CN106139342A - There is the artificial ventilator of autonomous respiration dynamic surveillance function - Google Patents
There is the artificial ventilator of autonomous respiration dynamic surveillance function Download PDFInfo
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- CN106139342A CN106139342A CN201510189464.6A CN201510189464A CN106139342A CN 106139342 A CN106139342 A CN 106139342A CN 201510189464 A CN201510189464 A CN 201510189464A CN 106139342 A CN106139342 A CN 106139342A
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- autonomous respiration
- artificial ventilator
- surveillance function
- float
- dynamic surveillance
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Abstract
A kind of artificial ventilator having autonomous respiration dynamic surveillance function, relates to observe luminous float and fluctuates and amplitude and frequency, it is judged that a kind of artificial ventilator of patient's autonomous respiration recovery degree.It is characterized in that: outside the circular arc of mouth and nose cover body, have an extension tube attached, in the threeway upper end that extension tube attached connects, be plugged with the transparent round tube of scale, in the inclined-plane of transparent round tube lower end on ventilative torr above have luminous float, transparent round tube upper end to have net every lid；Disk spacer left surface in threeway right-hand member has the normal right side to close plectane tongue, and threeway right-hand member connects flexible pipe, elastic bag, has circular hole slab, one-way air inlet clack valve in elastic bag inlet valve.The colorful light-emitting float of the present invention can be the most eye-catching supervision patient whether have autonomous respiration, particularly more its practical value in the rescue environment without illumination, can monitor in time, note abnormalities, quick rescue and nursing.Its novel in structural design, practicality, scientific and reasonable, quality and the level rescuing life can be improved, be especially suitable for situation of all-level hospitals and promote the use of.
Description
Technical field
The present invention relates to a kind of artificial ventilator, particularly relate to can observe luminous float the most intuitively and fluctuate and amplitude
And frequency, a kind of artificial ventilator having autonomous respiration dynamic surveillance function of patient's autonomous respiration recovery degree can be judged in time.
Background technology
In medical nursing work, artificial respiration is when patient's autonomous respiration stops, and the one rescuing life is effective
First-aid method.Particularly in onset site, patient happens suddenly respiratory arrest, and method of rescuing the most timely and effectively is to make air timely
Rhythmic it is forced in lung；After recycling thorax, the elastic force compression of lung tissue, makes the replacement of oxygen carbon dioxide in entrance lung
And breathe out；Coordinate chest compression again, so go round and begin again, make breathless patient gradually recover autonomous respiration.At present, general
Logical artificial ventilator, when being artificial respiration, medical personnel observe, whether assessment patient recovers autonomous respiration, need observation panel
Whether nose and chest have respiratory characteristic；This is inconvenient, not directly perceived, and two is the time rescuing life delaying preciousness.Therefore,
How can monitor in time, conveniently to observe, judge patient's autonomous respiration extent of recovery, assess the vital sign of patient in time, make
Breathless patient can be rescued timely；The most scientific and rational design artificial ventilator, improves its scientific and technological content,
Improve quality and the level of its medical nursing work；Be medical nursing work person constantly inquire into, the problem of scientific research.
Summary of the invention
In view of the above problems, the present invention proposes a kind of artificial ventilator having autonomous respiration dynamic surveillance function, it is possible to resolve above-mentioned ask
Topic.It is provided with the luminous float that can fluctuate, and can judge patient's autonomous respiration extent of recovery the most intuitively, assess with this
The vital sign of patient；Particularly outdoor without the rescue and nursing environment of illumination in more its practical value, patient can be found in time
Exception, process in time quickly；Serve supervision in time, the effect rescued in time；The fresh air that its patient of the present invention sucks
Take their own roads with the waste gas of exhalation, do not mix, improve the effect of artificial respiration.
