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DATA ACQUISITION AND RETRIEVAL SYSTEM WITH WIRELESS HANDHELD USER INTERFACE

COMMUNICATION PROTOCOL FOR USE WITH A DATA ACQUISTITION AND RETRIEVAL SYSTEM WITH HANDHELD USER INTERFACE

LASER SCANNING SYSTEM EMPLOYING LIGHT COLLECTION SURFACES HAVING OPTICAL AXES DISPOSED OFF THE BRAGG ANGLE OF THE HOLOGRAPHIC OPTICAL ELEMENTS OF THE HOLOGRAPHIC SCANNING DISC THEREOF

BODY-WEARABLE AUTOMATIC LASER SCANNER

SYSTEM AND METHOD FOR COMPOSING SETS OF URL-ENCODED BAR CODE SYMBOLS WHILE USING AN INTERNET BROWSER

HOLOGRAPHIC LASER SCANNING METHOD AND SYSTEM EMPLOYING VISIBLE SCANNING-ZONE INDICATORS IDENTIFYING A THREE-DIMENSIONAL OMNI-DIRECTIONAL LASER SCANNING VOLUME FOR PACKAGE TRANSPORT NAVIGATION

METHOD OF AND SYSTEM FOR PRODUCING IMAGES OF OBJECTS USING PLANAR LASER ILLUMINATION BEAMS AND IMAGE DETECTION ARRAYS

AUTOMATIC OPTICAL SCANNER WITH IMPROVED ACTIVATION CONTROLLING MECHANISM

ILLUMINATION APPARATUS WITH POLARIZING ELEMENTS FOR BEAM SHAPING

DISPERSED HARTMANN SENSOR AND METHOD FOR MIRROR SEGMENT ALIGNMENT AND PHASING

Method and apparatus for programming functional system parameters in optical bar code scanners

METHOD OF AND SYSTEM FOR PRODUCING IMAGES OF OBJECTS USING PLANAR LASER ILLUMINATION BEAMS AND IMAGE DETECTION ARRAYS

METHOD OF SPECKLE-NOISE PATTERN REDUCTION AND APPARATUS THEREFOR BASED ON REDUCING THE SPATIAL-COHERENCE OF THE PLANAR LASER ILLUMINATION BEAM BEFORE THE BEAM ILLUMINATES THE TARGET OBJECT BY APPLYING SPATIAL PHASE SHIFTING TECHNIQUES DURING THE TRANSMISSION OF THE

SYSTEM FOR READING BAR CODE SYMBOLS USING PORTABLE BAR CODE SYMBOL READERS HAVING ONE-WAY RF SIGNAL TRANSMISSION LINKS WITH BASE STATIONS

OPTICAL SCANNER WITH CONTROLLER SUBSYSTEM

DIFFRACTIVE-BASED LASER SCANNING SYSTEM EMPLOYING MICROCONTROLLER PROGRAMMED FOR MODE-SWITCHING CORRECTION IN RESPONSE TO BINARY MODE SWITCHING SIGNAL GENERATION

BAR-CODE-DRIVEN DATA ACQUISITION AND MANAGEMENT SYSTEM

Portable wireless data terminal having an event-driven touch-screen enabled graphical user interface and operably coupled to a computer and database via a wireless communication channel

MULTI-TIERED COMPUTING SYSTEM HAVING AT LEAST ONE PORTABLE COMPUTER WITH A TOUCH SENSITIVE DISPLAY DEVICE AND GRAPHICAL USER INTERFACE FOR TOUCH INPUT IN COMMUNICATION WITH AN INPUT COMPUTER COUPLED TO A DATABASE

EVENT-DRIVEN GRAPHICAL USER INTERFACE FOR USE IN A TOUCH-SCREEN ENABLED HANDHELD PORTABLE DATA TERMINAL

Handheld portable data terminal having an integrated code reader for data entry and an event-driven touch-screen enabled graphical user interface

