IP Library › Assignment 004914/0588
Patent Assignment
Reel/Frame 004914/0588

Change of Name Effective Date: February 1, 1988.

Recorded: 1988-07-11 Pages: 12
Assignor
GA TECHNOLOGIES, INC.,
Executed: 1988-02-01
Assignee
Covered Properties (116)
Elongated Toroid Fusion Device
Patent: 4,734,246 →
Application: 06/695,875 →
Helical Shaping Method and Apparatus to Produce Large Translational Transform in Pinch Plasma Magnetic Confinement
Patent: 4,734,247 →
Application: 06/770,314 →
Mri Magnet System Having Shield and Method of Manufacture
Patent: 4,743,880 →
Application: 07/101,518 →
Heat Exchanger
Patent: 4,577,682 →
Application: 06/645,999 →
Lithium-Containing Neutron Target Particle
Patent: 4,597,936 →
Application: 06/541,126 →
Moderator and Beam Port Assembly for Neutron Radiography
Patent: 4,599,515 →
Application: 06/572,352 →
Pipe Joint
Patent: 4,569,539 →
Application: 06/450,978 →
Nuclear Reactor Core and Fuel Element Therefore
Patent: 4,569,820 →
Application: 06/263,300 →
Heat Pump Augmentation of Nuclear Process Heat
Patent: 4,576,783 →
Application: 06/659,011 →
Switch Arrangement
Patent: 4,242,594 →
Application: 06/020,963 →
Orbital Arc-Welding Apparatus of Split Construction
Patent: 4,243,868 →
Application: 06/035,226 →
Self-Imploding Liner System for Magnetic Field Compression
Patent: 4,252,605 →
Application: 05/824,556 →
Method for Separating Krypton Isotopes
Patent: 4,230,547 →
Application: 05/848,248 →
Multiple-Processor Digital Communication System
Patent: 4,231,015 →
Application: 05/946,566 →
Multiple-Processor Digital Communication System
Patent: 4,241,330 →
Application: 05/946,565 →
Power Plant Secondary Coolant Circuit
Patent: 30,630 →
Application: 06/102,957 →
Process for Depositing Pyrolytic Carbon Coatings
Patent: 3,977,896 →
Application: 05/233,246 →
Spaced Stabilizing Means for a Superconducting Switch
Patent: 4,602,231 →
Application: 06/632,813 →
Graphite Fiber Thermal Radiator
Patent: 4,603,731 →
Application: 06/674,052 →
Cyclotron Resonance Maser System with Microwave Output Window and Coupling Apparatus
Patent: 4,604,551 →
Application: 06/622,672 →
Thermoelectric Converter
Patent: 4,611,089 →
Application: 06/619,052 →
Cryostat Suspension System
Patent: 4,622,824 →
Application: 06/772,040 →
Thermally Stabilized Superconductors
Patent: 4,623,862 →
Application: 06/686,981 →
Heat Exchanger
Patent: 4,660,632 →
Application: 06/843,154 →
Vacuum Liner for a Plasma Device
Patent: 4,663,108 →
Application: 06/664,681 →
Fusion Blanket and Method for Producing Directly Fabricable Fissile Fuel
Patent: 4,663,110 →
Application: 06/736,962 →
Rail Gun Barrel Assembly
Patent: 4,624,173 →
Application: 06/506,430 →
Magnet Lead Assembly
Patent: 4,625,193 →
Application: 06/616,737 →
Electromagnetic Rail Gun System and Cartridge Therefor
Patent: 4,625,618 →
Application: 06/569,795 →
Anemometer Having a Graphite Fiber Hot Wire
Patent: 4,648,271 →
Application: 06/806,761 →
Apparatus for Distributing the Heat Load to the First Wall from the Plasma in an Ohte-Type High-Energy Plasma Device
Patent: 4,654,182 →
Application: 06/767,775 →
Magnet System Providing a Region of Substantially Homogenous Field Strength
Patent: 4,658,229 →
Application: 06/733,232 →
Modular Thermoelectric Conversion System
Patent: 4,639,542 →
Application: 06/618,991 →
Barrel Assembly for Electromagnetic Rail Gun
Patent: 4,641,567 →
Application: 06/499,206 →
High Heat Capacity Composites for a Superconductor
Patent: 4,647,888 →
Application: 06/732,518 →
Electrofilter
Patent: 3,928,158 →
Application: 05/500,476 →
Nuclear Fuel Particles
Patent: 4,267,019 →
Application: 05/904,518 →
Mechanical Compression Plasma Device
Patent: 4,269,658 →
