Laser work station with optical sensor for calibration of guidance system
AssigneeTrumpf GmbH & Co.
InventorsFriedrich Kilian, Stephen R. Bolton, Joseph J. Troiani
Life of this patent
Estimating the term…
Loading patent…
AssigneeTrumpf GmbH & Co.
InventorsFriedrich Kilian, Stephen R. Bolton, Joseph J. Troiani
Estimating the term…
A laser work station has a base member, a laser head mounted on a laser head support carried on the base member for movement of the laser head relative to the base member, so that it is movable thereon in X, Y and Z axes. A guidance system effects precision movement of the laser head in the X, Y and Z axes to move the beam about a workpiece, and an optical sensor assembly comprising a light source and light sensors about the light source to detect light reflected from the surface of the workpiece. The sensor assembly is operable to detect reference formulations on the workpiece as it is moved thereabout. The computer control indexes the sensor assembly to a preselected position relative to the approximate position of a reference formation on the workpiece, and moves it in a predetermined path from the preselected position to sense passage of the beam over the edge of the reference formation, and the work station uses data obtained from such sensing of the passage of the beam over the edge of the reference formation to adjust the coordinates of the guidance system to reflect the actual position of the workpiece.
A laser work station enabling precise positioning of a workpiece relative to its X-Y guidance system, the workpiece having a reference formation with at least one edge, said work station comprising:
A laser work station enabling precise positioning of a workpiece relative to its X-Y guidance system, with workpiece having a reference formation with at least one edge, said work station comprising:
Dependencies are inferred from the claim text.