Xerox Corporation

David P Rich

David Nelson

John J Darcy

Robert S Foltz

Gene W O'Dell

Richard J Manzolati

Shahana Rahman

John T Dilko

Joyce Kay Nakada

Mithila Patwardhan

Disclosed are embodiments of an interface structure and a method for automated data mining of a legacy system. A GUI is employed to navigate through the legacy system interface application and access a data field. Once the data field is displayed, the GUI can receive a tag from the user labeling the data field. Additionally, a screen tracing device can trace the sequence of events that ultimately results in the data field being displayed. The traced sequence and its corresponding tag are then stored in a data storage device. These processes can be repeated for multiple different data fields. Subsequently, a sequence applying device can retrieve one or more previously stored sequences in response to a request referencing the corresponding tag(s) and can apply the sequence(s) in order to access, for processing, data from the corresponding data field(s).

Interface structures and associated method for automated mining of legacy systems using visual configuration tools

A method, system, and computer program for software localization extracts text from resource files, handles file management of the resource files, and uses a database for storage. A method for localizing software comprises extracting text strings in a first language from source files of a software development project, determining which of the extracted text strings are to be translated to a second language, generating and sending for translation a file including the text strings that are to be translated, receiving a file including text strings that have been translated to the second language, and reconstructing the source files of the software development project including text strings that have been translated to the second language.

Method and system for improved software localization

A method comprises collecting printing information relating to an electronic document stored on a computer. The printing information comprises printing attributes according to which the electronic document should be printed. In response to input from a user of the computer, the method causes the electronic document and the printing information to be stored on a portable memory device temporarily connected to the computer. The method causes the electronic document and the printing attributes to be automatically supplied to a printing device after the portable memory device is disconnected from the computer and subsequently connected to the printing device. The method causes the printing device to print the electronic document with the printing attributes based solely on the electronic document and the printing information maintained within the portable memory device.

Portable memory printing device and method

This is a system that enables a marking system to automatically clear itself of paper jams even when the marking system is unattended. The paper transport is enabled to move forward and backward, and when a jam occurs it will automatically move backward or in reverse direction until the jam is cleared. Sensors indicate where the jam is and when it is cleared.

Automatic self-clearing feature for paper jams in marking machines

A method for applying a coating solution onto a substrate to form a coated portion thereon includes a dipping device for dipping and removing the substrate into and from the coating solution; and a heating device for inductively heating the substrate while the dipping device removes the substrate from the coating solution to uniformly dry an inner surface of the coated portion, the inner surface being adjacent to the substrate. The method advantageously may include a drying device for blowing hot gases onto the coated portion of the substrate while the dipping device removes the substrate from the coating solution. The drying device for blowing hot gases onto the coated portion of the substrate includes a plurality of slits arranged so that a plurality of hot gas streams flowing through corresponding ones of the plurality of slits impinge and exert a gas pressure on the coated portion, the plurality of slits being arranged so that a collective gas pressure from all hot gas streams is uniformly applied across the coated portion along a transverse direction so that the coated portion is squeezed to a uniform thickness as the dipping device removes the substrate.

Growing community of inventors

Brockport, NY, United States of America

David P Rich