Application: 05/768,263 →
Systems for Merging of Toroidal Plasmas
Patent: 4,274,919 →
Application: 05/851,431 →
Hydrogen Iodide Decomposition
Patent: 4,258,026 →
Application: 06/023,887 →
Method and Apparatus for Driving a Continuous Current in a Toroidal Plasma
Patent: 4,263,097 →
Application: 05/771,114 →
Method and Apparatus for High Beta Doublets and Multiplets
Patent: 4,264,413 →
Application: 05/753,172 →
Coupled Heterostructure Superlattice Devices
Patent: 4,665,412 →
Application: 06/746,994 →
Gyro Free Electron Laser
Patent: 4,679,197 →
Application: 06/711,237 →
Separation of Uranium Isotopes
Patent: 4,200,507 →
Application: 05/747,102 →
Fuel Rod Assembly to Manifold Attachment
Patent: 4,189,348 →
Application: 05/708,410 →
Cryogenic Magnet Systems
Patent: 4,680,936 →
Application: 06/813,175 →
Rail Gun Barrel with Axially Prestressed Insulators
Patent: 4,681,015 →
Application: 06/756,038 →
Rail Gun Barrel with Gas Containment Means
Patent: 4,681,016 →
Application: 06/606,209 →
Neutron Flux Monitoring System
Patent: 4,186,048 →
Application: 05/792,507 →
Method of Reacting I2 with a Liquid and a Gas
Patent: 4,150,094 →
Application: 05/865,949 →
Reactor with Natural Convection Backup Cooling System
Patent: 4,759,899 →
Application: 06/645,907 →
Nuclear Power System
Patent: 4,863,675 →
Application: 06/657,754 →
Multipole Pinch Method and Apparatus for Producing Average Magnetic Well in Plasma Confinement
Patent: 4,543,231 →
Application: 06/330,361 →
Method and Apparatus for Producing Average Magnetic Well in a Reversed Field Pinch
Patent: 4,560,528 →
Application: 06/367,343 →
Method of Judging Carrier Lifetime in Semiconductor Devices
Patent: 4,564,807 →
Application: 06/593,801 →
Oxidation-Inhibited Carbonous Materials
Patent: 4,892,790 →
Application: 06/805,887 →
Prestressed Tube and Tube Joint
Patent: 4,774,872 →
Application: 06/818,203 →
Manufacture of High Purity Superconducting Ceramic
Application: 07/042,465 →
Coated Article and Method for Making Same
Patent: 3,676,179 →
Application: 04/764,954 →
Mri Magnet System with Permanently Installed Power Leads
Patent: 4,841,268 →
Application: 07/101,517 →
Prestressed Tube
Patent: 4,840,200 →
Application: 07/110,211 →
Prestressing Techniques and Arrangements
Patent: 5,093,065 →
Application: 07/057,372 →
Method and Apparatus for the Enhancement of Superconductive Materials
Patent: 4,828,685 →
Application: 07/066,076 →
Oxidation-Inhibited Carbon-Carbon Composites
Patent: 4,795,677 →
Application: 07/081,126 →
Laser Cooling of Electron Beam and Free Electron Laser Using Laser Cooling
Patent: 4,688,227 →
Application: 06/776,395 →
Variable Modulus Filament Wound Pressure Tube
Patent: 4,693,281 →
Application: 06/778,696 →
Magnet System and Method of Its Manufacture
Patent: 4,694,269 →
Application: 06/638,876 →
Combined Valve/Cylinder Using Electro-Rheological Fluid
Patent: 4,840,112 →
Application: 07/142,995 →
Combined Wheel/Brake Apparatus Using Electro-Rheological Fluid
Patent: 4,802,560 →
Application: 07/148,970 →
Thermally Actuated Linkage Arrangement
Patent: 4,330,369 →
Application: 06/076,388 →
Recovery of Anhydrous Hydrogen Iodide
Patent: 4,330,374 →
Application: 06/073,566 →
Stepped Transition Joint
Patent: 4,333,670 →
Application: 06/146,491 →
Cyclotron Resonance Maser Amplifier and Waveguide Window
Patent: 4,523,127 →
Application: 06/517,570 →
Method and Apparatus for Protecting Superconducting Magnetic Energy Storage Systems During Rapid Energy Dissipation
Patent: 4,528,609 →
Application: 06/410,499 →
Graphite Composite Cookware
Patent: 4,541,411 →
Application: 06/629,356 →
Method and Apparatus for Forming Spiral Tubing
Patent: 4,501,948 →
