Abstract: An approach is provided that prints print jobs based on energy demand data. The print job manager, which is a software application running on an information handling system receives a print request, the print request including a print job. The print job manager retrieves energy demand data. The energy demand data corresponds to a power grid that is a power source for a printer accessible from the information handling system. If the energy demand data indicates a a non-elevated energy demand, then the print job is printed on the printer. On the other hand, if the energy demand data indicates an elevated energy demand, then the print request is stored in a storage and the process waits until the energy demand is not elevated, at which time the print job is printed on the printer.

Abstract: An approach is provided that prints print jobs based on energy demand data. The print job manager, which is a software application running on an information handling system receives a print request, the print request including a print job. The print job manager retrieves energy demand data. The energy demand data corresponds to a power grid that is a power source for a printer accessible from the information handling system. If the energy demand data indicates a a non-elevated energy demand, then the print job is printed on the printer. On the other hand, if the energy demand data indicates an elevated energy demand, then the print request is stored in a storage and the process waits until the energy demand is not elevated, at which time the print job is printed on the printer.

Abstract: An approach is provided that prints print jobs based on energy demand data. The print job manager, which is a software application running on an information handling system receives a print request, the print request including a print job. The print job manager retrieves energy demand data. The energy demand data corresponds to a power grid that is a power source for a printer accessible from the information handling system. If the energy demand data indicates a a non-elevated energy demand, then the print job is printed on the printer. On the other hand, if the energy demand data indicates an elevated energy demand, then the print request is stored in a storage and the process waits until the energy demand is not elevated, at which time the print job is printed on the printer.

Abstract: An approach is provided that prints print jobs based on energy demand data. The print job manager, which is a software application running on an information handling system receives a print request, the print request including a print job. The print job manager retrieves energy demand data. The energy demand data corresponds to a power grid that is a power source for a printer accessible from the information handling system. If the energy demand data indicates a a non-elevated energy demand, then the print job is printed on the printer. On the other hand, if the energy demand data indicates an elevated energy demand, then the print request is stored in a storage and the process waits until the energy demand is not elevated, at which time the print job is printed on the printer.

Abstract: A method, system and computer program product for creating a software product in an Integrated Development Environment (IDE). In one embodiment, remote object status data is received by a software development module which may be a source code editor or a program execution emulator. Responsive to the received data, the remote object status is rendered within a display medium of the software development module by decorating or otherwise distinguishing the remote OIDs in the IDE. In one embodiment in which the software development module is a source code editor, the method further includes detecting a remote object identifier in a source code file processed by the source code editor, and in response thereto, displaying the remote object status within the source code editor.

Abstract: The present invention provides improved burnout imprinting prevention by slowly moving the position of screen content to ensure that no one area of the guns is unused for a long period of time. Optical and/or mechanical elements are provided to redirect the projected image to the center of the screen. As the image moves on the projection guns the optical elements are positioned accordingly to shift the projected image such that the viewable image is fixed.

Abstract: The present invention provides improved burnout imprinting prevention by slowly moving the position of screen content to ensure that no one area of the guns is unused for a long period of time. Optical and/or mechanical elements are provided to redirect the projected image to the center of the screen. As the image moves on the projection guns the optical elements are positioned accordingly to shift the projected image such that the viewable image is fixed.

Abstract: A system and method for content based on-demand video media overlay is presented. A user uses a media manager, such as a set-top box, to register for an event. The media manager retrieves information from an event data packet, which includes a detection identifier, to register the event. After registration, the media manager matches event identifiers provided by a content provider with the registered event's detection identifier. When the media manager determines a match, the media manager retrieves an identified event corresponding to the matched event identifier, formats the identified event using user-defined preferences, and displays the formatted identified event on a media device, such as a television. The user may also configure the media manager to store formatted identified events in a nonvolatile storage area for later viewing.

Abstract: A keyboard integrated with a computer with a mechanism for determining a pressure sensitivity needed to register a desired keystroke is disclosed. A keystroke is registered for a given key if a force on the given key exceeds the determined pressure sensitivity. A user configuration profile can be utilized to specify a needed pressure sensitivity. Pressure sensitivity can also be determined dynamically. A threshold amount of pressure needed to register a keystroke can be compared to a measured amount of pressure applied during the keystroke and if the measured pressure meets the threshold pressure, the keystroke is registered. A control module, which can include an alphanumeric scale, can be utilized to set a threshold amount of pressure needed to register a keystroke. Some embodiments can also include a threshold amount of pressure set for each individual key.

Abstract: A keyboard integrated with a computer with a mechanism for determining a pressure sensitivity needed to register a desired keystroke is disclosed. A keystroke is registered for a given key if a force on the given key exceeds the determined pressure sensitivity. A user configuration profile can be utilized to specify a needed pressure sensitivity. Pressure sensitivity can also be determined dynamically. A threshold amount of pressure needed to register a keystroke can be compared to a measured amount of pressure applied during the keystroke and if the measured pressure meets the threshold pressure, the keystroke is registered. A control module, which can include an alphanumeric scale, can be utilized to set a threshold amount of pressure needed to register a keystroke. Some embodiments can also include a threshold amount of pressure set for each individual key.