CN208959021U - modified nasopharyngeal airway - Google Patents
modified nasopharyngeal airway Download PDFInfo
- Publication number
- CN208959021U CN208959021U CN201721455563.5U CN201721455563U CN208959021U CN 208959021 U CN208959021 U CN 208959021U CN 201721455563 U CN201721455563 U CN 201721455563U CN 208959021 U CN208959021 U CN 208959021U
- Authority
- CN
- China
- Prior art keywords
- interface
- air
- air flue
- nasopharyngeal
- air bag
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Respiratory Apparatuses And Protective Means (AREA)
Abstract
本实用新型涉及一种改良型鼻咽通气道，所述的鼻咽通气道包括气道主管、气囊、气囊充气管、第一接口、第二接口、氧气管接口、氧气管、蝶形固定胶布；所述的气道主管前端侧壁设有侧孔；所述的气囊设于紧贴侧孔后方的气道主管外壁周围；所述的气囊充气管前端与气囊连接，末端设有气囊充气阀；所述的氧气管与氧气管接口连接；所述的气道主管前部位置为弯曲状。其优点表现在：对于麻醉中气道不畅患者可保持鼻咽部良好通气；可衔接多功能生理监护仪的二氧化碳监测部件，可协助判断鼻咽通气道的放置深度、通气效果，以及患者的呼吸状况的变化；氧气管接口可方便连接墙壁式氧气管，可接吸引器吸引咽部分泌物；紧急情况下，可当作气管导管使用。
The utility model relates to an improved nasopharyngeal airway. The nasopharyngeal airway comprises an airway main pipe, an air bag, an air bag inflation tube, a first interface, a second interface, an oxygen tube interface, an oxygen tube and a butterfly-shaped fixing tape The front end side wall of the airway main pipe is provided with a side hole; the air bag is arranged around the outer wall of the airway main pipe close to the rear of the side hole; the front end of the air bag inflation pipe is connected with the air bag, and the end is provided with an air bag inflation valve ; The oxygen pipe is connected with the oxygen pipe interface; the front position of the airway main pipe is curved. Its advantages are: for patients with poor airway during anesthesia, it can maintain good ventilation of the nasopharynx; it can be connected to the carbon dioxide monitoring component of the multi-function physiological monitor, which can help to judge the placement depth of the nasopharyngeal airway, the ventilation effect, and the patient's health. Changes in breathing conditions; the oxygen tube interface can be easily connected to a wall-mounted oxygen tube, and can be connected to a suction device to attract pharyngeal secretions; in emergency situations, it can be used as a tracheal tube.
Description
Technical field
The utility model relates to the field of medical instrument technology, specifically, being a kind of modified form nasopharyngeal air duct.
Background technique
Nasopharyngeal air duct, as the term suggests it is exactly the air passage of via intranasal application placement, the same oropharyngeal airway of use scope, but stimulation
Small, nauseous response light easily fixes, and patient end has side port, and the overstriking of gas circuit end can prevent from sliding into nasal cavity.Nasopharyngeal air duct is maximum
The characteristics of be also do big advantage be manipulation it is simple, using, effectively, slightly training can be controlled, can in seconds or
In the twinkling of an eye complete operation, after can effectively ventilate.Nasopharyngeal air duct has wide range of applications, and is mainly used in is anaesthetizing at present
Section, Respiratory Medicine etc. help patient to carry out unimpeded respiratory tract, consequently facilitating the progress of medical operating etc..
But there are following not foot points for existing nasopharyngeal air duct at present: often during being placed in patient's nasal cavity,
Cause to contact with each other on the inside of air flue tube body and patient's nasal cavity because of unreasonable structure, causes patient uncomfortable；The merging of air flue tube body is suffered from
Depth in person's nasal cavity can not be grasped, and the judgement of medical staff is influenced；Nasopharyngeal air duct is rear without very in merging patient's nasal cavity
Good fixed structure, air passage ontology are easy to slide, and cause to repeat the phenomenon that setting pipe, and air flue tube body is easy to cause pneumatic duct to exist
It is moved in nasal cavity, influences the effect of ventilation, will increase the feeling of pain of patient for a long time.
