Multi-parameter blood pressure measuring device

Abstract

The invention discloses a multi-parameter blood pressure measuring device. The device comprises a cuff air bag, a main machine and a blood pressure state judgment mechanism. The main machine comprises a control circuit board and a multi-parameter acquisition mechanism, the control circuit board comprises a microprocessor and is used for controlling operation of the multi-parameter blood pressure measuring device, and the multi-parameter acquisition mechanism is used for acquiring real-time environment parameters which influence the blood pressure value of a testee. The blood pressure state judgment mechanism is used for judging the blood pressure state of the testee by combining the blood pressure value of the testee, the acquired real-time environment parameters and the human body measurement state. By means of the device, the blood pressure state of the testee can be judged more accurately, the device can be combined with a data platform, particularly with a cloud data platform, real-time and complete massive data is provided for various analysis related to blood pressure, real and effective reference bases are provided for disease prevention and control, and huge labor for manually collecting data in the prior art is saved.

Description

technical field [0001] The present invention relates to automatic blood pressure measuring devices and blood pressure related data collection. Background technique [0002] Blood pressure is one of the most important medical basic parameters of the human body, but the classification of high blood pressure and the criteria for judging blood pressure remain unchanged. Normal blood pressure is 120 / 80, and high blood pressure is ≧139 / 90. In fact, there are many factors that affect blood pressure, such as the sex, age, geographical location, ambient temperature, ambient air pressure, measurement time, body position of the subject, and static state of the subject, etc. Influencing factors, blood pressure criteria are also different. The sphygmomanometers in the prior art only measure blood pressure, and some medical staff just mechanically apply the original blood pressure judging standard based on a single blood pressure measurement value to determine the hypertension treatment ...

AI Technical Summary

Problems solved by technology

The sphygmomanometer in the prior art only measures blood pressure, and some medical staff only mechanically apply the original blood pressure judgment standard based on a single blood pressure measurement value to determine the hypertension treatment plan for the subject, resulting in a large number of misjudgment and misdiagnosis

[0003] In addition, in the field of disease prevention and control, it is necessary to analyze the patient population, region and how to judge whether they are sick based on a large amount of data. However, in the field related to blood pressure, it is still in the state of manual data collection

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