JOSEPH EMIL CABANA
Pilots at Vernon Ln, South Setauket, NY

6826756, Nov 30, 2004

Jun 30, 1998

09/107237

Allan Herrod - Farmingville NY
James R. Fuccello - Patchogue NY
Donald E. Schafer - Wantagh NY
Joseph Cabana - Centereach NY
Thomas E. Lackemann - Sayville NY

Symbol Technologies, Inc. - Holtsville NY

G06F 900

719310

In a computer system including a central processing unit and a transducer for providing data input to the system from a source having controllable operational features and parameters for adjusting characteristics of the data independently of the source and where the systems operating system manages data requests from an application program with one or more data entry fields and associated data entry criteria, a method for responding to a data request by the application program includes tagging the input data with an input source identification; packaging the data and the input source identification as a data module, the data module being associated with a predetermined data entry field in the application software; transferring the data module from the transducer to the application via the operating system; and associating the data module to one or more predetermined data entry fields of the application software based on the input source identification and the associated data entry criteria.

7492755, Feb 17, 2009

Oct 30, 2002

10/283796

Joseph Cabana - Centereach NY, US

Symbol Technologies, Inc. - Holtsville NY

H04L 12/66

370352, 370401, 379 8817

A method of maintaining communications between a mobile, wireless terminal and a base station of a wireless local area network is performed by determining at the base station, that communications between the base station and the terminal over a first channel on the wireless local area network has been impeded; and placing a telephone call to the terminal over a separate, distinct, second channel on a public switched telephone network. The caller ID of the incoming call is then used to verify the authenticity of the base station. Further communications continue over the second channel on the telephone network.

2006021, Sep 21, 2006

May 2, 2006

11/416140

Stephen Shellhammer - Lake Grove NY, US
Jacob Sharony - Dix Hills NY, US
Anthony Biuso - South Setauket NY, US
Sean Connolly - Stony Brook NY, US
William Sackett - Rocky Point NY, US
Joseph Cabana - Centereach NY, US
Patrick Tilley - Coram NY, US
Robert Beach - Los Altos CA, US

H04B 7/00, H04M 1/00

455041200, 455552100

Techniques are provided for frequency coordination among two different wireless network protocols, such as the IEEE 802.11 and Bluetooth protocols, operating in proximity with one another. Coordination is accomplished by the use of a first radio transceiver operating in accordance with a first communication protocol (which may be the 802.11 protocol) and using a frequency band (which may be the 2.4 GHz band), a base station connected to a wired network and operating in accordance with the first communication protocol, a second radio transceiver operating in accordance with a second communication protocol (which may be the Bluetooth protocol) and using the frequency band, and a coordinator associated with the base station for, in turn, activating the first radio transceiver, deactivating the first radio transceiver, activating the second radio transceiver, and deactivating the second radio transceiver.

8253388, Aug 28, 2012

Jun 4, 2007

11/757644

Kevin Cordes - Miller Place NY, US
Christopher R. Paul - Bayport NY, US
David T. Lundquist - Stony Brook NY, US
Joseph Cabana - Centereach NY, US

Symbol Technologies, Inc. - Holtsville NY

H02J 7/00

320160, 320134

Described is a system and method for charging a battery. The system includes a processor powered by a battery; and a controller determining a remaining battery charge of the battery. The controller sets a first charge current to recharge the battery when the remaining battery charge is insufficient to operate the processor. The controller wakes the processor when the battery has been recharged so that the remaining battery capacity is sufficient to operate the processor. The processor negotiates for a second charge current to recharge the battery. The controller sets the second charge current when the processor successfully negotiated.

7498766, Mar 3, 2009

May 30, 2006

11/442942

Christopher R. Paul - Bayport NY, US
Joseph Cabana - Centereach NY, US

Symbol Technologies, Inc. - Holtsville NY

H02J 7/00

320106, 320137

Described is a system and method for authenticating a power source. The system comprises a battery including a first encryption engine storing a first key, and a battery charger including a microcontroller and a second encryption engine storing a second key. When the microcontroller detects a coupling of the battery to the charger, the microcontroller issues a challenge to the first encryption engine and the second encryption engine. The first encryption engine generates a first response as a function of the challenge, the first key and a predefined algorithm, and the second encryption engine generates a second response as a function of the challenge, the second key and the predefined algorithm. The microcontroller compares the first and second responses to authenticate the battery.

