Christopher S Gremo

6348897, Feb 19, 2002

Feb 16, 2001

09/788197

Rachid M. Alameh - Crystal Lake IL
Eric L. Krenz - Crystal Lake IL
Christopher S. Gremo - Algonquin IL
Andrew A. Efanov - Crystal Lake IL
Ji Chen - Lake in the Hills IL

Motorola, Inc. - Schaumburg IL

H01Q 124

343702

A multi-function antenna system for a radio communication device includes a housing that encloses a radio frequency transceiver of the radio communication device. A mounting base is coupled to the housing and has a first set of electrical contacts coupled to the transceiver. An antenna element is coupled by a hinge to the mounting base and has a second set of electrical contacts. Different portions of the first and second set of contacts are connectable as a function of the relative positions of the mounting base and the antenna element so as to provide different antenna functions.

6366302, Apr 2, 2002

Dec 22, 1998

09/218324

Shelia Renee Crosby - Crystal Lake IL
Suthirug Num Pisutha-Arnond - Chicago IL
Kenneth W. Douros - Hoffman Estates IL
Christopher S. Gremo - Algonquin IL

Motorola, Inc. - Schaumburg IL

G06F 300

345786, 345783, 345816, 345973

A radiotelephone ( ) has a display ( ) that efficiently presents information such as lists and text fields. For each list, the display ( ) presents a title message ( ) with unique identification markings ( ), an end-of-list indicator ( ), and a dynamic scroll indicator ( ) to indicate scrolling directions. A context-sensitive symbol ( ) is displayed whenever a context sensitive menu is available for a highlighted item. A search function is incorporated to allow expert users to quickly find information. A notepad feature allows the most recent string of user input data to be stored and recalled so that the data is not accidentally appended to subsequently entered data. Specialized data entry modes such as an editor screen ( ), an editor-with-list screen sequence, a set value list screen sequence, a toggle value screen sequence, and a form screen sequence provide efficient retrieval, display, and entry of information.

7181007, Feb 20, 2007

Sep 17, 2002

10/245180

Christopher S. Gremo - Algonquin IL, US
Rachid M. Alameh - Crystal Lake IL, US

Motorola Inc. - Schaumburg IL

H04M 1/00
H04M 9/00
H04M 3/00

37943307, 4555751, 379368

A keypad apparatus includes a printed circuit () configured for a keypad. Dome actuators () are placed on top of the printed circuit. A backlight () with apertures () is placed over the dome actuators such that the dome actuators rest entirely within their associated apertures. This assembly is covered with a retainer () placed on top of the backlight to form a flat-profile keypad that can be used on an exterior of a phone housing (). The retainer can be labeled to define the key functions, or a preferred replaceable key label () can be placed over the retainer. This provides an integral assembly with key labels that are easily customized.

20070123165, May 31, 2007

Nov 29, 2005

11/288469

Arnold Sheynman - Northbrook IL, US
Michael Charlier - Palatine IL, US
Christopher Gremo - Mchenry IL, US

H04B 7/00

455041200

Disclosed herein are methods, systems and devices for assisted discovery in Bluetooth enabled devices. The method described herein can include initiating a discovery procedure in a Bluetooth device (), initiating a service discovery protocol in another Bluetooth device (), such as a mobile communication device, sending a search request from the mobile communication device () to the Bluetooth device () via a Bluetooth link, and generating a pattern for transmission by the Bluetooth device () to the mobile communication device () via an ancillary communication link ().

20070123166, May 31, 2007

Nov 29, 2005

11/288516

Arnold Sheynman - Northbrook IL, US
Michael Charlier - Palatine IL, US
Christopher Gremo - Mchenry IL, US

H04B 7/00

455041200

Disclosed are a method, system and apparatus for injecting a Bluetooth address of a Bluetooth device () into a mobile communication device () to avoid the discovery process in pairing. The method includes receiving by an intermediary device (), Bluetooth address data associated with a Bluetooth device (), converting the Bluetooth address data to a format suitable for storage in a mobile communication device (), to form converted Bluetooth address data, and transferring by the intermediary device (), the converted Bluetooth address data to memory in the mobile communication device ().

61156205, Sep 5, 2000

May 20, 1998

9/081843

Frank C. Colonna - Schaumburg IL
Michael L. Charlier - Palatine IL
Rachid Alameh - Schaumburg IL
Thomas J. Walczak - Woodstock IL
Thomas Gitzinger - Woodstock IL
Michael W. Schellinger - Arlington Heights IL
Christopher S. Gremo - Crystal Lake IL

Motorola, Inc. - Schaumburg IL

A04M 100
A04B 138

455569

A portable communication device (100) comprises a first housing element (202) and a second housing element (204), wherein the second housing element (204) is movingly connected to the first housing element (202) such that the second housing element (202) is settable to substantially three positions. A sensor (112) coupled to the first housing element (202) and the second housing element (204) produces a position signal to indicate the position of the second housing element (204) relative to the first housing element (202), and an activation element (230) produces an activation signal in response to a user input. A controller (106) operates the portable communication device (100) in one of a standby mode, a private-mode, and a speakerphone mode in response to the position signal and the activation signal.

20200301833, Sep 24, 2020

Mar 22, 2019

16/362292

- San Jose CA, US
Nicholas James Versino - Lake Zurich IL, US
Christopher Scott Gremo - Mchenry IL, US
Robert Ferguson - Tujunga CA, US

G06F 12/0804
G06F 11/07
G06F 9/54
G06F 8/20

Systems and methods for low memory killer protection are disclosed. According to one embodiment, in an information processing apparatus comprising at least one computer processor and executing an operating system including a LMK subsystem, a method for providing low memory killer (LMK) protection may include: (1) a non-system application embedded with a SDK initiating a foreground service at the beginning of a use case session; (2) the non-system application causing the foreground service to create an ongoing notification with the operating system, wherein the ongoing notification causes the non-system application to have no lower than a perceptible LMK status during the use case session; (3) the non-system application completing the use case session; and (4) the non-system application causing the foreground service to remove the ongoing notification.