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.