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  • G01C19/00
    		•  Gyroscopes; Turn-sensitive devices using vibrating masses; Turn-sensitive devices without moving masses; Measuring angular rate using gyroscopic effects [1,2013.01] HB CC 2F105
  • G01C19/00@A
    		•  using irrotational flow object, e.g. gas rate gyroscope HB CC 2F105
  • G01C19/00@Z
    		•  Others HB CC 2F105
  • G01C19/02
    		•  .Rotary gyroscopes HB CC 2F105
  • G01C19/02@A
    		•  Triaxial datum devices, platforms HB CC 2F105
  • G01C19/02@B
    		•  For stabilising vehicles, optical instruments HB CC 2F105
  • G01C19/02@Z
    		•  Others HB CC 2F105
  • G01C19/04
    		•  ..Details HB CC 2F105
  • G01C19/06
    		•  ...Rotors HB CC 2F105
  • G01C19/08
    		•  ....electrically driven (G01C 19/14 takes precedence) HB CC 2F105
  • G01C19/10
    		•  .....Power supply HB CC 2F105
  • G01C19/12
    		•  ....fluid driven (G01C 19/14 takes precedence) HB CC 2F105
  • G01C19/14
    		•  ....Fluid rotors HB CC 2F105
  • G01C19/16
    		•  ...Suspensions; Bearings HB CC 2F105
  • G01C19/18
    		•  ....providing movement of rotor with respect to its rotational axes (G01C 19/20, G01C 19/24 take precedence) HB CC 2F105
  • G01C19/20
    		•  ....in fluid HB CC 2F105
  • G01C19/22
    		•  ....torsional HB CC 2F105
  • G01C19/24
    		•  ....using magnetic or electrostatic fields HB CC 2F105
  • G01C19/26
    		•  ...Caging, i.e. immobilising moving parts, e.g. for transport HB CC 2F105
  • G01C19/28
    		•  ...Pick-offs, i.e. devices for taking off an indication of the displacement of the rotor axis HB CC 2F105
  • G01C19/30
    		•  ...Erection devices, i.e. devices for restoring rotor axis to a desired position (for instrument indicating the vertical G01C 19/46) HB CC 2F105
  • G01C19/32
    		•  ...Indicating or recording means specially adapted for rotary gyroscopes HB CC 2F105
  • G01C19/34
    		•  ..for indicating a direction in the horizontal plane, e.g. directional gyroscopes HB CC 2F105
  • G01C19/36
    		•  ...with north-seeking action by magnetic means, e.g. gyromagnetic compasses HB CC 2F105
  • G01C19/38
    		•  ...with north-seeking action by other than magnetic means, e.g. gyrocompasses using earth's rotation HB CC 2F105
  • G01C19/38@A
    		•  Foucault type HB CC 2F105
  • G01C19/38@B
    		•  Restricting vibrations, quick stabilisation HB CC 2F105
  • G01C19/38@C
    		•  Correcting errors HB CC 2F105
  • G01C19/38@Z
    		•  Others HB CC 2F105
  • G01C19/40
    		•  ..for control by signals from a master compass, i.e. repeater compasses HB CC 2F105
  • G01C19/42
    		•  ..for indicating rate of turn; for integrating rate of turn HB CC 2F105
  • G01C19/44
    		•  ..for indicating the vertical HB CC 2F105
  • G01C19/46
    		•  ...Erection devices for restoring rotor axis to a desired position HB CC 2F105
  • G01C19/48
    		•  ....operating by electrical means (G01C 19/54 takes precedence) HB CC 2F105
  • G01C19/50
    		•  ....operating by mechanical means (G01C 19/54 takes precedence) HB CC 2F105
  • G01C19/52
    		•  ....operating by fluid means (G01C 19/54 takes precedence) HB CC 2F105
  • G01C19/54
    		•  ....with correction for acceleration forces due to movement of instrument HB CC 2F105
  • G01C19/56
    		•  .Turn-sensitive devices using vibrating masses, e.g. vibratory angular rate sensors based on Coriolis forces [1,2012.01] HB CC 2F105
  • G01C19/5607
    		•  ..using vibrating tuning forks(double-ended tuning forks using planar vibrating masses suspended at opposite ends G01C19/5719) [2012.01] HB CC 2F105
  • G01C19/5614
    		•  ...Signal processing [2012.01] HB CC 2F105
  • G01C19/5621
    		•  ...the devices involving a micro-mechanical structure [2012.01] HB CC 2F105
  • G01C19/5628
    		•  ...Manufacturing; Trimming; Mounting; Housings [2012.01] HB CC 2F105
  • G01C19/5635