Application: 06/408,076 →
Bow Action Valve
Patent: 4,510,972 →
Application: 06/425,568 →
Current Limiting Apparatus
Patent: 4,516,182 →
Application: 06/424,839 →
Manufacture of Nuclear Fuel Compacts
Patent: 4,217,174 →
Application: 05/858,677 →
Oxygen Recovery from Gas Mixtures
Patent: 4,208,396 →
Application: 05/865,950 →
Friction Welded Transition Joint
Patent: 4,333,671 →
Application: 06/146,771 →
Integrated Photovoltaic Electrolytic Cell
Patent: 4,352,722 →
Application: 06/243,265 →
Divertor Assembly for a Fusion Reactor with Thermal Barriers
Patent: 4,354,998 →
Application: 06/076,466 →
Coil-Less Divertors for Toroidal Plasma Systems
Patent: 4,277,306 →
Application: 05/863,521 →
Helically Coiled Tube Heat Exchanger
Patent: 4,284,134 →
Application: 05/939,357 →
Vapor Generator
Patent: 4,296,713 →
Application: 06/010,090 →
Method of Welding Austenitic Steel to Ferritic Steel with Filler Alloys
Patent: 4,703,885 →
Application: 06/862,012 →
Transmission Line Microwave Generator
Patent: 4,719,429 →
Application: 06/851,977 →
Solid State Cyclotron Laser
Patent: 4,723,250 →
Application: 06/811,644 →
Composite First Wall for Fusion Device
Patent: 4,696,781 →
Application: 06/664,162 →
Apparatus and Method for Aiming a Particle Beam
Patent: 4,701,616 →
Application: 06/829,280 →
Apparatus and Method for Providing a Modulated Electron Beam
Patent: 4,703,228 →
Application: 06/770,386 →
Microwave Generation by Virtual Cathode with Phase Velocity Matching
Patent: 4,745,336 →
Application: 06/867,074 →
Photothermophotovoltaic Converter
Patent: 4,746,370 →
Application: 07/043,941 →
Method and Apparatus for Circulating Bed Coater
Patent: 4,746,547 →
Application: 06/946,818 →
Nuclear Reactor System with Aligned Feed Water and Super Heater Penetrations
Patent: 4,303,475 →
Application: 05/968,345 →
Heat Transfer Tube
Patent: 4,305,460 →
Application: 06/168,577 →
Catalytic Decomposition of H2SO4
Patent: 4,314,982 →
Application: 06/050,764 →
Heat-Extraction System for Gas-Cooled Nuclear Reactor
Patent: 4,299,660 →
Application: 05/916,349 →
Helical Field Stabilization of Plasma Devices
Patent: 4,302,284 →
Application: 06/007,503 →
Nuclear Reactor Core Assembly
Patent: 4,303,474 →
Application: 05/906,732 →
Hydrogen Production from in Situ Partial Burning of H2S
Patent: 4,481,181 →
Application: 06/537,299 →
Method and Apparatus for Coating Fragile Articles in a Fluidized Bed of Particles Using Chemical Vapor Deposition
Patent: 4,486,473 →
Application: 06/534,369 →
Uranium Thorium Hydride Nuclear Fuel
Patent: 4,493,809 →
Application: 06/355,361 →
Closure Hold-Down System for a Reactor Vessel
Patent: 4,356,144 →
Application: 06/052,066 →
Methods and Apparatus for Reducing Heat Introduced into Superconducting Systems by Electrical Leads
Patent: 4,369,636 →
Application: 06/280,325 →
Method of Producing Stable Alumina
Patent: 4,392,988 →
Application: 06/262,230 →
Countercurrent Solids-Fluid Contactor
Patent: 4,416,859 →
Application: 06/235,146 →
Sulfuric Acid-Sulfur Heat Storage Cycle
Patent: 4,421,734 →
Application: 06/377,124 →
Separation of Uranium Isotopes
Patent: 4,439,404 →
Application: 06/096,442 →
Methods of Producing Spherical Lithium Aluminate Particles
Patent: 4,405,595 →
Application: 06/339,697 →
Hydrogen Iodide Decomposition
Patent: 4,410,505 →
Application: 06/459,680 →
System for Producing Process Heat
Patent: 4,413,348 →
Application: 06/224,322 →
Orifice Tip
Patent: 4,112,288 →
Application: 05/569,068 →
Water-Splitting Cycle with Graphite Intercalation Compounds
Patent: 4,663,144 →
Application: 06/801,578 →
Related Assignments (19)
Other recorded transfers of the patents in this record — the chain of ownership.
