Heart Stimulators TRIZ Cases
- Pacemaker Respiration Synchronization via Non-Linear Oscillator
A cardiac pacemaker synchronizes electrical stimulus signals with respiratory cycles using a neuronal oscillator.
- Implantable Cardiac Cooling Device for Painless Defibrillation
Implantable thermal electric cooling elements modify cardiac tissue conduction properties to terminate ventricular fibrillation.
- Pacemaker Mode Switching for AV Conduction Check
A pacemaker switches between synchronous and asynchronous ventricular pacing modes to promote natural atrioventricular conduction.
- ECG Pacing Signal Processing via Segmented High-Rate Sampling
Segmented high-rate sampling extracts pacing parameters to remove interference without attenuating ECG amplitude or broadening signal width.
- Single Coil for Implantable Medical Device Power and Communication
An intermediate tap manages inductance to protect communication circuitry from high voltage damage while reducing device complexity.
- AV Conduction Measurement Using Heart Rate Zone Timers
Separate timers for heart rate zones capture AV conduction characteristics accurately while reducing repetitive sampling time.
- Left Atrial Pacing for Diastolic Heart Failure
Left atrial pacing lowers left atrial pressure by delivering early electrical pulses, resolving intra-atrial dyssynchrony in diastolic heart failure.
- Implantable Medical Device Lead Failure Detection and Localization
Correlating signals across multiple electrode combinations localizes lead failures to prevent inappropriate pacing pulses.
- Multi-Phase Cardiac Stimulus Generator for Heart Failure
A multi-phase cardiac stimulus generator applies anodal and cathodal waveforms to modulate heart rhythm.
- Leadless Cardiac Implant Energy Harvester Signal Analysis
An analysis module processes oscillating electrical signals from an inertial energy harvester to derive physiological parameters.
- Pacemaker Pacing Pulse Energy Adjustment Based on Heart Rate
An implantable pacemaker increases pacing pulse energy when heart rate exceeds a threshold to ensure reliable rhythm management without ICD communication.