Chinese patent literature: CN201020147063.7, applying date 2010.03.27, patent name are as follows: reinforced nasopharynx
Air passage.A kind of reinforced nasopharyngeal air duct for remaining respiratory passage unblocked between perioperative for patient is disclosed, including
One elasticity, soft hollow conduit, the front end of the hollow conduit is equipped with angle of chamfer opening, tail end is equipped with horn mouth, described hollow
Spiral wire is coated in the tube wall of conduit.The utility model reinforced nasopharyngeal air duct, tube wall pass through setting spiral wire
To be reinforced, anti-collapse is good, deform it will not with snorkel bore passages after insertion during insertion, and it is easy to operate,
Respiratory passage unblocked can be effectively ensured, safety in utilization is good.
Chinese patent literature: CN201120078889.7, applying date 2011.03.23, patent name are as follows: side hole type nasopharynx
Air passage.A kind of side hole type nasopharyngeal airway is disclosed, the gas-guide tube including arcuate structure, one end of gas-guide tube is radially
The edge of a wing to form ring structure is outwardly protruded, the other end is pharynx end, and the port for swallowing end is set as inclined opening structure, is evenly distributed on gas-guide tube
There are multiple side openings (most preferably 6~8).By the side hole type nasopharyngeal meatus air flue during being placed in nasal cavity, gas-guide tube can be reduced
Friction between tube wall and nasal cavity tissue may be used also after merging is fixed to be conducive to be placed in and reduce the damage to bronchia mucosal
Compressing and stimulation of the tube wall to bronchia mucosal of its gas-guide tube are reduced, to mitigate the tube wall because of gas-guide tube to the pressure of nasal membrane
Bronchia mucosal ischemia injury caused by compeling, reduction nasal cavity infection chance, the side opening close to pharynx end are being placed in too deep or pharynx end ventilation
Hole is able to maintain normal ventilation when blocking, and retention time is longer, is conducive to extract, and patient is easy tolerance, and operator uses easy, fast
It is prompt.
Chinese patent literature: CN201620915497.4, applying date 2016.08.19, patent name are as follows: a kind of visuality
Scalable band cuff nasopharyngeal air duct device, including ventilation interface, pharynx end, ventilation lumen, cuff gas injection port, cuff, band cold light
Miniature webcam, data and the power supply line in source, miniature webcam setting is intracavitary in snorkel, miniature webcam and data and power supply
Line connection.Lumen one end ventilate equipped with ventilation interface, the ventilation lumen other end is pharynx end, and official jargon outer wall of ventilating is set at pharynx end
There is cuff, ventilation lumen is equipped with cuff gas injection port, and cuff gas injection port is connected with cuff；It is set on the snorkel cavity outer wall
There is scale.Advantage is: structure is simple, respiratory tract is more unimpeded, ventilation contact surface is big, easy to operate, meets every patient's individual character
Feature has visuality, and small to patient trauma, front end will not stimulate epiglottis and the glottis of patient, reduces because using nasopharynx logical
Air flue induces laryngospasm, and the situation of patient vitals' safety is threatened to occur.
