Monitoring device and method for remote detection of human vital signs

Abstract

The invention discloses a monitoring device and a monitoring method for remote detection of human vital signs. The device comprises a main control unit, wherein the main control unit is connected to an electrocardiogram and heart rate information processing unit, a blood pressure and pulse information processing unit, a blood oxygen concentration and pulse rate information processing unit, a body temperature information acquisition unit, a respiratory information identifying unit, a Bluetooth/WIFI signal transmitting and receiving unit and a GPS positioning and 2G/3G/4G remote communication unit. The monitoring device provided by the invention has the advantages of being simple in structure, outstanding and sensitive in performances and long in service life, regardless of regional and spatial limitation, the human vital sign multi-parameter monitoring equipment, which is applicable to an inpatient department of a hospital, is placed on the body of a discharged patient as a wearable product, so that doctors can follow up postoperative or medication effects in real time; and meanwhile, in the case that vital sign parameters of a monitored object become worse rapidly, an illness state can be timely mastered or a warning (one-touch calling and positioning) can be transmitted timely, so that the monitored object can be rescued timely and effectively to the greatest extent.

Description

technical field [0001] The invention relates to a monitoring device and method for remotely detecting human vital signs. Background technique [0002] Vital signs are important signs that signify the existence of quality of life activities, and are used to judge the severity and criticality of a patient's condition. The four major parameters of life mainly include blood pressure, body temperature, heart rate and respiration. They are the pillars to maintain the normal activities of the body and are indispensable. No matter which abnormality can lead to serious or fatal diseases. In a quiet state, a normal person has a pulse of 60-100 beats / min (usually 70-80 beats / min). Heart rate and pulse increase significantly when cardiac insufficiency, shock, high fever, severe anemia and pain, thyroid storm, myocarditis, and drug poisoning such as atropine. When intracranial pressure is elevated and complete atrioventricular block occurs, the pulse slows. The multi-parameter monitor...

AI Technical Summary

Problems solved by technology

Its obvious disadvantages are: the system design is not reasonable, and the measurement results are not accurate

However, if it is necessary to monitor multiple human vital sign parameters at the same time, due to the structural reasons of each device, it is impossible to use multiple devices on the same human body at the same time; is not possible

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