Vital sign monitoring system

Abstract

The invention provides a vital sign monitoring system. The system comprises a sensing measurement assembly, a microprocessor communicating with the sensing measurement assembly and an intelligent terminal communicating with the microprocessor; the sensing measurement assembly is used for collecting vital sign information of a human body, converting the vital sign information into a vital sign electric signal and sending the vital sign electric signal to the microprocessor, wherein the vital sign information comprises a body temperature value, a heart rate value, the blood oxygenation content, electrocardiogram data and electroencephalogram data. The vital sign monitoring system can be used for continuously measuring vital signs such as the body temperature, the heart rate, blood oxygen, electrocardio, electroencephalogram and blood pressure simultaneously, use of the system is convenient, the vital sign information can be measured continuously on the basis of not affecting daily life of a user, according to the system, automatic diagnosis and recognition on abnormal signals of the user are achieved through signal collection and signal analysis and processing, the burdens of medical staff are greatly reduced, carrying and use are convenient, and normal life of the user is not affected.

Description

technical field [0001] The invention relates to the technical field of medical electronic equipment, in particular to a vital sign monitoring system. Background technique [0002] For continuous medical-based monitoring of people or for training monitoring or recording, regular monitoring of human vital signs data is required, which can indicate a person's vital state, identify the presence of acute medical problems, as a rapid quantification of the level of disease and how well the body is Means of coping with combined physiological stress. Vital signs include the following key target clinical measurements: heart rate, respiration rate, body temperature, blood pressure, blood oxygen saturation under suitable conditions, electrocardiogram data, and electroencephalogram data, etc., which provide vital sign information about the patient's state of health. [0003] At present, most of the methods for detecting human vital signs are measured manually. When measuring such human ...

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Problems solved by technology

[0003] At present, most of the methods for detecting human vital signs are measured manually. When measuring such human physiological data, in order to eliminate the possibility that the special physiological parameters presented by the patient during a certain period of time are missed, contact measurement is generally required. Or real-time monitoring, such as wearing a blood pressure cuff device on the upper arm, and the monitoring device must be inflated to complete the detection of blood pressure; the device used to perform blood oxygen saturation measurement must be placed on the user's body, such as by means of a finger clip The measurement of heart rate and electrocardiogram needs to place ECG electrodes on the user's front chest. These existing monitoring devices and methods obviously limit the freedom of movement of the patient, and the patient must be monitored under the operation of professional medical personnel. During the monitoring , patients are p

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