Above patent document: the reinforced nasopharyngeal air duct in CN201020147063.7 is ventilated using reinforced nasopharynx
Road, tube wall are reinforced by the way that spiral wire is arranged, and anti-collapse is good, makes it during insertion and in snorkel after insertion
Chamber channel will not deform, easy to operate, and respiratory passage unblocked can be effectively ensured, and safety in utilization is good；In CN201120078889.7
Side hole type nasopharyngeal airway, using one end of gas-guide tube it is outwardly in a radial direction formed ring structure the edge of a wing, it is another
For pharynx end, the port for swallowing end is set as inclined opening structure, multiple side openings is evenly equipped on gas-guide tube at end, can during being placed in nasal cavity
Reduce the friction between the tube wall and nasal cavity tissue of gas-guide tube, reduce the damage to bronchia mucosal, mitigates the tube wall because of gas-guide tube
Compressing to nasal membrane reduces nasal cavity infection chance, and retention time is longer, is conducive to extract, and patient is easy tolerance, and operator makes
With simplicity, fast；The visual scalable band cuff nasopharyngeal air duct device of one of CN201620915497.4, using ventilation
Lumen one end is equipped with ventilation interface, and the ventilation lumen other end is pharynx end, and ventilation official jargon outer wall is equipped with cuff, ventilation at pharynx end
Lumen is equipped with cuff gas injection port, and cuff gas injection port is connected with cuff, so that structure is simple, respiratory tract is more smooth to reach
It is logical, ventilation contact surface is big, easy to operate, meets every patient's personal characteristics, reduce because using nasopharyngeal air duct to induce laryngospasm,
The situation of patient vitals' safety is threatened to occur.But keep pharynx nasalis good for deficient airway patient in anaesthetizing about one kind
Ventilation, can be connected the carbon dioxide monitoring component of multi-functional physiological monitor, facilitate connection wall wall oxygen pipe, and in urgent feelings
It can be used as conduit under condition, structure is simple, and easy to use, a kind of safe and practical modified form nasopharyngeal air duct does not have then at present
There is relevant report.
In summary, one kind is needed for deficient airway patient in anaesthetizing, and is kept pharynx nasalis well to ventilate, can be connected more
The carbon dioxide monitoring component of function physiological monitor facilitates connection wall wall oxygen pipe, and can in case of emergency regard and lead
What pipe used, structure is simple, a kind of modified form nasopharyngeal air duct easy to use, safe and practical.
Summary of the invention
The purpose of the utility model is to overcome the deficiencies in the prior art, provide one kind and are used for deficient airway patient in anesthesia,
It keeps pharynx nasalis well to ventilate, the carbon dioxide monitoring component of multi-functional physiological monitor can be connected, facilitate connection wall type oxygen
Tracheae, and can in case of emergency be used as conduit, structure is simple, a kind of modified form nose easy to use, safe and practical
Swallow air passage.
To achieve the above object, the technical scheme adopted by the utility model is that:
A kind of modified form nasopharyngeal air duct, the nasopharyngeal air duct include air flue supervisor, air bag, airbag inflation pipe,
The fixed adhesive plaster of one interface, second interface, oxygen interface tube, oxygen hose, butterfly；Air flue supervisor's front end side wall is equipped with side
Hole；The air bag is set to around the air flue supervisor's outer wall for being close to side opening rear；The airbag inflation pipe front end and air bag connects
It connects, end is equipped with air chamber gas charging valve；The first interface is set to the end of air flue supervisor；The oxygen interface tube is set to the
On two interfaces；The oxygen hose is connect with oxygen interface tube；The first interface, second interface are connected with each other；Described
The fixed adhesive plaster of butterfly is set to air flue and is responsible for medium position；It is bending at the 15cm of front end that air flue is responsible for downwards.
As a kind of perferred technical scheme, the inside diameter of the described air flue supervisor can be divided into 5.5mm, 6.0mm,
6.5mm、7.0mm。
As a kind of perferred technical scheme, there are three the side openings for being set to air flue supervisor front end, and three side openings
It is opened to different directions respectively.
As a kind of perferred technical scheme, the deflection angle between two hole of side opening is 120 °.
As a kind of perferred technical scheme, the first interface, second interface size and shape meet the world
Mark.
As a kind of perferred technical scheme, the airbag inflation pipe is set to inside the tube wall of air flue supervisor, is buried in
In air flue supervisor.
As a kind of perferred technical scheme, air flue supervisor is made of soft silica gel.
The utility model advantage is:
1, using there are three the side openings for being set to air flue supervisor front end, and three side openings are opened to different directions respectively, between two holes
Deflection angle be 120 °, by the design of three side openings, convenient for the oxygen poured in air flue supervisor is dispersed in patient's nasopharynx
It is interior, the ventilatory effect of patient's pharynx nasalis in anesthesia on the one hand can be improved, on the other hand can keep patient's pharynx nasalis air flue
It breathes smooth.
