Disclosed is a rescue device for apnea of newborn, comprising a main control module (110), a blood oxygen monitoring module (120), a respiratory monitoring module (130), a tapping stimulus module (140) and a thermal stimulus module (150). The signal of a newborn is collected by the blood oxygen monitoring module (120), and the blood oxygen saturation is obtained according to the blood oxygen signal, while the respiratory signal of the newborn is collected by using the respiratory monitoring module (130), and the breathing rate is obtained according to the respiratory signal. The main control module (110) receives the blood oxygen signal, blood oxygen saturation, respiratory signal, and breathing rate of the newborn, and determines whether the received blood oxygen saturation or breathing rate exceeds the threshold ranges if the threshold ranges are exceeded, the main control module (110) controls the tapping stimulus module (140) to tap the foot arch of the newborn or controls the thermal stimulus module (150) to apply a thermal stimulus to the sole of the newborn, and thereby makes the newborn recover spontaneous breathing. The rescue device for apnea of newborn performs monitoring and the rescue process autonomously, and the whole process needs no human intervention.Linvention concerne un dispositif de sauvetage pour lapnée du nouveau-né, comprenant un module de commande principal (110), un module de surveillance doxygène dans le sang (120), un module de surveillance respiratoire (130), un module de stimulus de tapotement (140) et un module de stimulus thermique (150). Le signal dun nouveau-né est collecté par le module de surveillance doxygène dans le sang (120), et la saturation doxygène dans le sang est obtenue en fonction du signal doxygène dans le sang, tandis que le signal respiratoire du nouveau-né est collecté à laide du module de surveillance respiratoire (130), et la fréquence respiratoire est obtenue en fonction du signal respiratoire. Le module de comm
