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Digital Image Acquisition System Capable of Compensating for Changes in Relative Object Velocity

Method of and Apparatus for Shipping, Tracking and Delivering a Shipment of Packages Employing the Capture of Shipping Document Images and Recognition-Processing Thereof Initiated from the Point of Shipment Pickup and Completed While the Shipment Is Being Transported to Its First Scanning Point to Facilitate Early Customs Clearance Processing and Shorten the Delivery Time of Packages to Point of Destination

Method for Waking Up in-Counter Fixed Scanners

Automatic Digital-Imaging Based Bar Code Symbol Reading System Supporting a Pass-Through Mode of System Operation Using Automatic Object Direction Detection and Illumination Control, and Video Image Capture and Processing Techniques

Automatic Digital-Imaging Based Bar Code Symbol Reading System Supporting Pass-Through and Presentation Modes of System Operation Using Automatic Object Direction Detection and Illumination Control, and Video Image Capture and Processing Techniques

Automatic Digital-Imaging Based Code Symbol Reading System Supporting Pass-Through and Presentation Modes of System Operation Using Automatic Object Direction Detection, Narrow-Area and Wide-Area Illumination Control, and Narrow-Area and Wide-Area Video Image Captu

Digital Image Capture and Processing System Employing Real-Time Analysis of Image Exposure Quality and the Reconfiguration of System Control Parameters Based on the Results of Such Exposure Quality Analysis

Method of Dynamically Controlling Illumination and Image Capturing Operations in a Digital Image Capture and Processing System

Digital Image Capture and Processing System Employing a Multi-Mode Illumination Subsystem Adaptable to Ambient Illumination Levels

Method of Dynamically Managing System Control Parameters in a Digital Image Capture and Processing System

Digital-Imaging Based Code Symbol Reading System Employing a Plurality of Coplanar Illumination and Imaging Subsystems, Global Object Motion Detection Subsystem for Automatically Detecting Objects Within Its 3D Imaging Volume, and Global Control Subsystem for Managing the State of Operation of Said Coplanar Illumination and Imaging Subsystems-

Digital Image Capturing and Processing System Employing Coplanar Illumination and Imaging Stations Which Generate Coplanar Illumination and Imaging Planes Only When and Where an Object Is Being Moved Within the 3D Imaging Volume

Digital Image Capturing and Processing System Employing a Plurality of Coplanar Illuminating and Imaging Stations Projecting a Complex of Coplanar Illumination and Imaging Planes into a 3D Imaging Volume So as to Support Pass-Through and Presentation Modes of Digital Imaging at a Point of Sale (Pos) Environment

Digital Image Capturing and Processing System Employing a Plurality of Coplanar Illuminating and Imaging Stations Projecting a Plurality of Coplanar Illumination and Imaging Planes into a 3D Imaging Volume, and Controlling Operations Therewithin Using Control Data

Omni-Directional Digital Image Capturing and Processing System Comprising Coplanar Illumination and Imaging Stations Automatically Detecting Object Motion and Velocity and Adjusting Exposure and/or Illumination Control Parameters Therewithin

Digital-Imaging Based Code Symbol Reading System Employing a Plurality of Coplanar Illumination and Imaging Subsystems, Each Having a Local Object Motion Detection Subsystem for Automatic Detecting Objects Within the 3D Imaging Volume, and a Local Control Subsystem

Digital Image Capturing and Processing System for Producing and Projecting a Complex of Coplanar Illumination and Imaging Planes into a 3D Imaging Volume and Controlling Illumination Control Parameters in Said System Using the Detected Motion and Velocity of Object

Digital Image Capturing and Processing System Employing a Plurality of Coplanar Illumination and Imaging Subsystems for Digitally Imaging Objects in a 3D Imaging Volume, and a Globally-Deployed Object Motion Detection Subsystem for Automatically Detecting and Analy

Digital Image Capturing and Processing System Having a Plurality of Coplanar Illumination and Imaging Subsystems, Each Employing a Dual-Type Coplanar Linear Illumination and Imaging Engine That Supports Image-Processing Based Object Motion and Velocity Detection, A

Omni-Directional Digital Image Capturing and Processing System Employing Coplanar Illumination and Imaging Planes and Area-Type Illumination and Imaging Zones with the Horizontal and Vertical Sections of the System Housing

Omni-Directional Digital Image Capturing and Processing System Employing Coplanar Illumination and Imaging Stations in Horizontal and Vertical Housing Sections of the System

Intelligent System for Automatically Recognizing Objects at a Point of Sale (Pos) Station by Omni-Directional Imaging of the Objects Using a Complex of Coplanar Illumination and Imaging Subsystems

Method of and Apparatus for Identifying Consumer Products in a Retail Environment When Bar Code Symbols on the Products Are Not Readable or Have Been Removed from Packaging

Method for Intelligently Controlling the Illumination and Imagine of Objects as They Are Moved Through the 3D Imaging Volume of a Digital Image Capturing and Processing System

Method of and System for Returning a Consumer Product in a Retail Environment So as to Prevent or Reduce Employee Theft, as Well as Provide Greater Accountability for Returned Merchandise in Retail Store Environments

Digital Image Capturing and Processing System Employing Imaging Window Protection Plate Having an Aperture Pattern and Being Disposed Over Said Imaging Window and Beneath Which Resides a Plurality of Coplanar Illumination and Imaging Stations

Automatic Omnidirectional Bar Code Symbol Reading System Employing Linear-Type and Area-Type Bar Code Symbol Reading Stations Within the System Housing