BAR CODE DRIVEN DATA COMMUNICATION NETWORK

MULTI-TIER DATA ACQUISITION AND MANAGEMENT SYSTEM COMPRISING AT LEAST ONE TOUCH-SCREEN ENABLED PORTABLE COMPUTING DEVICE OPERABLY COUPLED TO COMPUTERS VIA WIRELESS COMMUNICATION FOR ACCESSING DATA RECORDS STORED IN LOCAL DATABASES COUPLED TO THE COMPUTERS

BAR CODE SCANNING SYSTEM WITH WIRELESS COMMUNICATION LINKS

COMPACT BIOPTICAL LASER SCANNING SYSTEM

AUTOMATIC OPTICAL PROJECTION SCANNER FOR OMNI-DIRECTIONAL READING OF BAR CODE SYMBOLS WITHIN A CONFINED SCANNING VOLUME

AUTOMATICALLY-ACTIVATED HAND-SUPPORTABLE LASER SCANNING BAR CODE SYMBOL READING SYSTEM WITH DATA TRANSMISSION ACTIVATION SWITCH

MODULAR ADAPTIVE OPTICAL SUBSYSTEM FOR INTEGRATION WITH A FUNDUS CAMERA BODY AND CCD CAMERA UNIT AND IMPROVED FUNDUS CAMERA EMPLOYING SAME

OPHTHALMIC IMAGING INSTRUMENT THAT MEASURES PHASE ABERRATIONS IN REFLECTIONS DERIVED FROM LIGHT PRODUCED BY AN IMAGING LIGHT SOURCE

OPHTHALMIC INSTRUMENT HAVING AN INTEGRAL WAVEFRONT SENSOR AND DISPLAY DEVICE FOR DISPLAYING A GRAPHICAL REPRESENTATION OF ABERRATIONS OF THE HUMAN EYE MEASURED BY THE WAVEFRONT SENSOR

METHOD OF TREATING THE HUMAN EYE WITH A WAVEFRONT SENSOR-BASED OPHTHALMIC INSTRUMENT

METHOD OF AND SYSTEM FOR PRODUCING DIGITAL IMAGES OF OBJECTS WITH SUBTANTIALLY REDUCED SPECKLE-NOISE PATTERNS BY ILLUMINATING SAID OBJECTS WITH SPATIALLY AND/OR TEMPORALLY COHERENT-REDUCED PLANAR LASER ILLUMINATION

ELECTRONICALLY-CONTROLLED MECHANICALLY-DAMPED OFF-RESONANT LIGHT BEAM SCANNING MECHANISM AND CODE SYMBOL READERS EMPLOYING THE SAME

COMBINATION HAND-HELD AND COUNTER-TOP OMNIDIRECTIONAL SCANNER

OPTICAL SCANNER ADAPTED FOR INTERFACING TO A DATA COMMUNICATIONS NETWORK

METHOD AND APPARATUS FOR WAVEFRONT MEASURMENT THAT RESOLVES THE 2-II AMBIGUITY IN SUCH MEASUREMENT AND ADAPTIVE OPTICS SYSTEMS UTILIZING SAME

DOE-BASED SYSTEMS AND DEVICES FOR PRODUCING LASER BEAMS HAVING MODIFIED BEAM CHARACTERISTICS

AUTOMATICALLY-ACTIVATED HAND -SUPPORTABLE OMNI-DIRECTIONAL LASER SCANNING BAR CODE SYMBOL READING SYSTEM WITH DATA TRANSMISSION ACTIVATION SWITCH

OMNI-DIRECTIONAL TUNNEL-TYPE LASER SCANNING SYSTEM FOR SCANNING BAR CODE SYMBOLS ON OBJECT SURFACES FACING ANY DIRECTION WITHIN A THREE-DIMENSIONAL SCANNING VOLUME DISPOSED ABOVE A CONVEYOR BELT

OPHTHALMIC INSTRUMENT HAVING HARTMANN WAVEFRONT SENSOR DERIVING LOCATION OF SPOTS WITH SPOT FITTING TECHNIQUES

OPTHALMIC INSTRUMENT HAVING WAVEFRONT SENSOR WITH MULTIPLE IMAGING DEVICES THAT SIMULTANEOUSLY CAPTURE MULTIPLE IMAGES OF AN ARRAY OF SPOTS PRODUCED BY A LENSLET ARRAY

