Electronic sphygmomanometer capable of measuring arrhythmia

Abstract

An electro-sphygmomanometer which can realize measurement under arrhythmic condition, adopts a form of combining a gasbag with silicon to collecting pulse waves of the volunteers; couples the impulse signals to a silicon baroceptor through the gasbag, simultaneously collects blood pressure and pulse period data during the process of inflation and slow deflation of the gasbag, measures in a microprocessor once, and simultaneously completes blood pressure measurement and arrhythmia judgment. Compared with the present technology, the invention can complete arrhuthmic analysis through the signal data of the present electro-sphygmomanometer, display the result through an LC panel. The invention has the advantages of simple and convenient operation, and visual effect, not only makes good use of the data resource of the present electro-sphygmomanometer, but also solves the problem of simple test of arrhythmia.

Description

technical field [0001] The invention relates to an electronic sphygmomanometer, in particular to an electronic sphygmomanometer for detecting and displaying arrhythmia. Background technique [0002] Heart rate is a very important physiological parameter of the human body. At present, the general population checks arrhythmia mainly by going to the hospital for an electrocardiogram, which is judged by doctors and other professionals, which is not economical and convenient. If a household arrhythmia detection instrument is developed separately, it will be difficult to promote because of its single function. The electronic sphygmomanometers currently on the market generally use the oscillometric method to measure blood pressure. During the detection process, a large amount of pulse wave pressure data is collected, but the collection, analysis and judgment of the heartbeat interval data are ignored, so it can only measure the human body. Blood pressure does not have the functio...

AI Technical Summary

Problems solved by technology

At present, the detection of arrhythmia by the general population mainly relies on the electrocardiogram in the hospital, which is judged by doctors and other professionals, which is not economical and convenient.

If a home-use arrhythmia detection instrument is developed separately, it will be difficult to popularize due to its single function

The electronic sphygmomanometers currently on the market generally use the oscillometric method to measure blood pressure. During the detection process, a large amount of pulse wave pressure data is collected, but the collection, analysis and judgment of the heartbeat interval data are ignored, so it can only measure the human body. Blood pressure, no function of judging arrhythmia, lack of effective use of existing resources

Images