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MEDICAL EDUCATION SYSTEM OF OBSERVING STRUCTURE, FUNCTION AND TRANSFORM OF VESSEL WITH IMPLANTABLE SENSOR AND ITS WAY TO WORKING
MEDICAL EDUCATION SYSTEM OF OBSERVING STRUCTURE, FUNCTION AND TRANSFORM OF VESSEL WITH IMPLANTABLE SENSOR AND ITS WAY TO WORKING
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机译：植入传感器观测结构，功能和变换的医学教育体系及其途径
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摘要
The present invention relates to a medical education system capable of observing a blood vessel structure, function, and mutation through an implantable biosignal sensor, and a driving method thereof, and more specifically, to a blood vessel structure, function and mutation observation through an implantable biosignal sensor. As a medical education system, a biosignal sensor unit mounted on a blood vessel in the body to observe biometric information including the structure, function, and variation of the blood vessel, and to measure and calculate biometric information including blood flow, blood flow rate, blood pressure, and body temperature ; A wireless communication unit for wirelessly transmitting the biometric information observed, measured and calculated by the biometric signal sensor unit; A database server collecting and storing the biometric information received from the wireless communication unit; And a smart device that processes the biometric information collected and stored in the database server and displays it through an application for medical education. According to the medical education system capable of observing the structure, function and mutation of blood vessels through the implantable biosignal sensor proposed in the present invention, theoretical knowledge about blood vessels by using data received from the biosignal sensor that can be implanted in the body In addition, it can provide real-time biometric information of blood vessel structure, function and mutation, blood pressure, and body temperature, help to learn human anatomy knowledge, and provide real-time images of blood vessel conditions to users. By doing so, it is possible to induce interest of the user and induce more active use of the medical education system. In addition, according to the medical education system capable of observing the structure, function, and mutation of blood vessels through the implantable biosignal sensor proposed in the present invention, the implantable biosignal sensor is mounted not only to the subject of biosignal measurement, but also to the body or laboratory animal. , It is possible to build a diverse and rich database for learning about blood vessels, and even with a single biosignal sensor implantation, it is possible to accurately and continuously observe the blood vessel state such as blood pressure of the user's blood vessel for a long time. By attaching to the position, it is possible to observe changes in blood vessels according to the attached position.
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