Neonatology department atomization inhalation device

Abstract

A neonatology department atomization inhalation device comprises a respirator assembly, a gas mixing box, an air disinfection box, an oxygen heating box and a liquid medicine atomization box. An air inlet pipe is arranged on the air disinfection box, and the air disinfection box is communicated with the gas mixing box through the air inlet pipe. An oxygen inlet pipe and an oxygen outlet pipe are arranged on the oxygen heating box, and the other end of the oxygen outlet pipe extends into the bottom of the gas mixing box. And a program controller and a storage battery are arranged on the gas mixing box. A main air inlet pipe is arranged at the top of the gas mixing box and communicated with a respirator air inlet pipe and a nasal suction pipe air inlet pipe. A one-way air inlet valve is arranged on the respirator air inlet pipe, and a nasal suction pipe flow control valve is arranged on the nasal suction pipe air inlet pipe. And a medicine inlet pipe is arranged on the liquid medicine atomization box. The oxygen concentration and temperature of newborn breathing can be monitored and controlled, and oxygen can be inhaled at regular time; and air breathed by the neonates can be filtered, disinfected, heated and humidified.

Description

technical field [0001] The invention belongs to the technical field of medical devices, and in particular relates to an atomized inhalation device for neonatology. Background technique [0002] Oxygen atomization inhalation is a method of using high-speed oxygen flow to make the liquid medicine form mist and enter the respiratory tract with inhalation to achieve therapeutic effect. Its characteristic is that it can adjust the amount of mist evenly, and the medicine liquid can be sucked into the terminal bronchus and alveoli with deep and slow inhalation, so as to achieve the purposes of anti-inflammatory, antitussive, expectorant, relieving bronchospasm, and changing ventilation function. For newborns in need of first aid, especially premature babies, oxygen inhalation and nebulized drug administration are generally required. The existing oxygen breathing masks are often pulled by the newborns and even fall off, and the medical staff cannot find them in time, resulting in N...

AI Technical Summary

Problems solved by technology

If the oxygen mask is frequently replaced for the patient, it will increase the economic burden of the patient and increase the workload of the medical staff

At the same time, when the oxygen mask is replaced, the newborn cannot perform normal oxygen breathing.

A large number of bacteria and viruses will grow inside the oxygen breathing mask after being used for a long time, and the existing oxygen breathing mask does not have the function of disinfection and sterilization

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