Electrotherapy TRIZ Cases

A multi-layered mat blocks geopathic radiation using metallic shielding fabric and polymerized cork while delivering beneficial pulsed electromagnetic frequencies.

A magnetic field pulse controller adjusts stimulation frequency and intensity based on detected muscle contraction signals.

A four-channel radiofrequency machine delivers focused energy to liquefy visceral fat tissue for effective volume reduction.

A motion detection device uses accelerometers to sense muscle movement in response to magnetic stimulation pulses.

Auditory model processing filters irrelevant activity events to generate precise control signals for cochlear implants.

Segmented orthogonal antennas resolve arbitrary implantable device polarization misalignment, ensuring consistent signal reception quality.

Resonant wave module modulates Schumann vibrations for brain entrainment.

A pulsed electromagnetic field device generates periodic pulses with harmonic or anharmonic oscillation profiles to stimulate blood microcirculation.

A surface electrode RF therapy device delivers pulsed energy to deep skin layers while cooling the skin surface.

Varying the recharge voltage threshold as the battery ages reduces recharging frequency, minimizes aging acceleration, and extends device compliance.

Multiple magnetic probes simultaneously target major muscles involved in urinary incontinence, addressing limited coverage of single-probe treatments.

A non-invasive brain stimulation system adjusts electrical parameters based on real-time EEG feedback to optimize cognitive training protocols.

Dynamic timing for log compression prevents local disk full states that reduce test throughput.

Long-term exposure to 300-3,000 MHz electromagnetic fields reduces beta-amyloid aggregation and enhances mitochondrial function in Alzheimer's disease models.

A biological function measurement system uses a procedure determining unit to specify standardized analysis protocols for selected functions.

Thermoelectric devices replace slow water irrigation to enable rapid temperature changes, resolving diagnostic efficiency bottlenecks.

Activity score comparison against normal thresholds predicts therapy success probability, resolving diagnostic capability and reliability contradictions.

Elastomeric seal lips with interior undercuts deflect axially to reduce insertion force in implantable medical device connectors.

An external controller manages power transfer and data communication through a single coil interface.

Alternating polarity pulse waveforms stimulate the gastrointestinal tract to reduce food intake without surgical risks.

A neuromodulation system adjusts stimulation parameters using real-time biomarker data to modulate neural activity.

Airtight extrathoracic compartment modulates pressure via real-time sensing to counteract chest wall motion during ventilation.

Tracking cumulative atrial tachyarrhythmia duration via remote interrogation resolves storage constraints by offloading data analysis to external systems.

A polypeptide links a thermal sensitive ion channel to ferritin for remote cellular control.

A capacitance article and grounding apparatus neutralize body charge to reduce aerosolization of lung pathogens.

Channel-specific weighting prioritizes low frequency stimulation, reducing spatial channel interaction and micro-shocks while preserving speech understanding.

A processor dynamically selects kinesthetic stimulation strategies to treat respiratory disorders.

A charging device prioritizes power allocation to cochlear implant external portions based on real-time battery status communication.

Nesting a conical base ring within the header cavity reduces overall device size while allowing rotational freedom for easier removal.

Lateral groove on catheter member captures valve tissue between outer member and catheter body, enabling minimally invasive beating heart procedures.

Clad contacting elements replace welding to increase energy density by 10-20% in small accumulators.

Alternating electric fields disrupt viral structures to inhibit cell infection, avoiding damage to healthy tissues through selective frequency application.

Vacuum chamber draws tissue into contact with electrodes, resolving non-uniform field application and protecting healthy tissue during electroporation.

Free rotation of the cylindrical implant magnet aligns its magnetic dipole parallel to the external MRI field, eliminating torque and demagnetization risks.

A wearable digital device detects gait regularity changes using accelerometers and gyroscopes to emit immediate auditory cues.

Nitinol antenna support structure deforms reversibly to enable flexible implantation, resolving volume constraints in minimally invasive vascular procedures.

Electrical stimulation of the diaphragm replaces mechanical ventilation, improving oxygenation while reducing device complexity and patient discomfort.

Accelerometer-based system detects implantable medical device migration within the patient pocket by identifying posture changes and triggering recalibration.

Resonant energy recycling in a thin battery-powered patch reduces size while accelerating fracture repair.

Portable battery powered power supply replaces bulky transformers to enable reliable mobile clinical operation in ambulances.

Segmenting current control into separate unidirectional sources reduces chip area consumption while maintaining individual electrode control capability.

Disposable electrical stimulation device delivers pulsed energy to skin or mucosa, disrupting viral replication without drug resistance.

Public key cryptography authenticates remote programmers through digital certificates, resolving long-range RF telemetry security risks.

A single user-operated control generates distinct input sequences to establish a communication link with an ambulatory medical device.

Flexible digital sutures with embedded electrode arrays record high-resolution muscle electrical activity while reducing tissue damage.

Ultrasonic imaging replaces fluoroscopy to position spinal cord stimulation leads accurately, eliminating ionizing radiation exposure during implantation.

Controlled pulsed electric fields temporarily increase blood-brain barrier permeability to deliver therapeutic agents while avoiding tissue damage.

An AI neuro-stimulation system enables self-administered treatment via smartphone-connected headsets.