Microsoft Technology Licensing, LLC

Renee Marceau

Mark A Malamud

Chris E Tobey

David A Barnes

Joyce A Grauman

David A Bolnick

Kurt D DelBene

Jeffrey B Reifman

Royce A Levien

Daniel F Plastina

William T Flora

Kevin Michael Schofield

Russell S Johnson

Daniel P Oran

Eric L Van Doren

Virginia E Howlett

Hugh V Rubin

Isaac J Heizer

Rosanne M Lehmann

Roxanne M Lehmann

Issac J Heizer

A computer system having a video display runs an operating system that provides a desktop environment to a user and a file system. The desktop environment has associated systems settings that affect the desktop environment. In this method, a first set of values for at least a portion of the system settings are stored in a storage device in a computer network so that the first set of values is visible in the file system. A second set of values, for the same portion of the system settings for which values are stored in the first set of values, is also stored in the storage device such that the second set of values is visible in the file system. In response to a choice by the user between the first set of values and the second set of values, the system settings are updated to have the values specified by the chosen set of values.

Aggregation of system settings into objects

A control panel provides controllers for setting the values of system settings. Each controller controls a subset of related system settings. Scheme objects are provided for encapsulating values of system settings for a controller. The current values of system settings controlled by a controller may be updated by applying the values held within a scheme. Grand schemes are provided for aggregating the system settings for multiple controllers. Thus, the system settings controlled by multiple controllers may be updated in a single transaction by applying a grand scheme to the control panel. Easily practiced approaches to applying schemes and grand schemes to the control panel are provided. Moreover, methods for easily creating and editing the contents of schemes and grand schemes are provided.

A system and method are described for presenting a continuously accessible computer system tool interface. The interface of the present invention comprises a separated applications section and system tray section. The applications section provides a portion of the graphic user interface for running applications programs. The tray section provides an alternative region of the graphic user interface for objects to surface their key features while occupying only a small portion of the display space. The tray section is supported by a Tray Object which provides a frame work for tray aware applications to dock.

Continuously accessible computer system interface

A user interface simplifies operation of a intelligent facsimile machine (IFAX). A display screen displays a plurality of menus and allows the user to select from the menus. The IFAX can store a plurality of digital cover pages to minimize transmission time for a facsimile cover page. The user may select from a list of stored digital cover pages. The user may also attach a binary data file to a facsimile message and transfer the data to another facsimile machine. The IFAX uses a storage location for storing outgoing facsimile messages. The IFAX periodically check the storage location to determine if more than one facsimile message is to be transmitted to the same location and transmits the facsimile messages in one facsimile telephone call. If the IFAX is coupled to a second IFAX on a network, the two IFAX machines can balance the work load by sending a load transfer request if the number of outgoing facsimile messages exceeds a predetermined threshold level. The IFAX can also route incoming facsimile messages to a variety of destinations such as a floppy disk or other storage device, or an external computer. The IFAX can also relay incoming facsimile messages to another facsimile machine, using a set or relay instructions. The relay instructions may be stored in the IFAX or may be a portion of the incoming facsimile message. The relay instructions may be nested, and the IFAX sends the facsimile message to a second IFAX with instructions for the second IFAX to relay the facsimile message to a third facsimile machine. The IFAX contains security measures to prevent unauthorized relaying.

System and method for facsimile load balancing

A computer system has an improved graphical user interface feature. The improved graphical user interface displays a target image representing a retracted slide out command bar containing a set of selectable computer resources. When the user moves a display pointer to a location near the target image, the target image is replaced by the slide out command bar. The slide out command bar remains visible and its computer resources accessible via the mouse-controlled display pointer until the user either clicks the mouse or moves the display pointer outside an extended detection region of the graphical user interface associated with the unretracted slide out command bar.

Slide out interface bar

A user interface simplifies operation of a facsimile machine (FAX). A display screen displays a plurality of menus and allows the user to select from the menus. The display contains a touch-sensitive screen to allow the user to select menu options by touching the display screen in a position corresponding to the displayed menu option. The user interface is context sensitive and can interpret the user selections in determining which menu to display. If the user makes an incorrect selection, the system instructs the user as to the proper selection.

Facsimile machine with custom operational parameters

System and method for facsimile cover page storage and use

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Seattle, WA, United States of America

Renee Marceau