The technical solution adopted in the present invention is: originally have the artificial ventilator of autonomous respiration dynamic surveillance function, have mouth and nose cover body,
Pressure tongue pipe, elastic bag；It is characterized in that: have extension tube attached to communicate with in cover body outside the circular arc of mouth and nose cover body, extension tube attached connects
Threeway, is plugged with the transparent round tube of scale in threeway upper end, transparent round tube has the outer dome of pipe to be positioned threeway upper end, transparent
There is inclined-plane pipe lower end, has luminous float, transparent round tube upper end to have net every lid above ventilative torr above in inclined-plane, and net is every covering
Have net every；It is fixed with disk spacer in threeway right-hand member, connects the normal right side at the upper circumference of disk spacer left surface and close at the circumference of plectane tongue,
Disk spacer has endoporus；Threeway right-hand member connects flexible pipe, and the gas outlet of hose connection elastic bag, elastic bag has inlet valve, air inlet
Circular hole slab, circular hole slab left surface is had to have one-way air inlet clack valve in Men；The cover mouth periphery of mouth and nose cover body has soft air cushion, soft air cushion to have gas
Mouth.
Originally having the artificial ventilator of autonomous respiration dynamic surveillance function, its disk spacer is magnetic material manufacture or is magnetic, and the normal right side is closed
Plectane tongue is magnetic or magnetic material manufacture.
Originally there is the artificial ventilator of autonomous respiration dynamic surveillance function, in order to make tight-lipped closing and patient that nasal cavity blocks obtains in time
Rescue；Its extension tube attached can also be connected inner connecting tube with the one end communicated in cover body, inner connecting tube survey in oronasal mask body be provided with multiple
Aperture, inner connecting tube left end is plugged with the pressure tongue pipe of tongue pipe outside fix dome, and pressure tongue pipe left end has upper oblique oval head, and oval head has
Multiple apertures, pressure tongue pipe has oblate bite-block, oblate bite-block to have alveolus with the turning point cylindrical of oval head.
Originally having the artificial ventilator of autonomous respiration dynamic surveillance function, its luminous float can be luminous colored float or fluorescent color
Float.
Originally having the artificial ventilator of autonomous respiration dynamic surveillance function, its luminous float preferred emitting red light float or red fluorescence float
Son.
Originally having the artificial ventilator of autonomous respiration dynamic surveillance function, it is one-body molded every lid that its net is divided into net.
Originally there is the artificial ventilator of autonomous respiration dynamic surveillance function, outside its inlet valve, be plugged with the filter of filter screen, with to breathing
The air that the patient stopped is sucked purifies, and this is favourable to patient.
Originally there is the artificial ventilator of autonomous respiration dynamic surveillance function, in order to judge to observe pressure during air inlet artificial to patient, with
The excessive alveolar to patient of anti-pressure causes damage, and is also provided with pressure gauge base at mouth and nose cover body upper side, and pressure gauge base is connected to pressure
Table.It can observe Pressure gauge by the rule of operation of artificial respiration, and controls the extruding degree of elastic bag according to this, on request science,
Correctly, the practicing artificial respiration of specification.
Originally there is the artificial ventilator of autonomous respiration dynamic surveillance function, in order to the saliva saliva making emergency patients secrete is discharged also in time
Being provided with draining connector on the downside of mouth and nose cover body, draining connector is connected to valve, and valve connects liquid storing bag.
