Electrotherapy TRIZ Cases

A wearable receiver assembly monitors skin impedance and power voltage to maintain reliable ingestible event marker signal detection.

A noise reduction module processes frequency domain signals to generate stimulation parameters for auditory prostheses.

A medical device adjusts stimulation recharge parameters based on artifact analysis in sensed evoked response signals.

Real-time ultra-wide band monitoring tracks compression depth to maintain optimal parameters on flexible mattresses.

A closed-loop stimulation system delivers targeted pulses to brain regions based on real-time signal detection.

Visibly modified connector surfaces enhance visual contrast to facilitate accurate lead insertion verification in implantable medical devices.

Angled laser module directs light to specific body areas within a therapy reservoir, eliminating manual probe handling.

A coin-sized implantable electroacupuncture device delivers therapeutic pulses via integrated electrodes without invasive needles.

A mounting frame rocker clamps electrical components to eliminate adhesive curing time and corrosion risks in implantable devices.

Acoustic-to-electrical conversion in a leadless electrode enables safe left ventricle pacing without invasive leads.

Segmented MEMS sensors in a flexible cannula compensate for movement artifacts to enable accurate long-term bladder pressure readings.

A muscle electrostimulation apparatus applies a conditioning electrical pulse to prime nerve fibers before delivering stimulating pulses.

A hybrid sensor device combines MagFET and reed switch technologies to detect magnetic fields across wide measurement ranges.

Merging pneumatic compression and magnetic field therapy into one unit eliminates separate devices while maintaining graduated treatment versatility.

A treatment execution unit modifies voltage waveforms to ensure therapy completion based on detected battery levels.

Third-generation synchronization modulation electric fields fuel Na/K pumps without ATP consumption, treating kidney ischemia by maintaining ionic gradients.

Adaptive filtering using spaced sensor subsystems removes environmental vibrations from head motion signals, improving balance prosthesis measurement precision.

Miniaturized flexible coil delivers broadband electromagnetic signals to living tissues.

A controller constrains stimulation parameters within safe ranges to prevent tissue damage while maintaining therapeutic effectiveness.

A micro-scale wireless heater uses a planar coil and capacitor to convert electromagnetic waves into heat.

Flat bifilar coil inductor generates a conical magnetic field that targets deep tissues while eliminating thermal side effects from high-intensity fields.

Dynamic capacitor configurations shape therapy waveforms to lower capture thresholds, reducing power consumption and extending device longevity.

A multi-modal neurotherapy device combines red light, magnetic pulses, binaural beats, and microcurrents to stimulate neuronal mitochondrial activity.

An implantable device monitors thoracic fluid impedance vectors to identify pulmonary edema origins.

A display system applies varying color shades to patient data points for precise severity indication.

Electromagnetic drivers merge audio, vibration, and magnetic stimulation to counteract stress and promote neuro-psychological relaxation.

An electronic control device maps voltage to electrode spacing to ensure complete electroporation of tumor nodules in hard-to-reach locations.

A programming device enables patients to adjust stimulation waveform parameters for passive implantable stimulators via a user interface.

An electrode arrangement applies intersecting alternating current trajectories to concentrate stimulation energy on target brain regions.

An implantable intraluminal flow measurement system uses wireless RF telemetry and continuous-wave Doppler sensing to detect fluid velocity.

Segmenting communication into separate UWB and Bluetooth links prevents unauthorized access while managing device complexity.

Helmholtz coils generate uniform static magnetic fields from 0.1 mT to 4 T, destroying cancer cells while sparing normal tissue.

Segmented electrode array delivers high frequency energy across large tissue areas while managing thermal load through integrated fluid cooling.

A flexible mask beauty instrument uses carbon nanotube electrodes to deliver controlled micro-currents directly to facial skin.

A processing system selects volumetric stimulation templates to generate precise electrical parameters for implantable neurostimulators.

Using the existing vascular network as an electrode pathway to ablate tumors without mechanical trauma or collateral damage to surrounding healthy tissue.

Bipolar electrodes fuse foramen ovale valve tissue directly, eliminating foreign anchor members that cause thrombus formation.

A chest compression machine adjusts depth and rate using physiological data.

A low voltage electrode device stimulates endogenous testosterone production through targeted electrical contact with the scrotum and pubic region.

A reusable adhesive pad with embedded magnets uses silicone gel padding and elastic fibrous cloth to deliver magneto-therapy.

A shielded diathermy applicator uses a conductive grid to provide capacitive coupling for therapeutic RF energy delivery.

Intermediary data correction layer processes raw electrical signals using interpolation algorithms to ensure accurate neurostimulation therapy delivery.

Applying alternating current electric fields to rapidly dividing cells disrupts their division process through specific frequency and strength parameters.

A transversely removable suction cup secures to a motor-driven piston flange via a perpendicular receptacle.

Laser seam welding bonds the connector enclosure to the can housing, eliminating barbs and pins to reduce device volume while maintaining attachment strength.

Dynamic threshold adaptation tracks local field potential drift by computing average signal values, keeping stimulation adjustments within adjustable limits.

A chest following algorithm for automated CPR devices adjusts compression element position and force to maintain contact with the thorax.

A detachable irradiation head converts reciprocating motion into electrical energy to power light therapy sources.

A data bearing tag on implantable device packaging enables secure wireless communication with external systems.