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Exact(26)
So, the adjustment of the laser plane position can be implemented by comparing the gauge block vertical ridge with the actual location of the laser plane.
In this method, several calibration points on the laser plane are first collected with high precision.
When the laser plane of a line-structured light vision sensor is projected onto a workpiece surface to be measured, the laser plane would produce distortion strip due to modulation caused by the size of the workpiece.
There inevitably exists a certain inclination angle between the actual laser plane and the ridge of the combined target.
In terms of Equations (9) and (10), the laser plane position has little influence on calibration accuracy.
Then, the target moves at an interval of 10 mm along owxw direction, which is parallel to the laser plane.
Similar(34)
And the difference which brings the best architectural stability can be calculated by using pre-calibrated parameters of the two laser planes.
As shown in Figure 4, two sets of line-structured light single-vision sensor are configured on both sides of the combined target and the laser planes are adjusted in parallel.
In recent years, there have been great advances in the accuracy and the available number of touches supported on large-scale multi-touch (MT) hardware technology (e.g., FTIR, laser-plane, DI, other combined installations).
This laser light plane was parallel to and overlapped the ultrasound acoustical plane, to help with needle positioning.
Results reveal that by decreasing the laser focal plane position and laser power, the bottom kerf width will be decreased.
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