Links light spectra and intensity with genomic, health, and behavior data to guide more personalized illumination settings.
A bellow-mounted sensor and locating element keep surface tension uniform across pulse points, improving measurement accuracy despite anatomical variation.
A suprasternal notch pressure sensor separates respiratory and cardiac signals to estimate heart rate with one sensor and lower computing load.
Optical and force sensing are combined in a spring-loaded probe to measure distal foot perfusion and improve PAD assessment in diabetic patients.
Pressure-sensitive coupling compares sensor signals at different positions to align a wearable sensor with a vein or artery.
ECG, SpO2, or chest impedance signals set pulse windows so cuff pressure peaks remain detectable during arrhythmias and noise.
Handheld binding and area-based control transfer simplify tower-crane hoisting while authentication supports secure operation.
Visual feedback guides users to apply consistent pressure, reducing artifacts and enhancing signal-to-noise ratio in portable health monitoring devices.
A wearable device detects cardio machine activity ends using magnetic field data to improve orientation accuracy.
Segmented ring sensors ensure consistent skin contact and accurate resistance measurements despite wrist movement and varying device flexibility.
An electronic purchasing system routes transactions via a payment issuer to eliminate wait times and protect sensitive data.
Photoplethysmography sensors integrated into dental appliances measure tissue changes during prolonged intra-oral use, enabling real-time treatment adjustments.
Electronic processor isolates cardiac signals and separates blood flow signals from chest wall motion data using a triple-axis accelerometer sensor.
A live room detection system compares user distribution ratios against population density distributions to identify fraudulent click activity.
A near-field fringing electromagnetic sensor detects cardiovascular signals using transmission lines.
Multi-axis pressure sensors remove body movement disturbances from pulse wave signals to enable continuous blood pressure monitoring.
A radio signal receiver calculates a distance matrix from Fourier transform amplitude variances to locate living objects.
A control system selects ambient stimuli from a database based on user characteristics and stress reduction capabilities.
Segmented thin-film sensor transmits power wirelessly to eliminate bulky batteries, resolving movement restriction and limited battery life.
A driving assistance system switches between photoplethysmography and electrocardiogram sensing modes based on steering wheel contact.