It 2, is downwards bending at air flue supervisor front end 15cm, after air flue supervisor front end insertion patient's pharynx nasalis,
It is easy to air flue supervisor's back segment docile being pasted and fixed on patient facial region by the fixed adhesive plaster of butterfly, consequently facilitating to patient's pharynx nasalis
Ventilation support.
3, the airbag inflation pipe for being connected to air bag can be inflated air bag by being set to the air chamber gas charging valve of its end,
Air flue can be prevented to be responsible for phenomena such as mobile landing occurs inside patient's nasopharynx for front end by being inflated to air bag, play one
Good fixed function, in order to avoid the work of intubation is repeated caused by sliding because of air flue supervisor front end, to alleviate the pain of patient
Sense.
4, first interface, second interface size and shape meet international mark, between first interface and second interface
Can connection universal the multi-functional physiological monitor of linking carbon dioxide detection part, artificial nose humidifying heating apparatus, utilize two
Carbonoxide detection part can assist to judge the placement depth of air flue supervisor front end, ventilatory effect and the breath state of patient
When variation, the case where patient is timely understood convenient for medical staff, artificial nose humidifying heating apparatus then may make patient breaths with
Warm, the state of humidifying in oxygen belt air entering flue, will guarantee that air flue obtains humidifying effective, appropriate, convenient for pharynx nasalis air flue
It is unobstructed.
5, the oxygen interface tube in second interface can facilitate connection wall wall oxygen pipe, for providing oxygen for patient
Gas, oxygen interface tube can also mutually be connected simultaneously with Aspiratory catheter, can be used for the attraction cleaning of nasopharynx secretions when necessary,
Improve the ventilatory effect of patient's pharynx nasalis.
6, air flue supervisor ontology in case of emergency can be used as tracheal catheter use, after laryngoscope exposure glottis, through being intubated
Air passage front end is placed in glottis, air bag inflation by pincers guidance, and mechanical ventilation passes through what is connected between first interface and second interface
Detection device, medical staff can determine whether out the situation and ventilatory effect of nasopharyngeal air duct, most make fastly convenient for medical staff
Corresponding treatment.
Detailed description of the invention
Attached drawing 1 is a kind of schematic perspective view of modified form nasopharyngeal air duct of the utility model.
Attached drawing 2 is a kind of rearview of modified form nasopharyngeal air duct of the utility model.
Attached drawing 3 is the schematic perspective view of the utility model another kind modified form nasopharyngeal air duct.
Attached drawing 4 is a kind of schematic perspective view of the fixed adhesive plaster of modified form nasopharyngeal air duct butterfly of the utility model.
Specific embodiment
The utility model is further described below with reference to embodiment and referring to attached drawing.
Appended drawing reference involved in attached drawing and component part are as follows:
1. air flue is responsible for 11. side openings
2. 3. airbag inflation pipe of air bag
31. 4. first interface of air chamber gas charging valve
5. 6. oxygen interface tube of second interface
7. 8. butterfly of oxygen hose fixes adhesive plaster
Embodiment 1
Attached drawing 1 is please referred to, Fig. 1 is a kind of schematic perspective view of modified form nasopharyngeal air duct of the utility model.It is a kind of
Modified form nasopharyngeal air duct, the nasopharyngeal air duct include air flue supervisor 1, air bag 2, airbag inflation pipe 3, first interface 4, the
The fixed adhesive plaster 8 of two interfaces 5, oxygen interface tube 6, oxygen hose 7, butterfly；The air flue is responsible for 1 front end side wall and is equipped with side opening 11；
The air bag 2 is set to around air flue 1 outer wall of supervisor for being close to 11 rear of side opening；3 front end of airbag inflation pipe and air bag 2
Connection, end are equipped with air chamber gas charging valve 31；The first interface 4 is set to the end of air flue supervisor 1；The oxygen interface tube
6 are set in second interface 5；The oxygen hose 7 is connect with oxygen interface tube 6；The first interface 4, second interface 5 are mutual
Connection；The fixed adhesive plaster 8 of the butterfly is set to air flue and is responsible for 1 medium position；The air flue is responsible at 1 front end 15cm
Bending.
