Abstract: The present invention relates to a sintered magnet including a main phase including an R2T14B compound, in which the element R is a rare earth element, and the element T is Fe or includes Fe and Co with which a part of Fe is substituted, and a grain boundary phase which is present at a grain boundary triple junction and contains a rare earth element including a heavy rare earth element, Cu and the element T, in which a content of the rare earth element in the grain boundary phase as a whole is 55 mass % or more, and a Cu-rich region containing 8 mass % or more of Cu accounts for 9 vol % or more of the grain boundary phase.

Abstract: Methods, systems, and computer programs are presented for providing text input options in a user interface to accelerate data entry and provide contextual information. One method includes an operation for detecting presence of an application in a user interface, the application configured to receive text input from a user. The method also includes providing in the user interface an input cockpit based on the detected application. The input cockpit includes at least one information panel and at least one input panel. The method further includes operations for determining a history context based on text input entered by the user for the application, and for performing a search based on the history context and presenting one or more results from the search in the at least one information panel. The method further includes an operation for providing text shortcuts in the at least one input panel based on the history context.

Abstract: Aspects of the technology described herein provide an input mechanism that allows a user to select characters for input to a text area of a computing interface. The technology can be implemented as a virtual keyboard. Selecting a single output for the keyboard requires a user to provide two inputs. Each input is provided with reference to a different layer. Providing the first input to the first layer activates a second layer specific to the key selected with the first input. Each key in the first layer can be associated with a unique second layer. The output (e.g., a character) is determined from the second layer by providing a second input. The combination of the first and second input selects the ultimate output. In one aspect, the first input and the second input only have a directional component.

Abstract: Methods, systems, and computer programs are presented for providing text input options in a user interface to accelerate data entry and provide contextual information. One method includes an operation for detecting presence of an application in a user interface, the application configured to receive text input from a user. The method also includes providing in the user interface an input cockpit based on the detected application. The input cockpit includes at least one information panel and at least one input panel. The method further includes operations for determining a history context based on text input entered by the user for the application, and for performing a search based on the history context and presenting one or more results from the search in the at least one information panel. The method further includes an operation for providing text shortcuts in the at least one input panel based on the history context.

Abstract: Aspects of the technology described herein provide an input mechanism that allows a user to select characters for input to a text area of a computing interface. The technology can be implemented as a virtual keyboard. Selecting a single output for the keyboard requires a user to provide two inputs. Each input is provided with reference to a different layer. Providing the first input to the first layer activates a second layer specific to the key selected with the first input. Each key in the first layer can be associated with a unique second layer. The output (e.g., a character) is determined from the second layer by providing a second input. The combination of the first and second input selects the ultimate output. In one aspect, the first input and the second input only have a directional component.

Abstract: A laminated printed coil structure comprising a wiring board having an insulating substrate, lead terminals and connecting pad portions connected to the lead terminals and formed on one surface of the insulating substrate, and a plurality of printed coil elements each having an insulating layer, coil patterns, a pair of terminals for the coil patterns and a connecting pad electrically isolated from the terminals formed on the insulating layer. The printed coil elements are piled up and laminated on the wiring board such that the connecting pad portions of the wiring board, the terminals of the coil patterns on one of the printed coil elements and the connecting pad on another printed coil element are placed in alignment, and that each one terminal for the coil pattern on each of the printed coil elements to a respective lead terminal is connected, and that each coil pattern is from then led out to the lead terminals of the wiring board.