A hearable device uses an EEG sensor to measure brainwave signatures for secure network access.
A preprocessor aligns and normalizes electrocardiogram signals using singular value decomposition to extract unique authentication patterns.
A catheter tip uses a variable gap between inner and outer members to transduce contact force into fluid pressure differences.
Wireless mobile communication device captures multimedia and biometric event data for local or remote storage.
A laryngeal displacement detection apparatus measures lateral movement using oscillation and detection coils to generate real-time waveforms.
A body movement detecting apparatus uses registered user data to determine activity types and calculate consumed energy with high precision.
An electronic orientation device detects body segment angles using accelerometers to maintain consistent alignment during medical examinations.
Infrasonic stethoscope extends detection range to frequencies below 20 Hz, capturing heart sounds attenuated in conventional audible bands.
Multi-section sensor units detect pulse waves via capacitance changes to correlate digitized data with organ states.
A biometric authentication apparatus extracts physiological features from multiple biosignals to verify identity.
Shielding units isolate the HR sensor from flash LED interference, reducing device thickness and manufacturing costs.
Automated biokinetographic sensors capture motion data to provide objective clinical assessments.
Articulated endplates in a customized intervertebral implant compensate for spinal deformities while preserving adjacent level mobility.
An insole sensor device integrates pressure sensors and an accelerometer to capture physical stress data during user movement.
A drill sleeve uses a frictional retaining element to exert bearing force against a bone drill, supporting the device on the tool.