Abstract: The invention concerns a test procedure for measuring the speed of individual objects, in which the test objects (5) are recorded one after another by three sensors (1, 2, 3) arranged on the trajectory. The time that the test object takes to go the distance from the first sensor (1) to the second sensor (2) is determined by means of a time-interval measuring device controlled by the sensors through the test signals (11a, 11b). The test signal outcome (11b) occurring at the second sensor (2) is stored and, during the recording of the test object through the third sensor (3), cross-correlated with the test signal outcome (11c) occurring at this occasion, whereby a corrected value results through the proposed assessment procedure in real time for the first-recorded time test value, which greatly reduces its test error.

Abstract: The invention concerns a faseroptic load sensor with a support structure and at least one interference structure shaped like a wire, on which at least one optical fiber is displayed. The optical fiber is cleared through a wireshaped interference structure at intervals from the support structure so that a large number of bent spots occur. An additional pressure load on the optical fiber vertical to the support structure then causes changes in the bending radius of each bend spot.