CN209060255U - Newborn's no-wound mechanical ventilation locking cap - Google Patents

Abstract

The utility model discloses a kind of newborn's no-wound mechanical ventilation locking caps, including cap body, the cap body includes rectangular aseptic flexible cloth, the pumping taut band of aseptic flexible cloth upper end control cap body upper end size is arranged in and the primary and secondary thread gluing of aseptic flexible cloth lower end is arranged in, primary and secondary thread gluing is separately positioned on the corresponding position of aseptic flexible cloth lower end front and rear sides, and aseptic flexible cloth forms tubular cap body after primary and secondary thread gluing fastens；The flexible body of fixed breathing circuit is provided on the outside of the aseptic flexible cloth of cap body lower end, which includes at least the channel for passing through snorkel.That the purpose of the utility model is to overcome matched locking caps on existing ventilator is expensive, Reusability is easily-deformable and easily lead to upturned nose, the shortcomings that nasal obstruction easily falls off from nasal cavity and easy damaged infant skin and a kind of newborn's no-wound mechanical ventilation locking cap is provided, the fixation cap structure is simple, easy to use, it can be improved infant comfort level simultaneously, reduce nasal obstruction dropping situations.

Description

Newborn's no-wound mechanical ventilation locking cap

Technical field

The utility model belongs to medical nursing field more particularly to newborn's noninvasive ventilator pipeline fixed network, especially It is related to a kind of newborn's no-wound mechanical ventilation locking cap.

Background technique

Nasal positive airway pressure and bi-level positive pressure ventilation are the noninvasive Breathing Suppotion sides that newborn is commonly used Formula, suitable for there is autonomous respiration ability, alveolar function residual capacity is reduced, the pulmonary disease of lung compliance decline, as newborn exhales It inhales Distress syndrome, pulmonary edema, apnea of prematurity and invasive respirator and removes the transition after machine；Effective invasive ventilation nose Generator can reach satisfied ventilatory effect, shorten Mechanical ventilation time；But due to the mating cap limited amount of original ventilator, Purchasing price is expensive again, increases patient's family burden；It clinically can be by weight after locking cap cleaning and disinfecting that ventilator first wife sets It is multiple to utilize but easily-deformable through cleaning and sterilizing locking cap repeatedly, it is unfavorable for the fixation of the fixed pivot of breathing circuit and head cap, together When due to gravity, pipeline and invasive ventilation nose generator easily drawing downwards backward, easily occur over time nostril upwards, court Its nose phenomenon.In addition, since newborn's autonomic activities are unrestricted, it is irritated, cry and scream, activity etc. is unfavorable for invasive ventilation nose hair The fixation of raw device, nasal obstruction is easily deviate from from nasal cavity, to influence ventilatory effect；Synkaingenesis youngster bears a pretty, delicate skin, subcutaneous fat is thin, nose Easily there is local skin of nose compression, damage in compressing and sliding, the friction of plug.

Summary of the invention

That the purpose of the utility model is to overcome matched locking caps on ventilator in the prior art is expensive, makes repeatedly With it is easily-deformable and easily lead to upturned nose, nasal obstruction easily falls off from nasal cavity and provides a kind of newborn the shortcomings that easy damaged infant skin No-wound mechanical ventilation locking cap, the fixation cap structure is simple, easy to use, while can be improved infant comfort level, reduces nasal obstruction Dropping situations.

To achieve the goals above, the utility model adopts the following technical solutions: a kind of newborn's no-wound mechanical ventilation Locking cap, the locking cap include cap body, and the cap body includes rectangular aseptic flexible cloth, setting in the control of aseptic flexible cloth upper end The pumping taut band of hatting body upper end size and the primary and secondary thread gluing that aseptic flexible cloth lower end is arranged in, primary and secondary thread gluing are separately positioned on nothing The corresponding position of bacterium flexible cloth lower end front and rear sides, aseptic flexible cloth forms tubular cap body after primary and secondary thread gluing fastens；Under cap body The flexible body of fixed breathing circuit is provided on the outside of the aseptic flexible cloth of end, which includes at least one and pass through snorkel Channel.

It is arranged in cap body there are two the pumping band of fixed nose generator, two pumping bands are symmetrical set in flexible body two Side.

It takes out the end with one end and hook is set, the side far from hook, which is taken out, takes several holes for hanging up hook of setting.

The position that band is taken out in setting in cap body is opened up there are two hole, is taken out band and is penetrated from two holes.

The flexible body includes the channel of two placement breathing pipelines, is separated between two channels by flexible cloth.

The flexible body is cylindrical shape, and cylindric upper and lower ends are respectively provided with elastic band, pass through the tightness of elastic band Fixed function is played to ventilation pipe.

Flexible body is mainly made of a flexible cotton, and the center of the flexible cotton of flexible body sews the centre bit in cap body It sets, the two sides at flexible cotton center respectively sew a nylon paste band, and the nylon paste band of two sides is pasted to form first passage；It is soft Property cotton both ends end front and rear sides the second primary and secondary thread gluing is set, the left end of leading flank is arranged in sub- thread gluing, then mother viscose button is set The right end in trailing flank is set, the second primary and secondary thread gluing fastens to form second channel.

