System and Method for Realtime Examination of the Patient during Telehealth Video Conferencing

Smart overview of the Invention

A novel system and method for delivering telehealth services focuses on real-time examination of patients via video conferencing. Utilizing touchless health vital monitoring and artificial intelligence, the method captures audio and video data to assess health conditions without direct physical contact. This approach enhances the remote healthcare experience by providing valuable health insights based on the analysis of vital signs and voice tone.

Technology Utilization

The system employs a video capturing unit to gather real-time audio and video data from users. A touchless vital monitoring module processes this data to extract health vital signs, such as heart rate and oxygen saturation, using advanced techniques like remote-photoplethysmography (rPPG). Additionally, a trained data model conducts voice tone analysis to identify emotional and physical health indicators, allowing for a comprehensive assessment of the user's condition.

Data Processing

Captured data is transmitted to a centralized healthcare database that integrates with Electronic Medical Records (EMR). The processor compares various factors derived from the user’s voice with predefined thresholds based on historical data. This comparison helps in determining the user's health condition, which is crucial for deriving actionable health insights that healthcare professionals can utilize for diagnosis and treatment.

Communication and Interaction

The system supports real-time communication between healthcare professionals and multiple patients simultaneously. It features natural language processing (NLP) capabilities to identify keywords in conversations, converting speech to text for better interaction. This functionality allows healthcare providers to map identified keywords to relevant treatment options, enhancing decision-making during consultations.

Benefits and Applications

This telehealth system addresses existing challenges in remote healthcare delivery by minimizing the need for physical examinations while maximizing efficiency in patient monitoring. It offers a safer alternative amid health crises, such as pandemics, while leveraging AI to improve diagnostic accuracy. Overall, the integration of touchless technology and AI-driven assessments represents a significant advancement in telehealth services.