BILAL BADAT,MARCEAU RIGOLLOT,JEAN-CHRISTOPHE RICHARD
申请号：
FR1859783
公开号：
FR3087343A1
申请日:
2018.10.23
申请国别(地区):
FR
年份:
2020
代理人:
摘要：
The invention relates to a cardiac monitoring device (1) for a patient, in particular a patient undergoing cardiopulmonary arrest (CPR) during cardiopulmonary resuscitation (CPR), comprising means for measuring activity. cardiac (4, 8, 9) of the patient, in particular several electrodes (8, 9) placed on the patient's body, at least one graphical user interface (2), means for measuring the CO2 content (3), such as a capnometer, for carrying out measurements of the concentration of CO2 produced by said patient and supplying signals for measuring the CO2 content to signal processing means (5) configured to process the signals for measuring the CO2 content, in particular a microprocessor, and storage means (15) for recording the processed CO2 values. The signal processing means (5) are configured to select a maximum value (Vmax) of CO2 content from a plurality of CO2 content values measured during a given period of time (dt), and recorded in the storage means (15). Several successive maximum values (Vmax) of CO2 content can be used to calculate one or more average CO2 contents over a sliding time window. These maximum (Vmax) or average (Vmoy) CO2 content values can be displayed on the graphical user interface (2), for example in the form of a numerical value and / or a graphical representation, such as a curve of trend. L'invention concerne un appareil de monitorage (1) cardiaque d'un patient, en particulier d'un patient en arrêt cardio-respiratoire (ACR) pendant une réanimation cardio-pulmonaire (RCP), comprenant des moyens de mesure de l'activité cardiaque (4, 8, 9) du patient, notamment plusieurs électrodes (8, 9) venant se placer sur le corps du patient, au moins une interface graphique utilisateur (2), des moyens de mesure de teneur en CO2 (3), tel un capnomètre, pour opérer des mesures de concentration en CO2 produit par ledit patient et fournir des signaux de mesure de teneur en CO2 à des moyens de traitement de signal (5) configurés pour traiter les signaux
