Nasal catheter fixation device for use with neonatal CPAP breathing machine

Abstract

The invention discloses a nasal catheter fixation device for use with a neonatal CPAP breathing machine. The device includes a square rod support base, a nasal intubation plate, an air duct pipe, a connecting bar rack, a human-computer interface table, a stand column plate and a liquid oxygen mixing valve seat. Through combination of the nasal intubation plate and the liquid oxygen mixing valve seat, and through treatment with a humidification water tank liquid passage and a pure oxygen storage box air passage utilizing a bent backwashing pipe connector cap of the liquid oxygen mixing valve seat, the retention amount of water vapor in the nasal intubation plate and the air duct pipe is ensured to be lowest, and recoil force allows a rotary sieve to filter condensate of the tidal volume, thus ensuring that water vapor and oxygen are mixed to achieve an oxygen supplementing wetting effect, relieving alveolar intumescence by vapor attachment, adjusting a durable dried situation of the lung passage, making respiratory muscle loose, wet and elastic, promoting increase of the functional residual volume, improving lung compliance, improving respiratory regularity of newborns, and allowingthe device to automatically match with needs of a child's body to achieve micro-adjustment and high oxygen mixing adaptability.

Description

technical field [0001] The invention relates to a nasal congestion catheter fixing device used in conjunction with a neonatal CPAP ventilator, and belongs to the field of medical equipment. Background technique [0002] CPAP is continuous positive airway pressure, which uses a mask to send continuous positive airflow into the airway. The machine that uses this method to supply oxygen is called CPAP ventilator. The respiratory care of newborns is equipped with a nasal catheter for non-invasive breathing, which is convenient for the airway in the equipment to directly supply oxygen and breathe anti-infection, and avoid contact with the external dust environment. The current technology is common The disadvantages to be optimized are: [0003] It is a non-invasive ventilator that sends a continuous positive pressure air-oxygen mixture into the patient's airway through nasal congestion. This type of equipment prevents infection and facilitates timely disassembly and ventilation ...

AI Technical Summary

Problems solved by technology

[0004] Aiming at the deficiencies in the prior art, the purpose of the present invention is to provide a nasal catheter fixing device used in conjunction with the neonatal CPAP ventilator, so as to solve the problem of sending continuous positive pressure air-oxygen mixture into the patient's airway through nasal congestion. This type of equipment prevents infection for the oxygen supply breathing operation of newborns and facilitates timely disassembly and ventilation to the outside world. However, the non-invasive oxygen supply for premature infants requires a mixed tidal volume, which increases the water vapor in the airway of the mask and the hydraulic pressure. When the air pressure is increased, the air pressure is retracted and lowered, causing lung respiratory collapse, resulting in a large range of alveolar respiratory contraction in newborns, resulting in sudden respiratory arrest and irregular heart rate oxygen supply, which greatly threatens the fragile body functions of newborns. Minor deviations in volume and tidal volume can have serious late effects and pose potential chronic dyspnea problems for neonatal medical care

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