Athletic Efficiency Monitor
Overview
Interfaces
An integrated physiological monitoring system and method for tracking movement efficiency in various activities, including cycling.
Interfaces
Interfaces
The system also features a wireless communication system for transmitting these metrics to multiple display devices, including smartwatches, smartphones, and bicycle handlebar-mounted displays. Real-time efficiency optimization recommendations are also provided based on current physiological state, GPS-derived terrain analysis, and target performance goals.
Integrated Multi-Sensor Physiological Sports Monitoring System and Method U.S. Patent No. 12/465,814
Integrated Multi-Sensor Physiological Sports Monitoring System and Method U.S. Patent No. 12/465,814
The system comprises a flexible substrate for skin contact, with integrated sensors for measuring perspiration, heatflux, heart rate, and gastric emptying rate as well as a GPS positioning system for tracking distance, velocity, and elevation. The system's programmable logic calculates energy expenditure and movement efficiency metrics,
The system comprises a flexible substrate for skin contact, with integrated sensors for measuring perspiration, heatflux, heart rate, and gastric emptying rate as well as a GPS positioning system for tracking distance, velocity, and elevation. The system's programmable logic calculates energy expenditure and movement efficiency metrics, such as calories per mile and calories per mile-per-hour, based on the combined physiological and GPS data.