Electrotherapy TRIZ Cases

A cochlear implant fitting method establishes a common baseline charge level across all electrode channels before delivering individual stimulation signals.

An electric stethoscope uses a sound processing device to convert captured sounds into electrical signals for analysis.

A medical device delivers sub-threshold electrical stimulation signals to modulate nerve fibers without causing patient perception.

Wireless temperature stimuli guide patient responses to recalibrate sensory thresholds and eliminate chronic pain without medication side effects.

Segmented primary and secondary coils shape magnetic fields to reach deep brain targets while reducing superficial overstimulation.

A normalized electrode interface uses a bus protocol to connect defibrillating electrodes for automatic type identification.

A shiftable transducer array with an anisotropic material layer redistributes current density across the electrode surface.

A headache mitigating apparatus uses adjustable pressure bladders to compress suboccipital muscles.

Scalp conductors generate counter-electric fields to offset magnetic stimulation.

A charging system updates power signals using real-time parameter analysis to maintain efficient energy transfer during device movement.

A feedthrough system aligns paired terminal pins axially within a silicone insulator to enable compact active medical device designs.

A self-calibrating electrical stimulation system adjusts pulse parameters using measured tissue responses to maintain delivery accuracy.

An integrated medical procedure mattress uses guiding rails to manage cables and radiation shields to protect staff during patient transfers.

Transdermal authentication validates external readers via carrier waves, resolving the security-speed trade-off in implantable medical device communications.

Impedance measurement switches brushing modes and delivers ionic currents for plaque removal without user discomfort.

Orthogonal acceleration filtering determines patient step counts within implantable medical devices.

Segmented helical strands maintain an unobstructed working lumen, allowing simultaneous delivery of multiple components without compromising vessel access.

Transcranial magnetic stimulation applies tailored magnetic pulses to modulate blood-brain barrier permeability.

A programmable enclosure functions as a controlled current source or sink within an implanted pulse generator to optimize stimulation paths.

Wiper seals wipe bodily fluids from platinum iridium contacts upon insertion to prevent corrosion in implantable medical devices.

A beauty device applies high-frequency currents to generate heat in deep tissue layers.

Segmented hand piece delivers micro-current therapy to sub-dermal facial muscles, resolving portability constraints of bulky control bodies.

A hearing device fitting agent initializes user and environment models to determine optimal settings based on environmental data.

Machine learning models analyze higher order harmonics in vibration data to detect pump thrombosis early, preventing stroke and device failure.

Dynamic frequency adjustment prevents bio signal loss during neural measurement.

Switching diodes prevent parasitic charge accumulation across the load, resolving transistor speed and safety contradictions in electro-stimulation devices.

Laser etching a ceramic substrate surface enhances epoxy adhesion and capillary action to prevent moisture ingress in implantable medical devices.

A mushroom-shaped subdural drain uses an L-shaped lumen to establish fluid communication between the subdural space and external access points.

Automated processing circuitry retrieves patient information from a first implantable medical device to configure optimal settings for a second upgrade unit.

Dielectric barrier discharge prevents electrode degradation and overheating while maintaining stable cold plasma for wound healing.

A single-needle electroporation device uses spaced electrodes to generate a non-uniform electric field for in vivo molecule delivery.

A biocompatible gold alloy braze joins feedthrough insulators to titanium housings below the metal's beta-transus temperature.

Segmented electrode zones and periodic current reversal reduce skin irritation while expanding stimulation area beyond localized patches.

Auditory parameter generating module processes image data to determine implantable hearing device specifications.

An acoustic defibrillator system converts transmitted ultrasound into electrical energy, eliminating lead wire perforation risks and reducing shock latency.

Modified surface layers tailor electrical conductivity to reduce eddy currents and minimize induction heating in MRI implants.

Combined magnetic and thermal treatment achieves homogeneous temperature distribution while reducing panniculitis risk during muscle stimulation.

Non-thermal plasma resurfaces damaged skin to enhance therapeutic delivery while eliminating irritation from chemical enhancers.

Magnetocaloric vectors overcome blood-brain barrier limits by heating gadolinium nanoparticles to kill infiltrative brain tumor cells.

Capacitive storage with shunting limits voltage spikes, reducing thermal dissipation during retinal implant power delivery.

Adjustable inflatable support pads stabilize the patient's chest laterally, maintaining consistent compression force across varying body sizes.

System projects 3D sensation maps to 2D formats, reducing data intensity while enabling accurate reconstruction of patient-specific stimulation models.

A photobiomodulation light source device delivers specific wavelengths to stimulate muscle tissue in stroke survivors.

A parasitic inductance and reactance network reflects electromagnetic energy along an implantable medical device lead.

Liquid crystal polymer housing structures enable hermetic sealing and wireless power transfer for implantable medical devices.

A musical instrument generates nine specific frequencies based on the Golden Ratio to produce harmonious vibrations.

Vapor deposited parylene and liquid layers create a hermetic seal at room temperature, preventing corrosion without thermal damage to sensitive electronics.

Positive electrostatic field deactivates circulating tumor cells without damaging healthy tissues.

A pharmaceutical composition regulates cerebellar glial cells to relieve pain without affecting motor function.