CN216124991U - Improvement neonate does not have breathing machine pipeline of wound - Google Patents

Abstract

The utility model relates to an improved noninvasive ventilator pipeline for a newborn, which is improved by adopting a disposable injector cylinder and a double-head oxygen tube and comprises an air supply tube front section, an air supply tube rear section, an exhalation tube front section, an exhalation tube rear section, a Y-shaped tube, a water accumulating cup, a connecting tube nipple, a double-head oxygen tube, a nasal plug and a movable buckle. The method is characterized in that: the utility model discloses a respirator, including trachea anterior segment, trachea rear segment, connecting pipe, nursing staff, double-end oxygen pipe, trachea rear segment, nursing staff's nasal obstruction with double-end nasal plug to in the infant nostril during the use, oxygen is sent to the infant lung through double-end nasal plug in, the gas of infant exhalation is by double-end oxygen pipe through the connecting pipe, rethread trachea rear segment is through Y type pipe to the exhalation tube anterior segment, constitutes a gas circulation pipeline. The defect of thick, long and heavy original pipelines is eliminated, the compression on the nasal face of a newborn is relieved, the tidal volume is improved, the cost for disinfecting the pipelines is reduced for the disposable use of the double-end oxygen inhalation tube, and the infection incidence rate is reduced.

Description

Improvement neonate does not have breathing machine pipeline of wound

Technical Field

The utility model relates to the technical field of medical auxiliary equipment, in particular to an improved noninvasive ventilator circuit for a newborn.

Background

Neonate paediatrics is a branch of paediatrics, is a key subject of hospital, and when the neonate was born, drink amniotic fluid, the fetus just possibly leads to stifling, just needs to use neonate's breathing machine, and the neonate amniotic fluid inhales and arouses stifling, will appear acute respiratory failure, and the purpose of using breathing machine is to replace spontaneous breathing, alleviates respiratory failure. The existing breathing machine for the newborn is thick, long and heavy in pipeline, the skin of the newborn is delicate, the pipeline can cause pressure injury to the nose and facial skin of the newborn after long-time use, the trouble of the sick child is easily caused, and meanwhile, the pipeline has defects in tightness, so that the insufficient tidal volume is easily caused to influence the treatment effect.

SUMMERY OF THE UTILITY MODEL

Technical problem to be solved

In order to reduce the weight of a noninvasive ventilator pipeline, reduce pressure injury of the nasal face of a newborn, improve the airtightness of the ventilator pipeline, ensure the tidal volume and improve the treatment effect, the disposable injector cylinder and the double-head oxygen tube are adopted to improve the ventilator pipeline, so that the compression of the pipeline on the nasal face of the newborn is reduced, the tidal volume is improved, and the treatment effect is ensured.

(II) technical scheme

An improved noninvasive ventilator pipeline for a newborn comprises an air supply pipeline and an expiration pipeline, wherein the air supply pipeline and the expiration pipeline are respectively divided into a front section and a rear section, the front section of the air supply pipe is connected with the front end of a Y-shaped pipe, a water collecting cup is connected with the front end of the Y-shaped pipe, the rear section of the air supply pipe is connected with the rear end of the Y-shaped pipe, the rear section of the air supply pipe is connected with a disposable injector cylinder, and a nipple of the injector cylinder is connected with a double-head oxygen pipe.

Foretell improvement neonate does not have noninvasive ventilator circuit exhale pipe anterior segment and connects Y type pipe front end, connects ponding cup down, exhale pipe rear segment and connects Y type pipe rear end, and a disposable syringe section of thick bamboo is connected to exhale pipe rear segment, and syringe section of thick bamboo nipple department connects the double-end oxygen pipe.

(III) advantageous effects

The noninvasive ventilator pipeline adopts the disposable injector cylinder and the double-head oxygen tube to improve the ventilator pipeline, effectively eliminates the defects of thick, long and heavy original pipelines, lightens the oppression of the pipeline on the nasal surface of a newborn, improves the tidal volume, reduces the pipeline disinfection cost for disposable use by the front-end double-head oxygen tube, reduces the infection incidence rate and ensures the treatment effect.

Drawings

The utility model is further illustrated with reference to the following figures and examples.