Originally there is the artificial ventilator of autonomous respiration dynamic surveillance function, in use；First valve closing, and discharge sky is connected
The liquid storing bag of gas, after artificial ventilator operation sequence, inspection socket nasal obstruction situation process, is placed on oval head on patient's tongue
Face, makes oblate bite-block be placed in the middle of lower teeth, and makes the tooth of patient put into alveolus, and soft air cushion is buckled the mouth patient
On nose；Extruding elastic bag, makes one-way air inlet clack valve close, and the fresh air endoporus by disk spacer closes plectane tongue the normal right side
It is pushed up and closes the inclined-plane of transparent round tube lower end；Fresh air continues the multiple apertures by inner connecting tube, oval head that move ahead,
The mouth and nose being forced through patient carry out air-breathing, now, observe Pressure gauge simultaneously, make when extruding elastic bag, its admission pressure
May not exceed the pressure that the alveolar of regulation can bear.When unclamping elastic bag, due to the resorption of elastic bag, make unidirectional
Air inlet clack valve is opened, and fresh air enters in elastic bag, makes the normal right side close plectane tongue simultaneously and leaves inclined-plane and be returned to a left side for disk spacer
Side, and press the endoporus of closed circular dividing plate；Now, the carbon dioxide gas making pressure suck the replacement of oxygen in Patients with Lung can lead to
Crossing inclined-plane and ventilative torr thereof, float in transparent round tube luminous float, the most repeatedly extrudes elastic bag and coordinates extruding cardiopulmonary again
Recovery, can obtain good artificial respiration's effect；After stopping extruding elastic bag and extruding cardiopulmonary, as luminous floating in monitored
When son has, in graduated transparent round tube, the phenomenon the most repeatedly floated, the life of the existing autonomous respiration of patient rescued can be described
Life sign；In addition, it is possible to by observing amplitude size and the frequency that luminous float fluctuates, judge that patient's autonomous respiration is multiple
The degree of Soviet Union, and the vital sign situation judging to assess patient with this.So, originally there is the artificial of autonomous respiration dynamic surveillance function
Respiratory organ, can play the effect of autonomous respiration dynamic surveillance.
Originally having the artificial ventilator of autonomous respiration dynamic surveillance function, it has the beneficial effects that: have autonomous respiration dynamic surveillance function,
Patient's autonomous respiration extent of recovery can be judged the most intuitively by observing amplitude size and the frequency that luminous float fluctuates；
And assess the vital sign of patient according to this, and then formulate the scheme of next step medical treatment and nursing；And can make tight-lipped to close, nasal cavity blocks again
Patient also can be rescued timely.Its luminous float of the present invention is bright in luster, beautiful, eye-catching, directly perceived, and dynamic is upper and lower
Float；Make the active situation observing luminous float that the medical personnel being artificial respiration can be the most eye-catching, thus be easier to sentence
Disconnected rescue in patient autonomous respiration dynamically and vital sign；Particularly outdoor without the rescue and nursing environment of illumination in more its
Practical value, can monitor, find the exception of patient in time, the most quickly rescue and nursing.The fresh sky that its patient of the present invention sucks
The waste gas of gas and exhalation is taken their own roads, and does not mixes, improves the effect of artificial respiration.Originally there is autonomous respiration dynamic surveillance function
Artificial ventilator, its novel in structural design, practicality, scientific and reasonable；Quality and the level rescuing respiratory arrest patient can be improved,
It is especially suitable for situation of all-level hospitals to promote the use of.
Accompanying drawing explanation
The present invention is further described with embodiment below in conjunction with the accompanying drawings.
Figure of description is the overall structure figure of the embodiment of the present invention.
In figure: 1. oval head, the most oblate bite-block, 3. alveolus, the softest air cushion, 5. valve, 6. Pressure gauge, 7. pressure gauge base,
8. net every, 9. net is every lid, 10. transparent round tube, the outer dome of 101. pipes, 11. luminous floats, 12. threeways, 13. flexible pipes, 14.
Filter screen, 15. circular hole slabs, 16. one-way air inlet clack valves, 17. filters, 18. inlet valves, 19. elastic bags, 20. gas outlets,
21. endoporus, 22. disk spacers, 23. ventilative torr, the 24. normal right sides close plectane tongue, 25. inclined-planes, 26. extension tube attached, 27. inner connecting tubes, and 28.
Mouth and nose cover body, 29. liquid storing bags, 30. draining connectors, 301. valves, 31. pressure tongue pipes, 311. tongue pipe outside fix domes, 32. is little
Hole.
