Patent Assignment
Reel/Frame 018850/0782
Assignment of Assignor's Interest
Recorded: 2007-02-02
Pages: 13
Assignors
ZHU, XIAOXUN
Executed: 2003-12-26
LIU, YONG
Executed: 2003-12-26
AU, KA MAN
Executed: 2003-12-26
HOU, RUI
Executed: 2003-12-26
YU, HONGPENG
Executed: 2003-12-26
TAO, XI
Executed: 2003-12-26
LIU, LIANG
Executed: 2003-12-26
ZHANG, WENHUA
Executed: 2003-12-26
KOTLARSKY, ANATOLY
Executed: 2003-12-26
GHOSH, SANKAR
Executed: 2003-12-26
SCHNEE, MICHAEL
Executed: 2003-12-26
SPATAFORE, PASQUAL
Executed: 2003-12-26
AMUNDSEN, THOMAS
Executed: 2003-12-26
BYUN, SUNG
Executed: 2003-12-26
SCHMIDT, MARK
Executed: 2003-12-26
RUSSELL, GARRETT
Executed: 2003-12-26
BONANNO, JOHN
Executed: 2003-12-26
KNOWLES, C. HARRY
Executed: 2003-12-26
Assignee
METROLOGIC INSTRUMENTS, INC.
90 COLES ROAD, BLACKWOOD, NEW JERSEY, 08012
Covered Properties
(32)
Hand-Supportable Digital Imaging-Based Bar Code Symbol Reader Supporting Narrow-Area and Wide-Area Modes of Illumination and Image Capture
Hand-Supportable Semi-Automatic Imaging-Based Bar Code Reading System Wherein an Led-Based Illumination Subsystem Automatically Illuminates a Detected Target Object in a Narrow-Area Field of Illumination, and Illuminates the Detected Target Object in a Wide-Area Fi
Hand-Supportable Digital Imaging-Based Bar Codes Symbol Reader Employing Multi-Mode Subsystems
Hand-Supportable Imaging-Based Bar Code Symbol Reader Having a Multi-Mode Bar Code Symbol Image Processor Dynamically Reconfigurable in Response to Real-Time Image Processing Operations Carried Out on Captured Images
Hand-Supportable Imaging-Based Bar Code Symbol Reader Employing a Cmos-Type Image Sensing Array in Combination with a Band-Pass Optical Filter Subsystem, Narrow-Band Illumination Subsystem, and Automatic Light Exposure Measurement and Illumination Control Subsystem
Hand-Supportable Imaging-Based Bar Code Symbol Reader Employing Automatic Object Presence and Range Detection to Control the Generation of Near-Field and Far-Field Wide-Area Illumination During Bar Code Symbol Imaging Operations
Hand-Supportable Imaging-Based Auto-Discriminating 1D/2D Bar Code Symbol Reader Employing a Multi-Mode Image Processing Bar Code Symbol Reading Subystem Having a Plurality of Modes of Operation Which Are Dynamically Reconfigurable in Response to Real-Time Image Ana
Hand-Supportable Imaging-Based Bar Code Symbol Reader Employing a Cmos-Type Image Sensor Using Global Exposure Techniques
Hand-Supportable Multi-Mode Digital Imaging-Based Bar Code Symbol Reader Employing an Automatic Illumination and Exposure Control Subsystem That Automatically Controls the Operation of a Multi-Mode Led-Based Illumination Subsystem So That Detected Objects Are Sufficiently Illuminated and Good Quality Digital Images Thereof Are Formed and Detected
Hand-Supportable Imaging-Based Bar Code Symbol Reader Employing a Tri-Mode Led-Based Illumination Subsystem
Method of Performing Auto-Discrimination of 1D/2D Bar Code Symbologies in a Semi-Automatic Hand-Supportable Imaging-Based Bar Code Symbol Reader Having Narrow-Area and Wide-Area Image Capture Modes of Operation
Hand-Supportable Imaging-Based Bar Code Symbol Reader Employing a Multi-Mode Image-Processing Based Bar Code Reading Subsystem with Modular Image-Processing Architecture
Hand-Supportable Image-Based Bar Code Symbol Reader Employing Helically-Sweeping Feature-Extraction Analysis on a Captured Digital Image of an Object Referenced from the Center Thereof
Hand-Supportable Imaging-Based Bar Code Symbol Reader Capable of Exposing an Automatically Detected Object to a Field of Narrow-Band Led-Based Illumination Only When Substantially All Rows of Pixels in a Cmos Image Sensing Array Are in a State of Integration
Hand-Supportable Digital Imaging-Based Bar Code Symbol Reading System Automatically Processing Captured Images Along Parallel Virtual Scan Lines Based on the Maximum Pixel Height of the Region of Interest (Roi)
Digital Imaging-Based Bar Code Symbol Reader Employing an Led-Based Illumination Subsystem Driven by an Automatic Light Exposure Measurement and Illumination Control Subsystem