Assignment of Assignors Interest. May 13, 1981
From: FORTESCUE PETER
To: GENERAL ATOMIC COMPANY
Reel/Frame 003888/0776 →
Assigns Entire Interest. Subject to Reorganization Agreement Dated June 14, 1982 Nov 15, 1982
From: GENERAL ATOMIC COMPANY
To: GA TECHNOLOGIES INC., A CA CORP.
Reel/Frame 004081/0313 →
Assignment of Assignors Interest. Dec 17, 1982
From: CREEDON, RICHARD L.
To: GA TECHNOLOGIES INC., A CORP. OF CA.
Reel/Frame 004078/0955 →
Assignment of Assignors Interest. Oct 12, 1983
From: KAAE, JAMES L.
To: GA TECHNOLOGIES INC., A CA CORP
Reel/Frame 004184/0624 →
Assignment of Assignors Interest. Jun 11, 1984
From: ELSNER, NORBERT B.; BASS, JOHN C.; MORRIS, CHARLES C.
To: GA TECHNOLOGIES INC.
Reel/Frame 004277/0002 →
Assignment of Assignors Interest. Jun 20, 1984
From: MOELLER, CHARLES P.
To: GA TECHNOLOGIES INC.
Reel/Frame 004280/0228 →
Assignment of Assignors Interest. Jul 16, 1984
From: WHITTEMORE, WILLIAM L.
To: GA TECHNOLOGIES, INC., A CORP OF CA
Reel/Frame 004322/0612 →
Assignment of Assignors Interest. Jul 20, 1984
From: PURCELL, JOHN R.; HSU, YEN H.
To: GA TECNOLOGIES INC., A CA CORP.
Reel/Frame 004291/0113 →
Assignment of Assignors Interest. Aug 30, 1984
From: YAMPOLSKY, JACK S.; CAROSELLA, DAVID P. E. JR.
To: GA TECHNOLOGIES INC., A CA CORP
Reel/Frame 004309/0076 →
Assignment of Assignors Interest. Oct 25, 1984
From: CARLSTROM, THOMAS N.
To: GA TECHNOLOGIES, INC., A CA CORP.
Reel/Frame 004329/0457 →
Assignment of Assignors Interest. Nov 21, 1984
From: OLSEN, RANDALL B.
To: GA TECHNOLOGIES INC.
Reel/Frame 004341/0429 →
Assignment of Assignors Interest. Dec 27, 1984
From: WOOLF, LAWRENCE D.
To: GA. TECHNOLOGIES, INC.
Reel/Frame 004358/0740 →
Assignment of Assignors Interest. Jan 28, 1985
From: OHKAWA, TITHIRO; CHU, MING; POLITZER, PETER A.; MOORE, REAGAN W.
To: GA TECHNOLOGIES INC., A CORP OF CA
Reel/Frame 004366/0251 →
Assignment of Assignors Interest. Mar 15, 1985
From: CARLSTROM, THOMAS N.
To: GA TECHNOLOGIES, INC.
Reel/Frame 004374/0421 →
Assignment of Assignors Interest. Aug 28, 1985
From: SCHAFFER, MICHAEL J.
To: GA TECHNOLOGIES INC., A CORP OF CA.
Reel/Frame 004452/0247 →
Assignment of Assignors Interest. Sep 3, 1985
From: CREEDON, RICHARD L.
To: GA TECHNOLOGIES INC., 10955 JOHN JAY HOPKINS DRIVE, SAN DIEGO, CA. 92121, A CORP. OF CA.
Reel/Frame 004453/0719 →
Assignment of Assignors Interest. Mar 21, 1986
From: CREEDON, RICHARD L.
To: GA TECHNOLOGIES INC.
Reel/Frame 004528/0787 →
Assignment of Assignors Interest. Mar 24, 1986
From: YAMPOLSKY, JACK S.; CAROSELLA, DAVID P. E. JR.
To: GA TECHNOLOGIES INC., A CORP OF CA.
Reel/Frame 004542/0680 →
Assignment of Assignors Interest. Sep 28, 1987
From: BRENEMAN, BRUCE C.; PURCELL, JOHN R.; BURNETT, SIBLEY C.
To: GA TECHNOLOGIES INC., 10955 JOHN JAY HOPKINS RD., SAN DIEGO, CA 92121 A CORP. OF CA
Reel/Frame 004793/0450 →