Microsoft Technology Licensing, LLC

The Boeing Company

Christopher Ralph Brown

Michael A Schmidt

Sean L Flynn

Sankar Ramasubramanian

Edward Jason Anderson

Satoshi Nakajima

Barry Allen Fetzer

Bryan T Starbuck

Jeffrey Lawrence Bogdan

Dennis P Sarr

Shane Edward Arthur

Benjamin W Slivka

Jonathan Y Ahn

Michael J Duncan

Teresa Anne Martineau

Joseph D Anderson

Christopher R Jones

Mark H Enomoto

Ricardo Andreas Fritzke

Gayna Williams

Jude Jacob Kavalam

Mike Sheldon

Arthur E Blume

David K Brooks

Kevin R Bray

Matthew C Squires

Sankar Ramasubtamanian

George Pitt

Shawna Rae Sandeno

Austin B Ball

Conduit coupling devices comprise a body configured to be selectively attached to engage an outer surface of a conduit; and an elongate connecting member extending from the body or configured to selectively extend from the body. Systems comprise at least two conduit coupling devices. Methods comprise attaching a first conduit coupling device to a first conduit; attaching a second conduit coupling device to a second conduit; operatively attaching the first conduit coupling device to the second conduit coupling device; translating the first conduit coupling device and the second conduit coupling device toward each other to operatively position the first conduit relative to the second conduit; and clamping the first conduit to the second conduit.

Conduit coupling devices, systems for coupling conduits together, and methods of coupling conduits

Described herein is an apparatus for inspecting a component includes a first feature inspector with at least one wave transducer configured to inspect a first feature of the component. The first feature inspector further includes at least one displacement sensor configured to detect a displacement of the at least one wave transducer of the first feature inspector relative to the first feature of the component. The apparatus further includes a second feature inspector with at least one wave transducer configured to inspect a second feature of the component. The second feature inspector further includes at least one displacement sensor configured to detect a displacement of the at least one wave transducer of the second feature inspector relative to the second feature of the component.

Apparatuses, systems, and methods for inspecting a component

Management of multiple voice-controlled applications is provided employing registration and prioritization of applications and associated commands. In a multi-application environment, each application requests registration by a speech recognition interface. Upon registering the application(s), the interface assigns priorities to the active applications. Each application also submits a list of associated commands for registration. The interface selects a subset of submitted commands to be registered and assigned priorities. Speech recognition is performed based on the selected and prioritized commands to reduce interface overload and grammar conflict.

Automatic pruning of grammars in a multi-application speech recognition interface

In a graphical desktop environment displaying desktop components, a control is provided to track the position of a pointer on a screen, and when the pointer enters relevant regions with respect to a desktop component, a thin or thick border in displayed around the desktop component to enable a user to resize the desktop component, and/or a caption bar is displayed along an edge of the component to enable a user to move the desktop component on the desktop. The caption bar may additionally be provided with menu and close buttons, to enable the user to bring up a menu of properties and/or actions for the desktop component, and close the desktop component, respectively. When the pointer is outside any region relevant to a desktop component, no borders or caption bars are displayed, thereby resulting in a visually less cluttered appearance.

Managing position and size for a desktop component

A method of creating a composite desktop built from Web content retrieved from one or more Web sites is disclosed. A component on a Web page can be selected and positioned on the composite desktop. The component can be a static image or an active desktop component providing dynamic content. An entire Web page can also be selected and positioned as a component on the composite desktop. Components can be selected for the composite desktop using one of several mechanisms. Selection of a control on a Web page causes the selection of a corresponding component on the Web page. A control panel utility allows the designation of a URL to select the corresponding Web page for inclusion as a component on the composite desktop. Images from Web pages and objects representing URLs can be dragged and dropped onto the composite desktop. Icons on a composite desktop are displayed in front of the composite desktop components. A user can create multiple composite desktops and switch to a different desktop when desired.

Composite Web page built from any web content

An operating system shell provides a graphical user interface having a windowing environment with a desktop. The shell synthesizes a hypertext page for display as the desktop in the graphical user interface. The hypertext page has an embedded software object which provides graphical icon-oriented and menu-driven user interface elements for activating operating system services in the displayed hypertext page. The shell also provides windowed hypertext pages for managing file system folders. The shell synthesizes the hypertext pages from templates which can be edited to incorporate a variety of multi-media enhancements with the user interface elements in the graphical user interface. Templates can be associated with specific folders in the file system to provide folder specific hypertext pages integrated with user interface elements for managing the folder.

Operating system shell having a windowing graphical user interface with

A system and method for customizing a composite toolbar via direct on-screen manipulation by resizing the composite toolbar and by rearranging sections within a composite toolbar. A composite toolbar is displayed in an initial configuration state having a resizing area and a plurality of sections displayed on a number n rows. When the resizing area has been dragged in a first direction, the size of the composite toolbar is increased by changing to a larger configuration state having n+1 rows. When the resizing area has been dragged in a second direction, the size of the composite toolbar is decreased by changing to a smaller configuration state having n-1 rows. In another aspect of the present invention, when the one of the sections has been dragged in a first direction, the dragged section is expanded so that it overlaps an adjacent section. When one of the sections has been dragged in a second direction, the dragged section is collapsed so that it reveals an adjacent section.

System and method for resizing and rearranging a composite toolbar by

In a computer employing a graphical user interface (GUI), a web browser displays a drop down menu bar, an address bar, and a links bar. Each button on the links bar has a customizable title and an associated URL. When the user clicks on a button, the browser is pointed directly to the URL associated with the button. The user may alter the title and URL associated with each button by dragging a GUI link element (e.g., a graphic or text representing a hypertext link) onto the links bar button. The browser determines the characteristics associated with the dropped GUI element and replaces the button's characteristics with those of the dropped object. This allows the characteristics of the button to be altered by direct on-screen manipulation of the affected GUI object, instead of requiring use of a separate dialog box or other interface.

System and method for changing the characteristics of a button by direct

Growing community of inventors

Seattle, WA, United States of America

Christopher Ralph Brown