MUMBAI, India, April 17 -- Intellectual Property India has published a patent application (202641042569 A) filed by Cmr College Of Engineering & Technology, Hyderabad, Telangana, on April 2, for 'multi-parameter wearable patch pod for continuous cardiovascular and respiratory health monitoring with automated alerting.'
Inventor(s) include B. Suresh Ram; B. Venkateshwar Rao; T. Lavanya; C. Somasankarappa; K. Ravi Kiran; Parmeet Kaur; Srujan; Harshith; Tanishka; and P. Pranitha.
The application for the patent was published on April 17, under issue no. 16/2026.
According to the abstract released by the Intellectual Property India: "A wearable multi-parameter physiological monitoring pod, designated VITAL RX POD, is disclosed comprising a compact adhesive patch-form enclosure integrating an electrocardiographic electrode array, a dual-wavelength photoplethysmographic optical transceiver for simultaneous heart rate and peripheral oxygen saturation measurement, a digital skin surface thermistor, a pulse wave velocity transducer enabling cuffless arterial blood pressure estimation, a three-axis accelerometer for motion artifact characterization, a multi-channel analog signal conditioning front-end, an ARM Cortex-M4 microprocessor executing real-time physiological signal processing and automated event detection firmware, a Bluetooth Low Energy 5.0 wireless communication module with AES-128 encrypted data transmission, 4 megabytes of local non-volatile compressed data storage, and a 180 milliampere-hour rechargeable lithium polymer battery providing continuous multi-parameter monitoring operation for a minimum of 24 hours per charge cycle. The device is configured for continuous simultaneous acquisition and processing of all monitored physiological parameters during unrestricted daily activities including ambulation and sleep, with automated threshold-based detection and multi-channel alerting for electrocardiographic arrhythmia events, oxygen desaturation episodes, fever onset, and blood pressure excursions. Processed physiological data is transmitted in real time to a companion crossplatform mobile application providing real-time dashboard visualization, configurable userdefined alarm threshold management, longitudinal trend analysis, and structured clinician report generation. An optional cloud-based health data management service provides HIPAA-compliant long-term data archiving, population-normalized analytics, machine learning-assisted screening, and electronic health record integration via HL7 FHIR application programming interface for telehealth consultation and remote patient monitoring program deployment. The invention addresses the unmet clinical and consumer need for a single affordable wearable device delivering clinical-quality multi-parameter physiological monitoring with consumer-grade usability and comfort."
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