A mathematical algorithm calculates a single E-index value from surface electromyography data points to quantify muscle activity.
Calculate power ratios between specific frequency bands in electromyographic signals to automate seizure phase identification and reduce manual analysis time.
Segmented motor drive units adjust puncture speed and infusion rate to reduce pain from high-speed spring-based needle insertion.
A risk-of-falling determination apparatus measures anterior and posterior thigh myoelectric potential differences to calculate muscle co-contraction degrees during walking.
Carbon-impregnated polyolefin sensors detect bruxism through piezoresistive effects, resolving signal quality issues in non-lab environments.
Segmented access openings in the torso portion allow reliable sensor monitoring while maintaining user privacy and comfort.
Segmented dilator and retractor components resolve the trade-off between reliable surgical site exposure and reduced patient recovery time.