMITH DARRELL F. JR.; CLATWORTHY EDWARD F.
To: HUNTINGTON ALLOYS, INC.
Reel/Frame 003818/0996 →
Assignment of Assignors Interest. Apr 13, 1981
From: BENN RAYMOND C.
To: INTERNATIONAL NICKEL COMPANY, INC.
Reel/Frame 003846/0178 →
Assignment of Assignors Interest. May 4, 1981
From: BERNSTEIN PHILIP; COFFEY JAMES P.; VARKER ALAN E.; ARMS JOHN T.
To: MPD TECHNOLOGY CORPORATION, A CORP. OF DE.
Reel/Frame 003851/0730 →
Assignment of Assignors Interest. Jul 24, 1981
From: INCO RESEARCH & DEVELOPMENT CENTER, INC.
To: MPD TECHNOLOGY CORPORATION
Reel/Frame 003884/0795 →
Assignment of Assignors Interest. Jul 24, 1981
From: INCO RESEARCH & DEVELOPMENT CENTER, INC.
To: MPD TECHNOLOGY CORPORATION
Reel/Frame 003884/0796 →
Assignment of Assignors Interest. Dec 21, 1981
From: SMITH, DARRELL F.; CLATWORTHY, EDWARD F.
To: HUNTINGTON ALLOYS, INC., A CORP. OF DE.
Reel/Frame 003938/0294 →
Assignment of Assignors Interest. Jan 8, 1982
From: SMITH, DARRELL F. JR.; CLATWORTHY, EDWARD F.
To: HUNTINGTON ALLOYS, INC., A CORP. OF DE
Reel/Frame 003942/0103 →
Assignment of Assignors Interest. Apr 19, 1982
From: WEBER, JOHN H.; GILMAN, PAUL S.
To: HUNTINGTON ALLOYS, INC.
Reel/Frame 003987/0050 →
Assignment of Assignors Interest. Oct 4, 1982
From: SMITH, JOHN S.; SMITH, DARRELL F. JR
To: HUNTINGTON ALLOYS, INC., A CORP OF DE.
Reel/Frame 004048/0793 →
Assignment of Assignors Interest. Nov 12, 1982
From: MDP TECHNOLOGY CORPORATION A CORP. OF DE
To: NOVAMET INC.
Reel/Frame 004062/0323 →
Assignment of Assignors Interest. Jul 28, 1983
From: JATKAR, ARUN D.; VARALL, ALFRED J. JR.; SCHELLENG, ROBERT D.
To: MPD TECHNOLOGY CORPORATION A COMPANY OF DE
Reel/Frame 004151/0299 →
Assignment of Assignors Interest. Oct 14, 1983
From: SMITH, GAYLORD D.; BROWN, DOUGLAS S.; BERNSTEIN, PHILIP; WELLER, JOHN E.
To: INCO RESEARCH & DEVELOPMENT CENTER, INC., A DE CORP.
Reel/Frame 004184/0267 →
Assignment of Assignors Interest. Mar 5, 1984
From: SMITH, JOHN S.; SMITH, DARELL F. JR.
To: HUNTINGTON ALLOYS, INC., HUNTINGTON, WV. 25720 A DE CORP.
Reel/Frame 004228/0365 →
Change of Name Effective June 7,1984 May 15, 1985
From: MPD TECHNOLOGY CORPORATION
To: INCO SELECTIVE SURFACES, INC
Reel/Frame 004402/0587 →
Assignment of Assignors Interest. May 15, 1985
From: INCO SELECTIVE SURFACES, INC.
To: INCO ALLOYS INTERNATIONAL, INC., A DE CORP.
Reel/Frame 004402/0586 →
Assignment of Assignors Interest. Sep 23, 1985
From: INCO SELECTIVE SURFACES, INC., A CORP OF DE.
To: MPD TECHNOLOGY CORPORATION, A CORP. OF DE.; INCO ALLOYS INTERNATIONAL, INC., A CORP. OF DE.
Reel/Frame 004454/0794 →
Assignment of Assignors Interest. Dec 23, 1985
From: INCO RESEARCH & DEVELOPMENT CENTER, INC.
To: INCO ALLOYS INTERNATIONAL, INC., HUNTINGTON, WEST VIRGINIA 25720, A CORP. OF DE.
Reel/Frame 004494/0052 →
Change of Name Effective Date: April 16, 1984 Apr 15, 1986
From: HUNTINGTON ALLOYS, INC.
To: INCO ALLOYS INTERNATIONAL, INC.
Reel/Frame 004534/0582 →
Assignment of Assignors Interest. Apr 1, 1988
From: SMITH, GAYLORD D.; BENN, RAYMOND C.
To: INCO ALLOYS INTERNATIONAL, INC., A CORP. OF DE.
Reel/Frame 004898/0318 →