IP Library › Assignment 006100/0116
Patent Assignment
Reel/Frame 006100/0116

Assignment of Assignors Interest.

Recorded: 1992-04-09 Pages: 21
Assignor
GTE LABORATORIES INCORPORATED
Executed: 1992-03-12
Assignee
GTE PRODUCTS CORPORATION
100 ENDICOTT STREET, DANVERS, MASSACHUSETTS, 01923
Covered Properties (166)
Electrodeless Light Source Having Rare Earth Molecular Continua
Patent: 4,206,387 →
Application: 05/941,811 →
Ceramic Compositions and Articles Prepared Therefrom
Patent: 4,211,758 →
Application: 05/973,332 →
Fluorescent Lamp Phosphor with Protective Coating
Patent: 4,243,909 →
Application: 06/001,117 →
Transparent Yttria Ceramics Containing Magnesia or Magnesium Aluminate
Patent: 4,174,973 →
Application: 06/007,097 →
Radioactive Starting Aids for Electrodeless Light Sources
Patent: 4,247,800 →
Application: 06/008,807 →
Electromagnetic Discharge Apparatus with Double-Ended Power Coupling
Patent: 4,266,162 →
Application: 06/021,125 →
Planar Electrodeless Fluorescent Light Source
Patent: 4,245,179 →
Application: 06/049,772 →
Electrodeless Fluorescent Light Source Having Reduced Far Field Electromagnetic Radiation Levels
Patent: 4,240,010 →
Application: 06/049,773 →
Compact Flourescent Light Source Having Metallized Electrodes
Patent: 4,266,166 →
Application: 06/092,914 →
Compact Fluorescent Light Source and Method of Excitation Thereof
Patent: 4,266,167 →
Application: 06/092,916 →
Instant-On Light Source
Patent: 4,278,916 →
Application: 06/099,770 →
High Pressure Discharge Lamps with Fast Restart
Patent: 4,287,454 →
Application: 06/104,334 →
Red Emitting Phosphor with Slow Exponential Decay
Patent: 4,307,321 →
Application: 06/135,605 →
Phosphor with Extended Fluorescence Decay Lifetime and Lamp Based Thereon
Patent: 4,306,173 →
Application: 06/135,951 →
Method and Apparatus for Starting High Intensity Discharge Lamps
Patent: 4,328,446 →
Application: 06/139,310 →
Energy Saving Fluorescent Lighting System
Patent: 4,339,690 →
Application: 06/174,472 →
Extraction Process for the Recovery of Tungsten from Low Level Sources
Patent: 4,287,159 →
Application: 06/186,948 →
Resin Sorption Process for Extracting Tungsten
Patent: 4,278,643 →
Application: 06/186,949 →
Liquid - Liquid Extraction Process for the Recovery of Tungsten from Low Level Sources
Patent: 4,279,870 →
Application: 06/186,950 →
Method and Apparatus for Starting High Intensity Discharge Lamps
Patent: 4,325,004 →
Application: 06/193,787 →
Vacuum-Tight Assembly
Patent: 4,334,628 →
Application: 06/209,162 →
Vacuum-Tight Assembly Particularly for a Discharge Tube
Patent: 4,366,410 →
Application: 06/209,242 →
Zinc Silicate Prosphor with Extended Florescence Deca and Cathode Ray Tube Containing the Same
Patent: 4,315,190 →
Application: 06/216,595 →
Method of Non-Destructively Measuring the Pressure of a Gas in a Closed Vessel
Patent: 4,370,751 →
Application: 06/223,874 →
Luminescent Material, Method of Making, and Screens Employing Same
Patent: 4,336,313 →
Application: 06/251,028 →
Pulse Injection Starting for High Intensity Discharge Metal Halide Lamps
Patent: 4,353,012 →
Application: 06/256,865 →
Lighting Apparatus
Patent: 4,390,814 →
Application: 06/261,391 →
Process for Separating Tungsten from Coinage Metals
Patent: 4,374,713 →