7494064, Feb 24, 2009

Dec 28, 2001

10/034072

Michael Slutsky - Stony Brook NY, US
Daniel B. De Lazari - Ribeirao Preto, BR
Joseph Cabana - Centereach NY, US
Dominick Salvato - North Salem NY, US

Symbol Technologies, Inc. - Holtsville NY

G06K 7/10

23547201, 23546201, 23546215

A portable bar code reading terminal includes an ASIC having circuitry for both a laser scanner and an imager. The terminal also includes a data blender for distributing data from multiple sources to multiple destinations based on the type and/or content of the data. The ASIC further provides circuitry for at least one of the following functions: power management, wake up control and power down, critical suspend shutdown, warm and cold boot functions, serial ports, matrix keyboard scanning, analog converters, touch panel, modular memory IDE interface, imaging support, finger print reader, USB host, and a magnetic stripe interface.

2012029, Nov 22, 2012

Jul 24, 2012

13/556656

Kevin Cordes - Miller Place NY, US
Christopher R. Paul - Bayport NY, US
David T. Lundquist - Stony Brook NY, US
Joseph Cabana - Centereach NY, US

Symbol Technologies, Inc. - Schaumburg IL

G06F 1/26, H02J 7/00

713340, 320138, 713300

Described is a system and method for charging a battery. The system includes a processor powered by a battery; and a controller determining a remaining battery charge of the battery. The controller sets a first charge current to recharge the battery when the remaining battery charge is insufficient to operate the processor. The controller wakes the processor when the battery has been recharged so that the remaining battery capacity is sufficient to operate the processor. The processor negotiates for a second charge current to recharge the battery. The controller sets the second charge current when the processor successfully negotiated.

2012001, Jan 26, 2012

Mar 21, 2011

13/052946

Robert Wolinsky - Fairfield CT, US
Richard Lefkowitz - Suffern NY, US
Robert Thompson - Parsippany NJ, US
John Freeman - East Orange NJ, US
Thomas Wendowski - Fairfield NJ, US
Peter Goldring - Edgewater NJ, US
Mikhail Marsky - Ramsey NJ, US
Peter Daly - Yorktown Heights NY, US
Dominick Salvato - Salem NY, US
Todd Swanzey - Putnam Valley NY, US
Joseph Cabana - Centereach NY, US

G08B 21/00

3406861

A system and method for tracking a shopping cart in a retail store may include communicating signals into the pathways from multiple locations, where the signals may include identifiers indicative of location of respective signals. The communicated signals with the identifiers may be received, and the identifiers may be recorded. The recorded data may be processed to determine a path taken by the shopping cart through the retail store. The path of the shopping cart taken through the retail store may be presented to a user.

7446505, Nov 4, 2008

Aug 24, 2006

11/509466

Christopher R. Paul - Bayport NY, US
Benjamin Bekritsky - Hollis NY, US
Joseph Cabana - Centereach NY, US

Symbol Technologies, Inc. - Holtsville NY

H01M 10/44, H01M 10/46

320132

Described is a system and method for determining determining a present state of charge of a battery and determining a rate of change of the state of charge of the battery, the rate of change being determined based on a charge current being supplied to the battery. Then, an updated state of charge is determined based on the rate of change.

2008008, Apr 17, 2008

Oct 16, 2006

11/581970

Christopher R. Paul - Bayport NY, US
Kevin Cordes - Miller Place NY, US
Joseph Cabana - Centereach NY, US

H02J 7/04

320141

A battery charging device includes (i) a first circuit receiving a pulse width modulated signal, (ii) a second circuit receiving the pulse width modulated signal, and (iii) a third circuit receiving the pulse width modulated signal. The first circuit generates a first input to set a maximum battery charge current produced by the battery charging device. The second circuit generates a second input to disable the battery charging device based on the pulse width modulated signal. The third circuit generates a third input to select a charging mode of the battery charging device.