Body Mount Bleeding Detection for Accurate CGM Sensor Insertion

The patent applies preliminary action by implementing a bleeding detection mechanism that activates immediately upon sensor insertion. The system proactively detects bleeding at the insertion site before it significantly impacts measurement accuracy, allowing for early intervention through calibration adjustment. This prevents the worsening of measurement precision rather than reacting after the problem occurs.

The patent implements feedback by continuously monitoring for bleeding at the insertion site and using this information to dynamically adjust sensor calibration. The system receives feedback from bleeding detection sensors and automatically modifies measurement parameters to compensate for bleeding-induced sensitivity reduction, thereby maintaining measurement accuracy despite the presence of bleeding.

The patent applies merging by integrating the bleeding detection functionality directly into the existing sensor assembly. The bleeding detection sensors, calibration adjustment mechanisms, and glucose monitoring functions are combined into a single unified device, eliminating the need for separate external monitoring equipment and reducing overall system complexity despite adding advanced capabilities.

The patent implements universality by designing a multi-functional sensor assembly that simultaneously performs glucose monitoring, bleeding detection, and automatic calibration adjustment. This single device executes multiple functions that would traditionally require separate systems, thereby improving measurement accuracy during bleeding without proportionally increasing device complexity.