Vital sign perception system

Abstract

The invention relates to a vital sign perception system, comprising: a carrier for carrying a human body; a life activity sensing device used for acquiring vital sign parameters of the human body andconnected with the carrier; a system workstation, wherein the method is used for processing vital sign parameters obtained by the life activity sensing device, monitoring the vital sign state of the human body according to the processed data, comparing the preliminary pre-judgement with the model prediction data, alarming the abnormal vital sign state of the human body, and connecting with the life activity sensing device. The invention can realize rapid and accurate prediction through the model prediction data and the preset parameter table, and can intelligently and accurately predict different types of patients.

Description

technical field [0001] The invention relates to a system for sensing vital signs. Background technique [0002] Vital signs include the following key target clinical measurements: heart rate, respiration rate, body temperature, blood pressure, and oxygen saturation under favorable conditions. These values ​​provide vital sign information about the patient's state of health. All of these vital signs can be observed, measured and monitored, and the results of the measurements allow an assessment of the individual's level of function. [0003] Specifically, vital signs can indicate the state of a person's vitals, identify the presence of an acute medical problem, serve as a means of quickly quantifying the level of disease and how the body is responding to combined physiological stress, and can serve as an indicator of a person's vital status such as hypertension, which is defined as chronically elevated blood pressure. markers of chronic disease status. [0004] While the i...

AI Technical Summary

Problems solved by technology

In addition, even if vital signs such as heart rate, respiration rate, blood pressure, blood oxygen, pulse, and body temperature can be measured or monitored in real time to rule out the possibility that special physiological parameters presented by the patient during a certain period of time are missed, it is necessary to use Contact measurement or real-time monitoring will cause discomfort to the patient, especially in the process of general measurement or real-time monitoring, which has strict requirements on the human body, such as lying still, flat, etc., which is not conducive to long-term measurement or monitoring

[0005] In addition, in the field of medical monitoring, there is often no precise threshold for the judgment of physical sign parameters. Since the range of characteristic parameters of each person is unique, it is impossible to judge the actual condition of the patient based on the data of physical sign parameters.

Therefore, when predicting and judging signs, traditional judgment methods are prone to misjudgment, and cannot accurately predict and predict the patient's condition.

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