Electronic sphygmomanometer

Abstract

The present invention relates to one electronic sphygmomanometer, which can output in standard figure format and perform the comparison, holding and repeated judgment of measured blood pressure. The electronic sphygmomanometer includes a cuff, an inflator, a deflator, a pressure signal converter, a pulse detector, a cuff pressure detector, a figure generator, a blood pressure decider, a display and a printer. The electronic sphygmomanometer capable of outputting standardized figure can complete comparison in different blood pressure measuring method and comparison of blood pressure values measured by different users.

Description

technical field [0001] The invention relates to an electronic sphygmomanometer. The electronic sphygmomanometer generates a normalized pulse wave fluctuation amplitude graph, displays and prints the graphic format, and realizes the comparison and repeated judgment of blood pressure measurement. Background technique [0002] At present, most blood pressure monitors and electronic sphygmomanometers use the oscillometric method to measure blood pressure. The oscillometric method of measuring blood pressure requires the use of an inflatable cuff or wristband to block the arterial blood flow, and then deflate slowly. During the process of deflation, the pressure oscillation wave in the cuff is detected. The pressure oscillation wave is also called pulse wave, which comes from The pulsation of the blood vessel wall. When the static pressure in the cuff or wristband is greater than the systolic pressure, the artery is closed, and small oscillation waves appear in the cuff or wrist...

AI Technical Summary

Problems solved by technology

[0005] Therefore, the same blood pressure, measured by electronic sphygmomanometers from different manufacturers, will give different results. The existing electronic sphygmomanometers determine systolic blood pressure and diastolic blood pressure each time, only the final numerical results. Users can use simple numerical results. It is impossible to compare electronic sphygmomanometers from different manufacturers, let alone tell which electronic sphygmomanometer's results are more in line with your real blood pressure situation

[0006] When the user uses the same electronic blood pressure measurement at different times, different blood pressure results will be obtained, and there may be large fluctuations. The user cannot tell whether it is the result caused by the real blood pressure fluctuation or the blood pressure measurement. caused by the error

[0007] From the above descriptions, it can be seen that the existing electronic sphygmomanometers cannot compare blood pressure measurements between different sphygmomanometers, different individuals, and different measurement times when measuring blood pressure, cannot distinguish the accuracy of the measured blood pressure, and cannot compare the measured blood pressure. repeated determination of blood pressure

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