Detailed description of the invention
In Figure of description, originally there is the artificial ventilator of autonomous respiration dynamic surveillance function, have mouth and nose cover body, pressure tongue pipe, elasticity
Air bag；It is characterized in that: have extension tube attached (26) to communicate with in cover body outside the circular arc of mouth and nose cover body (28), extension tube attached (26)
Connecting tee (12), is plugged with the transparent round tube (10) of scale in threeway (12) upper end, transparent round tube (10) has outside pipe
Dome (101) is positioned threeway (12) upper end, and there is inclined-plane (25) transparent round tube (10) lower end, in inclined-plane (25) on
Having luminous float (11), transparent round tube (10) upper end to have net every lid (9) above the ventilative torr (23) in face, net is every lid (9)
On have net every (8)；It is fixed with disk spacer (22) in threeway (12) right-hand member, connects at the upper circumference of disk spacer (22) left surface
Often the right side is closed at the circumference of plectane tongue (24), and disk spacer (22) has endoporus (21)；Threeway (12) right-hand member connects flexible pipe (13),
Flexible pipe (13) connects the gas outlet (20) of elastic bag (19), and elastic bag (19) has inlet valve (18), inlet valve (18)
Circular hole slab (15), circular hole slab (15) left surface is inside had to have one-way air inlet clack valve (16)；The cover mouth periphery of mouth and nose cover body (28)
Soft air cushion (4), soft air cushion (4) is had to have valve (5).
In accompanying drawing, originally have the artificial ventilator of autonomous respiration dynamic surveillance function, its disk spacer (22) be magnetic material manufacture or
Being magnetic, the normal right side is closed plectane tongue (24) and is magnetic or magnetic material manufacture.
In accompanying drawing, originally there is the artificial ventilator of autonomous respiration dynamic surveillance function, in order to make tight-lipped closing and patient that nasal cavity blocks
Rescued in time；Its extension tube attached (26) can also be connected inner connecting tube (27), inner connecting tube (27) with the one end communicated in cover body
Surveying in mouth and nose cover body (28) and be provided with multiple aperture (32), inner connecting tube (27) left end is plugged with tongue pipe outside fix dome (311)
Pressure tongue pipe (31), pressure tongue pipe (31) left end have upper oblique oval head (1), oval head (1) has multiple aperture (32), pressure
Tongue pipe (31) has oblate bite-block (2), oblate bite-block (2) to have alveolus (3) with the turning point cylindrical of oval head (1).
In accompanying drawing, originally having the artificial ventilator of autonomous respiration dynamic surveillance function, its luminous float (11) can be luminous colored
Float or fluorescent color float.
In accompanying drawing, originally having the artificial ventilator of autonomous respiration dynamic surveillance function, its luminous float (11) preferably emitting red light floats
Son or red fluorescence float.
In accompanying drawing, originally having the artificial ventilator of autonomous respiration dynamic surveillance function, its net is that net becomes every lid (9) one every (8)
Type.
In accompanying drawing, originally there is the artificial ventilator of autonomous respiration dynamic surveillance function, outside its inlet valve (18), be plugged with filter screen (14)
Filter (17), purify with the air that the patient to respiratory arrest is sucked, this is favourable to patient.
In accompanying drawing, originally have the artificial ventilator of autonomous respiration dynamic surveillance function, in order to judge observe air inlet artificial to patient time
Pressure, in case the excessive alveolar to patient of pressure causes damage, is also provided with pressure gauge base (7) at mouth and nose cover body (28) upper side,
Pressure gauge base (7) is connected to Pressure gauge (6).It can observe Pressure gauge (6) by the rule of operation of artificial respiration, and controls bullet according to this
Property air bag (19) extruding degree, science, the practicing artificial respiration of correct, specification on request.
In accompanying drawing, originally have the artificial ventilator of autonomous respiration dynamic surveillance function, in order to make saliva saliva that emergency patients secretes and
Time discharge also mouth and nose cover body (28) downside be provided with draining connector (30), draining connector (30) is connected to valve (301), valve
(301) liquid storing bag (29) is connect.
