Electrotherapy TRIZ Cases

Intertwined runners with counter-rotating fields resolve limited field diversity in traditional coil systems.

Embedded energy particles enable thermal conduction to penetrate twenty centimeters into tissue, overcoming shallow treatment limits of standard devices.

Annular wipers create an interference fit within the grip assembly to clean device surfaces.

An electric medical device prints ink marks on skin and emits controlled pulses to create small surface holes for precise allergen application.

An implantable medical device switches operating modes using field detection feedback.

A filtered feedthrough electronic module assembly uses a non-conductive barrier and snap-fit members to ensure correct pin alignment.

Segmented non-hermetic interconnects resolve flex fatigue failures in implantable devices by separating conductors while maintaining corrosion protection.

Capacitors block defibrillation pulses to protect internal electronics while maintaining RF telemetry communication.

Synaptic pathway training extends symptom relief duration by merging ketamine administration with cognitive stimulation.

Iron oxide nanoparticles subjected to parallel magnetic fields rupture endosomes, resolving nanotoxicity risks while maintaining therapeutic efficacy.

Nested members with flexible distal ends incrementally expand sinus ostia without causing fractures, accommodating anatomical variations.

A magnetic coil induces seizures via electromagnetic induction while a control system prevents further stimulation during the event.

An internal cold plasma applicator generates non-thermal plasma to treat wounds and infections.

An implantable medical device extracts pulse widths from heart sound signals to iteratively control ventricular pacing intervals.

Dorsal root ganglion stimulation regulates spinal nerves to modulate pancreatic and hepatic responses.

A radio-frequency skin treatment device uses multiple electrodes to heat distinct inner skin regions for simultaneous rejuvenation and tightening.

A hybrid orthotic system uses RISE control to modulate electrical stimulation via real-time sensor feedback.

A hearing prosthesis dynamically adjusts the ratio of acoustical to electrical stimulation signals based on input sound attributes.

A massage apparatus integrates a cosmetic dispensing system with manual and automatic actuation modes for precise product delivery.

A focused three-dimensional RF field system uses real-time sensor data to dynamically steer energy deposition toward target tissue regions.

Automated deep brain stimulation parameter adjustment using objective sensor data replaces subjective clinical assessments to reduce treatment time and costs.

Liquid crystal polymer encapsulation surrounds semiconductor dies with conductive pillars to create flexible, biocompatible electronic packages.

A cold plasma medical device uses a nozzle catalyst to generate reactive oxygen and nitrogen species for wound disinfection.

A hearing prosthesis fitting method creates a personalized loudness map to adjust current levels for normalized sound perception.

Voice recognition replaces magnetic controllers in vagus nerve stimulation, reducing patient anxiety while maintaining precise parameter control.

A neurostimulation control system monitors electrocardiogram data to detect autonomic engagement and signal stability during therapy cycles.

A hearing prosthesis generates hierarchical sound classifications to deliver tailored stimulation.

Portable wireless interface bridges short-range implantable device signals to long-range networks, eliminating fixed repeater dependency.

Intermittent tapping with a flat blunt monopolar electrode removes skin lesions while preventing surrounding tissue overheating.

Alternating active and passive phases in a pulse train delivers electrical stimulation therapy while minimizing power consumption through ECAP feedback.

Alternating electrode polarity via dynamic switching minimizes skin burns and procedure time while maximizing deep heat generation.

Segmented helical windings wound in opposite directions create asymmetric electromagnetic field patterns for therapeutic applications.

Tuned radio frequency beads concentrate energy at specific anatomical locations through resonant heating, reducing damage to healthy surrounding tissue.

A selectively connectable antenna radiates magnetic fields by activating predefined coil portions to stimulate target brain areas.

Portable ultrasonic patch overcomes low bioabsorbance of large molecules by vibrating skin to enable efficient transdermal drug delivery.

Biodegradable polymer-coated surgical mesh pouches stiffen temporarily to secure implantable medical devices.

External device detects improper implantable medical device parameter values corrupted by alpha particle radiation and reprograms them with substitute data.

A CPR display unit uses force sensors to provide real-time compression feedback.

An implantable device tracks P-wave vector rotation to detect inter-atrial block conditions.

Planar feedthru interface eliminates through-hole drilling to reduce wire length and manufacturing costs in implantable pulse generators.

A multi-band antenna merges MICS and BLE interfaces to reduce device volume while maintaining stable data transmission.

Borate compounds and alkenes in the electrolyte create a protective interface that reduces capacity fade during cycling.

Rigid brace retainer anchors chest compression driver to transport frame, freeing caregivers from manual stabilization duties.

Physical input mechanisms enable patient self-service fitting adjustments, reducing audiologist session duration.

A dielectric barrier gas discharge generates cold plasma at atmospheric pressure for targeted biological material treatment.