Abstract: User interface text for dialog boxes, menus, and the like is “localized” with respect to human languages is achieved at run time by transmitting a translation request containing a text string to be translated, an identification of the source language, and an identification of the target language to a Web server providing text string translation services. The response from the Web server contains the translated text string, which is employed by the user application within the user interface. Text strings for all of the user interfaces of a particular user application may be translated in this fashion as a group at the time an unsupported human language is first requested, or text strings may simply be translated on-the-fly during operation of the underlying user application on an as-needed basis. the translated text strings may be preserved locally for future use, until a translation of the user interface text to the requested human language is provided by the user application developer.

Abstract: Complex languages such as bidirectional or double byte character set (e.g., Unicode) languages are supported in tier-0 devices despite the limited storage resources common for such devices. A phrase dictionary is built within a host data processing system which is capable of communicating with the tier-0 device and which supports complex language input. Commonly used text strings are added to the phrase dictionary utilizing any characters. The contents of the phrase dictionary are then transferred, along with sparse font information containing only the glyphs necessary for characters within the phrase dictionary, to the tier-0 device. Since font information for only a subset of all possible characters is stored in the tier-0 device, a much smaller amount of storage resources are consumed. On the tier-0 device, the phrase dictionary is invoked by a user control such as a pop-up, and the desired phrase may then be selected for entry into a data entry field.

Abstract: A closure assembly for a drinking vessel comprising a lid (2) with a spout (3). A diaphragm valve (14) is mounted on a central spigot (7) of an insert which protrudes from the bottom of the spout (3) and has an enlarged head (8) which provides a sealing surface (9) which cooperates with a bead (16) around a central hole (22) in the diaphragm. The diaphragm (14) has an annular flap (18) at its periphery which normally closes a breather hole (4) in the lid (2) but opens when a user sucks on the spout (3) to allow air to enter container (1) to equalize the internal and external pressure when liquid flows past the diaphragm (14).

Abstract: The present invention is directed to a system and method of changing a cultural profile of a program, or application, while the program is executing in an information handling system. The system and method of the present invention enable programs to be globalized/localized to support many different countries and cultures. A user may dynamically change a program's cultural profile to a different cultural profile without having to reboot the system. The profile change may be accomplished through the use of a drag and drop interface. Different aspects, or windows, within a program may utilize different cultural profiles, and a cultural profile change to one aspect, or window, of the program does not affect the other aspects of the program. The present invention allows programs to be customized to support any culture or combination of cultures. This is accomplished through the use of a drag and drop interface, where cultural profiles, referred to as locale objects, are dropped onto windows within a program.

Abstract: The present invention is directed to a system and method for dynamically managing cultural profiles within an information handling system. Cultural profiles may be created, modified, or deleted without having to reboot the information handling system. The cultural profile changes are immediately effective in the system. A user may dynamically change a program's cultural profile to a new or modified cultural profile without having to reboot the system. The system and method of the present invention enable programs to be globalized/localized to support many different countries and cultures. A user may define a new program profile based on an existing profile. This allows for substantial reuse of code, and saves time for the user because new cultural profiles do not have to be completely created from scratch. In addition, a user may modify or delete a currently existing program profile.

Abstract: A baby feeding bottle of the disposable bag liner type comprising a hollow open ended rigid tubular body (1) to receive a bag (2) having an open top end which can be folded over the top rim of the tubular body. A feeding teat (7) having an outwardly extending annular flange engages and rests on the portion of the bag (2) folded over the top rim of the tubular body (1). A teat retaining ring (3) is fitted to the tubular body (1) to retain the teat (7) and the folded over bag portion (2) thereon in sealing engagement therewith and a removable base (5) is mounted in the open bottom end of the rigid tubular body (1). A removable base (5) is mounted in the tubular body (1) by means (14,17) which allow the base (5) to be fixedly mounted in the tubular body (1) in a plurality of different positions along the length thereof whereby the base is not movable from its selected position when an axial pressure is applied thereto.

Abstract: The invention provides a baby feed bottle and combination thereof with a screw fitting annular cap to which a teat, preferably moulded of liquid silicone rubber may be assembled before the cap is fitted to the bottle. The bottle is dimensioned with a large capacity per cm height, giving it an unusually large diameter, and the externally threaded neck (12) in particularly wide mouthed as it also has a large diameter of the order of three-quarters the diameter of the main portion (10) of the bottle. The teat is moulded with shape and dimensions such that, when the annular cap/teat subassembly is fitted to the bottle and screwed down, a flap valve arrangement is produced by a depending lip (35) on the teat which seals against the interior of the bottle neck. The flap valve arrangement is operative when the bottle is used to prevent collapse of the teat mouthpiece. (FIGS. 1, 4 and 6).