Hypertensive critical illness advanced discovery method and device

Abstract

The present invention designs a hypertensive critical illness advanced discovery method and device. A waterproof photoelectric pressure measurement bracelet is taken as a blood pressure detection tool, a bracelet blood pressure meter is internally provided with a Bluetooth communication module being in wireless communication with a mobile phone, the mobile phone is internally provided with a special APP, the APP is internally provided with a timing wireless connection bracelet configured to collect detection data stored in the bracelet blood pressure meter, and the hypertensive critical illness advanced discovery device further comprises a blood pressure analysis and prediction alarm unit. The method comprises the steps of: data correction of the bracelet blood pressure meter, blood pressure peak and fluctuation analysis, day and night blood pressure ratio analysis, 7-day average blood pressure fluctuation analysis, combination prediction analysis of two methods, blood pressure value early warning of a dangerous time frame and timing operation of automatic prompting. The hypertensive critical illness advanced discovery method and device do not need a complex initialization processand do not need to upload data and can protect patients' privacy, the program can be automatically operated in order after the system is configured, such as synchronous data, blood pressure fluctuation analysis, blood pressure value prediction of the dangerous time frame, according to the defined format, patient prompting is performed, and therefore, the hypertensive critical illness advanced discovery method and device are simple to operate, is suitable for families, and is specially suitable for the middle aged and elderly people.

Description

technical field [0001] The invention relates to a method and device for early detection of critical illness of hypertensive patients, belonging to the technical field of medical care. Background technique [0002] The 2017 China Heart Conference (CHC 2017) disclosed data showing that the prevalence of hypertension in adults aged 18 and over in my country is 23.0%, the awareness rate is 42.7%, and the control rate is 14.5%. Among the 240 million hypertensive patients, most of them have not taken effective blood pressure control measures. Based on the current health care capabilities of the country and families, this medical conference proposes a "prevention first, combining prevention and treatment" health policy for hypertension (Note: Since hypertension is judged according to systolic blood pressure, the subsequent blood pressure values ​​in this manual are all yes systolic blood pressure). Known technology shows that due to differences in genetics, medication, mental act...

AI Technical Summary

Problems solved by technology

Its disadvantages are: the biggest disadvantage is poor applicability, and there are three main deficiencies: (1) There is no 24-hour monitoring, blood pressure fluctuates frequently within a day, internal causes and environmental changes, blood pressure fluctuates greatly, at least every The fluctuations can only be reflected by measuring once an hour. It is inconvenient to use professional instruments, and you need help in operation, reading and uploading. Difficult to predict and discover blood pressure abnormalities; (2) The second is the lack of personal interactive feedback. The same systolic blood pressure has different risks for different people. Without interactive feedback, it is impossible to accurately judge the individual's blood pressure tolerance range. Different people or different stages of individuals There is a big difference in blood pressure tolerance range, and the conclusions obtained through the analysis of group blood pressure values ​​are used to guide individuals, and there is a large deviation; (3) there is no early warning for the dangerous time period. Except for falls, the incidence of critical hypertension is basically It is during the dangerous period from 4 to 6 in the morning. In daily life, many cases of critical hypertensive disease are basically onset in the early morning, and few recover after illness.

On the other hand, in the above-mentioned disclosed technical solutions, there are still problems such as difficulty in providing personal characteristic data, life data and clinical data. It is necessary to collect personal data, analyze medical records, and upload data, which requires professionals to be competent. Dedicated testing equipment, inconvenient operation and higher cost

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