Method of measuring calorie consumption for portable apparatus

Area of Science:

• Biomedical Engineering
• Sports Science
• Wearable Technology

Background:

• Accurate calorie consumption tracking is crucial for fitness and health management.
• Existing methods often lack precision or require complex user input.
• Wearable devices offer a convenient platform for physiological monitoring.

Purpose of the Study:

• To develop and describe a novel measuring device for accurate calorie consumption calculation.
• To utilize specific heart rate data points and user biometrics for enhanced accuracy.
• To integrate this device into portable electronic apparatus.

Main Methods:

• A pulse input unit captures two distinct heart rate readings during an exercise period.
• The device controller processes these heart rates, alongside resting heart rate, age, gender, weight, and height.
• Calorie consumption is calculated based on these integrated data points.

Main Results:

• The device enables calorie consumption measurement without continuous heart rate monitoring between points.
• It leverages a combination of exercise heart rate variability and personal metrics for calculation.
• The system is designed for integration into portable digital audio and/or video devices.

Conclusions:

• The described measuring device offers a novel approach to estimating calorie consumption during exercise.
• Its method of using discrete heart rate measurements reduces complexity while maintaining accuracy.
• Integration into portable devices enhances user accessibility for fitness tracking.