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OwnerRalph W. Bennett, Robert W. Mayer +2inventors
InventorsRalph W. Bennett, Robert W. Mayer, Harold F. Qualls, Steven F. Bellenot
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A method for creating a full surface model of a log using optical scanners mounted on an existing infeed assembly. The method recognizes that a log is only stable for a portion of its travel along the infeed assembly, meaning that only portions of the log may be accurately scanned for both cross-sectional and positional data. The balance of the log can only be scanned for cross-sectional data. The method uses the regions of the log for which both cross-sectional and positional data are known to create a theoretical centerline for the entire log. The cross-sections for the regions without positional data are then placed along the theoretical centerline and all the cross sections are blended together to create a full surface model. The full surface model is then used to determine the optimum configuration of dimensioned lumber which may be sawn from the log.
A process for creating a surface model of a log having a long axis as it progresses along a conveyor in the direction of said long axis, so as to optimize the lumber which can be cut from said log, comprising:
A process for creating a surface model of a log having a long axis as it progresses along a conveyor in the direction of said long axis, so as to optimize the lumber which can be cut from said log, comprising:
Dependencies are inferred from the claim text.