Application: 06/269,191 →
Process for Separating Tungsten from Coinage Metals
Patent: 4,374,008 →
Application: 06/269,192 →
Optical Filters Comprising Pyrolyzed Polyimide Films and Lamp
Patent: 4,425,527 →
Application: 06/276,449 →
Electromagnetic Discharge Apparatus
Patent: 4,427,920 →
Application: 06/307,418 →
Electrodeless Ultraviolet Light Source
Patent: 4,427,921 →
Application: 06/307,419 →
Electrodeless Light Source
Patent: 4,427,922 →
Application: 06/307,420 →
Electrodeless Fluorescent Light Source
Patent: 4,427,923 →
Application: 06/307,556 →
Enhanced Electrodeless Light Source
Patent: 4,427,924 →
Application: 06/307,568 →
Process for the Separation of Molybdenum Values from Tungsten Values
Patent: 4,374,809 →
Application: 06/311,838 →
Electromagnetic Discharge Apparatus
Patent: 4,427,925 →
Application: 06/322,491 →
Ballast Circuit for Direct Current Arc Lamp
Patent: 4,382,210 →
Application: 06/332,065 →
Fluorescent Lamp with Improved Lumen Output
Patent: 4,670,688 →
Application: 06/334,095 →
Multi-Electrode Array for a Beam Mode Fluorescent Lamp
Patent: 4,450,380 →
Application: 06/336,794 →
Non-Uniform Resistance Cathode Beam Mode Fluorescent Lamp
Patent: 4,413,204 →
Application: 06/336,815 →
Twin Anode Beam Mode Fluorescent Lamp
Patent: 4,518,897 →
Application: 06/336,971 →
Dual Cathode Beam Mode Fluorescent Lamp
Patent: 4,408,141 →
Application: 06/337,046 →
Multi-Electrode Array for a Beam Mode Fluorescent Lamp
Patent: 4,516,057 →
Application: 06/337,048 →
Low Energy Starting Aid for High Intensity Discharge Lamps
Patent: 4,379,982 →
Application: 06/345,866 →
Arc Lamp Power Supply
Patent: 4,399,392 →
Application: 06/352,675 →
Method of Preparing Stoichiometric Zinc Silicate Phosphor with Improed Brightness and Persistence
Patent: 4,390,449 →
Application: 06/357,013 →
Method of Charging a Vessel with Mercury
Patent: 4,464,133 →
Application: 06/365,120 →
Variable Color Cathodoluminescent Composition, Method , and Display Device Utilizing Same
Patent: 4,453,179 →
Application: 06/375,791 →
Compact Mercury-Free Fluorescent Lamp
Patent: 4,480,213 →
Application: 06/401,528 →
Mercury-Free Discharge Lamp
Patent: 4,492,898 →
Application: 06/402,175 →
Low Pressure Plasma Discharge Formation of Refractory Coatings
Patent: 4,436,762 →
Application: 06/402,176 →
Inductive Ballasting of Direct Current Gas Discharges
Patent: 4,450,385 →
Application: 06/406,601 →
Spiral Line Voltage Pulse Generator Characterized by Secondary Winding
Patent: 4,484,085 →
Application: 06/426,427 →
Yellow-Emitting Halophosphate Phosphor of Improved Brightness and Method
Patent: 4,446,049 →
Application: 06/435,846 →
Beam Mode Lamp with Voltage Modifying Electrode
Patent: 4,521,718 →
Application: 06/462,736 →
Fluorescent Lamp and a Base Thereof
Patent: 4,506,192 →
Application: 06/468,238 →
Candoluminescent Electric Light Source
Patent: 4,539,505 →
Application: 06/489,879 →
Method of Making Direct Seal Between Niobium and Ceramics
Patent: 4,545,799 →
Application: 06/529,464 →
Mo-Ti Members with Non-Metallic Sintering Aids
Patent: 4,537,323 →
Application: 06/568,995 →
Single Cathode Beam Mode Fluorescent Lamp for Dc Use
Patent: 4,494,046 →
Application: 06/572,600 →
Method for Making Thin Film Electroluminescent Rare Earth Activated Zinc Sulfide Phosphors