OPTHALMIC INSTRUMENT EMPLOYING ADAPTIVE OPTIC SUBSYSTEM WITH MULTI-STAGE PHASE COMPENSATOR FOR CORRECTING ESTIMATED ABERRATIONS IN A PATIENT'S EYES AND A FIXATION TARGET PROVIDING A VIEW OF CORRECTION OF THE ESTIMATED ABERRATIONS

OPHTHALMIC INSTRUMENT HAVING HARTMANN WAVEFRONT SENSOR WITH EXTENDED SOURCE

OPHTHALMIC INSTRUMENT WITH ADAPTIVE OPTIC SUBSYSTEM THAT MEASURES ABERRATIONS (INCLUDING HIGHER ORDER ABERRATIONS) OF A HUMAN EYE AND THAT PROVIDES A VIEW OF COMPENSATION OF SUCH ABERRATIONS TO THE HUMAN EYE

PLANAR LASER ILLUMINATION AND IMAGING (PLIIM) SYSTEM EMPLOYING WAVEFRONT CONTROL METHODS FOR REDUCING THE POWER OF SPECKLE-PATTERN NOISE DIGITAL IMAGES ACQUIRED BY SAID SYSTEM

BAR CODE SYMBOL READING DEVICE HAVING INTELLIGENT DATA COMMUNICATION INTERFACE TO A HOST SYSTEM

DOE-BASED SYSTEMS AND DEVICES FOR PRODUCING LASER BEAMS HAVING MODIFIED BEAM CHARACTERISTICS

METHOD AND APPARATUS FOR PROGRAMMING FUNCTIONAL SYSTEM PARAMETERS IN OPTICAL BAR CODE SCANNERS

METHOD OF SPECKLE-NOISE PATTERN REDUCTION AND APPARATUS THEREFOR BASED ON REDUCING THE TEMPORAL-COHERENCE OF THE PLANAR LASER ILLUMINATION BEAM BEFORE IT ILLUMINATES THE TARGET OBJECT BY APPLYING TEMPORAL PHASE MODULATION TECHNIQUES DURNING THE TRANSMISSION OF THE PLIB TOWARDS THE TARGET

WEB BASED MOBILE INFORMATION ACCESS TERMINAL

BAR CODE SYMBOL READING SYSTEM EMPLOYING ELECTRONICALLY-CONTROLLED RASTER-TYPE LASER SCANNER FOR READING BAR CODE SYMBOLS DURING HANDS-ON AND HANDS-FREE MODES OF OPERATION

INTERNET-BASED REMOTE MONITORING, CONFIGURATION AND SERVICE (RMCS) SYSTEM CAPABLE OF MONITORING, CONFIGURING AND SERVICING A PLANAR LASER ILLUMINATION AND IMAGING (PLIIM) BASED NETWORK

UNITARY PACKAGE IDENTIFICATION AND DIMENSIONING SYSTEM EMPLOYING LADAR-BASED SCANNING METHODS

AUTOMATICALLY-ACTIVATED HAND-SUPPORTABLE LASER SCANNING BAR CODE SYMBOL READING SYSTEM WITH OMNIDIRECTIONAL AND UNIDIRECTIONAL SCANNING MODES IN ADDITION TO A DATA TRANSMISSION ACTIVATION SWITCH

MULTI-CHANNEL SCANNING SYSTEM WITH COMMON DECODER

AUTOMATED METHOD OF AND SYSTEM FOR DIMENSIONING OBJECTS OVER A CONVEYOR BELT STRUCTURE BY APPLYING CONTOURING TRACING, VERTICE DETECTION, CORNER POINT DETECTION, AND CORNER POINT REDUCTION METHODS TO TWO-DIMENSIONAL RANGE DATA MAPS OF THE SPACE ABOVE THE CONVEYOR B

