An inflatable bladder and control module apply targeted abdominal pressure to reduce venous pooling.
A smart brush uses scalp sensors to detect tissue conditions and dynamically adjust electrode current frequency and intensity.
Proximity sensors detect device distance to scalp and hair, minimizing product waste by adjusting dispensing rates based on real-time spatial conditions.
A battery pack uses detection circuitry and n-FET switches to enable current flow only upon proper insertion into the device.
Processor-controlled CPR device modifies chest compression parameters based on patient feedback to maintain circulation while reducing tissue damage.
A mechanical CPR piston retracts to a retreat position after compression.
A venous occlusion system applies controlled pressure to collapse veins and enhance blood flow.