The invention can be used to calculate the gap between a print wire and a platen in situations where this gap is inaccessible for measurement by a feeler gauge.
The path length is precisely settable by means of a feeler gauge which is inserted in a position between the windows of the fiber optic cable assemblies (13) by means of a fixture inserted into the flow path.
An anterior feeler gauge (91) is provided for attachment to the instrument body construct (25) and for contacting a portion of the anterior aspect of the distal femur (13) to indicate the anterior to posterior size of the distal femur.
During the checking, the direction of the feeler (67) displacements remains substantially unaltered.
Other examples of a measurement device include a warp gauge, a stress gauge, a thickness gauge, and a compaction gauge.
The present invention relates to a shredder with a stack thickness gauge.
An on-line thickness gauge (OLTG) and method are described herein that are capable of measuring a thickness of a moving glass substrate.
The present invention relates to applications of ultrasonic probes, such as ultrasonic thickness gauges, ultrasonic flaw detection apparatus and ultrasonic imaging devices.
According to said method, the thickness defects are detectable by means of a thickness sensor (J5).
The OLTG also includes a laser instrument which contains a laser source and a detector.
In the preferred embodiment, the OLTG includes a Y-guide and a stabilizing unit that respectively captures and stabilizes the moving glass substrate.