Method for displaying cardio pulmonary resuscitation (CPR) monitoring data, equipment for displaying CPR monitoring data, breathing machine and monitoring instrument

Abstract

The embodiment of the invention discloses a method for displaying cardio pulmonary resuscitation (CPR) monitoring data. The method comprises the following steps of in the CPR process, receiving monitoring data from a breathing machine, a monitoring instrument or / and a pressing device; displaying real-time waveform of at least partial monitoring data, wherein the displayed real-time waveform at least includes CO2 (Carbon Dioxide) waveform; and meanwhile, marking the security limit and the early warning limit of the monitoring data in the corresponding category in the displayed real-time waveform. The embodiment of the invention correspondingly discloses a device for displaying the CPR monitoring data, the breathing machine and the monitoring instrument. By using the method, the device, the breathing machine and the monitoring instrument provided by the embodiment of the invention, the monitoring data concerned by a doctor in the CPR process can be displayed in a concentrated way; the display is very intuitive and obvious; and the quality of the CPR process can be improved.

Description

technical field [0001] The invention relates to the technical field of cardiopulmonary resuscitation in medical equipment, in particular to a method, equipment, ventilator and monitor for displaying CPR monitoring data. Background technique [0002] CPR (Cardio Pulmonary Resuscitation, hereinafter referred to as CPR) refers to a technique that combines artificial respiration and extracardiac massage for first aid when breathing stops and heartbeat stops. [0003] In the 2005 version of the CPR guidelines published by the American Heart Association (AHA), advanced life support focuses on high-quality CPR. The 2010 AHA and ECC (Emergency Cardiac care) guidelines still continue to focus on the importance of high-quality CPR. In these guidelines, it is mentioned that the CPR process is best implemented under the guidance of physiological monitoring, and it is recommended to monitor the carbon dioxide waveform. Quantitative analysis, monitoring of PetCO2 (end-tidal partial press...

AI Technical Summary

Problems solved by technology

[0005] First of all, various physiological parameters need to be read from different instruments, such as the patient's ECG, blood oxygen and blood pressure and other physiological parameters are generally displayed on the monitor, while ventilation parameters and breathing parameters are generally displayed on the ventilator; This scattered display through different instruments increases the burden of observation for doctors, especially in the emergency treatment process of CPR, there may be misreading or missing readings of monitoring information; The data of the physiological parameters may not be well synchronized, causing inconvenience for doctors to observe;

[0006] In addition, in general, the amount of monitoring data displayed on various instruments is relatively large, and the monitoring parameters are relatively comprehensive, but there is often no suitable monitoring data set for specific application scenarios, and it is necessary for medical staff to provide information on these displayed data. In this way, in the emergency treatment process of CPR, it will undoubtedly increase the burden on the doctors who implement first aid;

[0007] Furthermore, since the existing instruments do not specifically display the data required by doctors under CPR, medical staff need to manually analyze and judge the data, which also increases the burden on doctors who perform CPR first aid.

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