Neonatal apnea rescue device

Abstract

A neonatal apnea rescue device is to collect blood oxygen signals of the newborn through a blood oxygen monitoring module, and obtain the blood oxygen saturation according to the blood oxygen signals. At the same time, the device adopts a respiratory monitoring module to collect the newborn's respiration signal according to which the rate of respiration is acquired. A main control module receives the newborn's blood oxygen signals, blood oxygen saturation, respiratory signal and rate of respiration, and identifies whether the received blood oxygen saturation or the rate of respiration is beyond the scope of threshold value or not. If the scope of threshold value is exceeded, the main control module is to control a lapping and stimulating module to lap the foot sole of the newborn or control a thermal stimulation module to perform thermal stimulation on the foot sole of the newborn, so as to enable the newborn to restore spontaneous breathing. The rescue process is monitored automatically by the neonatal apnea rescue device, and the control signal of the main control module is implemented; and the whole process requires no human intervention.

Description

technical field [0001] The invention relates to medical equipment, in particular to a newborn apnea rescue device. Background technique [0002] Apnea is the most common symptom of newborns, and it is also a serious phenomenon. If it is not treated in time, long-term hypoxia can cause brain damage, which has a great impact on the intellectual development of newborns, and can cause neonatal death in severe cases. According to relevant domestic reports in recent years, its incidence rate accounts for 5%-10% of live births, and some are as high as 20% or more, and the mortality rate accounts for about 30% of live birth neonatal deaths. In the neonatology department of the hospital, the usual practice is to use the ECG electrode attached to the child's body to detect the corresponding impedance change of the chest and abdomen during the breathing process or to use the thermal sensor placed under the nostril to obtain the respiratory airflow change to obtain the respiratory signa...

AI Technical Summary

Problems solved by technology

Therefore, when a newborn suffers from apnea syndrome, it is necessary for the medical staff of the hospital to check whether the newborn is in a state of apnea (especially at night), which greatly consumes the energy of the medical staff.

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