Microsoft Technology Licensing, LLC

Other

Brian Daniel Beck

Song Zou

Gregory Thomas Mattox, Jr

Carmen Quan

Tsz Yan Wong

Miron Vranjes

Alex G Snitkovskiy

Hirofumi Yamamoto

Allison Anne O'Mahony

Yaou Wei

Christopher E Swan

Steven Joseph Tricanowicz

Ross Nathaniel Luengen

Lance D Bailey

Michael John Bray

David R Herdrich

Omobayonle AyoYinka Olatunji

Christopher Wallace Heuser

Patrick Seth Donoghue

Peter Nils Skillman

Lola Marie Ball

Eduardo Quijano Rivadeneyra

Jonathan Eric Gleasman

J Craig Hally

Wei Zhang

Deana Rae Fuller

Richard W Zarick

Stephen David Bader

Randy L Bailey

Bonny Lau

Steven James Frederickson

Randall R Bailey

Pai-Hung Chen

Srinivas Chakravarthula

Shane Wyatt Zamora

Akshatha Kommalapati

A raised gutter cover that is live loaded and acts as a compressions spring when mounted on a gutter hung with high-hangers and securely attaches the gutter cover to the gutter and the building allowing water shed from the pitched roof to separate from any debris and strain through the gutter.

Raised gutter cover

A computer-implemented technique is described herein for efficiently and reliably interacting with a nonconforming application component in a windowing environment. The nonconforming application component corresponds to a type of application (such as, but not limited to, an immersive-type full-screen application) that was not originally designed for presentation of application content in a windowing environment, or was not originally designed for presentation of application content in a windowing environment of a certain type. In some implementations, the computer-implemented technique generates a composite window by: creating a system-owned frame; receiving an application-owned window; and creating the composite window by combining the frame and the application-owned window. The technique can thereafter control the composite window by performing operations on the composite window via its system-owned frame.

Interacting with nonconforming applications in a windowing environment

Implementing people as operating system level objects. A method includes, for a user logged in to an operating system, identifying a person with a relationship to the user. For the person, the method further includes identifying information, including information that can be used to communication with the person. The method further includes storing the information related to the person in a data store that is a global data store with respect to the operating system such that the information related to the person can be accessed at the operating system level. The method further includes using the information related to the person stored in the data store to identify applications or services that can be used to communicate with the person. The method further includes displaying in a user interface for the person an enumeration of applications or services that can be used to communicate with the person.

Person centric applications

A computer-implemented technique is described herein for presenting notifications on a user interface presentation of a recipient computing device. The technique is considered tiered because it distinguishes between first-type (people-centric) notifications and second-type notifications, and because it processes and presents first-type notifications in a privileged manner compared to the second-type notifications. For instance, the technique presents content associated with each first-type notification in an allocated window that appears in positional association with a person indicator, where that person indicator identifies the person who sent the first-type notification; the technique presents each second-type notification in a different manner. In some implementations, an application developer who designs a custom first-type notification is given authority to draw within the allocated window that is used to present the custom first-type notification in a manner specified by the application developer.

Tiered notification framework

A low-profile screen which allows water to pass through apertures formed therein to allow water to drain through the screen. A plurality of ridges are formed on the surface of the screen to allow water to drain at a number of different elevations, to increase the structural rigidity of the screen, to improve snow-melting, and to improve the screens reliance when compressive forces are exerted on the screen. Under compression the screen snaps into place. The ridges further promote debris being blown off of the surface of the screen.

Low-profile rain gutter screen

Contextual help is provided in an unobtrusive manner. The optimum point in time for displaying a help notification is determined by triggers associated with each help notification. The triggers may take into account various factors, such as the action currently being performed by the user, whether the tip has been presented to the user before, the user's past experience with the feature, and so forth.

Contextual help

Animation coordination system and methods are provided that manage animation context transitions between and/or among multiple applications. A global coordinator can obtain initial information, such as initial graphical representations and object types, initial positions, etc., from initiator applications and final information, such as final graphical representations and object types, final positions, etc. from destination applications. The global coordination creates an animation context transition between initiator applications and destination applications based upon the initial information and the final information.

Coordination of animations across multiple applications or processes

Growing community of inventors

Woodinville, WA, United States of America

Brian Daniel Beck