Gladiator Technologies Patents

 

 

 

• 1. 6,843,126 Triaxial angular rate and acceleration sensor
• 2. 6,701,786 Closed loop analog gyro rate sensor
• 3. 6,662,657 Force-sensing transducers, accelerometers, rate sensors, and methods of forming vibrating-beam force transducers
• 4. 6,463,802 Triaxial angular rate and acceleration sensor
• 5. 6,435,029 Low metalization creep sensor
• 6. 6,423,564 Force-sensing transducers, accelerometers, rate sensors, and methods of forming vibrating-beam force transducers
• 7. 6,295,870 Triaxial angular rate and acceleration sensor
• 8. 6,285,111 Axis alignment method
• 9. 6,282,955 Low vibration link
• 10. 6,276,203 Axis alignment method
• 11. 6,273,514 Axis alignment method
• 12. 6,257,057 Epitaxial coriolis rate sensor
• 13. 6,161,440 Low metalization creep sensor
• 14. 6,098,462 Low vibration link
• 15. 6,079,271 Low vibration link
• 16. 6,023,972 Micromachined rate and acceleration sensor
• 17. 5,974,879 Micromachined rate and acceleration sensor
• 18. 5,962,784 Micromachined rate and acceleration sensor
• 19. 5,920,011 Micromachined rate and acceleration sensor
• 20. 5,886,259 Axis aligned rate and acceleration sensor
• 21. 5,866,816 Angular rate sensor misalignment correction
• 22. 5,717,140 Angular rate sensor electronic balance
• 23. 5,696,323 Two bar resonant beam Coriolis rate sensor
• 24. 5,627,314 Micromachined rate and acceleration sensor
• 25. 5,557,046 Micromachined rate and acceleration sensor
• 26. 5,500,627 Precision duty cycle phase lock loop
• 27. 5,469,052 Velocity yy g g g sensor which senses differential velocity by sensing changes in magnetic flux
• 28. 5,456,111 Capacitive drive vibrating beam accelerometer
• 29. 5,456,110 Dual pendulum vibrating beam accelerometer
• 30. 5,417,120 Vibrating beam force transducer with automatic drive control
• 31. 5,396,797 Triaxial angular rate and acceleration sensor
• 32. 5,379,639 Combined force transducer and temperature sensor
• 33. 5,341,682 Micromachined rate and acceleration sensor
• 34. 5,331,554 Micromachined rate and acceleration sensor having vibrating beams
• 35. 5,331,853 Micromachined^ rate and acceleration sensor

• 36. 5,319,976 Micromachined rate and acceleration sensor
• 37. 5,275,048 Acceleration overload protection mechanism for sensor devices
• 38. 5,270,594 Compact bidirectional torque motor with increased torque
• 39. 5,243 278 Differential angular velocity sensor thata is sensitive in only one degree of freedom
• 40. 5,241,861 Micromachined rate and acceleration sensor
• 41. 5,168,756 Dithering coriolis rate and acceleration sensor utilizing a permanent magnet
• 42. 5,097,490 Apparatus and method for improving the resolution with which a test signal is counted
• 43. 5,095,264 Frequency counter and method of counting frequency of a signal to minimize effects of duty cycle modulation
• 44. 5,070,263 Compact dual rotor torque motor for accelerometers
• 45. 5,066,911 App g p g g g aratus and method for sensing displacement using variations magnetic flux linkage
• 46. 4,968,909 Compact bi-directional torque motor
• 47. 4,935,883 Apparatus and method for leveling a gravity measurement device
• 48. 4,929,860 Electrode configuration for vibrating beam transducers
• 49. 4,881,408 Low profile accelerometer
• 50. 4,864,861 Frame assembly and dither drive for a coriolis rate sensor
• 51. 4,848,156 Frame assembly and dither drive for a coriolis rate sensor
• 52. 4,821,572 Multi axis angular rate sensor having a single dither axis
• 53. 4,814,680 Servo loop control for a coriolis rate sensor dither drive
• 54. 4,812,977 Borehole survey system utilizing strapdown inertial navigation
• 55. 4,811,602 Frame assembly and dither drive for a coriolis rate sensor
• 56. 4,799,385 Angular rate sensor with phase shift correction
• 57. 4,786,861 Frequency counting apparatus and method
• 58. 4,782,700 Frame assembly and dither drive for a coriolis rate sensor
• 59. 4,672,752 Method of determining the difference in borehole azimuth at successive points
• 60. 4,614,040 Borehole survey system and method of determining the difference in borehole azimuth at successive points
• 61. 4,459,759 Angular rate and position transducer for borehole survey instrument
• 62. 4,434,654 Borehole orientation detection system employing polarized radiation
• 63. 4,428,123 Instrument mounting
• 64. 4,399,692 Borehole survey apparatus utilizing accelerometers and probe joint measurements
• 65. 4,165,483 Capacitive pick-off circuit