Blood pressure and pulse detection system

Abstract

The invention provides a blood pressure and pulse detection system. The blood pressure and pulse detection system comprises a personal information identification card, at least one reading and measuring part and a processing and storage part, wherein the reading and measuring part comprises an information reading module, a blood pressure measuring module and a movable-side acquisition and communication module; the processing and storage part comprises a processing-side acquisition and communication module and an upper computer; the movable-side acquisition and communication module sends personal information, a blood pressure value, a pulse value and detection time to the processing-side acquisition and communication module; the upper computer comprises a control module, an information storage module, an input module, a picture storage module and a display module; the information storage module carries out real-time matching and corresponding storage on the personal information, the blood pressure value, the pulse value and the detection time; the picture storage module stores a detection result picture; when the personal information is inputted by the input module, the control module controls the display module to acquire the blood pressure value, the pulse value and the detection time from the information storage module according to the personal information and further displays on the detection result picture.

Description

technical field [0001] The invention relates to a medical device, in particular to a blood pressure and pulse detection system capable of storing blood pressure and pulse values ​​of a user in real time. Background technique [0002] Blood pressure and pulse are two very important physiological indicators in the medical field, and the detection of blood pressure and pulse is essential in family and community medical and health care. The principle of the traditional sphygmomanometer, that is, the mercury sphygmomanometer, is the Korotkoff sound method, but without the auscultation of the medical staff, it is impossible to measure blood pressure independently; Factors such as tension will lead to fluctuations in measured blood pressure values; mercury sphygmomanometers are bulky and difficult to carry, and mercury pollution is likely to occur after the mercury column is broken, and the traditional detection of blood pressure and pulse is less efficient in occasions where the m...

AI Technical Summary

Problems solved by technology

[0003] However, whether it is the traditional mercury sphygmomanometer blood pressure pulse measurement method or the modern electronic sphygmomanometer blood pressure pulse measurement method, medical personnel need to manually record the user's blood pressure pulse information in order to understand the changes in the patient's blood pressure pulse within a period of time. , and inconvenient to query

Therefore, there is a lack of a blood pressure and pulse detection system in the prior art that can store the user's blood pressure and pulse values ​​in real time and generate the blood pressure value history curve and pulse value history curve according to the user's measurement records while the patient measures the blood pressure pulse.

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