    		•  ..using vibrating wires or strings [2012.01] HB CC 2F105
  • G01C19/5642
    		•  ..using vibrating bars or beams [2012.01] HB CC 2F105
  • G01C19/5649
    		•  ...Signal processing [2012.01] HB CC 2F105
  • G01C19/5656
    		•  ...the devices involving a micro-mechanical structure [2012.01] HB CC 2F105
  • G01C19/5663
    		•  ...Manufacturing; Trimming; Mounting; Housings [2012.01] HB CC 2F105
  • G01C19/567
    		•  ..using the phase shift of a vibration node or antinode [2012.01] HB CC 2F105
  • G01C19/5677
    		•  ...of essentially two-dimensional vibrators, e.g. ring-shaped vibrators [2012.01] HB CC 2F105
  • G01C19/5684
    		•  ....the devices involving a micro-mechanical structure [2012.01] HB CC 2F105
  • G01C19/5691
    		•  ...of essentially three-dimensional vibrators, e.g. wine glass-type vibrators [2012.01] HB CC 2F105
  • G01C19/5698
    		•  ..using acoustic waves, e.g. surface acoustic wave gyros [2012.01] HB CC 2F105
  • G01C19/5705
    		•  ..using masses driven in reciprocating rotary motion about an axis [2012.01] HB CC 2F105
  • G01C19/5712
    		•  ...the devices involving a micro-mechanical structure [2012.01] HB CC 2F105
  • G01C19/5719
    		•  ..using planar vibrating masses driven in a translation vibration along an axis [2012.01] HB CC 2F105
  • G01C19/5726
    		•  ...Signal processing [2012.01] HB CC 2F105
  • G01C19/5733
    		•  ...Structural details or topology [2012.01] HB CC 2F105
  • G01C19/574
    		•  ....the devices having two sensing masses in anti-phase motion [2012.01] HB CC 2F105
  • G01C19/5747
    		•  .....each sensing mass being connected to a driving mass, e.g. driving frames [2012.01] HB CC 2F105
  • G01C19/5755
    		•  ....the devices having a single sensing mass [2012.01] HB CC 2F105
  • G01C19/5762
    		•  .....the sensing mass being connected to a driving mass, e.g. driving frames [2012.01] HB CC 2F105
  • G01C19/5769
    		•  ...Manufacturing; Mounting; Housings [2012.01] HB CC 2F105
  • G01C19/5776
    		•  ..signal processing not specific to any of the devices covered by groups ; G01C19/5607 to G01C19/5719) [2012.01] HB CC 2F105
  • G01C19/5783
    		•  ..mountings or housings not specific to any of the devices covered by groups; G01C19/5607 to G01C19/5719) [2012.01] HB CC 2F105
  • G01C19/58
    		•  .Turn-sensitive devices without moving masses [3] HB CC 2F105
  • G01C19/60
    		•  ..Electronic or nuclear magnetic resonance gyrometers [3,4] HB CC 2F105
  • G01C19/62
    		•  ...with optical pumping [3] HB CC 2F105
  • G01C19/64
    		•  ..Gyrometers using the Sagnac effect, i.e. rotation-induced shifts between counter-rotating electromagnetic beams [3] HB CC 2F105
  • G01C19/64@A
    		•  Using of optical fibres HB CC 2F105
  • G01C19/64@Z
    		•  Others HB CC 2F105
  • G01C19/66
    		•  ...Ring laser gyrometers [5] HB CC 2F105
  • G01C19/68
    		•  ....Lock-in prevention [5] HB CC 2F105
  • G01C19/70
    		•  .....by mechanical means [5] HB CC 2F105
  • G01C19/72
    		•  ...with counter-rotating light beams in a passive ring, e.g. fibre laser gyrometers [5] HB CC 2F105
  • G01C19/72@A
    		•  Ring resonance types HB CC 2F105
  • G01C19/72@C
    		•  Interference meter types HB CC 2F105
  • G01C19/72@D
    		•  .Fixed bias types HB CC 2F105
  • G01C19/72@F
    		•  .Frequency modulation types HB CC 2F105
  • G01C19/72@H
    		•  ..Optical heterodyne types HB CC 2F105
  • G01C19/72@J
    		•  .Phase modulation types HB CC 2F105
  • G01C19/72@L
    		•  optical elements HB CC 2F105
  • G01C19/72@M
    		•  .Light sources HB CC 2F105
  • G01C19/72@N
    		•  .Polarisers HB CC 2F105
  • G01C19/72@P
    		•  .Optical fibres HB CC 2F105
  • G01C19/72@S
    		•  .Modulators HB CC 2F105
  • G01C19/72@T
    		•  .Optical detectors HB CC 2F105
  • G01C19/72@Z
    		•  Others HB CC 2F105
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