It should be understood that the air flue supervisor 1 is made of soft silica gel；The inside diameter of the air flue supervisor 1 can
It is divided into 5.5mm, 6.0mm, 6.5mm, 7.0mm；There are three the side openings 11 for being set to 1 front end of air flue supervisor, and three side openings
11 are opened to different directions respectively, and the deflection angle between two holes is 120 °, by the design of three side openings 11, convenient for that will pour air flue
Oxygen in supervisor 1 is dispersed in patient's nasopharynx, and the ventilatory effect of patient's pharynx nasalis in anesthesia, another party on the one hand can be improved
Face can keep the breathing of patient's pharynx nasalis air flue smooth；It is bending at 1 front end 15cm that the air flue is responsible for downwards, so as to
After air flue is responsible for 1 front end insertion patient's pharynx nasalis, it is easy to for air flue to be responsible for 1 back segment patch (see Fig. 4) by the fixed adhesive plaster 8 of butterfly
Clothes are pasted and fixed on patient facial region, consequently facilitating the ventilation to patient's pharynx nasalis is supported；The air bag for being connected to air bag 2 fills
Tracheae 3 can be inflated air bag 2 by being set to the air chamber gas charging valve 31 of its end, by the way that air bag 2 is inflated and can be prevented
Only air flue is responsible for phenomena such as mobile landing occurs inside patient's nasopharynx for 1 front end, plays a good fixed function, Yi Mianyin
Air flue is responsible for 1 front end and slides the work for causing to repeat to be intubated, to alleviate the feeling of pain of patient；The airbag inflation pipe 3
It inside the tube wall of air flue supervisor 1, is buried in air flue supervisor 1 (see Fig. 2), to mitigate 1 insertion patient's nose of air flue supervisor
Feeling of pain during pharyngeal；The size and shape of the first interface 4, second interface 5 meet international mark, and first connects
Between mouthfuls 4 and second interface 5 can connection universal the carbon dioxide detection part, the artificial nose that are connected multi-functional physiological monitor it is wet
Change heating apparatus (central type), can assist to judge that air flue is responsible for the placement depth of 1 front end, ventilation using carbon dioxide detection part
The variation of the breath state of effect and patient, the case where patient is timely understood convenient for medical staff, the heating of artificial nose humidifying
When device then may make patient breaths to warm, the state of humidifying will in oxygen belt air entering flue, guarantee air flue obtain effectively, it is appropriate
Humidifying, convenient for the unobstructed of pharynx nasalis air flue；Oxygen interface tube 6 in second interface 5 can facilitate connection wall wall oxygen
Pipe 7, for providing oxygen for patient, oxygen interface tube 6 can also mutually be connected simultaneously with Aspiratory catheter, can be used for nose when necessary
The attraction of pharyngeal secretion is cleared up, and the ventilatory effect of patient's pharynx nasalis is improved；Air flue is responsible for 1 ontology and in case of emergency be can be used as
Tracheal catheter uses, and after laryngoscope exposure glottis, air passage front end is placed in glottis through intubating forceps guidance, air bag inflation is mechanical
Ventilation, by the detection device connected between first interface 4 and second interface 5, medical staff can determine whether out nasopharyngeal air duct
Situation and ventilatory effect most make corresponding treatment convenient for medical staff fastly.
Embodiment 2
Attached drawing 3 is please referred to, Fig. 3 is the schematic perspective view of the utility model another kind modified form nasopharyngeal air duct.This
Embodiment is substantially the same manner as Example 1, the difference is that, it is shape structure, air flue that the air flue in the present embodiment, which is responsible for 1 head,
Be responsible for the design that 1 head uses ellipsoidal structure, can reduce air flue be responsible for 1 head enter during patient's nasal cavity with group in nasal cavity
The contact area knitted alleviates the feeling of pain of patient so that reducing air flue supervisor 1 enters the Endonasopharyngeal resistance of patient.
