ANDREW J BURTON
Physical Therapy at 18 Ct, Pompano Beach, FL

7068013, Jun 27, 2006

Feb 20, 2004

10/783922

Joseph Patino - Pembroke Pines FL, US
Craig G. Bishop - Boca Raton FL, US
Andrew F. Burton - Coral Springs FL, US
Russell L. Simpson - Miami FL, US

Motorola, Inc. - Schaumburg IL

H02J 7/06

320150, 320152

A system () includes a battery charger () and a battery (). The battery () includes a thermistor (), a voltage identifying element (), a switch (), a memory device (), and a battery data contact (), connected to a data port of the memory device () and the voltage identifying element (). The voltage identifying element () determines a voltage that controls the switch (). When the switch () is enabled, the thermistor (), connected to a battery clock contact (), is active and a microprocessor () on the battery charger () reads the value of the thermistor () via an analog-to-digital converter. When the switch () is disabled, the thermistor () is switched out and the battery clock contact () is used to clock the memory device (). The battery charger () has a data contact () for receiving the battery data contact () and a clock contact () for receiving the battery clock contact (). The battery charger () further includes at least two switches (), and the microprocessor () is programmed to selectively operate the switches ().

2006014, Jul 6, 2006

Dec 31, 2004

11/027075

Joseph Patino - Pembroke FL, US
Andrew Burton - Coral Springs FL, US
Russell Simpson - Miami FL, US

H02J 7/00

320108000

A battery pack () has an inductive charging interface () for charging a battery cell () upon coupling to an inductive power supply (). The battery pack is coupled to a mobile communication device via a radio interface (), through with a voltage level is applied to a charge monitoring circuit (). When the mobile communication device is powered off, the voltage level wakes up the charge monitoring circuit so that the charging status of the battery cell can be displayed on the mobile communication device.

6917182, Jul 12, 2005

Jul 24, 2003

10/626333

Andrew F. Burton - Coral Springs FL, US
Joseph Patino - Pembroke Pines FL, US
Russell L. Simpson - Miami FL, US

Motorola, Inc. - Schaumburg IL

H02J007/00

320108

A battery charging system () for use with an induction charger (). The battery charging system can include a secondary coil () having a plurality of turns for receiving magnetic flux produced by a primary coil () of the induction charger, and a control circuit () for controlling a number of turns of the secondary coil that are used in generating an output voltage for charging a cell (). For example, the secondary coil can include a plurality of taps (), each of the taps providing an electrical connection to the coil at a different point, and thus providing a variety of selectable output voltages.

6972542, Dec 6, 2005

Aug 11, 2003

10/638621

Joseph Patino - Pembroke Pines FL, US
Andrew F. Burton - Coral Springs FL, US
Randall S. Fraser - Plantation FL, US

Motorola, Inc. - Schaumburg IL

H02J007/00

320106, 320110

A system for verification of a battery () includes the battery () and a device (). The battery () includes a memory device () for storing an identification number and a verification number. The verification number is generated by applying a key to the identification number. The device () is coupled to the battery () and includes a device memory () for storing the key and a microprocessor () for verifying the identification number of the battery () by applying the key to the verification number.

2011001, Jan 27, 2011

Oct 1, 2010

12/896126

Joseph Patino - Pembroke Pines FL, US
Andrew F. Burton - Coral Springs FL, US

MOTOROLA, INC. - Schaumburg IL

H02J 7/04

320162

A lithium-ion battery () is normally charged using a constant current/constant voltage charge regime (), where the battery is charged to a preselected normal voltage level () whereupon the voltage is maintained at the limit while the charging current diminishes. The battery charge capacity can be selectively increased by charging the battery to an enhanced voltage level () and it can recorded that the battery voltage passed the normal voltage limit. The enhanced charging mode is selected by a user via a device user interface (), or alternatively by a broadcast command () transmitted to the device.

7626355, Dec 1, 2009

Nov 29, 2005

11/289104

John M. Burgan - North Palm Beach FL, US
Andrew F. Burton - Coral Springs FL, US
Ronald S. Coapstick - Fort Lauderdale FL, US
Jon S. Miller - Cooper City FL, US
Joseph Patino - Pembroke Pines FL, US
Russell L. Simpson - Miami FL, US

Motorola, Inc. - Schaumburg IL

H02J 7/00, G11B 21/02

320106, 320114, 360 75

A portable electronic device and a method to protect the portable electronic device from a battery bounce are provided. The portable electronic device () can comprise a free-fall condition sensor () enabled to detect a pre-battery bounce condition in the portable electronic device and a processor () coupled to the free-fall condition sensor (). The processor (), in response to a detection of the pre-battery bounce condition by the free-fall condition sensor (), can be programmed to place the portable electronic device () in a pre-battery bounce setting. The method can include detecting a pre-battery bounce condition in the portable electronic device () and in response to the detection of the pre-battery bounce condition (), placing the portable electronic device in a pre-battery bounce setting ().

2006017, Aug 10, 2006

Feb 8, 2005

11/053104

Joseph Patino - Pembroke Pines FL, US
Andrew Burton - Coral Springs FL, US
Richard Dunne - Davie FL, US

Motorola, Inc. - Schaumburg IL

H02J 7/00

320132000

A charging system () supplies a source voltage (Vco, FIG. ) and a source current (Ico, FIG. ) to a plurality of battery cells (). The charging system operates according to a method () including the steps of determining () a capacity for each of the plurality of battery cells, determining () a desired cutoff current (Ico, FIG. ) for a select one of the plurality of battery cells (A) having the smallest capacity, determining () an optimal source current according to the capacity of the select one of the plurality of battery cells, and adjusting () the source current according to the optimal source current.

7932702, Apr 26, 2011

Oct 27, 2006

11/553559

Joseph Patino - Pembroke Pines FL, US
Andrew F. Burton - Tamarac FL, US

Motorola Mobility, Inc. - Libertyville IL

H02J 7/00

320160, 320134, 320157

A lithium-ion battery () is normally charged using a constant current/constant voltage charge regime (), where the battery is charged to a preselected normal voltage level () whereupon the voltage is maintained at the limit while the charging current diminishes. The battery charge capacity can be selectively increased by charging the battery to an enhanced voltage level (). The enhanced charging mode is selected by a user via a device user interface (), or alternatively by a broadcast command () transmitted to the device.