Abstract: A mobile computing device establishes a first communication connection with a remotely-located server and receives at least one work order from the server. The work order indicates one or more measurement tasks associated with specified equipment to be measured and one or more required measurement tools for performing each measurement task. The work order is displayed to a user, and in response to the user bringing the mobile computing device into a communication range of a required measurement tool for at least one measurement task in the work order, the mobile computing device establishes a second communication connection with the required measurement tool and receives measurement data pertaining to the specified equipment. In response to receipt of the measurement data, the mobile computing device automatically associates the measurement data with one or more specific data entry fields of the work order pertaining to the measurement task performed.

Abstract: A hardware and/or software facility facilitates search string entry and refinement on a mobile device. A user enters a search string on a mobile device via one or more input methods. The facility searches the user's device and/or one or more remote data areas and returns search results that match the entered search string. Search results include, for example, information, links, files, and other results that correspond to the search string. Before and/or after the search is performed, the facility applies one or more filters that produce refined search results. Filters may relate to location, category, synonyms, data type, social-network, and other groupings—including user-defined groupings—that may refine the search results. Filters may be applied automatically and/or in response to user selection of a filter.

Abstract: A hardware and/or software facility facilitates search string entry and refinement on a mobile device. A user enters a search string on a mobile device via one or more input methods. The facility searches the user's device and/or one or more remote data areas and returns search results that match the entered search string. Search results include, for example, information, links, files, and other results that correspond to the search string. Before and/or after the search is performed, the facility applies one or more filters that produce refined search results. Filters may relate to location, category, synonyms, data type, social-network, and other groupings—including user-defined groupings—that may refine the search results. Filters may be applied automatically and/or in response to user selection of a filter.

Abstract: A non-modal search box with a text-entry ribbon for a portable media player. The non-modal search box enables a user to quickly and efficiently locate media on the portable media player, without having to enter a specific search mode. The non-modal search box may be present on one or more media player screens, without the user first having to select a search option or otherwise indicate a desire to search for a piece of media. The non-modal search box allows a user to navigate between the search box and search results without having to switch modes. The search box is an input box for character entry. The search box may utilize a text-entry ribbon to allow a user to input characters into the search box.

Abstract: Components and characters are separated in a user interface for stroke based input of Chinese characters. A user enters a stroke sequence, and matching components and characters are separately displayed in separate selection lists. When the user selects a component, the character selection list is updated to only display characters that contain that component. This input methodology can be implemented on mobile phones, as well as other computing devices such as personal digital assistants. More characters are visible in the character selection list, which aids all users. Of further benefit to those who do use components, more components are displayed as components and characters do not need to share selection list space. Furthermore, separating components and characters reduces confusion between characters and components that look similar.

Abstract: The invention provides a stroke and phonetic text input entry system that has substantially the same definition of stroke match as that used in T9, where the input is a phrasal input rather than a character input. The invention solves the problem of Chinese phrasal stroke and phonetic text input by allowing users to enter an arbitrary number of strokes for each character in a phrase, where each character is separated by a delimiter. In this way, the invention provides a system that is easily learned and efficiently applied. Thus, the invention makes it possible for users to enter multiple characters while keeping their single character input habits. Each Chinese character has a standard stroke sequence in Guo Biao (GB), which is the standard for mainland China, or multiple sequences for BIG5 Chinese Character Encoding for Traditional (Complex) Characters, which is the de facto standard in Taiwan but not used in mainland China.

Abstract: A system and method for inputting Chinese characters using Pinyin without requiring the entry of a delimiter key between Pinyin entries in a reduced keyboard is disclosed. The system searches for all possible single or multiple Pinyin spellings based on the entered Latin alphabets. Once the user has completed the inputting of the Pinyin spellings for desired Chinese phrase or characters, all possible matching phrases or characters are displayed on screen and off-screen due to screen size. The user then scrolls through a list of matching phrases or characters and selects the desired one by clicking.