FIG. 1 is a novel schematic diagram of the present application

FIG. 2 is a schematic view of a connecting pipe between an air supply pipe, an exhalation pipe and a double-head oxygen pipe

FIG. 3 is a schematic view of a double-ended oxygen tube

In the figure, 1, a front section of an air supply pipe, 2, a Y-shaped connecting pipe, 3, a water collecting cup, 4, a rear section of the air supply pipe, 5, a connecting pipe, 6, a double-head oxygen pipe, 7, a movable buckle, 8, a front section of an expiratory pipe, 9, a rear section of the expiratory pipe, 10, a double-head nose plug and 11 are arranged in a connecting pipe nipple

Detailed Description

Referring to fig. 1 to 3, the present invention provides a technical solution: the utility model provides an improvement neonate does not have breathing machine pipeline of wound, including blast pipe front end 1, the gas that the breathing machine sent out is by blast pipe anterior segment through Y type pipe 2 to blast pipe back end 4, by double-end oxygen pipe 6 through connecting pipe 5, nursing staff fills in double-end nasal obstruction 10 to the infant nostril during the use, oxygen is sent to the infant lung in through double-end nasal obstruction 10, the gas that the infant exhaled is by double-end oxygen pipe 6 through connecting pipe 5, rethread expiratory tube back end 9 is through Y type pipe 2 to expiratory tube anterior segment 8, discharge by the expiratory valve of breathing machine, the comdenstion water in the breathing machine pipeline is collected through ponding cup 3, install a movable knot 7 on the double-end oxygen pipe 6 and can adjust the elasticity of oxygen pipe, be convenient for different infants to use, double-end nasal obstruction 10 can be according to the size selection of infant nostril different models.

To sum up, this improvement neonate does not have breathing machine pipeline of wound, during the use, at first the nursing staff with air feed pipe anterior segment 1 and air feed pipe back end 4 connection Y type pipe 2, accumulate drinking cup 3 under Y type pipe 2, be connected connecting pipe 5 and air feed pipe back end 4, link to each other double-end oxygen pipe 6 and connecting pipe 5 connecting pipe nipple 11 again, connect Y type pipe 2 with expiratory tube anterior segment 8 and expiratory tube back end 9, accumulate drinking cup 3 under Y type pipe 2, be connected connecting pipe 5 and expiratory tube back end 9, again link to each other double-end oxygen pipe 6 and connecting pipe nipple 11, the nursing staff puts into double-end nasal obstruction 10 and carries out CPAP ventilation in the infant nasal cavity after having connect, the nursing staff takes out double-end nasal obstruction 10 after ventilating, double-end oxygen pipe 6 and connecting pipe can directly be discarded for disposable use.

The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art should be considered to be within the technical scope of the present invention, and equivalent alternatives or modifications according to the technical solution of the present invention and the inventive concept thereof should be covered by the scope of the present invention.

Claims (3)

1. An improved neonatal noninvasive ventilator pipeline comprises an air supply pipe front section (1), an air supply pipe rear section (4), an expiratory pipe front section (8), an expiratory pipe rear section (9), a Y-shaped pipe (2), a water accumulation cup (3), a connecting pipe (5), a connecting pipe nipple (11), a double-end oxygen pipe (6), a double-end nasal plug (10) and a movable buckle (7); the method is characterized in that: air feed pipe anterior segment (1), the gas that the breathing machine sent out is by air feed pipe anterior segment through Y type pipe (2) to air feed pipe back end (4), by double-end oxygen pipe (6) through connecting pipe (5), nursing staff plugs double-end nasal obstruction (10) to in the infant nostril during the use, oxygen is delivered to infant lung through double-end nasal obstruction (10), the gas that the infant exhaled is by double-end oxygen pipe (6) through connecting pipe (5), rethread expiratory tube back end (9) are through Y type pipe (2) to expiratory tube anterior segment (8), constitute a gas circulation pipeline.

2. The improved noninvasive ventilator circuit for neonates of claim 1, wherein: the connecting pipe (5) is made by cutting a fingerboard of an injector cylinder, one end of the connecting pipe is connected with the rear section (9) of the expiration pipe and the rear section (4) of the air supply pipe, and the nipple (11) of the connecting pipe is connected with the double-head oxygen pipe (6).

3. The improved noninvasive ventilator circuit for neonates of claim 1, wherein: the double-head oxygen tube (6) is made of a newborn nasal oxygen tube with a nasal obstruction end reserved, and the double-head nasal obstruction (10) is plugged into a nasal hole of an infant patient.

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