Environmental vibration can distort portable-device opening angles; weighted accelerometer and gyroscope fusion enables adaptive, reliable measurement.
Internal series connections between offset, multilayer receiver loops save radial space and improve signal quality in rotary inductive sensing.
A dynamic routine calibrates an angle sensor in varied mounts to track rear suspension extension, compression, and wheel position.
Magnetic field gradients let paired sensors calculate two orientation angles for a pivotable magnet, reducing sensitivity to temperature and disturbance fields.
A rotary displacement amplifier magnifies small lap bar movements so a lower-cost rotary sensor can precisely control the mower's electric motor.
Optimizing conductive coupling overlap balances measurement error and signal amplitude for compact inductive movement sensing with larger air gaps.
Optimizing the conductive coupling segment overlap reduces measurement error and raises signal amplitude, supporting larger air gaps and simpler amplifiers.
Magnetic field measurements are converted into polarized charge distributions to estimate 3D wall thinning despite sensor noise.
A non-resonant driver and difference encoder enable fast, low-power angle tracking for battery-operated inductive sensors.
Heterogeneous pipeline signals are normalized, denoised, and transformed before models estimate defect length, width, and depth.
A reference-angle sensor and a change-sensing sensor help correct noise and stress-relaxation errors in foldable housing angle calculations.