Hand-Suportable Imaging-Based Bar Code Symbol Reader Employing an Automatic Light Exposure Measurement and Illumination Control Subsystem for Measuring Illumination Exposure on Cmos Image Sensing Array and Controlling Led Illumination Array Driver Circuitry
Automatic Hand-Supportable Image-Based Bar Code Symbol Reader Having Image-Processing Based Bar Code Reading Subsystem Employing Simple Decode Image Processing Operations Applied in an Outwardly-Directed Manner Referenced from the Center of a Captured Narrow-Area Digital Image of an Object Bearing a 1D Bar Code Symbol
Digital Imaging-Based Bar Code Symbol Reading System Employing a Multi-Mode Illumination Subsystem with Far-Field and Near Field Led-Based Illumination Arrays
Method of and System for Determining the Lower Limit of Decoding Resolution in an Imaging-Based Bar Code Symbol Reader
Digital Imaging-Based Bar Code Symbol Reading System Employing a Multi-Mode Image-Processing Symbol Reading Subsystem
Hand-Supportable Digital Imaging-Based Bar Code Symbol Reading System Employing a Method of Intelligently Illuminating an Object So as to Generate a Digital Image Thereof Which Is Substantially Free of Noise Caused by Specular-Type Reflection
Hand-Supportable Digital Imaging-Based Bar Code Reading System Wherein, During Each Imaging Cycle, a Single Frame of Pixel Data Is Automatically Detected by a Cmos Area-Type Image Sensing Array When Substantially All Rows of Pixels Therein Are in a State of Integra
Digital Imaging-Based Bar Code Symbol Driven Portable Data Terminal System
Hand-Supportable Semi-Automatic Digital Imaging-Based Bar Code Symbol Reading System Realized Upon a Multi-Tier Modular Software Platform
Hand-Supportable Digital Image Capturing and Processing System Employing an Area-Type Image Sensing Array Exposed to Illumination from an Led-Based Illumination Array Only When All Sensor Elements in Said Image-Sensing Array Are Activated and in a State of Integrat
Portable Digital Image Capturing and Processing System Employing an Area-Type Image Sensing Array Exposed to Illumination Produced from an Led-Based Illumination Array and Measured Using a Photodector Operated Independently from Said Area-Type Image Sensing Array
Digital Image Capturing and Processing System Producing Narrow-Band Illumination When Image Sensor Elements in a State of Integration, and Simultaneously Detecting Narrow-Band Illumination Using an Area-Type Image Sensor and Independently-Operated Photo-Detector
Digital Image Capturing and Processing System Employing an Area-Type Image Sensing Array Exposed to Narrow-Band Illumination from a Narrow-Band Illumination Subsystem for a Time Duration Controlled Using a Photodetector Operated Independently from Said Area-Type
Method of Reading Code Symbols Using a Hand-Supportable Digital Image Capturing and Processing Device Employing a Micro-Computing Platform Supporting an Event-Driven Multi-Tier Modular Software Architecture
Digital-Imaging Based Code Symbol Reading System Employing a Micro-Computing Platform Supporting an Event-Driven Multi-Tier Modular Software Architecture
Digital-Imaging Code Symbol Reading System Supporting Automatic Programming of System Parameters for Automatic Configuration of Said System in Hands-on and Hands-Free Modes of Operation
Related Assignments
(5)
Other recorded transfers of the patents in this record — the chain of ownership.
Assignment of Assignor's Interest
Jun 21, 2004
From: ZHU, XIAOXUN; LIU, YONG; AU, KA MAN; HOU, RUI
To: METROLOGIC INSTRUMENTS, INC.
Reel/Frame 015486/0468 →
First Lien Ip Security Agreement
Feb 28, 2007
From: METROLOGIC INSTRUMENTS, INC.; METEOR HOLDING CORP.; OMNIPLANAR, INC.
To: MORGAN STANLEY & CO. INCORPORATED
Reel/Frame 018942/0315 →
Second Lien Ip Security Agreement
Feb 28, 2007
From: METROLOGIC INSTRUMENTS, INC.; METEOR HOLDING CORP.; OMNIPLANAR, INC.
To: MORGAN STANLEY & CO. INCORPORATED
Reel/Frame 018942/0671 →
First Lien Intellectual Property Security Agreement Release
Aug 12, 2009
From: MORGAN STANLEY & CO. INCORPORATED
To: METROLOGIC INSTRUMENTS, INC.; METEOR HOLDING CORPORATION; OMNIPLANAR, INC.
Reel/Frame 023085/0754 →
Second Lien Intellectual Property Security Agreement Release
Aug 12, 2009
From: MORGAN STANLEY & CO. INCORPORATED
To: METROLOGIC INSTRUMENTS, INC.; METEOR HOLDING CORPORATION; OMNIPLANAR, INC.
Reel/Frame 023085/0809 →