Bryan Keener resumes & CV records
Resumes
Bryan Keener
Bryan Keener
Bryan T Keener, 45140 Unicorn Ln, Zirconia, NC 28790
Bryan Keener Phones & Addresses
Saluda, NC
Zirconia, NC
Asheville, NC
Fairview, NC
Fletcher, NC
PO Box 1731, Fairview, NC 28730
Mentions for Bryan T Keener
Publications & IP owners
Us Patents
Methods And Systems For Automatically Translating Geometric Data
US Patent:
2002019, Dec 19, 2002
Filed:
Jun 11, 2001
Appl. No.:
09/879819
Inventors:
Bryan Keener - Greenville SC, US
International Classification:
G06F009/45
US Classification:
717/136000
Abstract:
Methods and systems for automatically translating geometric data, such as a CAD model, from a primary file format to a secondary file format. In one embodiment, the method is carried out on a server computer that receives CAD model information and translation requirements via the Internet or an intranet computer system. For example, the server can receive a CAD model name, a secondary file format, a translation protocol, a neutral file format, a translation accuracy, and a destination for the translated model. The geometric data translation system then automatically translates the selected model in accordance with the translation requirements received. When the translation is complete, the system can automatically transmit an electronic notification to the user indicating whether or not the translation was successful. In one embodiment, this notification can include the resulting accuracy of the translation.
Methods And Systems For Validating Translated Geometry
US Patent:
2003015, Aug 14, 2003
Filed:
Jun 11, 2001
Appl. No.:
09/879826
Inventors:
Bryan Keener - Greenville SC, US
International Classification:
G06F007/60
US Classification:
703/002000
Abstract:
Methods and systems for validating translated geometry. In one embodiment, the methods and systems validate a three-dimensional computer model of a part or assembly translated from a primary CAD system to an alternate CAD system. In this embodiment, a Z score is calculated that represents the accuracy of the translated geometry. Calculation of the Z score requires a geometric property of the master model in the primary CAD system and the same geometric property of the translated model in the alternate CAD system. In one embodiment, the geometric property is the volume of the respective models. In another embodiment, the geometric property is the area of the respective models. Once the Z score has been calculated, it is compared to a pre-selected pass/fail criteria to determine whether the translated geometry is sufficiently accurate to use for manufacturing the corresponding part or assembly.
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