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http://dx.doi.org/10.17703/JCCT.2022.8.3.91

Verification of Reliable Blood Pressure Monitor in a Moving Ambulance during an Emergency  

Jeon, Jai-In (Dept. of Fire Administration, Gwangju Univ)
Publication Information
The Journal of the Convergence on Culture Technology / v.8, no.3, 2022 , pp. 91-97 More about this Journal
Abstract
The purpose of this study was to analyze the measurements of blood pressure and time using manual and automatic blood pressure monitors in various road conditions to verify reliable blood pressure monitor in a moving ambulance. First, the manual blood pressure monitor palpation on unpaved roads showed a systolic pressure deviation of 5 mmHg. However, the automatic blood pressure monitor showed two measurement failures, one reading failure, and the measured systolic pressure deviation was 35 mmHg. The measurement time was 102 seconds faster on average than the automatic blood pressure monitor. Second, the palpation of the manual blood pressure monitor while going over speed bumps remained constant at 130 mmHg. However, the automatic blood pressure monitor had a systolic pressure deviation of 52 mmHg. The measurement time was 61 seconds faster on average than the automatic blood pressure monitor. Finally, the manual blood pressure monitor palpation on the sharp curve road showed a systolic pressure deviation of 5 mmHg. The automatic blood pressure monitor had one reading failure and the measured systolic pressure deviation was 21 mmHg. The measurement time showed that the manual blood pressure monitor was 101 seconds faster than the automatic blood pressure monitor. As a result, in a moving ambulance during an emergency, the manual blood pressure monitor showed high reliability because the blood pressure measurement was constant and the measurement time was short.
Keywords
Emergency; Ambulance; Manual Blood Pressure Monitor; Automatic Blood Pressure Monitor; Road Condition;
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  • Reference
1 Nou-Yun Bae,Com parison of Direct and Indirect Measurements of Blood Pressure. Departm ent of Nursing The Graduate School of Ew ha Wom ans University, (2001), p,7.
2 Jung, Woon Mo, A study on improvement of the accuracy of Noninvasive Blood Pressure Measurement Using Multiple bio-signals, Dept. of Biomedical Engineering The Graduate School Yonsei University, (2010), p,2.
3 Shin-Ae Won, Assessment of accurateness in blood pressure measuring by EMT students, Graduate School Korea National University of Transportation, (2014), p,16.
4 119 Emergency On-Site Quick Guidelines,81.
5 Shin-Ae Won, Assessment of accurateness in blood pressure measuring by EMT students, Graduate School Korea National University of Transportation, (2014).
6 Sung-Hoon Hwang, Accuracy of blood pressures (BPs) measurements by 119 Emergency Medical Technician, Department of Emergency Medical Technology, Graduate School Korea National University of Transportation, (2017).
7 Sung-Hoon Hwang, Accuracy of blood pressures (BPs) measurements by 119 Emergency Medical Technician, Department of Emergency Medical Technology, Graduate School Korea National University of Transportation, (2017), p, 15.
8 Shin-Ae Won, Assessment of accurateness in blood pressure measuring by EMT students, Graduate School Korea National University of Transportation, (2014), pp, 15-16.
9 Ah-Young Jeon, Estimation of mean blood Pressure by oscillometric method, Department of Interdisciplinary Program in Biomedical Engineering Graduate School Pusan National University, (2014), p,2.
10 Young-Soo Kim, An Oscillometric-Based Blood Pressure Estimation Algorithm, Dept.of Electronics Engineering Graduate School,Chongju University, (2011), pp,15-16.