Respiration monitoring method, respiration monitoring system, monitoring device and medical central station system

Abstract

The invention discloses a respiration monitoring method, a respiration monitoring system, a monitoring device and a medical central station system. The respiration monitoring method is applied to the respiration monitoring system, the respiration monitoring system comprises a respiration supporting device, a monitoring device and a displayer, and the displayer displays a respiration management interface. The respiration monitoring method comprises the following steps that clinical data and respiration data and monitoring data correspondingly collected by the respiration supporting equipment and the monitoring equipment are obtained; and simultaneously displaying the clinical data, the respiration data and the monitoring data on the respiration management interface. In this way, medical staff can quickly view the clinical data, the respiration data and the monitoring data on the same respiration management interface, so that the working intensity and difficulty of the medical staff are reduced, the safety and effectiveness of respiration monitoring are improved, and the risk of illness state delay of patients is reduced.

Description

technical field [0001] The invention relates to the technical field of medical equipment, in particular to a respiratory monitoring method, a respiratory monitoring system, a monitoring device and a medical central station system. Background technique [0002] In the case of a patient with respiratory failure, it is usually necessary to assist the use of a ventilation device (eg, a respiratory support device) to provide the patient with the required pulmonary ventilation to improve the patient's breathing state. Existing respiratory support equipment is mainly used to improve the partial pressure of oxygen and carbon dioxide in the patient's blood. However, because the respiratory data collected by the respiratory support equipment and the monitoring data collected by the monitoring equipment are displayed independently on different monitors, medical staff usually only use the respiratory data collected by the respiratory support equipment, such as tidal volume and inspirato...

AI Technical Summary

Problems solved by technology

However, since the respiratory data collected by the respiratory support equipment and the monitoring data collected by the monitoring equipment are independently displayed on different monitors, medical staff usually only rely on the respiratory data collected by the respiratory support equipment, such as tidal volume, inspiratory pressure, etc. , respiratory frequency, inspiratory flow rate, positive end-expiratory pressure, etc. to set the size of each respiratory data, which can easily cause the respiratory data to be adjusted very high, but the monitoring data collected by the monitoring equipment, such as low cardiac output, makes the Respiratory support equipment with reduced overall oxygen delivery that fails to meet clinical expectations

In addition, the medical staff considers the parameter data displayed on each independently set monitor to set the size of each respiratory data, which not only increases the work intensity and difficulty of the medical staff, but also has certain problems when the medical staff misremembers a certain parameter data. Security Risk

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