Strain Gauge TRIZ Cases
- Wearable Piezoelectric PPG Sensing for Continuous Vascular Resistance
Combining piezoelectric pressure sensing with PPG enables continuous non-invasive tracking of vascular resistance and tone with waveform accuracy.
- Portable Isometric Neck Strength Measurement for Reliable Clinical Assessment
A tension-based neck strength setup improves portability while preserving standardized, reliable clinical measurements and wireless data capture.
- MRI-Corrected Optical Shape Sensing for Catheter Tip Localization
MRI reference points correct optical shape sensing errors, improving flexible invasive device and catheter tip localization in MRI-guided procedures.
- Dual-Conductive Hydrogel Strain Sensor for Fast Body Motion Sensing
A dual ion-electron conductive hydrogel sensor improves sensitivity and sub-50 ms recovery for wearable measurement of subtle and large body strains.
- Fiber-Integrated Monolithic Clamp for 3D Force Sensing
Optical fiber gratings and LSTM-based decoupling enable compact 3D force and temperature sensing in surgical clamps with EMI immunity.
- Wrist Pulse Wave Sensor Pressure Feedback for Faster Calibration
Voltage-threshold feedback adjusts wrist sensor pressure automatically, cutting setup time while keeping pulse wave readings accurate.
- Integrated Sensor-Transmitter Prosthetic Valve for Continuous Monitoring
Strain-gauge or piezoelectric sensors measure commissure deflection and wirelessly transmit prosthetic valve data for continuous monitoring.
- Superelastic Catheter Sensor Integration for Ablation Contact Tracking
Etched or vapor-deposited 3D structures integrate force and position sensing on a superelastic catheter for precise cardiac ablation contact.
- Sensor-Integrated Prosthetic Valve for Continuous Wireless Monitoring
Integrated strain or piezoelectric sensors detect valve-frame deflection and wirelessly report signals for post-implant monitoring.