Patent Assignment
Reel/Frame 020779/0845
Assignment of Assignor's Interest
Recorded: 2008-03-25
Pages: 20
Assignors
KNOWLES C., HARRY
Executed: 2007-10-01
ZHU, XIAOXUN
Executed: 2007-10-01
GOOD, TIMOTHY
Executed: 2007-10-01
XIAN, TAO
Executed: 2007-10-01
KOTLARSKY, ANATOLY
Executed: 2007-10-01
VEKSLAND, MICHAEL
Executed: 2007-10-01
HERNANDEZ, MARK
Executed: 2007-10-01
GARDNER, JOHN
Executed: 2007-10-01
ESSINGER, STEVEN
Executed: 2007-10-01
GIORDANO, PATRICK
Executed: 2007-10-01
KEARNEY, SEAN
Executed: 2007-10-01
SCHMIDT, MARK
Executed: 2007-10-01
FURLONG, JOHN
Executed: 2007-10-01
CIARLANTE, NICHOLAS
Executed: 2007-10-01
LIU, YONG
Executed: 2007-10-01
REN, JIE
Executed: 2007-10-01
TAO, XI
Executed: 2007-10-01
LIU, JIBIN
Executed: 2007-10-01
ZHUO, MING
Executed: 2007-10-01
ELLIS, DUANE
Executed: 2007-10-01
Assignee
METROLOGIC INSTRUMENTS, INC.
90 COLES RAOD, BLACKWOOD, NEW JERSEY, 08012
Covered Properties
(20)
Method of Reading Bar Code Symbols on Objects at a Point-of-Sale Station by Passing Said Objects Through a Complex of Stationary Coplanar Illumination and Imaging Planes Projected into a 3D Imaging Volume
Methods and Systems for Determining Optical Propertis Using Low Coherence Interference Signals
Application:
11/950,329 →
Publication:
US 2008/0278730
Method of Illuminating Objects During Digital Image Capture Operations by Mixing Visible and Invisible Spectral Illumination Energy at Point of Sale (Pos) Environments
Digital Image Capturing and Processing System Employing Automatic Object Detection and Spectral-Mixing Based Illumination Techniques
Method of Illuminating Objects at a Point of Sale (Pos) Station by Adaptively Controlling the Spectral Composition of the Wide-Area Illumination Beam Produced from an Illumination Subsystem Within an Automatic Digital Image Capture and Processing System
Pos-Based Digital Image Capturing and Processing System Employing Automatic Object Motion Detection and Spectral-Mixing Based Illumination Techniques
Coplanar Laser Illumination and Imaging Subsystem Employing Spectral-Mixing and Despeckling of Laser Illumination
Pos-Based Digital Image Capturing and Processing System Using Automatic Object Detection, Spectral-Mixing Based Illumination and Linear Imaging Techniques
Pos-Based Digital Image Capturing and Processing System Using Automatic Object Detection, Spectral-Mixing Based Illumination and Linear Imaging Techniques
Pos-Based Digital Image Capturing and Processing System Using Automatic Object Detection, Spectral-Mixing Based Illumination and Linear Imaging Techniques
Digital Illumination and Imaging Subsystem Employing Despeckling Mechanism Employing High-Frequency Modulation of Laser Diode Drive Current and Optical Beam Multiplexing Techniques
Method of Driving a Plurality of Visible and Invisible Leds So as to Produce an Illumination Beam Having a Dynamically Managed Ratio Fo Visible to Invisible (Ir) Spectral Energy/Power During Object Illumination and Imaging Operations
Device for Optically Multiplexing a Laser Beam
Digital Image Capturing and Processing System for Automatically Recognizing Objects in a Pos Environment
Digital Image Capturing and Processing System for Automatically Recognizing Graphical Intelligence Graphically Represented in Digital Images of Objects
Planar Laser Illumination Module (Plim) Employing High-Frequency Modulation (Hfm) of the Laser Drive Currents and Optical Multplexing of the Output Laser Beams
Laser Illumination Beam Generation System Employing Despeckling of the Laser Beam Using High-Frequency Modulation of the Laser Diode Current and Optical Multiplexing of the Component Laser Beams
Laser Beam Generation System Employing a Laser Diode and High-Frequency Modulation Circuitry Mounted on a Flexible Circuit
Device for Producing a Laser Beam of Reduced Coherency Using High-Frequency Modulation of the Laser Diode Current and Optical Multiplexing of the Output Laser Beam
Laser Beam Despeckling Devices