20240032874. REAL-TIME MONITORING AND EARLY WARNING SYSTEM FOR BLOOD OXYGEN AND HEART RATE simplified abstract (NATIONAL TAIWAN UNIVERSITY HOSPITAL)

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REAL-TIME MONITORING AND EARLY WARNING SYSTEM FOR BLOOD OXYGEN AND HEART RATE

Organization Name

NATIONAL TAIWAN UNIVERSITY HOSPITAL

Inventor(s)

CHIEN-CHANG Lee of Taipei (TW)

REAL-TIME MONITORING AND EARLY WARNING SYSTEM FOR BLOOD OXYGEN AND HEART RATE - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240032874 titled 'REAL-TIME MONITORING AND EARLY WARNING SYSTEM FOR BLOOD OXYGEN AND HEART RATE

Simplified Explanation

The invention is a real-time platform for blood oxygen and heart rate monitoring based on the Internet of Things (IoT). It collects real-time blood oxygen and heart rate information of patients for analysis and uses it to predict the probability of a patient's health emergency. This helps medical personnel quickly grasp the situation and intervene in treatment. The platform also uses the collected information for statistical and training data analysis to optimize its early warning capability.

  • The platform is based on the Internet of Things (IoT) technology.
  • It collects real-time blood oxygen and heart rate information of patients.
  • The collected data is analyzed to predict the probability of a patient's health emergency.
  • Medical personnel can quickly intervene in treatment based on the predicted probability.
  • The platform uses the collected data for statistical and training data analysis.
  • The analysis helps optimize the early warning capability of the platform.

Potential Applications

  • Healthcare industry for real-time monitoring and prediction of patient health emergencies.
  • Hospitals and clinics for quick intervention and treatment based on predicted probabilities.
  • Medical research institutions for statistical and training data analysis.

Problems Solved

  • Lack of real-time monitoring and prediction of patient health emergencies.
  • Delayed intervention and treatment due to limited information.
  • Inefficient use of collected patient data for analysis and optimization.

Benefits

  • Real-time monitoring and prediction of patient health emergencies.
  • Quick intervention and treatment based on predicted probabilities.
  • Optimization of early warning capability through statistical and training data analysis.
  • Efficient use of collected patient data for analysis and improvement.


Original Abstract Submitted

the invention is related to a real-time platform for blood oxygen and heart rate monitoring based on the internet of things (iot), which may collect real-time blood oxygen and heart rate information of patients for analysis, and use it to predict the probability of a patient's health emergency, so as to facilitate medical personnel to quickly grasp the situation and quickly intervene in treatment. on the other hand, the real-time information collected from patients can also be used as statistical and training data for analysis and warning to further optimize the early warning capability of the platform.

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