Blood pressure meter system and blood pressure measuring method thereof

Abstract

The invention relates to a blood pressure meter system and a blood pressure measuring method thereof. The blood pressure meter system comprises a blood pressure measurement device and a mobile terminal, wherein the blood pressure measurement device comprises a blood pressure measurement module, a gesture detection module, and a blood pressure measurement terminal communication module; and the mobile terminal comprises a data management module, a gesture comparison module, a gesture indication module and a mobile terminal communication module. The blood pressure meter system can precisely measure the angle of the measured gesture and retrieve and compare the body position information of the gesture of the measured part in the last measurement at the same time, whether the gesture of the measured part is completely consistent with that measured in the last measurement is prompted to a user, the user can adopt the same gesture measured part to carry out continuous measurement for multiple times according to the prompt, the waveform fluctuation caused by difference of the measured part gesture is eliminated from BPV (blood pressure variability) data, so that better and more accurate directive significance is provided for high blood pressure diagnosis of a patient, judgment of dosage of medicines, evaluation of treatment effect, as well as judgment and prevention.

Description

technical field [0001] The invention relates to a blood pressure measurement system, in particular to a sphygmomanometer system and a blood pressure measurement method thereof. Background technique [0002] With the gradual improvement of people's living standards, the problem of blood pressure has attracted more and more attention. When blood pressure patients measure blood pressure, the position of the arm is very important when measuring blood pressure. If the position of the blood pressure monitor is below the level of the heart (the arm is drooping when sitting), the reading will be high, and if the position of the blood pressure monitor is above the level of the heart, the reading will be low; The difference is due to hydrostatic effects and can vary by 10mmHg or more. There is a 2mmHg difference in blood pressure for every 1 inch that rises or falls below the level of the heart. The method adopted by existing blood pressure monitors to solve this problem, such as di...

AI Technical Summary

Problems solved by technology

Even if the spatial location parameters are all within the allowable range, because the guiding significance of BPV lies in the change of blood pressure data within a period of time, the actual blood pressure data of the user may not change much during this period of time. If the user Different postures of the measurement parts will have a greater impact on the changes in BPV data. The guidance for patients based on the BPV data will not be accurate enough, and even wrong diagnosis of high blood pressure and judgment of drug use will be made because of this inaccurate guidance. The amount, evaluation of treatment effect and prognosis, delay or even aggravate the patient's condition

However, if the sphygmomanometer is set to measure blood pressure at the same position every time, the sphygmomanometer does not have universal applicability

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