External Electrodes TRIZ Cases

Spatially distributed resonant secondary stimuli lock frequencies to restore muscle function despite severely reduced nerve conductivity.

External pulse generator with microcontroller records usage logs and restricts access to treat neurological disorders without invasive implantation risks.

A pulse generating device determines conductance and phase angle values between electrodes to identify tissue type before delivering electrical pulses.

A disposable insulating shield prevents skin burns from electrode fractures and eliminates cytotoxicity risks during capacitive radiofrequency therapy.

An electrode assembly skin contact layer uses a conductive adhesive composite and an anisotropic material sheet to spread current evenly.

A handheld device applies pulsed electrical signals to stimulate arrector pili muscles and raise body hairs.

An inclined connecting portion maintains skin contact during movement, resolving instability issues in transcutaneous vagus nerve stimulation.

Segmented EMS components and wireless feedback prevent pressure injuries by managing moisture accumulation under electrodes.

Segmented electrodes adjust current distribution to prevent uneven flow on high-resistance skin or wounds, ensuring uniform drug delivery.

A pillow integrates woven metal conductors into its sheath to emit electromagnetic radiation during sleep.

A pain relief device manages electrical pulse delivery through skin contact detection and voltage limiting components.

Anisotropic cover layer directs heat away from skin to enhance cooling in tumor treating field electrode assemblies.

A sub-electrode layer bonds a medication reservoir gel to an iontophoresis electrode substrate via applied electric current.

A self-contained active transdermal patch integrates a flexible circuit board with electrodes and a power source to enable portable iontophoretic medicament delivery.

An electrode array with alternating polarity and varying areas directs treatment energy to optimal sites based on impedance readings.

Applicator head houses separated electrodes to direct electric current through skin layers for targeted treatment.

A portable apparatus integrates resistive heating and transcutaneous electrical nerve stimulation to deliver targeted pain relief.

A flexible conductive adhesive electrode maintains stable contact with patient skin during movement.

A terminal device wirelessly communicates with electrical treatment devices to display image information and instruct selected units to vibrate.

A wearable nerve patch delivers targeted electrical stimuli to treat restless legs syndrome symptoms.

An energy wave generator emits frequency-controlled waves to promote immunity.

An adhesive conductive eye mask positions electrodes around the eyes to deliver microcurrents, enabling independent muscle toning without manual assistance.

A wearable garment integrates flexible electrodes and sub-control units to deliver targeted electrical stimulation therapy.

A transcutaneous electrical stimulation device delivers interferential current signals through abdominal electrodes to improve bowel motility.

A negentropy separator isolates negentropic energy from electrical power, enabling uniform emission that reorganizes human micro-structure and delays aging.

External electrostimulation of the infrapatellar nerve via skin-placed electrodes using a portable signal generator.

A portable head-worn device with a pulse generator and electrodes stimulates the brain through the scalp, resolving portability and skin irritation trade-offs.

A control unit measures electrical impedance of conductive gel to determine its useful lifespan.

A neuromodulation apparatus measures electrode impedance to select active electrodes and adjust pulse delivery.

A low-frequency treatment pad unit generates distinct notification pulse currents to confirm user operations through skin contact.

A trial stimulator unit connects to stimulation leads via a lead adapter featuring a sliding portion and retention strips for secure positioning.

Flexible circuit carrier adapts to ear contours for stable electrode contact, resolving trade-offs between wearing comfort and device complexity.

A wireless electrical stimulation system coordinates multiple electrode units via radio frequency signals to deliver targeted therapy.

Programming system decomposes neuromuscular movements into distinct actions to configure electrical stimulation parameters.

A treatment device adjusts pulse voltage frequency and intensity based on user input to ensure comfortable stimulation.

A brain stimulation system delivers unique electrical patterns to cue specific memory recall during wakefulness.

Voltage switching provides tactile mode notifications, resolving usability issues when displays remain hidden under clothing.

Electrode interfaces with branching subpassages distribute electrical current across contact surfaces to enhance stimulation uniformity.

A wristband nerve stimulator uses magnetic attraction and distinct adapter seats to align electrodes for left or right hand use.

A muscle supporter uses sensors to detect strength and timing for targeted electrical stimulation.

A sacrificial conductor fails before the primary lead wire, enabling pulse generators to detect fatigue damage and prevent sudden device malfunction.

Portable electric field generator produces alternating current square waves between 50 kHz and 1 MHz using a compact battery design.

A multi-ion pump system delivers H+, Na+, and Cl- ions via microelectrodes to resolve precision-versatility contradictions in wound healing therapy.

Dynamic waveform amplitude control prevents output saturation caused by high bio-impedance and limited battery power.

A self-contained electro-stimulation device uses reversible compression to conform to pelvic floor anatomy.