Counter-top scanner with bump protection mechanism and scan angle adjustment mechanism

Bioptical laser scanning system providing 360 degree of omnidirectional bar code symbol scanning coverage at point of sale station

MULTIPATH SCAN DATA SIGNAL PROCESSOR HAVING MULTIPLE SIGNAL PROCESSING PATHS WITH DIFFERENT OPERATIONAL CHARACTERISTICS TO ENABLE PROCESSING OF SIGNALS HAVING INCREASED DYNAMIC RANGE

Point of sale (POS) station having bar code reading system with integrated internet-enabled customer-kiosk terminal

METHOD OF EXTENDING THE WORKING DISTANCE OF A PLANAR LASER ILLUMINATION AND IMAGING SYSTEM WITHOUT INCREASING THE OUTPUT POWER OF THE VISIBLE LASER DIODE (VLD) SOURCES EMPLOYED THEREIN

PLANAR LASER ILLUMINATION AND IMAGING (PLIIM) SYSTEMS

PLANAR LASER ILLUMINATION MODULES (PLIMS) EMPLOYED IN A PLANAR LASER ILLUMINATION AND IMAGING (PLIIM) SYSTEM

PLANAR LASER ILLUMINATION AND IMAGING (PLIIM) SYSTEMS EMPLOYING LASER-DIODE BASED PLANAR LASER ILLUMINATION ARRAYS AND LINEAR ELECTRONIC IMAGE DETECTION ARRAYS

LED-BASED PLANAR LIGHT ILLUMINATION BEAM GENERATION MODULE EMPLOYING A FOCAL LENS FOR REDUCING THE IMAGE SIZE OF THE LIGHT EMMITING SURFACE OF THE LED PRIOR TO BEAM COLLIMATION AND PLANARIZATION

PLANAR LED-BASED ILLUMINATION ARRAY (PLIA) CHIPS

PLANAR LASER ILLUMINATION AND IMAGING (PLIIM) SYSTEM EMPLOYING AN AREA-TYPE IMAGE DETECTION ARRAY

PLANAR LASER ILLUMINATION AND IMAGING MODULE (PLIM) BASED SEMICONDUCTOR CHIPS

METHOD OF AND SYSTEM FOR PRODUCING HIGH-RESOLUTION 3-D IMAGES OF 3-D OBJECT SURFACES HAVING ARBITRARY SURFACE GEOMETRY

BIOPTICAL PRODUCT AND PRODUCE IDENTIFICATION SYSTEMS EMPLOYING PLANAR LASER ILLUMINATION AND IMAGING (PLIM) BASED SUBSYSTEMS

AUTOMATIC HAND-SUPPORTABLE LASER SCANNER AND METHOD OF READING BAR CODE SYMBOLS USING SAME

BAR CODE READER FOR AUTOMATICALLY DETECTING THE PRESENCE OF A BAR CODE USING LASER FLICKER

AUTOMATED SYSTEM AND METHOD FOR IDENTIFYING AND MEASURING PACKAGES TRANSPORTED THROUGH AN OMNIDIRECTIONAL LASER SCANNING TUNNEL

AUTOMATED SYSTEM AND METHOD FOR IDENTIFYING AND MEASURING PACKAGES TRANSPORTED THROUGH A LASER SCANNING TUNNEL

Communication protocol for use with a data acquisition and retrieval system with handheld user interface

PLANAR LASER ILLUMINATION AND IMAGING (PLIIM) BASED CAMERA SYSTEM FOR PRODUCING HIGH-RESOLUTION 3-D IMAGES OF MOVING 3-D OBJECTS

PROGRAMMABLE DATA ELEMENT QUEUING, HANDLING, PROCESSING AND LINKING DEVICE INTEGRATED INTO AN OBJECT IDENTIFICATION AND ATTRIBUTE ACQUISITION SYSTEM

