Infant breathing machine

Abstract

The invention discloses an infant breathing machine. The infant breathing machine comprises an infant breathing machine body, an air bag arranged in the infant breathing machine body, a medicine storage tank arranged in the infant breathing machine body, a supporting frame arranged on the infant breathing machine body and an oxygen inlet pipe arranged on the infant breathing machine body. A partition plate is arranged in the infant breathing machine body; the air bag is installed on the upper portion of the partition plate; the medicine storage tank is installed on the lower portion of the partition plate; a hydraulic device is arranged on the supporting frame; a push plate is arranged in the air bag; the output end of the hydraulic device is connected with a piston rod, and the lower portion of the piston rod abuts against the push plate; the oxygen inlet pipe extends into the air bag and penetrates through the push plate; one side of the air bag is connected with a barometer; the lower portion of the air bag is connected with an oxygen supply pipe; a breathing mask is arranged at the port of the oxygen supply pipe; and the lower portion of the medicine storage tank is connected with a dosing pipe. The infant breathing machine is simple in structure, convenient to use and install, easy to operate, capable of saving labor, convenient to breathe, small in workload, low in cost,obvious in treatment effect, wide in application range, safe and reliable.

Description

technical field [0001] The present invention relates to an infant ventilator. Background technique [0002] Pediatric patients who cannot breathe spontaneously need tracheal intubation for artificial assisted breathing. In places where there is no ventilator, artificially squeezed airbags are used. Due to the uninterrupted squeezing of the airbags 24 hours a day, it is difficult for the accompanying staff to persist physically and mentally if things go on like this . [0003] In particular, neonates are prone to respiratory and circulatory failure, and need tracheal intubation for rescue. Some children need to administer drugs through the endotracheal tube (such as injecting epinephrine, pulmonary surfactant into the endotracheal tube, and injecting normal saline wet into the endotracheal tube) phlegm resolving fluid for easy suction, etc.), the traditional method of drug administration is to inject from the outlet of the endotracheal tube, and then use the resuscitation ba...

AI Technical Summary

Problems solved by technology

[0002] Pediatric patients who cannot breathe spontaneously need tracheal intubation for artificial assisted breathing. In places where there is no ventilator, artificially squeezed airbags are used. Due to the uninterrupted squeezing of the airbags 24 hours a day, it is difficult for the accompanying staff to persist physically and mentally if things go on like this

[0003] In particular, neonates are prone to respiratory and circulatory failure, and need tracheal intubation for rescue. Some children need to administer drugs through the endotracheal tube (such as injecting epinephrine, pulmonary surfactant into the endotracheal tube, and injecting normal saline wet into the endotracheal tube) phlegm resolving fluid for easy suction, etc.), the traditional method of drug administration is to inject from the outlet of the endotracheal tube, and then use the resuscitation bag to pressurize it. This injection method will delay oxygen supply and some drugs need to be delivered through prolonged The tube goes deep into the trachea (such as injecting pulmonary surfactant), which is inconvenient to operate, affects oxygen supply, and increases the chance of infection

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