Symbol Technologies, LLC

Ericsson Gmbh

Cree Gmbh

Ideal Industries Lighting LLC

John Barile

Edward D Barkan

Steven M Chew

Paul Dvorkis

Robert A Doran

Howard M Shepard

Joseph D Giordano

Yuri Gofman

Paul R Poloniewicz

Anthony D Biuso

James R Giebel

Patrick J Wallace

Kevin Cordes

Sundeep Kumar

Harold Charych

Henry Grosfeld

Mitch Maiman

Stephen M Osterweil

Avi Korenshtein

Ophir Chernin

Robert Sanders

Matthew Brian Deese

Hal Charych

Joel Kahn

Jean N Tu

Timothy Kehoe

Paul Severino

Daniela Stratienco

David Harder

James Geibel

Chang-Hong Chen

Robert Grabowski

Jerome Swartz

Yajun Li

Simon Bard

Keith Bryan

Anthony Fama

Joseph Norman Morris

Carlos E Vidales

Michael Fusco

Brian David Miller

Gerald C Davis

Laura Wilson

Joeseph Giordano

Avi c/o Symbol Technologies Inc Korenshtein

Ophir c/o Symbol Technologies Inc Chernin

Robert c/o Symbol Technologies Inc Doran

A lighting fixture includes a solid-state light source, communications circuitry, a memory, and processing circuitry. The memory stores common security credentials, wherein the common security credentials are pre-installed during a factory calibration process. The processing circuitry is coupled to the solid-state light source, the communications circuitry, and the memory. The processing circuitry is configured to cause the solid-state light source to provide a desired light output. Further, the processing circuitry is configured to join a common network using the common security credentials, wherein only devices with the common security credentials are permitted to join the network.

Lighting fixture with enhanced security

A lighting fixture includes a solid-state light source, a fixture common bus, a driver module, and a control module. The fixture common bus is configured to receive at least one functional module and provide an input signal from the at least one functional module to one or more other modules. The driver module is coupled to the fixture common bus and the solid-state light source, and is configured to receive a power supply signal and provide a drive signal to the solid-state light source based on a driver control signal. The control module is coupled to the fixture common bus and configured to provide the driver control signal via the fixture common bus based on the input signal from the at least one functional module.

Modular lighting fixture

A bar code reader has an integrated scanning component module which is mountable on a printed circuit board. In one embodiment, the module may include the digitizer/decoder electronics, enabling the module to be used with a generic PCB. In some embodiments, the module includes a high speed optical scanning arrangement having an optical element which extends longitudinally of a flexible member, secured at one end. In other embodiments, the invention extends to a hand-held optical scanner having a scanning assembly, detector and data transmission coupling all mounted to a common printed circuit board, preferably located within a manually-graspable handle. In yet a further embodiment, an abuse-detector or accelerometer is provided for determining when the device is exposed to deceleration above a predetermined limit, and optionally for automatically shutting down applications programs and for providing a black-box-record of a short time frame before the device was exposed to an unexpected shock. Preferably, the reader is shock protected by a thermo-plastic elastomer housing section. An outgoing light beam is directed at a non-orthogonal angle relative to the PCB.

Bar code reader with an integrated scanning component module mountable on printed circuit board

A scanner determines whether a target is a bar code symbol and, if so, whether that symbol is one-dimensional or two-dimensional. For two-dimensional symbols, the scanner aligns a scanning pattern with the symbol and expands the scanning pattern to reach only to the top and bottom edges of the symbol, not beyond. The scanner also has a microprocessor-control scanning engine that uses a coil to drive a scanning element and pick up feed back signals from the scanning element. A pulse-width-modulated regulator also provides fast and efficient operation for driving the coil. The scanning engine can also be designed to generate a pattern that precesses across the target, and a powerful interface to the scanning engine allows decoding and control logic to work efficiently with and independently of the scan engine.

Laser scanner for controlling the optical scanning of bar codes

Various optical components of an electro-optical system for reading coded indicia are mounted on a chassis snap-mounted in a housing. The optical components are supported by the chassis at an elevation relative to a printed circuit board snap-mounted to the chassis. The optical components are automatically adjusted in a test fixture.