A kind of modified form nasopharyngeal air duct of above patent document, using there are three the side openings for being set to air flue supervisor front end,
And three side openings are opened to different directions respectively, the deflection angle between two holes is 120 °, by the design of three side openings, convenient for that will rush
Oxygen in air entering flue supervisor is dispersed in patient's nasopharynx, and the ventilatory effect of patient's pharynx nasalis in anesthesia on the one hand can be improved,
On the other hand the breathing of patient's pharynx nasalis air flue can be kept smooth；It is bending at the 15cm of front end that air flue is responsible for downwards, so as to
After air flue supervisor front end insertion patient's pharynx nasalis, it is easy to air flue being responsible for back segment docile to paste by the fixed adhesive plaster of butterfly and fixes
In patient facial region, consequently facilitating the ventilation to patient's pharynx nasalis is supported；The airbag inflation pipe for being connected to air bag can be by being set to it
The air chamber gas charging valve of end is inflated air bag, air flue can be prevented to be responsible for front end in patient's nose by being inflated to air bag
Pharynx is internal to occur mobile phenomena such as sliding, and plays a good fixed function, in order to avoid weight caused by being slid because of air flue supervisor front end
The work being intubated again, to alleviate the feeling of pain of patient；First interface, second interface size and shape meet international mark
Note, between first interface and second interface can connection universal the carbon dioxide detection part for being connected multi-functional physiological monitor,
Artificial nose humidifying heating apparatus can assist the placement depth, the ventilation that judge air flue supervisor front end using carbon dioxide detection part
The variation of the breath state of effect and patient, the case where patient is timely understood convenient for medical staff, the heating of artificial nose humidifying
When device then may make patient breaths to warm, the state of humidifying will in oxygen belt air entering flue, guarantee air flue obtain effectively, it is appropriate
Humidifying, convenient for the unobstructed of pharynx nasalis air flue；Oxygen interface tube in second interface can facilitate connection wall wall oxygen pipe,
For providing oxygen for patient, oxygen interface tube can also mutually be connected simultaneously with Aspiratory catheter, can be used for pharynx nasalis when necessary
The attraction of secretion is cleared up, and the ventilatory effect of patient's pharynx nasalis is improved；Air flue supervisor's ontology in case of emergency can be used as tracheae
Conduit uses, and after laryngoscope exposure glottis, air passage front end is placed in glottis through intubating forceps guidance, and air bag is inflated, mechanical ventilation,
By the detection device connected between first interface and second interface, medical staff can determine whether out the situation of nasopharyngeal air duct
And ventilatory effect, corresponding treatment is most made fastly convenient for medical staff.
The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art
Art personnel can also make several improvement and supplement without departing from the principle of this utility model, these are improved and supplement
Also it should be regarded as the protection scope of the utility model.
Claims (7)
1. a kind of modified form nasopharyngeal air duct, which is characterized in that the nasopharyngeal air duct includes air flue supervisor, air bag, air bag
The fixed adhesive plaster of gas tube, first interface, second interface, oxygen interface tube, oxygen hose, butterfly；The air flue is responsible for front end side
Wall is equipped with side opening；The air bag is set to around the air flue supervisor's outer wall for being close to side opening rear；The airbag inflation pipe front end
It is connect with air bag, end is equipped with air chamber gas charging valve；The first interface is set to the end of air flue supervisor；The oxygen hose connects
Mouth is set in second interface；The oxygen hose is connect with oxygen hose interface tube；The first interface, second interface mutually interconnect
It connects；The fixed adhesive plaster of the butterfly is set to air flue and is responsible for medium position；It is downwards bending at the air flue supervisor front end 15cm
Shape.
