Abstract: A comprehensive system and method of rendering the mail safe for handling and for detecting and containing suspect pieces and which can be fitted or retrofitted into mail and package processing facilities with relative ease. The system of the present invention includes a mail tray initial neutralizing sub-system, a subsequent neutralizing sub-system, an analyzing (potentially hazardous material detection) sub-system, a diverting mechanism, and a receiving and holding sub-system (secure out-sort pocket). All components can be controlled or operate in conjunction with a processing/computing sub-system. A feeder sub-system provides the mail from trays, after initial neutralization by the initial neutralizing sub-system, to the mail transport system.

Abstract: An apparatus such as a large scale sorter with peripheral devices associated therewith and including a transport path has sensors arranged along portions of the path and software objects respectively associated with each sensor and with each other in a tracking chain. Length measurement of articles is provided to confirm article identification and each software object, referred to as a softcell, is of a selectable type in accordance with the type of sensor event it can report and a mode controlling conditions under which selected types of events will be reported. Providing software objects for tracking allows hardware independence and ease of design and modification, particularly in the field by creation of softcells from a generalized architecture through a graphical user interface.

Abstract: The present invention provides methods and systems for the application of the analysis of radiation interactions to early detection hazardous material. The method, in a mail processing system, includes the steps of: (a) positioning one or more sensors, a sensor including a radiation source, a detector and the analysis instructions in the computing unit, along the path of a transport system for processing the mail, (b) sensing the presence of a hazardous material in a mail piece, and (c) culling the mail piece, if the presence of hazardous material is detected where culling includes, but not limited to, one or more of the following: diverting to a secure pocket and alerting, removing from the processing stream, alerting and interrupting the processing stream in order to remove an item, diverting the item from the processing stream for further inspection.

Abstract: A comprehensive system and method of rendering the mail safe for handling and for detecting and containing suspect pieces and which can be fitted or retrofitted into mail and package processing facilities with relative ease. The system of the present invention includes a mail tray initial neutralizing sub-system, a subsequent neutralizing sub-system, an analyzing (potentially hazardous material detection) sub-system, a diverting mechanism, and a receiving and holding sub-system (secure out-sort pocket). All components can be controlled or operate in conjunction with a processing/computing sub-system. A feeder sub-system provides the mail from trays, after initial neutralization by the initial neutralizing sub-system, to the mail transport system.

Abstract: An apparatus such as a large scale sorter with peripheral devices associated therewith and including a transport path has sensors arranged along portions of the path and software objects respectively associated with each sensor and with each other in a tracking chain. Length measurement of articles is provided to confirm article identification and each software object, referred to as a softcell, is of a selectable type in accordance with the type of sensor event it can report and a mode controlling conditions under which selected types of events will be reported. Providing software objects for tracking allows hardware independence and ease of design and modification, particularly in the field by creation of softcells from a generalized architecture through a graphical user interface.

Abstract: A multilingual user interface system and method that allows for easily and immediately switching between available languages, without interrupting application program operation, and easily adding and editing a wide array of languages and language-specific user interface attributes, without modifying the application program and without requiring significant, if any, programming skills, is described. A table of user interface attributes confers language specificity.