Method for reducing precision of continuous gyroscope clinometer under influence of irregular vibration
A gyro inclinometer and vibration-influenced technology, which is applied in the directions of measurement, earthwork drilling, borehole/well components, etc., can solve the problem of inability to realize uniform motion pipe wall fouling, random posture vibration impact, and reduce the accuracy of continuous gyro inclinometers and other issues, to achieve the effect of improving the test accuracy of the instrument and improving the measurement accuracy
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[0021] 1. Calibration modeling
[0022] 1). Position calibration
[0023] The method of static 8-position calibration is used to determine the calibration factors of the added meter, the installation error and the installation error of the gyroscope and the added meter, and complete the calibration of the entire system. The specific arrangement of the 8 positions is as follows:
[0024] X-Y-Z
earth gravity
northeast sky
0 0 -g
southwest day
0 0 -g
North East
0 0 g
south west
0 0 g
Southwest
-g 0 0
Tianbei
-g 0 0
Dinanxi
g 0 0
North East
g 0 0
[0025] During position calibration, test the accelerometer output average value f at each position i , get the regression calculation model of the accelerometer:
[0026]
[0027] Modeled by the output of the accelerometer:
[0028] f = a 0 +K a a b
[0029] Recorded as:
[0030] f=MA
[0031] In the formula,
[0032] f=[f 1 ...
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