Patent: 4,508,610 →
Application: 06/584,178 →
Method of Welding a Lamp Feedthrough Assembly; and Apparatus Therefor
Patent: 4,584,454 →
Application: 06/604,562 →
Method of Welding a Lamp Feedthrough Assembly
Patent: 4,542,843 →
Application: 06/604,564 →
Infrared Emitting Phosphor
Patent: 4,499,005 →
Application: 06/605,358 →
Fluorescent Light Source with Parallel Dc Discharges
Patent: 4,587,462 →
Application: 06/639,916 →
Compact Mercury-Free Fluorescent Lamp
Patent: 4,647,821 →
Application: 06/647,080 →
Mercury-Free Discharge Lamp
Patent: 4,636,692 →
Application: 06/647,081 →
Dual Cathode Beam Mode Fluorescent Lamp with Capacitive Ballast
Patent: 4,751,435 →
Application: 06/681,012 →
Efficient Uv-Emitting Phosphors Based on Cerium-Activated Calcium Pyrophosphate and Lamps Containing the Same
Patent: 4,757,233 →
Application: 06/684,474 →
Process for Preparing High-Brightness Yellow-Emitting Triboluminescent Phosphors
Patent: 4,772,417 →
Application: 06/684,680 →
Dual Spiral Line Generator Method and Apparatus for Starting Low Wattage High Intensity Discharge Lamps
Patent: 4,608,521 →
Application: 06/686,974 →
Arc Discharge Lamp with Ultraviolet Enhanced Starting Circuit
Patent: 4,721,888 →
Application: 06/686,975 →
Method and Apparatus for Starting Low Wattage High Intensity Discharge Lamps
Patent: 4,629,945 →
Application: 06/686,979 →
Process for Producing a Yellow Emitting Phosphor
Patent: 4,594,178 →
Application: 06/713,578 →
Phosphor Particle, Fluorescent Lamp, and Manufacturing Method
Patent: 4,710,674 →
Application: 06/718,095 →
Method for Coating Phosphor Particles
Patent: 4,585,673 →
Application: 06/718,096 →
Process for the Growth of Alpha Silicon Nitride Whiskers
Patent: 4,604,273 →
Application: 06/725,043 →
Dosing Composition for High Pressure Sodium Lamps
Patent: 4,691,141 →
Application: 06/786,737 →
Method of Sintering Translucent Alumina
Patent: 4,762,655 →
Application: 06/802,414 →
Fluorescent Light Source Excited by Excimer Emission
Patent: 4,710,679 →
Application: 06/806,048 →
Method and Apparatus for Starting High Intensity Discharge Lamps
Patent: 4,680,509 →
Application: 06/812,577 →
High Intensity Discharge Device Containing Oxytrihalides
Patent: 4,672,267 →
Application: 06/848,435 →
Process of Making High Purity Aluminum Nitride
Patent: 4,783,430 →
Application: 06/856,067 →
Process for Producing Ce-Mn Coactivated Fluoroapatite Phosphors as the Yellow Emitting Component for High Efficacy Lamp Blends
Patent: 4,647,399 →
Application: 06/859,846 →
Discharge Lamps with Coated Ceramic Arc Tubes and Fabrication Thereof
Patent: 4,736,136 →
Application: 06/874,972 →
Chemical Vapor Deposition Process for Producing Metal Carbide or Nitride Whiskers
Patent: 4,756,791 →
Application: 06/899,833 →
Chemical Vapor Deposition Reactor for Producing Metal Carbide or Nitride Whiskers
Patent: 4,900,525 →
Application: 06/899,834 →
Reprographic Aperture Lamps Having Improved Maintenance
Patent: 4,797,594 →
Application: 06/929,694 →
Quadrature-Coupled Microwave Electrodeless Lamp
Patent: 4,712,046 →
Application: 06/930,487 →
A Yellow Green Barium Lanthanum Silicate Oxyapatite Phosphor a Fluorescent Lamp Containing the Same, and a Method Thereof
Patent: 4,748,391 →
Application: 06/943,109 →
Multipulse Starting Aid for High-Intensity Discharge Lamps
Patent: 4,713,587 →
Application: 07/000,495 →
Pre-Water-Based Suspension Phosphor Treatment Process
Patent: 4,803,400 →
Application: 07/010,078 →
Fluorescent Lamp with Improved Lumen Output
Patent: 4,778,581 →
Application: 07/015,752 →
Method of Treating a Coated Phosphor
Patent: 4,806,389 →
Application: 07/020,972 →
Ion Exchange Method for Separation of Scandium and Thorium
Patent: 4,765,909 →
Application: 07/042,150 →
Phosphor Particle, Fluorescent Lamp, and Manufacturing Method
Patent: 4,825,124 →
Application: 07/043,792 →
Rapid-Sintering of Alumina
Patent: 4,797,238 →
Application: 07/053,501 →
Ion Exchange Method for the Recovery of Scandium
Patent: 4,816,233 →
Application: 07/095,367 →
Ceramic Monolithic Structure Having an Internal Cavity Contained Therein and a Method of Preparing the Same
Patent: 4,833,000 →
Application: 07/101,910 →
Green Emitting Phosphor
Patent: 4,749,513 →
Application: 07/103,781 →
Rare Earth Halide Light Source with Enhanced Red Emission
Patent: 4,801,846 →
Application: 07/112,026 →
A Method of Coating a Layer of an Yttrium Vanadate Phospher Contained in a Fluorescent Lampwith Y203 or A1203 and Lamps Made Therefrom
Patent: 4,952,422 →
Application: 07/161,643 →
Ceramic Monolithic Structure Having an Internal Cavity Contained Therein and a Method of Preparing the Same
Patent: 4,806,295 →
Application: 07/168,581 →
Method of Making Large Particle Size, High Purity Dense Silica
Patent: 4,940,571 →
Application: 07/176,582 →
Method of Making High Purity Dense Silica of Large Particle Size
Patent: 4,943,425 →
Application: 07/176,583 →
Fluorescent Light Source Based on a Phosphor Excited by a Molecular Discharge
Patent: 4,937,503 →
Application: 07/179,808 →
Fluorescent Lamp Based on a Phosphor Excited by a Molecular Discharge
Patent: 4,874,984 →
Application: 07/179,815 →
Process for Producing Lanthanum Cerium Aluminate Phosphors
Patent: 4,818,433 →
Application: 07/201,794 →
Method of and Apparatus for Ultrahigh Frequency Starting of High Intensity Discharge Lamps
Patent: 4,888,528 →
Application: 07/243,118 →
Method of Making Translucent Alumina Articles
Patent: 4,948,538 →
Application: 07/255,564 →
Beam Mode Fluorescent Lamp
Patent: 4,866,339 →
Application: 07/267,661 →
Method for Improving a Manganese Activated Zinc Silicate Phosphor
Patent: 5,039,449 →
Application: 07/267,880 →
Spurious Signal Correction for Surface Acoustic Wave (Saw) Security Devices
Patent: 4,945,354 →
Application: 07/276,072 →
Fused Silica Radome
Patent: 4,949,095 →
Application: 07/277,179 →
Firing and Milling Method for Producing a Manganese Activated Zinc Silicate Phosphor
Patent: 4,925,703 →
Application: 07/288,660 →
Radio Frequency Powered Large Scale Display
Patent: 5,003,233 →
Application: 07/292,786 →
Method of Coating Ytterium Vanadate Phosphors with AL3O2
Patent: 4,979,893 →
Application: 07/312,799 →
Liquid Extraction Procedure for the Recovery of Scandium
Patent: 4,898,719 →
Application: 07/321,603 →
Bonded Ceramic-Metal Article
Patent: 5,055,361 →
Application: 07/324,844 →
Method of Brazing a Ceramic Article to a Metal Article
Patent: 4,883,218 →
Application: 07/324,856 →
Method of Bonding a Ceramic Article to a Metal Article
Patent: 4,883,217 →
Application: 07/324,928 →
Lanthanum Cerium Aluminate Phosphor and an Electrical Discharge Device Containing the Same
Patent: 5,105,121 →
Application: 07/398,317 →
Easily Encodable Surface Acoustic Wave (Saw) Security Devices
Patent: 5,115,160 →
Application: 07/399,126 →
Multiplexed Surface Acoustical Wave Apparatus
Patent: 4,994,798 →
Application: 07/399,133 →
Manganese Activated Zinc Silicate Phosphor
Patent: 4,950,948 →
Application: 07/406,884 →
High Voltage Ignition System Monitor for Spark Initiated Internal Combustion Engines
Patent: 5,055,772 →
Application: 07/407,990 →
Method for Fluidized Bed Circulation Control
Patent: 4,979,830 →
Application: 07/416,217 →
Ion Exchange Method for the Purification of Scandium
Patent: 5,019,362 →
Application: 07/423,312 →
Recovery of Scandium and Uranium
Patent: 4,968,504 →
Application: 07/424,027 →
Niobium-Ceramic Feedthrough Assembly and Ductility-Preserving Sealing Process
Patent: 5,057,048 →
Application: 07/425,072 →
Process for Recovering Metal Values Such as Scandium, Iron and Manganese from an Industrial Waste Sludge
Patent: 4,988,487 →
Application: 07/426,624 →
Treatment of Industrial Wastes
Patent: 5,180,563 →
Application: 07/426,625 →
Firing and Milling Method for Producing a Manganese Activated Zinc Silicate Phosphor
Patent: 4,956,202 →
Application: 07/427,654 →
Method for Coating Phosphor Particles Using Aluminum Isopropoxide Precursors and an Isothermal Fluidized Bed
Patent: 4,999,219 →
Application: 07/432,941 →
Method of Forming Hybrid Arc Tubes
Patent: 4,999,145 →
Application: 07/451,406 →
Electrodeless Glow Discharge Lamp
Patent: 5,013,976 →
Application: 07/456,715 →
Patterned Transducer Apparatus for Correcting Spurious Signals in Saw Devices
Patent: 5,023,605 →
Application: 07/467,112 →
Method of Forming a Protective Bi-Layer Coating on Phosphore Particles
Patent: 5,051,277 →
Application: 07/468,432 →
Coded Surface Acoustical Wave (Saw) Motor Vehicle Security Device
Patent: 4,980,680 →
Application: 07/483,349 →
Process for Production of Lanthanum Cerium Aluminate Phosphors
Patent: 5,169,557 →
Application: 07/497,761 →
Electrodeless Hid Lamp with Lamp Capsule
Patent: 5,113,121 →
Application: 07/523,761 →
Electrodless Hid Lamp with Microwave Power Coupler
Patent: 5,070,277 →
Application: 07/524,265 →
Method and Circuit for Improved Hid Lamp Maintenance
Patent: 5,118,994 →
Application: 07/529,025 →
Process for Coating Finely Divided Material with Titania
Patent: 5,118,529 →
Application: 07/539,761 →
Inductively-Coupled Rf Plasma Torch
Patent: 5,017,751 →
Application: 07/541,576 →
Method for Coating Phosphor Particles Using Aluminum Isopropoxide Precursors and an Isothermal Fluidized Bed
Patent: 5,049,408 →
Application: 07/573,091 →
Method for Making Moisture Insensitive Zinc Sulfide Based Luminescent Materials
Patent: 5,080,928 →
Application: 07/593,451 →
Niobium-Ceramic Feedthrough Assembly
Patent: 5,095,246 →
Application: 07/620,497 →
Method of Hot Restarting Electrodeless Hid Lamps
Patent: 5,287,039 →
Application: 07/626,365 →
Technique for the Analysis of Insultating Materials by Glow Discharge Mass Spectrometry
Patent: 5,081,352 →
Application: 07/655,887 →
Phosphors with Improved Lumen Output and Lamps Made Therefrom
Patent: 5,087,523 →
Application: 07/667,694 →
Phosphors with Improved Lumen Output and Lamps Made Therefrom
Patent: 5,113,118 →
Application: 07/667,772 →
Method of Determining Condensate Location in an Hid Lamp
Patent: 5,086,276 →
Application: 07/696,659 →
Phosphor Containing Barium and Lead
Patent: 5,223,341 →
Application: 07/704,496 →
Method and Apparatus to Reduce Hg Loss in Rf Capacitively Coupled Gas Discharges
Patent: 5,146,140 →
Application: 07/717,137 →
Moisture Insensitive Zinc Sulfide Electroluminescent Materials and an Electroluminescent Device Made Therefrom
Patent: 5,220,243 →
Application: 07/727,723 →
Method of Protecting Aluminum Nitride Circuit Substances During Electroless Plating Using a Surface Oxidation Treatment
Patent: 5,306,389 →
Application: 07/754,864 →
Method of Protecting Aluminum Nitride Circuit Substrates During Electroless Plating Using Sol-Gel Oxide Films and Article Made Therefrom
Application: 07/754,882 →
Electrodeless Hid Lamp Coupling Structure with Integral Matching Network
Patent: 5,144,206 →
Application: 07/757,094 →
End Cup Applicators for High Frequency Electrodeless Lamps
Patent: 5,241,246 →
Application: 07/757,095 →
Loop Applicator for High Frequency Electrodeless Lamps
Patent: 5,130,612 →
Application: 07/757,798 →
Phosphor Particle, Phosphor Blend, and Fluorescent Lamp
Application: 07/762,154 →
Coated Electroluminescent Phosphor
Patent: 5,244,750 →
Application: 07/778,766 →
Pre-Water-Based Suspension Alumina Coated Phosphor Treatment Process
Patent: 5,151,215 →
Application: 07/805,271 →
Method and Circuit for Improved Hid Lamp Maintenance
Application: 07/816,453 →
Related Assignments (10)
Other recorded transfers of the patents in this record — the chain of ownership.
Assignment of Assignors Interest. Sep 15, 1980
From: NATANSOHN SAMUEL; SU SOPHIA R.
To: GTE LABORATORIES INCORPORATED
Reel/Frame 003815/0518 →
Assignment of Assignors Interest. Sep 15, 1980
From: NATANSOHN SAMUEL; SU SOPHIA R.
To: GTE LABORATORIES INCORPORATED
Reel/Frame 003815/0519 →
Assignment of Assignors Interest. Sep 15, 1980
From: NATANSOHN SAMUEL; SU SOPHIA R.
To: GTE LABORATORIES INCORPORATED
Reel/Frame 003815/0520 →
Assignment of Assignors Interest. Oct 2, 1980
From: PROUD JOSEPH M.; RISEBERG LESLIE A.; FALLIER CHARLES N. JR.
To: GTE LABORATORIES INCORPORATED
Reel/Frame 003821/0998 →
Assignment of Assignors Interest. Nov 21, 1980
From: BUHRER CARL F.
To: GTE LABORATORIES INCORPOATED
Reel/Frame 003839/0587 →
Assignment of Assignors Interest. Nov 21, 1980
From: BUHRER CARL F.; FEUERSANGER ALFRED E.
To: GTE LABORATORIES INCORPORATED
Reel/Frame 003829/0418 →
Assignment of Assignors Interest. Dec 15, 1980
From: PETERS THOMAS E.; MC COLL JAMES R.
To: GTE LABORATORIES, INCORPORATED, A CORP. OF
Reel/Frame 003847/0517 →
Assignment of Assignors Interest. Jan 9, 1981
From: PINK FRANCIS X.; PERSIANI CARMINE; LUBLIN PAUL
To: GTE LABORATORIES INCORPORATED
Reel/Frame 003846/0451 →
Assignment of Assignors Interest. Apr 3, 1981
From: PETERS THOMAS E.; MC COLL JAMES R.
To: GTE LABORATORIES INCORPORATED, A CORP. OF
Reel/Frame 003876/0284 →
Security Interest Aug 19, 1991
From: CHATTEM, INC.
To: CREDITANSTALT-BANKVEREIN
Reel/Frame 005808/0750 →