The Respiration Monitoring Device is an innovative system designed to provide precise, real-time monitoring of an individual’s breathing patterns. The device integrates advanced sensor technologies, including dual accelerometers and one or more acoustic sensors, to detect both physical movement and sound associated with respiration. Supported by a built-in memory containing a lookup table, a real-time clock, and programmed instructions, the system processor intelligently analyzes incoming motion and sound signals to extract accurate respiratory data.

Through signal correlation, filtering, and time stamping, the processor identifies key respiratory events by matching local maximums of motion data with corresponding local minimums of acoustic data, thereby confirming each completed breath. This dual-sensor verification process enhances accuracy and reduces false readings, ensuring dependable results across various environments and activity levels.

The Respiration Monitoring Device represents a significant advancement in health monitoring technology. By combining motion and sound analysis into a compact, automated system, this device sets a new standard for reliability, precision, and user convenience in continuous respiration tracking.