OBJECT IDENTIFICATION AND ATTRIBUTE INFORMATION ACQUISITION AND LINKING COMPUTER SYSTEM

METHOD OF AND APPARATUS FOR AUTOMATICALLY CROPPING CAPTURED LINEAR IMAGES OF A MOVING OBJECT PRIOR TO IMAGE PROCESSING USING REGION OF INTEREST (ROI) COORDINATE SPECIFICATIONS CAPTURED BY AN OBJECT PROFILING SUBSYSTEM

TUNNEL-BASED METHOD OF AND SYSTEM FOR IDENTIFYING TRANSPORTED PACKAGES EMPLOYING THE TRANSMISSION OF PACKAGE DIMENSION DATA OVER A DATA COMMUNICATIONS NETWORK AND THE TRANSFORMATION OF PACKAGE DIMENSION DATA AT LINEAR IMAGING SUBSYSTEMS IN SAID TUNNEL-BASED SYSTEM

Hand-held compact ergonomic laser scanner with integrated scanner activation or data transmission switch in scanner housing

HAND-SUPPORTABLE PLANAR LASER ILLUMINATION AND IMAGING (PLIIM) DEVICE EMPLOYING A PAIR OF LINEAR LASER DIODE ARRAYS MOUNTED ABOUT A LINEAR IMAGE DETECTION ARRAY, FOR ILLUMINATING AN OBJECT TO BE IMAGED WITH A PLURALITY OF OPTICALLY-COMBINED SPATIALLY-INCOHERENT PLANAR LASER ILLUMINATION BEAMS (PLIBS) AND REDUCING THE SPECKLE-PATTERN NOISE POWER IN DETECTED LINEAR IMAGES BY TEMORALLY-AVERAGING DETECTED SPECKLE-NOISE PATTERNS DURING THE PHOTO-INTEGRATION TIME PERIOD OF SAID LINEAR IMAGE DETECTION

PLANAR LASER ILLUMINATION AND IMAGING (PLIIM) DEVICE EMPLOYING A LINEAR IMAGE DETECTION ARRAY HAVING VERTICALLY-ELONGATED IMAGE DETECTION ELEMENTS, WHEREIN THE HEIGHT OF THE VERTICALLY-ELONGATED IMAGE DETECTION ELEMENTS AND THE F/# PARAMETER OF THE IMAGE FORMATION

PORTABLE HAND-SUPPORTABLE DATA TERMINAL WITH AUTOMATICALLY-ACTIVATED LASER SCANNING BAR CODE SYMBOL READER INTREGRATED THEREIN

PORTABLE HAND-SUPPORTABLE DATA TERMINAL WITH AUTOMATICALLY-ACTIVATED LASER SCANNING BAR CODE SYMBOL READER INTEGRATED THEREIN

HAND-SUPPORTABLE PLANAR LASER ILLUMINATION AND IMAGING (PLIIM) DEVICE EMPLOYING A PAIR OF LINEAR LASER DIODE ARRAYS MOUNTED ABOUT AN AREA IMAGE DETECTION ARRAY, FOR ILLUMINATING AN OBJECT TO BE IMAGED WITH A PLURALITY OF OPTICALLY-COMBINED SPATIALLY-INCOHERENT PLAN

Point of sale (POS) station having a bar code driven cash register system with an integrated internet-enabled customer kiosk terminal

Point of sale (POS) based bar code reading system with integrated internet-enabled customer-kiosk terminal

MOBILE BAR CODE DRIVEN INFORMATUON ACCESS TERMINAL FOR REMOTELY ACCESSING PACKAGE DELIVERY INSTRUCTIONS FROM AN INTERNET INFORMATION SERVER

PLANAR LIGHT ILLUMINATION AND IMAGING (PLIIM) BASED SYSTEM HAVING A LINEAR IMAGE DETECTION CHIP MOUNTING ASSEMBLY WITH MEANS FOR PREVENTING MISALIGNMENT BETWEEN THE FIELD OF VIEW (FOV) OF SAID LINEAR IMAGE DETECTION CHIP AND THE CO-PLANAR LASER ILLUMINATION BEAM (PLIB) PRODUCED BY SAID PLIIM BASED SYSTEM, IN RESPONSE TO THERMAL EXPANSION AND/OR CONTRACTION WITHIN SAID PLIIM BASED SYSTEM