In accompanying drawing, originally there is the artificial ventilator of autonomous respiration dynamic surveillance function, in use；First valve (301) is closed,
And connect the liquid storing bag (29) of air-out, by artificial ventilator operation sequence, inspection socket nasal obstruction situation after processing, flat
Round end (1) is placed on above patient's tongue, makes oblate bite-block (2) be placed in the middle of lower teeth, and makes the tooth of patient put into alveolus
(3), in, soft air cushion (4) is buckled on the mouth and nose of patient；Extruding elastic bag (19), makes one-way air inlet clack valve (16)
Close, the fresh air endoporus (21) by disk spacer (22), plectane tongue (24) is closed on the normal right side and is pushed up and closes transparent circle
The inclined-plane (25) of pipe (10) lower end；Fresh air continues the multiple apertures by inner connecting tube (27), oval head (1) that move ahead
(32), the mouth and nose being forced through patient carry out air-breathing, now, observe Pressure gauge (6) simultaneously, make in extruding elastic bag (19)
Time, its admission pressure may not exceed the pressure that the alveolar of regulation can bear.When unclamping elastic bag (19), due to elastic gas
The resorption of capsule (19), makes one-way air inlet clack valve (16) open, and fresh air enters in elastic bag (19), simultaneously
Make the normal right side close plectane tongue (24) to leave inclined-plane (25) and be returned to the left side of disk spacer (22), and press closed circular dividing plate (22)
Endoporus (21)；Now, the carbon dioxide gas making pressure suck the replacement of oxygen in Patients with Lung can pass through inclined-plane (25) and
Ventilative torr (23), luminescence float (11) of floating transparent round tube (10) in, the most repeatedly extrude elastic bag (19) again
Coordinate extruding cardio-pulmonary resuscitation, good artificial respiration's effect can be obtained；When stopping extruding elastic bag (19) and extruding cardiopulmonary
After, as monitor luminous float (11) have, in graduated transparent round tube (10), the phenomenon the most repeatedly floated time, can say
The vital sign of the existing autonomous respiration of the bright patient rescued；In addition, it is possible to by observing what luminous float (11) was fluctuated
Amplitude size and frequency, judge patient's autonomous respiration extent of recovery, and the vital sign situation judging to assess patient with this.
So, originally there is the artificial ventilator of autonomous respiration dynamic surveillance function, the effect of autonomous respiration dynamic surveillance can be played.
Claims (9)
1. there is an artificial ventilator for autonomous respiration dynamic surveillance function, have mouth and nose cover body, pressure tongue pipe, elastic bag；It is special
Levy and be: have extension tube attached (26) to communicate with in cover body outside the circular arc of mouth and nose cover body (28), extension tube attached (26) connecting tee
(12), being plugged with the transparent round tube (10) of scale in threeway (12) upper end, transparent round tube (10) has the outer dome (101) of pipe
Being positioned threeway (12) upper end, there is inclined-plane (25) transparent round tube (10) lower end, ventilative torr (23) above in inclined-plane (25)
Luminous float (11), transparent round tube (10) upper end is had to have net to have net every (8) every lid (9), net on lid (9) above；Three
It is fixed with disk spacer (22) in logical (12) right-hand member, connects the normal right side at the upper circumference of disk spacer (22) left surface and close plectane tongue (24)
Circumference at, disk spacer (22) has endoporus (21)；Threeway (12) right-hand member connects flexible pipe (13), and flexible pipe (13) connects bullet
The gas outlet (20) of property air bag (19), elastic bag (19) has inlet valve (18), has circular hole slab (15) in inlet valve (18),
Circular hole slab (15) left surface has one-way air inlet clack valve (16)；The cover mouth periphery of mouth and nose cover body (28) has soft air cushion (4), soft gas
Pad (4) has valve (5).
The artificial ventilator having autonomous respiration dynamic surveillance function the most according to claim 1, it is characterised in that: its circle every
Plate (22) is magnetic material manufacture or is magnetic, and the normal right side is closed plectane tongue (24) and is magnetic or magnetic material manufacture.
