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    • 21. 发明专利
    • INTERACTIVE STEREOSCOPICAL PATTERN PROCESSING SYSTEM
    • JPS57204967A
    • 1982-12-15
    • JP8962681
    • 1981-06-12
    • HITACHI LTD
    • KATAOKA HIDEOOCHI TOSHIOTOKUMASU SHINJINIO MIYAKOMIURA KIYOSHI
    • G05B19/4097G06F17/50G06T17/00
    • PURPOSE:To generate accurately a stereoscopical model or the like of mechanical structure parts having a complicated shape at a high speed, by connecting a computer system and a stereoscopical model generating device, which has the NC working function and the shape measuring function, by on-line. CONSTITUTION:A digital computer 1, a two-dimensional coordinate input device 2 which inputs pattern information and pattern processing commands to the computer 1, and a pattern display device 3 where pattern processing results of the computer 1 are displayed are provided. Further, a stereoscopical model generating device 4 which receives pattern processing information from the computer 1 and outputs a driving signal on a basis of results of collation between this information and actual stereoscopical model three-dimensional coordinate information, a working means 51 which receives the driving signal from the device 4 to generate a stereoscopical model by working, and a coordinate measuring means 52 which measures the shape of the stereoscopical model and outputs it as three- dimensional coordinate information to the device 4 are provided. Correction information is inputted to said two-dimensional coordinate input device 2 to perform the correction work for the stereoscopical model.
    • 28. 发明专利
    • AUTOMATIC DEVICE AND METHOD FOR DIVIDING ELEMENT
    • JPH01318163A
    • 1989-12-22
    • JP15031188
    • 1988-06-20
    • HITACHI LTD
    • NAKAJIMA NORIHIROTOKUMASU SHINJI
    • G06F17/50G06T17/20G06F15/60
    • PURPOSE:To automatically execute the formation of density or the addition of a boundary condition by using a shape and its attribute information as deciding information to form data constituted of nodes, elements and their attribute information. CONSTITUTION:Two-dimensional or three-dimensional gratings including a shape are formed in a three-dimensional space by using a space expressing means and specifying the information of the objective shape and the request accuracy of element division. A density dividing means 2 decides whether respective gratings expressing the fine spaces of the space divide the fine grating spaces of themselves in response to the graphic of the shape or attribute information or not to execute density processing. Then, a density division adjusting/ correcting means 3 adjusts the size of the gratings and determines the connecting relation of nodes and elements. Finally, an element shape correcting means 4 arranges the configuration of the elements. A process information processing means 5 smoothly executes density forming processing by tracing tree structure and calls the tree structure corresponding to data.
    • 30. 发明专利
    • AREA RECOGNIZING METHOD
    • JPS61279980A
    • 1986-12-10
    • JP12216585
    • 1985-06-05
    • HITACHI LTD
    • NAKAJIMA NORIHIROSHINOZUKA YOSHIAKITOKUMASU SHINJI
    • G06F17/50G06K9/36G06T7/60
    • PURPOSE:To take out easily the arbitrary area of a graphic by inputting previously graphic geometrical and phasal conditions to an information processor, giving end points of the graphic as indication information, extracting sequentially a line segment which includes new end points and satisfies both conditions and updating it. CONSTITUTION:With the aid of the indication of the line segment A, which is inputted through a terminal, and the number of phasal dimensions 2, a host computer retrieves line segments B, D and C, extracts and area ABCD and registers it in a data base. Then the area ABCD and the line segment AB are taken for a reference area and a new reference graphic, respectively, and a new area is retrieved. An area BCDA is the same area as the area ABCD, and accordingly is not recognized as a new area. With the line segment C as a new reference graphic, an area is retrieved, and the areas CDAB and CEFG are extracted. Among two graphics, only the area CEFG is recognized as a new area, and registered. When the retrieval is terminated with all segments comprising the reference area ABCD as a reference graphic, the host computer decides the area CEFG to be a new reference graphic, and keeps the retrieval of the area. Thus a necessary area can be quickly taken out.