External Electrodes TRIZ Cases

A wearable electrostimulation device delivers therapy signals to treat restless legs syndrome.

Electromagnetic apparatus uses dipole antennas to monitor and adjust pulsed direct current strength.

A wearable neuromuscular electrical stimulation system delivers targeted impulses to foot muscles.

Staged capacitor charging in a nerve stimulator patch maintains consistent voltage levels, extending battery life while managing circuit complexity.

Low-amplitude bipolar microcurrent applied bilaterally across cranial sutures rebalances autonomic nervous system activity without mechanical bone manipulation.

Segmented transducer arrays resolve the contradiction between therapeutic efficacy and patient comfort by using flexible subarrays to conform to body contours.

An electronic stimulation device uses a transformer to transmit specific frequency waves through the body.

A control unit adjusts electrical stimulation intensity to induce emotion recognition through subtle facial muscle activation.

Non-interconnected irregular electrodes generate non-linear electrical signals to stimulate blood flow in wound dressings.

A flexible spherical electrode with a conductive transfer layer delivers iontophoresis current to sweat glands.

Alternating pulse polarity across multiple ear electrodes prevents acquired tolerance and stabilizes vagus nerve stimulation effects.

A skin care device detects electrode contact state via voltage fluctuations to block current output when stationary.

Conductive gel penetrates hair to establish electrical contact, resolving interference between scalp coverage and treatment reliability.

Controller switches parallel conductor to short resonating currents, reducing electromagnetic interference.

Pulsed discharge eliminates active cooling requirements by managing electrode temperature through periodic operation cycles.

Single-step printing merges first and second electrodes into one ink, reducing manufacturing time from 6.3 hours to 1 hour.

A cutaneous field stimulation system uses disposable pads paired with a sealed battery pod for wireless control.

A textile suit integrates flat knitted conductive electrodes and lines to adapt to body contours for comfortable muscle stimulation.

A portable battery-powered apparatus generates electrical signals between electrodes to treat snoring and obstructive sleep apnoea.

Segmented modules allow simultaneous one-hand treatment, resolving ergonomic discomfort and storage constraints.

Iontophoresis-driven hydration reduces electrode-skin impedance, eliminating paste and improving signal quality.

A handheld device delivers microcurrents to stimulate mitochondria and enhance muscle tonicity.

A microcurrent generator produces current via a gap between zinc and copper plates.

Electrical stimulation of the vagus nerve regulates gastrointestinal blood flow to control appetite and induce satiety.

Synchronized muscle stimulator uses accelerometers and dynamic electrical potentials to support compromised joints while minimizing patient discomfort.

Segmented rigid body and flexible elastic arm resolve structural protection versus dimensional adaptability while reducing discomfort.

A wearable neurostimulator circuit delivers constant current electrical stimulation pulses through transcutaneous electrodes.

A tDCS control unit manages power to hydrogel patches for reuse.

A wearable TENS system uses a muscle twitch sensor to automatically modulate electrical stimulation parameters for patient-specific pain relief.

Transducer arrays cycle high-frequency tumor treatment with low-frequency neurological therapy, resolving interference between cancer and mental health care.

Biphasic electrical stimulation with capacitive discharge minimizes skin irritation while reliably inducing cognitive effects.

An intravaginal electrical stimulation device delivers low-voltage current to paracervical nerves via direct contact electrodes.

A modular garment integrates fixed electrode pads and a stimulator socket to deliver precise electrical signals to motor nerves.

Segmented electrode channels and dynamic pulse control resolve muscle fatigue during prolonged stimulation therapy.

Polycrystalline barium titanate solid body co-doped with manganese and rare earth elements functions as a high-capacitance dielectric electrode.

A bioelectric stimulator delivers precise biphasic square pulses to muscle tissue to enhance Klotho protein expression.

Pressure sensors detect skin deformation to guide EMS electrodes, resolving imprecision in muscle selection and preventing overload during long-term correction.

A closed-loop electrode system detects hand contact signals to trigger real-time current intensity adjustments without breaking the electrical circuit.

A portable wireless iontophoresis device delivers medication through the skin using a membrane and electrode system.

A terminal device detects beacon signals from electrical treatment devices to verify registration status before enabling wireless control operations.

Stainless steel poles anchor ear clip pads to prevent moisture-induced adhesive failure, while plastic shrouds protect metallic plates from contamination.

A multi-layered back pad integrates resistive heating elements and electrotherapy electrodes for targeted pain relief.

A subthreshold electrical current modulates peripheral nerve excitability to relieve pain without generating action potentials.

Dynamic frequency modulation generates targeted energy densities to relieve hypertension without organ-damaging medication side effects.

A measuring device detects resistance deviations in EMS training line branches to trigger compensation mechanisms.

A flexible cutaneous electrode device uses protruding portions to mechanically and electrically connect to a pulse generator.

A flexible implantable tissue stimulator delivers electrical stimulation to paralyzed muscle tissues through minimally invasive procedures.