Wearable Pain Measurement Using Contralateral Sensor Differentials

The patent introduces an intermediary device (pain measurement device with sensors) that mediates between the patient's subjective pain experience and the objective measurement. The device includes sensors that detect physiological parameters (heart rate, skin conductance, temperature, muscle activity) and process these signals to generate an objective pain score, serving as a mediator that translates subjective experience into quantifiable data without requiring complex patient self-reporting

The patent replaces the mechanical/subjective system of patient self-reporting with an electronic/automated sensor-based system. Instead of relying on patient verbal or numerical reports, the system uses electronic sensors to detect physiological signals and automatically processes these signals through algorithms to generate pain measurements, substituting the manual subjective assessment mechanism with an automated objective one

The patent merges multiple sensor functions and processing operations into a single integrated device. The pain measurement device combines heart rate sensors, skin conductance sensors, temperature sensors, and muscle activity sensors into one unit, along with integrated signal processing and analysis capabilities. This consolidation achieves comprehensive multi-parameter monitoring while managing device complexity through integration rather than separate components

The pain measurement device is designed with multi-functionality, serving as a universal platform that can measure multiple physiological parameters (heart rate, skin conductance, temperature, muscle activity) simultaneously. This single device performs multiple assessment functions that would otherwise require separate instruments, reducing overall system complexity while maintaining comprehensive measurement capabilities

The patent implements feedback mechanisms where the device continuously monitors physiological parameters and provides real-time or near-real-time pain assessments. The system collects data from multiple sensors, processes signals through algorithms that account for environmental variations, and generates feedback in the form of pain scores that can be reviewed by patients and healthcare providers. This feedback loop enables continuous monitoring and adjustment, maintaining measurement reliability despite uncontrolled home environments

The patent employs parameter changes in the form of signal processing algorithms that adapt to different environmental conditions. The device measures multiple physiological parameters simultaneously and uses ratio-based or differential calculations that cancel out environmental noise. For example, by comparing skin conductance changes relative to baseline or comparing multiple physiological signals against each other, the system maintains measurement reliability across varying home environments without requiring controlled conditions