Electrotherapy TRIZ Cases

Nanosecond pulsed electric fields raise stemness gene expression and lower methylation, shortening treatment time while improving differentiation readiness.

Combining vacuum, capacitive radiofrequency, and electrostimulation lowers skin resistance to boost regenerative cell activity without added tissue damage.

Stored energy is discharged below ethylene oxide ignition levels, then a remote switch reactivates sealed medical electronics without opening packaging.

Radio-frequency discharge in a dual-sleeve plasma head creates uniform large-area, low-temperature plasma for safer and faster skin repair.

Independent current control across a coil group steers the induced electric field in 3D without moving the coil or losing target intensity.

RF neuromodulation through jacketed catheter electrodes targets renal nerves to lower sympathetic tone without drug compliance and side-effect limits.

Selective incident-based data feeds cut EMS transfer and sorting time while preserving complete patient monitoring information.

Temporally interfering GHz antenna arrays focus electric fields deep in the brain, improving stimulation specificity without invasive electrodes.

Respiratory pressure sensing adjusts implantable nerve stimulation in real time to keep the airway open and avoid unnecessary therapy.

Real-time plasma sensing and a tissue-contact window keep the EMR focal region in the dermis, reducing epidermal damage during melasma treatment.

Localized alternating magnetic fields heat tumor-targeted nanoparticles to ablate diseased tissue while preserving healthy tissue.

Symmetric inversed pulses with varied timing reduce painful nerve stimulation while resetting sensitivity and limiting ion channel charge buildup.

Low-level pulsed RF magnetic fields stimulate the vagus nerve without implants, suppressing chronic inflammation while avoiding tissue damage.

A wearable hat combines rTMS, fNIRS brain monitoring, and AI-tuned earbuds to personalize tinnitus and hearing-loss correction.

Alternating anodal and cathodal pulse phases improve nerve activation across vessel walls, speeding neural targeting for denervation.

Acoustic and motion sensing quantify breathing and hit rate to tune obstructive sleep apnea nerve stimulation without invasive monitoring.

Recirculated plasma gas maintains radical activity to sterilize odor-causing bacteria without chemical deodorants or added skin harm.

An implantable accelerometer tracks tremor, bradykinesia, posture, and tap inputs to improve assessment accuracy without wearables.

Dynamic per-band loudness weighting switches electric and acoustic hearing to reduce overlap, improve speech in noise, and preserve music fidelity.

A rotating RF head with vacuum suction evens skin heating and massage, improving tissue penetration while lowering burn risk.

Combining LED wavelengths with pulsed electromagnetic and resonant frequencies, this chamber treats whole-body conditions while avoiding healthy-cell damage.

A silk conduit with porous walls, hydrophilic surfaces, and guidance channels bridges peripheral nerve gaps while limiting scar tissue.

Tracks iris motion in a head-mounted display to assess ANS activity for patient selection, treatment feedback, and outcome prediction.

Real-time pressure sensing and fuzzy adaptive control tune chest-abdomen CPR compression depth, frequency, and duration to improve rescue outcomes.

Transcutaneous power is converted to a higher frequency so implantable devices can operate without pain, muscle contraction, or discomfort.

Multiple iontophoresis compartments induce sweat on demand and enable normalized, time-sequential analyte sensing for remote monitoring.

A relay module converts external RF power into encoded stimulation signals, enabling battery-free implants with more flexible lead placement.

Low-frequency pulsed magnetic fields enable a wearable TMS unit to cut heat and weight while selectively stimulating target brain areas.

Porous negative Poisson's ratio seed structures improve tissue contact, secure embedding, and localized heat or radiation delivery.

Physiological feedback and selectivity indices tune vagus nerve stimulation parameters to target A- and B-fibers using heart rate, breathing, and EMG.

RF tags on medical electrodes enable compatibility checks, misuse prevention, and use tracking for better signal quality control.

Tactile vibration cues replace constant visual checking, helping surgeons keep focus on the site while locating nerves accurately.

An applicator tube and sealed housing guide plasma-generated reactive species into concealed or deep treatment sites with less species loss.

A flexible hydrogel electrode array with raised contacts improves skin coupling, reduces placement errors, and captures cleaner nerve signals.

A 3D patient model and field simulation generate transducer array layouts that speed TTFields placement while maintaining target intensity.

Integrated sensors, thermal control, and drug delivery maintain tissue temperature, pH, and moisture to improve therapeutic efficacy and healing.

Soluble microneedles start a magnesium-air battery in tissue, improving high-molecular-weight drug permeation without partition-wall steps.

Localized ISN-1 peptide delivery promotes bone and cartilage regeneration while avoiding graft morbidity and BMP-2 side effects.

Built-in wrist and neck restraint sensors maintain skin contact during CPR compressions, enabling continuous monitoring and feedback.

Static and dynamic electromagnetic fields drive conductive brain fluids to improve transport and help clear misfolded protein accumulations.

Integrated magnets and conductors turn fixation hardware into a self-powered field source that supports healing, osseointegration, and bacterial control.

A prefilled absorbent ring meters active substance at the skin electrode, avoiding hand contamination and simplifying treatment setup.

Contralateral and ipsilateral motion profiles guide electrostimulation to restore arm swing, improving gait balance and reducing strain.

Using SLM only for the implant housing connection member cuts machining cost while preserving battery-acid compatibility and gas tightness.

A tiltable ball-joint RF electrode maintains close skin contact to prevent burns, reduce manual checks, and ease operator strain.

EMG-measured i-wave periodicity guides TMS theta burst timing to improve cortical plasticity and reduce response variability.

An electronic pump and mechanical regulator maintain lung pressure during air transport, preventing over-inflation and pressure-differential tissue damage.

A plunger-spool loading tool supports fiber tethers during catheter insertion, preventing buckling and enabling reusable dual-chamber implantation.

A heat-activated polyurethane film replaces liquid silicone adhesive to automate implant header bonding and create a strong media-tight joint.

Cold saline perfusion and a shape-controlled multi-pole ring enable precise pulmonary artery denervation while limiting intima damage.