Scanner with shock-absorbing canopy overmolded with linear of housing

A socket assembly for releasably mating with an electrical connector plug utilizes a plurality of fixed leads, and optionally a moveable retainer frame. The fixed leads are in direct electrical communication with an electrical circuit, such as the modem portion of a computing device. At least a portion of each lead remains anchored in a position fixed relative to the electrical circuit and are directly connected to the circuit traces of the electrical circuit. The optional retainer frame is preferably movable between a storage position and a ready position. In the ready position, the retainer frame is adapted to receive and retain the connector plug in a mated position such that the contacts of the connector plug are brought into contact with the fixed leads. In other embodiments, the housing of the electrical circuit includes a socket cavity which is adapted to receive the connector plug. When the connector plug is moved into the mated position by pushing the bottom of the connector plug into the socket cavity, the contacts of the connector plug are brought into contact with the fixed leads.

Compact connector socket assembly with fixed leads

A user input is communicated to an application resident on a data processing system according to a code set which is adaptively selected in response to the application, the selected code set mapping to a respective set of corresponding user inputs, the selected code set optimizing a performance parameter for communicating between a user input device and the application. The selected code set may be selected from a stored plurality of code sets. Preferably, the selected code set minimizes energy expended in communicating codes from the user input device to the data processing system. According to one aspect, the application may first be identified, and then the selected code set may be selected according to the identified application. According to another aspect, a plurality of user inputs to the application may be accepted at the user input device and recorded, and the selected code set may be selected based on the recorded plurality of user inputs.

Systems and methods for communicating between a user input device and an

An interface between a two-dimensional bar code scanner and a host digital decoder is provided through a 15-pin electronic connector, which transfers to the decoder an actuating signal either from a scanner trigger switch or from an external device. In response, the digital decoder provides the scanner with operating power. The scanner generates and relays a bar code signal and a scanning direction signal back to the digital decoder, which uses these signals to identify a bar code being scanned as a one-dimensional or two-dimensional code. If the bar code is determined to be a two-dimensional code, upon detection of laser pattern alignment with the label the digital decoder sends a scanning control signal to the scanner to control a laser pattern generated by the scanner.

Two-dimensional bar code scanner interface

A scanner interface is operatively connected to an electro-optical scanner for scanning bar code symbols. A status/condition interface is operatively connected with a system component, e.g., a photodetector, a decoder, a battery, etc., whose status/condition is to be monitored. Threshold information about the system component is stored in a memory. A system processor generates updated information about the system component during scanning, compares the updated information with the threshold information and generates an output signal upon such comparison. In response to the output signal, an indicator signals a user as to the status/condition of the system component.

Status/condition indicating arrangement for use in electro-optical

Simplified assembly and automatic testing of components in

A microprocessor-controlled device with software files stored in non-volatile memory which can be easily modified by the user by reading or scanning a two-dimensional bar code symbol having program modification information encoded thereon. The symbol can be read by two-dimensional or one-dimensional laser or CCD based means. Depending on its size, either the entire file can be replaced, selected locations can be replaced, or selected relocatable object files can be linked at the target device in order to effect the program revision.

Modification of software files in a microprocessor-controlled device via

An electro-optical scanning device reads indicia having parts of different light reflectivity, including bar codes and matrix arrays such as UPSCODES. The scanning device includes laser or light emitting diodes for emitting at least two light beams of the same or different wavelengths. The light beams may be visible to the human eye, and the beams are optically directed to form one or two scan lines to scan portions of a symbol. Dual photosensor(s) or a charge coupled device detects light reflected from the different portions of the symbol. The charge coupled device can be used to detect either reflected ambient light or the reflected visible light from the beams emitted by the diodes. The photosensors generate signals corresponding to the detected light which can be processed simultaneously. The device is particularly useful in reading two dimensional or more complex symbols. Methods for reading indicia are also described.

Multiple laser indicia reader optionally utilizing a charge coupled

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Apex, NC, United States of America

John Barile