The artificial ventilator having autonomous respiration dynamic surveillance function the most according to claim 1, it is characterised in that: it is external
Pipe (26) can also be connected inner connecting tube (27) with the one end communicated in cover body, and inner connecting tube (27) is in mouth and nose cover body (28)
Survey is provided with multiple aperture (32), and inner connecting tube (27) left end is plugged with pressure tongue pipe (31) of tongue pipe outside fix dome (311), pressure
Tongue pipe (31) left end has upper oblique oval head (1), and oval head (1) has multiple aperture (32), and pressure tongue pipe (31) is with oblate
The turning point cylindrical of head (1) has oblate bite-block (2), oblate bite-block (2) to have alveolus (3).
The artificial ventilator having autonomous respiration dynamic surveillance function the most according to claim 1, it is characterised in that: it is luminous
Float (11) is luminous colored float or fluorescent color float.
5. according to the artificial ventilator having autonomous respiration dynamic surveillance function described in claim 1 or 4, it is characterised in that: its
Luminous float (11) is emitting red light float or red fluorescence float.
The artificial ventilator having autonomous respiration dynamic surveillance function the most according to claim 1, it is characterised in that: its net every
(8) it is that net is one-body molded every lid (9).
The artificial ventilator having autonomous respiration dynamic surveillance function the most according to claim 1, it is characterised in that: its air inlet
The filter (17) of filter screen (14) it is plugged with outside door (18).
The artificial ventilator having autonomous respiration dynamic surveillance function the most according to claim 1, it is characterised in that: at mouth and nose
Cover body (28) upper side is provided with pressure gauge base (7), and pressure gauge base (7) is connected to Pressure gauge (6).
The artificial ventilator having autonomous respiration dynamic surveillance function the most according to claim 1, it is characterised in that: at mouth and nose
Cover body (28) downside is provided with draining connector (30), and draining connector (30) is connected to valve (301), and valve (301) connects liquid storage
Bag (29).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510189464.6A CN106139342A (en) | 2015-04-15 | 2015-04-15 | There is the artificial ventilator of autonomous respiration dynamic surveillance function |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510189464.6A CN106139342A (en) | 2015-04-15 | 2015-04-15 | There is the artificial ventilator of autonomous respiration dynamic surveillance function |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN106139342A true CN106139342A (en) | 2016-11-23 |
Family
ID=58058127
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510189464.6A Withdrawn CN106139342A (en) | 2015-04-15 | 2015-04-15 | There is the artificial ventilator of autonomous respiration dynamic surveillance function |
Country Status (1)
| Country | Link |
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| CN (1) | CN106139342A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110960764A (en) * | 2019-12-05 | 2020-04-07 | 吉林大学 | Artificial respiration device for cardiology department nursing |
| CN113041464A (en) * | 2021-02-03 | 2021-06-29 | 连云港市第一人民医院 | Department of respiration nurses with multi-functional emergent respirator |
| CN113116556A (en) * | 2021-04-23 | 2021-07-16 | 陕西省人民医院 | Artificial respirator for department of respiration |
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| CN204798532U (en) * | 2015-04-15 | 2015-11-25 | 闫迪 | There are autonomous respiration developments to keep watch on artificial respirator of function |
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|---|---|---|---|---|
| EP0467362A1 (en) * | 1990-07-20 | 1992-01-22 | EMS GmbH | Ventilation kit |
| CN2235290Y (en) * | 1995-02-16 | 1996-09-18 | 张希忠 | Nose insertion inhaling device with breath display |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110960764A (en) * | 2019-12-05 | 2020-04-07 | 吉林大学 | Artificial respiration device for cardiology department nursing |
| CN113041464A (en) * | 2021-02-03 | 2021-06-29 | 连云港市第一人民医院 | Department of respiration nurses with multi-functional emergent respirator |
| CN113116556A (en) * | 2021-04-23 | 2021-07-16 | 陕西省人民医院 | Artificial respirator for department of respiration |
| CN113116556B (en) * | 2021-04-23 | 2022-06-17 | 陕西省人民医院 | Artificial respirator for department of respiration |
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Application publication date: 20161123 |
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