The aseptic flexible cloth, flexible body, pumping taut band are that high quality cotton cloth is made.

What the technical solution of the utility model generated has the beneficial effect that: the locking cap of the utility model is by flexible sterile Cloth is layered on the lower head of infant, is then fastened to lower end together by primary and secondary thread gluing, and taut band is smoked according to infant in upper end Head sizes are taken out tight and are fastened, and cap body is formed；Flexible body is gone to above the nose of infant, the ventilation pipe of ventilator is passed through Flexible body is filled in the nostril of infant, realizes the noninvasive breathing of infant.The cap body of the utility model, flexible body are flexibility Cloth is made, and will not injure the skin of infant, and can pass through primary and secondary thread gluing and pumping taut band adjustment according to the head sizes difference of infant Cap body size；The utility model design is simple, at low cost, overcomes the disadvantage that matched locking cap is expensive on ventilator, The case where infant discomfort, restlessness, is reduced during upper machine, and comfort level improves.

In addition, being also set up in the cap body of the utility model there are two band is symmetrically taken out about flexible body, for fixing nose The fixation of generator, invasive ventilation nose generator is more stable, nasal obstruction from nasal cavity abjection situation reduce, local skin of nose by Pressure, damage significantly reduce.

Flexible body passes through elastic band or the size of the second primary and secondary thread gluing control channel, the fixation of breathing circuit and cap body More firm, nostril is upward, upturned nose phenomenon significantly reduces.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model locking cap.

Fig. 2 is the structural schematic diagram of the utility model flexible body fixed relief tube and respiratory siphon.

Fig. 3 is the schematic diagram of the utility model locking cap cap body expansion.

Fig. 4 is the schematic diagram of the utility model flexible body expansion.

Schematic diagram when flattened state after being unfolded is shown only in Fig. 3 and Fig. 4, cannot represent other states used.

It is marked in figure are as follows: 1, cap body, 2, pumping taut band, 3, pumping band, 4, hook, 5, hanging buckle, 6, flexible body, 7, nylon paste Band, the 8, second primary and secondary thread gluing, the 9, first primary and secondary thread gluing, 10, relief tube, 11, respiratory siphon.

Specific embodiment

With reference to the accompanying drawing and specific embodiment is further elaborated and illustrates to the technical solution of the utility model, But following embodiment is only the better embodiment of technical solutions of the utility model, is not to scope of protection of the utility model Limitation.

A kind of newborn's no-wound mechanical ventilation locking cap, the locking cap include cap body 1, and the cap body is mainly rectangular by one Flexible sterile high quality cotton cloth is made, and the upper end of cotton is arranged to double-layer structure, penetrates a pumping taut band 2 at the center of double-layer structure, The first primary and secondary thread gluing 9 is arranged in the lower section front and rear sides of cotton, and wherein sub- thread gluing, the left end setting of the other side is arranged in the right end of side The both ends of mother viscose button, cotton pull to centre, form cap body after the first primary and secondary thread gluing is pasted, the pumping taut band of cotton upper end can basis The size of infant takes out tight or pulls loose and then fasten, and forms a soft cap body.

One flexible body 6, the flexible body are set above the cotton at the center (the namely position of primary and secondary thread gluing) of cap body The channel that breathing pipeline is passed through with one, for fixing the breathing pipeline on ventilator, flexible body is mainly by a flexible cotton Cloth is made, and the center of the flexible cotton of flexible body is sewed in the center of cap body, then each in the two sides at flexible cotton center It sews a nylon paste band 7(nylon paste band to sew perpendicular to flexible cotton, i.e. one end of nylon paste band and flexible cotton It is sewed together), the second primary and secondary thread gluing 8 is arranged in the front and rear sides of flexible cotton both ends end, and leading flank is arranged in sub- thread gluing Left end, then the right end of trailing flank, the size for the position difference adjustable channels that the second primary and secondary thread gluing is pasted, root is arranged in mother viscose button It can simply be adjusted according to different needs.The nylon paste band of two sides forms the channel of a fixed respiratory siphon 11 after pasting, and Second channel is formed after the second primary and secondary thread gluing fastens afterwards, for fixing relief tube 10.

A pumping band 3 is respectively set in the cap body of flexible body two sides, two are taken out pair that band is located at left and right sides of flexible body Claim position, take out the set-up mode of band are as follows: first opens up two holes in cap body, at a distance of 1cm between two holes, then will take out band and pierce into In two holes.The end setting hook 4 with one end is taken out, the side far from hook, which takes out to take, opens up several slots as hanging buckle 5, hook can be hung in any one hanging buckle, and taking out can be by selecting different hanging buckles that can realize with the length needed.

