Dynamic sphygmomanometer with posture calibration function

Abstract

The invention provides a dynamic sphygmomanometer with a posture calibration function. The dynamic sphygmomanometer comprises a CPU main control module, a manual control module, a blood pressure measurement module, a posture marking module and a data processing module; wherein the CPU main control module is used for setting the measurement sequence and giving an instruction every 30 min; the manual control module, the blood pressure measurement module, the posture marking module and the data processing module are connected with the CPU main control module in parallel; the manual control moduleis provided with a start / pause button and used for controlling start and stop of blood pressure measurement; the blood pressure measurement module conducts blood pressure measurement by means of oscillometry; the posture marking module is used for marking the posture and the other complaint content of a testee during blood pressure measurement; the data processing module is used for collecting data information and generating complete blood pressure measurement results after data processing to be stored to the local machine, so that a doctor is assisted in determining the posture and actual condition of a user during measurement, and the accuracy of clinical diagnosis is improved.

Description

technical field [0001] The invention belongs to the field of medical equipment, and in particular relates to a dynamic sphygmomanometer with a posture calibration function. Background technique [0002] At present, the number of people with high blood pressure in my country is increasing day by day. According to data, about one-third of the adult residents in my country suffer from high blood pressure (the overall incidence rate is 32.5%), but the diagnosis rate of high blood pressure is only 30.5%. The treatment rate of diagnosed patients is less than 50% (only 46.4%), the blood pressure control rate of antihypertensive treatment is low (29.6%), and the blood pressure control rate of the whole population is only 4.2%, and the proportion of population dying of hypertension is also increasing year by year , it can be seen that the management of hypertension is in a severe situation, its harm should not be underestimated, and the monitoring of blood pressure is imperative; [0...

AI Technical Summary

Problems solved by technology

[0002] At present, the number of people with high blood pressure in my country is increasing day by day. According to data, about one-third of the adult residents in my country suffer from high blood pressure (the overall incidence rate is 32.5%), but the diagnosis rate of high blood pressure is only 30.5%. The treatment rate of diagnosed patients is less than 50% (only 46.4%), the blood pressure control rate of antihypertensive treatment is low (29.6%), and the blood pressure control rate of the whole population is only 4.2%, and the proportion of population dying of hypertension is also increasing year by year , it can be seen that the management of hypertension is in a severe situation, its harm should not be underestimated, and the monitoring of blood pressure is imperative;

[0003] Doctors often diagnose patients' blood pressure through occasional blood pressure measurements in the hospital, which is accidental; ambulatory blood pressure monitoring is a diagnostic technology that automatically and regularly measures the time changes of human blood pressure in daily life through equipment, which can effectively avoid Occasional blood pressure measurements in the hospital, white coat effect, and insufficient number of measurements can more objectively reflect the actual blood pressure level and fluctuations of the subjects; more and more evidence shows that ambulatory blood pressure and home blood pressure The occasional blood pressure measurement can more truly reflect the blood pressure level of the subject; more and more ambulatory blood pressure monitors suitable for home are also emerging on the market, which generally store and record the measured data to the machine. Assist the doctor in analyzing and diagnosing the blood pressure level of the test subject; since the doctor is not around the test subject when this method is used for monitoring, the posture of the test subject cannot be clarified, and the reliability of the measured data cannot be accurately judged. affect the clinical diagnosis of physicians

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