DISPOSABLE AI-INTEGRATED CARDIAC MONITORING PATCH FOR REAL-TIME DETECTION OF ARRHYTHMIAS, ISCHEMIA, AND CARDIAC ABNORMALITIES WITH ENHANCED NURSING INTERVENTION AND PATIENT CARE

Abstract

The invention pertains to a disposable, AI-integrated cardiac monitoring patch designed to provide continuous, real-time detection of cardiac abnormalities such as arrhythmias and ischemia. This innovative wearable device utilizes advanced artificial intelligence algorithms to analyze electrocardiographic (ECG) data, facilitating predictive analytics and immediate alerts for healthcare providers. Its design ensures patient comfort during prolonged wear and enhances nursing interventions through seamless integration with mobile applications and cloud based platforms. The patch features high-fidelity sensors for accurate data collection, a lightweight and water-resistant design, and customizable alert thresholds tailored to individual patient needs. This solution aims to significantly improve patient outcomes by enabling early detection and timely medical response, particularly for high-risk cardiac patients, thereby enhancing overall quality of care in both clinical and home settings.

Specification

Description:This invention relates to the field of wearable medical devices specifically
designed for continuous cardiac monitoring. It emphasizes the integration of
artificial intelligence to enhance real-time detection of arrhythmias, ischemia, and
other cardiac abnormalities. , Claims:Claim 1: A disposable cardiac monitoring patch comprising an AI-driven
processor for real-time detection of cardiac abnormalities.
Claim 2: The patch of claim 1, wherein the AI system predicts future
cardiac events based on continuous monitoring of ECG data.
Claim 3: The patch of claim 1, further comprising a wireless communication
module for transmitting data to mobile devices or a cloud server.
Claim 4: A method for enhancing nursing intervention through real-time
alerts, wherein the patch monitors a patient's cardiac activity and notifies
healthcare providers of abnormalities.

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