Acceleration Measurement Using Interia Forces TRIZ Cases
- Spring Loaded Gear Driven Resolver for Compact Electric Machines
A spring loaded drive shaft couples to a resolver driven gear to maintain precise rotor alignment without dedicated bearings.
- MEMS Accelerometer Lateral Sensitivity via Segmented Sense Electrodes
Segmented sense electrodes extend laterally across openings in movable structures to increase capacitive sensitivity by 18% while maintaining linearity.
- MEMS Wafer Alignment via Segmented Fabrication
Segmented wafer fabrication with optical alignment resolves MEMS chip assembly complexity.
- Motion-Sensitive FET With Conductive Fluid Reservoir
Integrating a conductive fluid reservoir into the gate structure reduces chip surface area consumption while maintaining precise motion sensing capabilities.
- Piezoelectric Accelerometer Parasitic Capacitance Compensation
Multi-frequency excitation isolates parasitic capacitance in piezoelectric accelerometers, reducing measurement errors from stray electrical characteristics.
- Capacitive Micromechanical Sensor Structure for High Sensitivity
A capacitive micromechanical sensor structure combines linear and closing gap comb fingers to enhance sensitivity.
- Inertial Sensor Noise Estimation Using Allan Variance Tangents
A measuring device uses a low frequency noise estimator to subtract correlated noise from sensor signals.
- FORT Atomic Accelerometer Resolving Bias and Damage
Optical trapping beam confines atom cluster to detect motion through phase shift, eliminating bias uncertainty from excessive input accelerations.
- Impact Detection Device Using Dynamic Sensor Sampling Modes
Dynamic sensor sampling modes adjust activity monitoring rates to resolve the trade-off between detection reliability and battery life in wearable devices.
- Six-Degree-of-Freedom Motion Detection Using Non-Collinear Accelerometers
Three non-collinear linear accelerometers measure six degrees of freedom without gyroscopes.