By taking the premature of head circumference 26cm as an example, the locking cap making step of the present embodiment is as follows: (1) long 30cm is cut, it is wide Long side is folded to form one 30cm × 8.0cm rectangle by one piece of the cotton of 16cm, by the first primary and secondary of 4.0cm × 2.0cm size Thread gluing is sewn on cotton lower end two sides, and the first primary and secondary thread gluing, which fastens, forms a perimeter 26cm cylinder, and the other end of cylinder is crown, The size of crown selects the pumping taut band with colour system to adjust；(2) cylinder is tiled, primary and secondary thread gluing is located at center, by thread gluing Centered on midpoint, respectively open the hole of a long 1.0cm size at the right and left 5.5cm and 6.5cm, configuration two with colour system 18cm × 0.5cm takes out band for fixing invasive ventilation nose generator, and a hook is arranged in the one end for taking out band, takes out side of the band far from hook Several slots are opened up as hanging buckle；(3) it is soft that one 9.0cm × 2.0cm is sewed at preceding the brim of a hat 4cm in cylinder center position Property cotton, away from the two sides 1.5cm of flexible cotton center sew 2.0cm × 0.5cm nylon paste band, two nylon pastes Band is used to fix 2 snorkels, while the second primary and secondary thread gluing of flexible cotton both ends sewing 2.5cm × 2.0cm size after pasting, Second primary and secondary thread gluing is used to fix relief tube after fastening.

It is spare by being sterilized after the locking cap sewed cleaning；The application method of locking cap is as follows: elder generation when (1) using locking cap Connect breathing circuit, the suitable invasive ventilation nose generator of selection；(2) infant head is gently lifted, locking cap expansion It is placed on infant occipitalia, bonds the following first primary and secondary thread gluing of locking cap to form cap body (it is required that the preceding the brim of a hat according to the size of head circumference Positioned at double geisomas, the first primary and secondary thread gluing center and the bridge of the nose are on the same line), crown is according to crown size by taking out taut band To adjust；(3) fixed in the nylon paste band before being first placed on 2 snorkels above the brim of a hat, then relief tube is placed on it It is fixed in second primary and secondary thread gluing of top；(4) decompression patch protection skin of nose is sticked in nose, is advisable with not touching upper lip； (5) suitable nasal obstruction is put into nostril, takes out band and is pierced by invasive ventilation nose generator in two side holes respectively, it is parallel to infant cheek Be pulled to locking cap lower edge, then will take out hanging over for band and take out in the slot that takes, can according to the length for taking out band needs come Select different slots.

Claims (8)

1. a kind of newborn's no-wound mechanical ventilation locking cap, the locking cap include cap body, it is characterised in that: the cap body includes length Rectangular aseptic flexible cloth, the pumping taut band that control cap body upper end size in aseptic flexible cloth upper end is set and it is arranged sterile soft Property cloth lower end primary and secondary thread gluing, primary and secondary thread gluing is separately positioned on the corresponding position of aseptic flexible cloth lower end front and rear sides, and primary and secondary is viscous Aseptic flexible cloth forms tubular cap body after button fastens；Fixed breathing circuit is provided on the outside of the aseptic flexible cloth of cap body lower end Flexible body, the flexible body include at least one pass through snorkel channel.

2. newborn's no-wound mechanical ventilation locking cap according to claim 1, it is characterised in that: in cap body there are two settings The pumping band of fixed nose generator, two pumping bands are symmetrical set in flexible body two sides.

3. newborn's no-wound mechanical ventilation locking cap according to claim 2, it is characterised in that: take out the end with one end and set Hook is set, the side far from hook, which is taken out, takes several holes for hanging up hook of setting.

4. newborn's no-wound mechanical ventilation locking cap according to claim 2, it is characterised in that: band is smoked in setting in cap body Position is opened up there are two hole, is taken out band and is penetrated from two holes.

5. newborn's no-wound mechanical ventilation locking cap according to claim 1, it is characterised in that: the flexible body includes two A channel for placing breathing pipeline is separated by flexibility cloth between two channels.

6. newborn's no-wound mechanical ventilation locking cap according to claim 1, it is characterised in that: the flexible body is cylinder Shape, cylindric upper and lower ends are respectively provided with elastic band, play fixed function to ventilation pipe by the tightness of elastic band.

7. newborn's no-wound mechanical ventilation locking cap according to claim 1, it is characterised in that: flexible body is mainly by one Flexible cotton is made, and the center of the flexible cotton of flexible body is sewed in the center of cap body, and the two sides at flexible cotton center are each A nylon paste band is sewed, the nylon paste band of two sides is pasted to form first passage；The front and back two of flexible cotton both ends end The second primary and secondary thread gluing is arranged in side, and the left end of leading flank is arranged in sub- thread gluing, then the right end of trailing flank, the second son is arranged in mother viscose button Mother viscose button fastens to form second channel.

8. newborn's no-wound mechanical ventilation locking cap according to claim 1-7, it is characterised in that: described sterile Flexible cloth, flexible body, pumping taut band are that high quality cotton cloth is made.