Accurate blood pressure monitor device using ultrasound waves

Samaneh Haji mohammad bagher¹ Mohammad Sadegh Pargah² Fatemeh Mehrabi³

1) Master of Medical Engineering (Bioelectric), Member of Research Assistant of Medical Sciences University, Shahid Beheshti, Tehran, Iran. Email:
2) Bachelor’s, Engineering Plasma Physics,Plasma Physics Department, Islamic Azad University of Science Research. Email:
3) Fellowship of Infertility, Infertility Center of Tehran YAS Hospital, Medical Science of Tehran University of Medical Sciences, Tehran, Iran.

IOI Code : XCZE-EDFCF
Publication : 3.rd International Congress of Science, Engineering and Technology - Hamburg(germanconf.com)
Abstract :
    High blood pressure (BP) is one of the most important cardiovascular risk factors that can be treated. Blood pressure is the amount of pressure that flows through the bloodstream to the artery wall and is one of the vital signs. Normal pressure Systolic pressure is less than 120 mmHg and diastolic less than 80 mmHg. If systolic pressure is 120 mmHg to 139 mmHg and diastole 90 to 80 mmHg is called the onset of blood pressure. (Prehypertension) and systolic pressure above 140 mmHg and diastolic above the first three stages are called hypertension. A blood pressure monitor is an essential tool in medical diagnosis. The former is a trusted tool for measuring and medical care to determine blood pressure. Devices that record the pressure using a mercury column as a handheld or automatic digital barometer are a standard choice for all these years and are still the gold standard for blood pressure reading. Nowadays, so many mercury, gnomon, and digital measuring devices are being used to measure blood pressure, which, in a way. All of them may possess the possibility of imperfection. In this research, we will study the measurement of blood pressure into artery by Ultrasound (Ultrasound pressure system). By using these devices, we will be able to control blood pressure of patients, through expending lower expenditure. In additions, we will be able to prevent dangerous complications of non-precise control of blood pressure. And also we can minimize the extend of current measuring imperfection.

Keywords : sphygmomanometer high blood pressure ultrasound bp p