1. respiration detecting system based on the capnography data, comprising: a sensor (28) adapted to generate output signals for a time for transmission of information about the concentration of carbon dioxide in the gas in the airway of the subject or near, the processor (20) adapted to execute the functions of modules including: a module (32) concentration, adapted to determine the level of carbon dioxide concentration in the gas in the airway of the subject or beside them for time bases AANII output signals module (34) Identification of recessions arranged to identify recessions level the concentration of carbon dioxide corresponding breaths of the subject, by determining the decrease of the threshold concentration of the recession and the fall threshold duration over time, with the identification module recessions further configured to identify potential decay by comparing the level of carbon dioxide in the early potential decay to the level of carbon dioxide in the end potential decline wherein in response to the difference between (i) the level at the beginning of a potential decline and (ii) the level of carbon dioxide at the end of the potential decay which is less than the threshold recessions difference identification module recessions identifies potential decline as the recession corresponding to inhalation module (36) identifying plateau configured to identify a plateau concentration level of carbon dioxide for a time corresponding to the exhalation of the subject imodul (38) Identification of breath, configured to identify, based on identification respiratory Spada1. Система обнаружения дыхания на основании капнографической информации, включающая:датчик (28), выполненный с возможностью генерирования выходных сигналов в течение времени для передачи информации о концентрации диоксида углерода в газе в дыхательных путях субъекта или рядом с нимипроцессор (20), выполненный с возможностью исполнения функций модулей, включая:модуль (32) концентрации, выполненн
