Adaptive Physiological Sensor Systems for Specialized Environments

A system and method for monitoring the life of a physiological sensor tailored to specific, narrow markets or unique operational environments, such as high-security needs, disaster relief, extreme weather conditions, high-altitude environments, or high-noise environments.

The original patent relates to a sensor for measuring oxygen content in the blood, with an apparatus and method for monitoring the life of a pulse oximetry sensor. However, this invention has limitations when applied to specific, niche environments where unique challenges arise. For instance, in high-security environments, sensor data encryption is crucial, while in disaster relief applications, low-power operation is essential. The present inventive concept addresses these limitations by adapting the sensor system to these specialized environments.

The inventive concept comprises a sensor configured to encrypt sensor use information, operate in low-power mode, compensate for altitude-related changes in blood oxygen levels, or filter out electromagnetic interference, depending on the specific environment. The sensor is paired with a monitor that can decrypt the encrypted information, receive and display sensor use information in real-time, or display the compensated oxygen saturation levels. In high-security environments, the sensor encrypts sensor use information to prevent unauthorized access. In disaster relief applications, the sensor operates in low-power mode to conserve energy. In extreme weather conditions, the sensor transmits stored information to a remote monitor via a wireless communication link. In high-altitude environments, the sensor compensates for altitude-related changes in blood oxygen levels. In high-noise environments, the sensor filters out electromagnetic interference to ensure accurate readings.

The new claims introduce novel adaptations to the original sensor system, specifically designed to address the unique challenges of specialized environments. The inventive concept lies in the combination of encryption, low-power operation, compensation for altitude-related changes, and filtering of electromagnetic interference, which provides a non-obvious solution to the problem of monitoring physiological sensors in these environments.

Alternative embodiments of the inventive concept could include additional encryption protocols, adaptive power management strategies, or specialized sensors for specific environmental conditions. Variations of the inventive concept could be implemented using different communication protocols, sensor materials, or monitor interfaces.

The adaptive physiological sensor system has significant commercial potential in various industries, including healthcare, disaster relief, aerospace, and security. The system's ability to operate effectively in specialized environments makes it an attractive solution for organizations requiring reliable physiological monitoring in these contexts.