Technical Name |
Wearable wireless physiological monitoring and emergency system |
Project Operator |
National Taiwan University Hospital |
Project Host |
吳毅暉 |
Summary |
Though automated external defibrillator devices have been frequently equipped in public. Most people still wait for the paramedical to operate the device due to the psychologic discomfort. We design a portal AED, which can display 5 different physiological information on the smart devices and release the electrical shock wave by the electrode pad patching on the patient by the remote control. |
Scientific Breakthrough |
The main core technology of this project is to integrate six functions. Through the combination of the micro controller and the intelligent IOT device and the application of the cloud system, the information can be analyzed and transmitted to the medical staff in real time. On top of the early warning function, the system is also added the defribrillator function to do the emergent rescue if needed. |
Industrial Applicability |
In the future, this system device can be used in homes or under ambulation. The current display mode is displayed on the smart IOT device using the App. In the future, we hope to combine data from the back-end database system and big data analysis. The sales of database data can be turned into another mode of operation. |
Keyword |
AED ECG HR HRV EDR BT Wearable MCU Telemedical IOT |