Veyetals o/a MarkiTech (20240282468). System and Method for Realtime Examination of the Patient during Telehealth Video Conferencing simplified abstract
Contents
System and Method for Realtime Examination of the Patient during Telehealth Video Conferencing
Organization Name
Inventor(s)
Nauman Jaffar of Oakville (CA)
Farooq Zaman of Kaula Lumpur (MY)
System and Method for Realtime Examination of the Patient during Telehealth Video Conferencing - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240282468 titled 'System and Method for Realtime Examination of the Patient during Telehealth Video Conferencing
The patent application describes a method for providing telehealth services using touchless health vitals and artificial intelligence optimized assessment in real-time.
- Real-time video and audio data of a user are obtained through a video capturing unit.
- Health vital signs data of the user are extracted from the real-time video and audio data using a touchless vital monitoring module.
- A real-time voice tone analysis is conducted to identify factors associated with the user's voice and determine their health condition.
- Health insights for the user are derived based on the health vital signs data and the identified health condition.
- The health insights are utilized by healthcare professionals for further diagnosis and treatment.
Potential Applications: - Remote patient monitoring - Virtual doctor consultations - Health assessment in emergency situations
Problems Solved: - Enables remote healthcare services - Provides real-time health monitoring without physical contact - Enhances efficiency in diagnosing and treating patients
Benefits: - Improves access to healthcare services - Facilitates early detection of health issues - Enhances patient care and treatment outcomes
Commercial Applications: Title: "Revolutionizing Telehealth Services with Touchless Health Vitals and AI Assessment" This technology can be utilized by telehealth companies, hospitals, and clinics to offer remote healthcare services efficiently and effectively.
Questions about the technology: 1. How does the touchless vital monitoring module work? The touchless vital monitoring module uses advanced algorithms to analyze the user's video and audio data in real-time to extract health vital signs without physical contact.
2. What are the key advantages of using artificial intelligence for health assessment in telehealth services? Artificial intelligence enables quick and accurate analysis of health data, leading to timely diagnosis and treatment for patients.
Original Abstract Submitted
the disclosure provides a method for providing telehealth services using touchless health vitals and artificial intelligence optimized assessment in real-time. the method includes obtaining real-time video and audio data of a user through a video capturing unit. health vital signs data of the user are obtained from the real-time video and audio data using a touchless vital monitoring module. a real-time voice tone analysis is performed using a trained data model to identify a plurality of factors associated with the voice of the user and a health condition is determined based on comparing the plurality of factors with a predefined threshold associated with historic conversion data of the user. health insights for the user are derived based on the health vital signs data and the health condition of the user. the health insights are used by the health care professional for further diagnosis and treatment for the user.
