The Boeing Company

Molly Louise Boose

Lawrence Sterne Baum

John Henry Boose

Carey Chaplin

David Brayton Shema

Ronald Carl Provine

Joseph Charles Hrin

Ole B Larsen

Sonia E Smith

Michael D Post

Michael Dee Post

The Intelligent Graphics Plug Map System automatically converts plug maps into Intelligent Graphics with intelligent behaviors. The electronic trouble shooting system enables users to easily navigate large quantities of interrelated data and accurately analyze how each plug is used. The system automatically integrates additional information such as the function of each contact, what signals are connected to the contact, and what tools and processes are required to repair or test electrical circuitry. The system provides an Intelligent Plug Map Recognizer that associates a correct contact label for each contact associated with a plug map file defining a plug map; an HTML Generator that generates an HTML file for the plug map; a CGM4 File Builder that generates an intelligent plug map file from the plug map file; and a technical data system application that synchronizes plug map views when a contact associated with the plug map is identified.

Method and system of intelligent interactive graphics electrical plug map to analyze text and distances between electrical contacts and physical layout file builder

A method, computer program product, and apparatus for processing a wiring diagram is provided. Information associated with a number of components in the wiring diagram is identified. A scaling factor between a first format for the wiring diagram and a second format used by a software application configured to use wiring diagrams in the second format is identified. The scaling factor is applied to the information identified as being associated with the number of components in the wiring diagram to form processed information.

Processing wiring diagrams in a data processing system

A computer implemented method, apparatus, and computer usable program code for identifying differences in vector graphics files. A set of vector graphics file pairs are retrieved, wherein each vector graphics file pair in the set includes a first vector graphics file and a second vector graphics file. The first vector graphics file is compared with the second vector graphics file in each vector graphics file pair in the set using a one or more rules to form one or more comparisons. Differences are identified between the first and second vector graphics file in each vector graphics file pair in the set based on the comparisons. A merged file is created for each vector graphics file pair in the set containing differences from the comparisons to form results. The results are displayed in a graphical user interface after creating the merged file.

Method and apparatus for identifying differences in vector graphic files

Apparatus and methods for converting raster illustrated parts images into intelligent vector-layered files. The method involves recognizing and removing reference labels from the raster illustrated parts image to produce a reference label scrubbed file. Reference lines are recognized and removed from the reference label scrubbed file to produce a scrubbed file. The scrubbed file includes a reusable base graphic. The scrubbed file is converted to a vector file in which the reusable base graphic is embedded. One or more vector layers are added to the vector file to produce the intelligent vector-layered file. Each vector layer includes vector elements corresponding to one of the recognized reference labels and its one or more reference lines.

Apparatus and methods for converting raster illustrated parts images into intelligent vector-layered files

The method, system and computer program product for automatically generating a subset of components include receiving a request to generate a subset of components, accessing connectivity data that includes information regarding at least the components and connections among the components, and automatically selecting portions of the connectivity data that satisfy the request to generate the subset of components. The subset may then be used to generate a diagram of the subset of components from the portions of the connectivity data that satisfy the request. Thus, the method, system and computer program product are capable of efficiently creating subsets/families of components from electronic schematic diagrams because the portions of connectivity data that satisfy a request for a subset of components are automatically selected and a diagram of the selected components may be automatically generated.

Method, system and computer program product for automatically generating a subset of task-based components from engineering and maintenance data

A computer algorithm that is able to convert a parent CGM file, which may include a plurality of disparate methods of defining objects or high-level primitives, with low-level primitives to produce a child or normalized CGM file that includes a normalized or standard way of defining these same objects. The computer algorithm iterates over the information stored in the parent CGM file to find associations in stored vectors to determine whether disparate elements, such as segments or arcs, are used to define more complex objects. It then normalizes the data into the more complex objects to produce a normalized CGM file. Therefore, the child CGM file includes standardized high-level primitives and less overall data complexity.

Vector graphic normalizer

A method, computer program product and system are provided for performing automated linking between sheets of a drawing set depicting an electronic representation of an electrical wiring diagram. The method, computer program product, and system automatically transform drawings into a format that provides enriched electronic display and navigation among drawings. Connections and relationships among large sets of drawings are automatically discovered and extracted by utilizing complex graphical recognition and logical inference. Links are then created that represent the connections and relationships between common elements of the drawings. As such, the present invention automatically produces an interactive electronic representation of a drawing set that allows a user to quickly and accurately view, highlight and/or alter a portion of a drawing and all of the drawings that connect to or also depict that portion.

Method, computer program product, and system for performing automated linking between sheets of a drawing set

In accordance with this invention, a method, computer program product, and system for performing automated recognition of blocks of text within a graphic file are provided. The method, computer program product, and system automatically transform drawings into a graphic file format that provides enriched electronic display and text search of the graphic files. The text within large sets of drawings, parts catalogs, and various manuals is automatically discovered, extracted and indexed by the geometric location of the text within the graphic file. Single lines of text and blocks of text are recognized by utilizing geometric reasoning techniques based upon proximity and font characteristics. As such, the present invention automatically produces an interactive electronic representation of a graphic file that allows a user to quickly and accurately search graphic files for particular text, whether the text appears in a single line or over multiple lines in a block of text.

Method, computer program product, and system for performing automated text recognition and text search within a graphic file

An intelligent wiring diagram system for automatically converting electronic wiring diagrams into intelligent wiring diagrams for display on a computer terminal, the intelligent wiring diagram system primarily for use as an interactive tool for trouble-shooting electrical problems.

Growing community of inventors

Bellevue, WA, United States of America

Molly Louise Boose