Motorola Corporation

Blackberry Corporation

Sacha Benjamin Holland

Joseph L Dvorak

William J Scheid

Jaime Andres Borras

Ryan M Nilsen

Wayne W Ballantyne

Douglas Wayne Moskowitz

Aaron Robert Allen

Paul Brian Koch

Stephen O Bozzone

Marko Escalante

Carlos Antonio Miranda-Knapp

Alan R Beatty

Marko Antonio Escalante

In some aspects, a portable electronic device is provided having a slidable upper housing movable relative to a lower housing between an open position and a closed position, and a front bezel. The front bezel holds the components of the portable electronic device together and covers up at least some of the fasteners used to attach components of the portable electronic device.

Electronic device including a front bezel operable to secure the device together

A portable (travel) charger or power adaptor () can minimize the protrusion from a wall when used as a wall mounted charger and can further maximize the number of power adaptors that can be (safely) plugged into a standard AC strip. The power adaptor can include a housing () containing a power transformer and a pair of pivoting prongs (and) forming a plug () arranged to be substantially near a top portion of the housing. The pair of pivoting prongs in a first position or horizontal position can make the adaptor suitable or configured for coupling to an AC wall outlet receptacle and in a second position or vertical position can make the adaptor suitable or configured for placement in an AC strip receptacle () of a standard power strip ().

System and method for multi-positional power supply adaptor

Charging systems () are disclosed that generally employ forces generated by at least one magnet () or () to guide and urge a rechargeable, portable or mobile electronic device () toward a charging position with respect to a charging base () therefor. By using magnetic forces to guide or urge the device () to the charging position, substantially frictionless charging systems () can be provided herein for shifting the device () to its charging position. Either repulsion or attraction forces can be employed. Accordingly, depending on which magnetic force is used to urge the device () to its charging position, an opposite magnetic force is preferably provided to provide the user a tactile indication of improper alignment of the device () and charging base (). Preferably, pairs of opposite single pole magnets are used so that there is one pair () or () associated with the device () and another pair () or () associated with the base ().

Charging system for electronic devices

A portable communication device () includes a transceiver (and), an acceleration sensor () coupled to the transceiver, and a processor () coupled to the acceleration sensor. The processor is programmed to monitor () an acceleration profile of the portable communication device and compare (and) the acceleration profile of the portable communication device with at least one pre-stored acceleration profile ().

Method and apparatus for detecting loss and location of a portable communications device

Holster for a communication receiver

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Sunrise, FL, United States of America

Sacha Benjamin Holland