Electrotherapy TRIZ Cases

Multi-sensory therapeutic system synchronizes electrical impulses with audio rhythm for comfortable pain relief.

A targeted infusion system plans catheter placement using diffusion tensor imaging data to achieve precise therapeutic agent distribution within the brain.

Dynamically adjusts thoracic impedance thresholds using patient data to detect pulmonary edema, reducing false positive alerts.

An automatic activator inserts substance transfer components into the skin, resolving phlebotomy complexity and training barriers.

Multiple primary coils automatically activate upon proximity to an implanted medical device, enabling continuous charging without patient action.

Dynamic inter-magnet distance regulation extends drug residence time while preventing excessive tissue stress.

A brain stimulation system identifies bioelectrical resonance to set optimal therapy frequencies.

A multichannel TMS coil device uses overlapping windings to independently control magnetic field orientation and position.

Apertured separator element divides canister chambers to drain fluids while retaining adipose tissue, reducing procedural complexity and tissue trauma.

A CPR feedback device guides caregivers by monitoring compression rate and depth sequentially rather than simultaneously.

A connector assembly design enables injection molding of an implantable pulse generator header directly over the conductive segments.

A galvanic vestibular stimulation system delivers targeted electrical signals to enhance motion perception.

An external indicator device presents electrical stimulation parameters using visual indicators to enable parameter visualization without patient therapy.

A biological power extraction system draws electricity from non-animal organisms using electrical conductors coupled to an electrical load.

Electrical therapy inhibits sympathetic nerve activity, preventing proarrhythmic substrates and reducing sudden cardiac death risk.

Implantable cardiac devices distinguish interventricular from atrial conduction events during irregular rhythms to set accurate biventricular pacing intervals.

A dual mode stimulation system delivers prophylactic and abortive electrical pulses to cranial nerves.

An ingestible electronic device triggers an implanted therapeutic responder module to activate or modulate treatment.

An inner connector with an alignment tab rotates within an outer cap to resolve connection reliability issues while maintaining a pressure-tight seal.

Magnetic particle conjugates activate specific biochemical signaling cascades through targeted energy transfer.

Dynamic frequency selection adapts to mutual inductance changes, maintaining robust power delivery despite electromagnetic interference.

A spiral conductor antenna configuration extends along multiple faces of a dielectric compartment to maintain electrical performance.

A cochlear implant method determines neural excitation by quantifying the difference response between focused and unfocused stimulation signals.

External device determines uplink and downlink data rates using signal strength and noise level measurements.

A modular audio processing pipeline segments signal analysis into a common frequency bank and stimulator-specific stages.

Infrared laser pulses combined with electrical signals stimulate auditory brainstem tissue to generate nerve action potentials.

A receiver switches between high and low power modes to conserve energy in implantable medical devices.

An electrode catheter measures electrical impedance to determine contact and coupling conditions during ablation procedures.

Controlled electrical pulses induce hemostasis without thermal damage to adjacent tissue.

A tapered nose medical implant carrier shields fragile electrodes from catching on body tissue, preventing damage to the neural interface.

Electromagnetic energy heats subcutaneous tissue without direct skin contact to reduce lipid-rich cells and tighten skin.

Embedded sensors in an anatomically contoured CPR plate detect compression depth and frequency, providing real-time feedback to prevent rib damage.

A magnetic switching device activates power supply in implantable hearing aids using static retention force between external and internal magnets.

Multi-coil knee applicator generates electric field stimulation while resistive heaters deliver uniform thermal energy to the joint.

Handheld skin treatment device integrates light therapy, microcurrent, and synchronized thermal elements into a single compact unit.

Integrating the coil into a multi-layer circuit board with reduced layers in the inner area creates cavities that eliminate manual pin connections.

Segmented elastic pins adapt to skin curvature for uniform RF irradiation, resolving non-uniform energy distribution.

Pulsed stimulation with advanced electrode coatings prevents chemical reactions and material degradation while maintaining effective neural blocking.

Post-operative imaging computes a transformation matrix that aligns sensor signals with head-fixed axes, reducing surgery duration and power consumption.

Magnetic coupling enables clinician-controlled data transfer from an implantable medical device, reducing battery drain while maintaining cybersecurity.

A timing control unit generates a predetermined time difference between PMOS and NMOS driving signals to stabilize data sensing operations.

A stimulation system delivers sub-perception therapy and switches to perception threshold levels to confirm the volume of effect.

A unilateral transcranial magnetic stimulation coil uses asymmetric base and return elements to induce high electric field intensity in target brain regions.

A segmented vagus nerve stimulation system delivers targeted electrical signals to modulate neural activity and restore autonomic balance.

Segmenting authentication into physical proximity verification and dynamic key generation prevents unauthorized long-range access to implantable devices.

A wearable system records brainwaves to identify STW oscillations and delivers adaptive electrical stimulation.

A magnetic induction therapy apparatus uses conductive coils and sensors to detect nerve conduction for real-time stimulation control.