2. nasopharyngeal air duct according to claim 1, which is characterized in that the inside diameter of the air flue supervisor can be divided into
5.5mm、6.0mm、6.5mm、7.0mm。
3. nasopharyngeal air duct according to claim 1, which is characterized in that the side opening for being set to air flue supervisor front end has
Three, and three side openings are opened to different directions respectively.
4. nasopharyngeal air duct according to claim 3, which is characterized in that the deflection angle between two hole of side opening is
120°。
5. nasopharyngeal air duct according to claim 1, which is characterized in that the size of the first interface, second interface
Meet international mark with shape.
6. nasopharyngeal air duct according to claim 1, which is characterized in that the airbag inflation pipe is set to air flue supervisor's
Inside tube wall, it is buried in air flue supervisor.
7. nasopharyngeal air duct according to claim 1, which is characterized in that the air flue supervisor is made of soft silica gel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721455563.5U CN208959021U (en) | 2017-11-04 | 2017-11-04 | modified nasopharyngeal airway |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721455563.5U CN208959021U (en) | 2017-11-04 | 2017-11-04 | modified nasopharyngeal airway |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208959021U true CN208959021U (en) | 2019-06-11 |
Family
ID=66746067
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721455563.5U Active CN208959021U (en) | 2017-11-04 | 2017-11-04 | modified nasopharyngeal airway |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208959021U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111408004A (en) * | 2020-03-31 | 2020-07-14 | 西安交通大学医学院第一附属医院 | Endotracheal Magnetically Guided Fixed Jet Tube Device for High Frequency Jet Ventilation |
| CN115300741A (en) * | 2022-08-11 | 2022-11-08 | 温州医科大学附属第一医院 | A nasopharyngeal airway |
-
2017
- 2017-11-04 CN CN201721455563.5U patent/CN208959021U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111408004A (en) * | 2020-03-31 | 2020-07-14 | 西安交通大学医学院第一附属医院 | Endotracheal Magnetically Guided Fixed Jet Tube Device for High Frequency Jet Ventilation |
| CN115300741A (en) * | 2022-08-11 | 2022-11-08 | 温州医科大学附属第一医院 | A nasopharyngeal airway |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| JP2017527374A (en) | Sealing mechanism for an anesthesia airway device | |
| CN208525606U (en) | Expansion support type nasopharynx air duct | |
| CN208959021U (en) | modified nasopharyngeal airway | |
| CN206745717U (en) | A kind of trachea cannula | |
| CN109481805A (en) | A kind of intranasal laryngeal airway conduit | |
| CN202699521U (en) | C-shaped operative position head ring | |
| CN203263978U (en) | Single-cavity tracheal and esophageal catheter | |
| CN202751631U (en) | Closed Suction Tube Holder | |
| CN108096669B (en) | Speaking valve | |
| CN214435760U (en) | Tracheal cannula | |
| Hooper | Nursing care of the patient with a tracheostomy | |
| CN202459712U (en) | Intranasal laryngeal mask with two-way conduits | |
| CN209173139U (en) | A new type of oxygen suction tube | |
| CN207886501U (en) | A kind of disposable sputum-suction trachea cannula | |
| CN203663197U (en) | Percutaneous and esophagus pressurization synchronous ventilation kit | |
| CN221998557U (en) | Dual-purpose airway of nasopharynx oropharynx | |
| CN208017898U (en) | A kind of trachea cannula is spoken valve | |
| CN207085042U (en) | Novel oxygen breathing tube trachea cannula | |
| CN218010573U (en) | An improved oropharyngeal ventilation device | |
| CN218961529U (en) | Sputum-aspiration tracheotomy cannula | |
| CN215135195U (en) | Air duct capable of introducing oxygen | |
| CN212141098U (en) | Novel oropharynx air duct for painless gastroscope | |
| KR20150005827A (en) | An Endoscopic Laryngeal Mask Airway | |
| CN216536454U (en) | Tongue lifting device assisting in embedding laryngeal mask of patient with severe glossocoma under general anesthesia | |
| CN215386773U (en) | Combined oxygen inhalation tube |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |