IP Library › Assignment 019679/0375
Patent Assignment
Reel/Frame 019679/0375

Corrective Assignment to Correct the Assignee. the Name of One Assignee Was Inadvertently Omitted from the Recordation Form Cover Sheet Previously Recorded on Reel 011821 Frame 0569. Assignor(S) Hereby Confirms the Assignment of Assignor's Interest.

Recorded: 2007-08-13 Pages: 24
Assignor
Assignees
CANDESCENT TECHNOLOGIES CORPORATION
6320 SAN IGNACIO AVENUE, SAN JOSE, CALIFORNIA, 95119
CANDESCENT INTELLECTUAL PROPERTY SERVICES, INC.
6320 SAN IGNACIO AVENUE, SAN JOSE, CALIFORNIA, 95119
Covered Properties (53)
Field Forming Electrodes on High Voltage Spacers
Patent: 5,532,548 →
Application: 08/317,205 →
Backplate of Field Emission Device with Self Aligned Focus Structure and Spacer Wall Locators
Patent: 5,650,690 →
Application: 08/343,074 →
Field Emission Device with Internal Structure for Aligning Phosphor Pixels with Corresponding Field Emitters
Patent: 5,578,899 →
Application: 08/343,075 →
Method for Creating Gated Filament Structures for Field Emision Displays
Patent: 5,578,185 →
Application: 08/383,408 →
Gated Filament Structures for a Field Emission Display
Patent: 5,801,477 →
Application: 08/383,410 →
Backplate of Field Emission Device with Self Aligned Focus Structure and Spacer Wall Locators
Patent: 5,649,847 →
Application: 08/699,996 →
Method for Creating Gated Filament Structures for Field Emission Displays
Patent: 5,665,421 →
Application: 08/725,941 →
Device for Conditioning Control Signal to Electron Emitter, Preferably So That Collected Electron Current Varies Linearly with Input Control Voltage
Patent: 5,831,392 →
Application: 08/739,404 →
Method for Creating a Color Filter Layer on a Field Emission Display Screen Structure
Patent: 6,025,097 →
Application: 08/807,440 →
Method for Creating a Planar Aluminum Layer in a Flat Panel Display Structure
Patent: 6,126,988 →
Application: 08/808,336 →
Multi-Level Conductive Black Matrix
Patent: 5,818,162 →
Application: 08/828,705 →
Black Matrix with Conductive Coating
Patent: 5,912,056 →
Application: 08/829,251 →
Integrated Metallization for Displays
Patent: 6,154,188 →
Application: 08/846,386 →
Field Emitter Fabrication Using Megasonic Assisted Liftoff
Patent: 6,007,396 →
Application: 08/847,119 →
Low Temperature Glass Frit Sealing for Thin Computer Displays
Patent: 6,129,603 →
Application: 08/881,882 →
High Voltage Compatible Spacer Coating
Patent: 5,872,424 →
Application: 08/883,409 →
Wall Assembly and Method for Attaching Walls for Flat Panel Display
Patent: 6,111,351 →
Application: 08/886,227 →
Gate Electrode Formation Method
Patent: 6,039,621 →
Application: 08/889,622 →
Circuit and Method for Controlling the Brightness of an Fed Device
Patent: 6,069,597 →
Application: 08/920,552 →
Circuit and Method for Controlling the Brightness of an Fed Device in Response to a Light Sensor
Patent: 6,069,598 →
Application: 08/920,675 →
Dual-Layer Metal for Flat Panel Display
Patent: 5,894,188 →
Application: 08/932,318 →
Circuit and Method for Controlling the Color Balance of a Flat Panel Display Without Reducing Gray Scale Resolution
Patent: 5,898,415 →
Application: 08/938,194 →
Row Electrode Anodization
Patent: 6,149,792 →
Application: 08/940,706 →
Multi-Level Conductive Matrix Formation Method
Patent: 5,858,619 →
Application: 08/940,819 →
Spatially Uniform Deposition of Polymer Particles During Gate Electrode Formation
Patent: 6,095,883 →
Application: 08/963,010 →
Black Matrix with Conductive Coating
Patent: 6,100,636 →
Application: 08/974,419 →
Display Column Driver with Chip-to-Chip Settling Time Matching Means
Patent: 6,067,061 →
Application: 09/016,716 →
Fed Display Row Driver with Chip-to-Chip Settling Time Matching and Phase Detection Circuits Used to Prevent Uneven or Nonuniform Brightness in Display
Patent: 6,040,809 →
Application: 09/016,829 →
Error Compensator Circuits Used in Color Balancing with Time Multiplexed Voltage Signals for Flat Panel Display Unit
Patent: 6,037,918 →
Application: 09/050,664 →
A Circuit and Method for Controlling the Color Balance of a Field Emission Display
Patent: 6,169,529 →
Application: 09/050,667 →
Microwave Sealing of Flat Panel Displays
Patent: 6,037,710 →
Application: 09/069,893 →
Seal Material Frit Frame for Flat Panel Displays
Patent: 6,113,450 →
Application: 09/079,503 →
A Method for Forming a Multi-Level Conductive Black Matrix for a Flat Panel Display
Patent: 6,030,269 →
Application: 09/085,396 →
Voltage Ratio Regulator Circuit for a Spacer Electrode of a Flat Panel Display Screen
Patent: 6,051,937 →
Application: 09/087,268 →
Flat Panel Display with Encapsulated Matrix Structure
Patent: 6,215,241 →
Application: 09/087,785 →
High Voltage Compatible Spacer Coating
Patent: 6,013,981 →
Application: 09/124,460 →
Cleaning of Components of Flat Panel Display
Patent: 6,149,483 →
Application: 09/126,701 →
Spacer Materials and Spacer Attachment Methods for Thin Cathode Ray Tube
Patent: 6,200,181 →
Application: 09/127,285 →
Use of Printer Head Techniques to Form Pixel Assemblies in Field-Emission Displays
Patent: 6,135,841 →
Application: 09/138,949 →
System and Method for Improving Emitter Life in Flat Panel Field Emission Displays
Patent: 6,133,893 →
Application: 09/144,213 →
Procedures and Apparatus for Turning-on and Turning-Off Elements Within a Field Emission Display Device
Patent: 6,104,139 →
Application: 09/144,675 →
Column Driver Output Amplifier with Low Quiescent Power Consumption for Field Emission Display Devices
Patent: 6,147,665 →
Application: 09/162,823 →
Controlling the Brightness of an Fed Device Using Pwm on the Row Side and Am on the Column Side
Patent: 6,147,664 →
Application: 09/164,402 →
Row Electrode Anodization
Patent: 5,942,841 →
Application: 09/183,540 →
Dual-Layer Metal for Flat Panel Display
Patent: 6,019,657 →
Application: 09/183,601 →
Flat Panel Display with Getter in Auxiliary Chamber
Patent: 6,147,450 →
Application: 09/196,626 →
Composite Frit Frame with Backbone
Patent: 6,126,505 →
Application: 09/201,116 →
Wall Assembly and Method for Attaching Walls for Flat Panel Display
Patent: 6,176,753 →
Application: 09/240,233 →
Wall Assembly and Method for Attaching Walls for Flat Panel Displays
Patent: 6,140,762 →
Application: 09/277,331 →
Field Emission Display of Uniform Brightness Independent of Column Trace-Induced Signal Deterioration
Patent: 6,166,490 →
Application: 09/318,591 →
Wall Assembly and Method for Attaching Walls for Flat Panel Display
Patent: 6,225,737 →
Application: 09/397,790 →
Dual-Layer Metal Strips for Field Emission Display
Patent: 6,225,732 →
Application: 09/437,346 →
Voltage Ratio Regulator Circuit for a Spacer Electrode of a Flat Panel Display Screen
Patent: 6,153,986 →
Application: 09/470,674 →
Related Assignments (25)
Other recorded transfers of the patents in this record — the chain of ownership.
Confirmatory License Sep 13, 2004
From: CANDESCENT TECHNOLOGIES CORPORATION
To: DARPA
Reel/Frame 015766/0390 →
Confirmatory License Sep 13, 2004
From: CANDESCENT TECHNOLOGIES CORPORATION
To: DARPA
Reel/Frame 015776/0142 →
Confirmatory License Sep 13, 2004
From: CANDESCENT TECHNOLOGIES CORPORATION
To: DARPA
Reel/Frame 015776/0130 →
Confirmatory License Sep 13, 2004
From: CANDESCENT TECHNOLOGIES CORPORATION
To: DARPA
Reel/Frame 015766/0847 →
Confirmatory License Sep 13, 2004
From: CANDESCENT TECHNOLOGIES CORPORATION
To: DARPA
Reel/Frame 015766/0366 →
Confirmatory License Sep 15, 2004
From: CANDESCENT TECHNOLOGIES CORPORATION
To: DARPA
Reel/Frame 015783/0171 →
Confirmatory License Sep 15, 2004
From: CANDSCENT TECHNOLOGIES CORPORATION
To: DARPA
Reel/Frame 015783/0168 →
Assignment of Assignor's Interest Sep 17, 2004
From: MORSE, JEFFREY D.
To: REGENTS OF THE UNIVERSITY OF CALIFORNIA, THE
Reel/Frame 015139/0770 →
Assignment of Assignor's Interest Sep 17, 2004
From: MORSE, JEFFREY D.
To: REGENTS OF THE UNIVERSITY OF CALIFORNIA, THE
Reel/Frame 015139/0756 →
Confirmatory License Sep 20, 2004
From: CANDESCENT TECHNOLOGIES CORPORATION
To: DARPA
Reel/Frame 015797/0016 →
Confirmatory License Sep 20, 2004
From: CANDESCENT TECHNOLOGIES CORPORATION
To: DARPA
Reel/Frame 015788/0906 →
Confirmatory License Sep 20, 2004
From: CANDESCENT TECHNOLOGIES CORPORATION
To: DARPA
Reel/Frame 015788/0912 →
Confirmatory License Sep 20, 2004
From: CANDESCENT TECHNOLOGIES CORPORATION
To: DARPA
Reel/Frame 015793/0700 →
Confirmatory License Sep 20, 2004
From: CANDESCENT TECHNOLOGIES CORPORATION
To: DARPA
Reel/Frame 015793/0720 →
Confirmaatory License Sep 20, 2004
From: CANDESCENT TECHNOLOGIES CORPORATION
To: DARPA
Reel/Frame 015796/0585 →
Confirmatory License Sep 20, 2004
From: CANDESCENT TECHNOLOGIES CORPORATION
To: DARPA
Reel/Frame 015796/0599 →
Confirmatory License Sep 20, 2004
From: CANDESCENT TECHNOLOGIES CORPORATION
To: DARPA
Reel/Frame 015796/0642 →
Confirmatory License Sep 20, 2004
From: CANDESCENT TECHNOLOGIES CORPORATION
To: DARPA
Reel/Frame 015797/0014 →
Confirmatory License Sep 20, 2004
From: CANDESCENT TECHNOLOGIES CORPORATION
To: DARPA
Reel/Frame 015788/0403 →
Confirmatory License Sep 20, 2004
From: CANDESCENT TECHNOLOGIES CORPORATION
To: DARPA
Reel/Frame 015788/0417 →
Corrective Assignment to Replace Reel 8369 Frame 0605. Oct 4, 2004
From: BERGERON, DAVID L.; MACAULAY, JOHN M.; BARTON, ROGER W.; MORSE, JEFFREY D.
To: CANDESCENT TECHNOLOGIES CORPORATION; CALIFORNIA, UNIVERSITY OF
Reel/Frame 015217/0344 →
Assignment of Assignor's Interest Oct 4, 2004
From: BERGERON, DAVID L.; MACAULAY, JOHN M.; BARTON, ROGER W.; MORSE, JEFFREY D.
To: CANDESCENT TECHNOLOGIES CORPORATION; CALIFORNIA, UNIVERSITY OF
Reel/Frame 015217/0173 →
Corrective Assignment to Correct the Assignee. the Name of the Assignee Was Incorrectly Listed on the Recordation Form Cover Sheet Previously Recorded on Reel 008671 Frame 0145. Assignor(S) Hereby Confirms the Assignment of the Assignor's Interest. Nov 7, 2006
From: SUN, JENNIFER Y.; MA, YUTAO
To: CANDESCENT TECHNOLOGIES CORPORATION
Reel/Frame 018492/0800 →
Nunc Pro Tunc Assignment Effective as of August 26, 2004 Jun 25, 2007
From: CANDESCENT TECHNOLOGIES CORPORATION
To: CANON KABUSHIKI KAISHA
Reel/Frame 019466/0437 →
Nunc Pro Tunc Assignment Jul 22, 2007
From: CANDESCENT INTELLECTUAL PROPERTY SERVICES, INC.
To: CANON KABUSHIKI KAISHA
Reel/Frame 019580/0723 →