METHOD OF AND SYSTEM FOR AUTOMATICALLY PRODUCING DIGITAL IMAGES OF MOVING OBJECTS, WITH PIXELS HAVING A SUBSTANTIALLY UNIFORM WHITE LEVEL INDEPENDENT OF THE VELOCITIES OF THE MOVING OBJECTS

PLANAR LASER ILLUMINATION AND IMAGING (PLIIM) BASED CAMERA SYSTEM FOR AUTOMATICALLY PRODUCING DIGITAL LINEAR IMAGES OF A MOVING OBJECT, CONTAINING PIXELS HAVING A SUBSTANTIALLY SQUARE ASPECT-RATIO INDEPENDENT OF THE MEASURED RANGE AND/OR VELOCITY OF SAID MOVING OB

INTERNET-BASED METHOD OF AND SYSTEM FOR REMOTELY MONITORING, CONFIGURING AND SERVICING PLANAR LASER ILLUMINATION AND IMAGING (PLIIM) BASED NETWORKS WITH NODES FOR SUPPORTING OBJECT IDENTIFICATION ANS ATTRIBUTE INFORMATION ACQUISITION FUNCTIONS

GENERALIZED METHOD OF SPECKLE-NOISE PATTERN REDUCTION AND PARTICULAR FORMS OF APPARATUS THEREFOR BASED ON REDUCING THE SPATIAL-COHERENCE OF THE PLANAR LASER ILLUMINATION BEAM AFTER IT ILLUMINATES THE TARGET BY APPLYING SPATIAL INTENSITY MODULATION TECHNIQUES DURING

METHOD OF SPECKLE-NOISE PATTERN REDUCTION AND APPARATUS THEREFOR BASED ON REDUCING THE TEMPORAL COHERENCE OF THE PLANAR LASER ILLUMINATION BEAM BEFORE IT ILLUMINATES THE TARGET OBJECT BY APPLYING TEMPORAL INTENSITY MODULATION TECHNIQUES DURING THE TRANSMISSION OF THE PLIB TOWARDS THE TARGET

METHOD OF AND APPARATUS FOR AUTOMATICALLY COMPENSATING FOR VIEWING-ANGLE DISTORTION IN DIGITAL LINEAR IMAGES OF OBJECT SURFACES MOVING PAST A PLANAR LASER ILLUMINATION AND IMAGING (PLIIM) BASED CAMERA SYSTEM AT SKEWED VIEWING ANGLES

METHOD OF SPECKLE-NOISE PATTERN REDUCTION AND APPARATUS THEREFOR BASED ON REDUCING THE TEMPORAL-COHERENCE OF THE PLANAR LASER ILLUMINATION BEAM (PLIB) AFTER IT ILLUMINATES THE TARGET BY APPLYING TEMPORAL INTENSITY MODULATION TECHNIQUES DURING THE DETECTION OF THE R

METHOD OF SPECKLE-NOISE PATTERN REDUCTION AND APPARATUS THEREFOR BASED ON REDUCING THE SPATIAL-COHERENCE OF THE PLANAR LASER ILLUMINATION BEAM BEFORE IT ILLUMINATES THE TARGET OBJECT BY APPLYING SPATIAL PHASE MODULATION TECHNIQUES DURING THE TRANSMISSION OF THE PLI

METHOD OF SPECKLE-NOISE PATTERN REDUCTION AND APPARATUS THEREFOR BASED ON REDUCING THE TEMPORAL-COHERENCE OF THE PLANAR LASER ILLUMINATION BEAM BEFORE IT ILLUMINATES THE TARGET OBJECT BY APPLYING TEMPORAL PHASE MODULATION TECHNIQUES DURING THE TRANSMISSION OF THE PLIB TOWARDS THE TARGET

AUTOMATIC OPTICAL PROJECTION SCANNER WITH IMPROVED ACTIVATION CONTROLLING MECHANISM

Correspondence name and address

PHILADELPHIA, PA 19103

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