CN204798532U - There are autonomous respiration developments to keep watch on artificial respirator of function - Google Patents
There are autonomous respiration developments to keep watch on artificial respirator of function Download PDFInfo
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- CN204798532U CN204798532U CN201520243591.5U CN201520243591U CN204798532U CN 204798532 U CN204798532 U CN 204798532U CN 201520243591 U CN201520243591 U CN 201520243591U CN 204798532 U CN204798532 U CN 204798532U
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Abstract
The utility model provides a there are autonomous respiration developments to keep watch on artificial respirator of function, relates to observing floating and range and frequency of luminous float, judges an artificial respirator of patient's autonomous respiration recovery degree. Characterized by: there is outer the takeover in the circular arc outside of mouthful nose cup body, and the scaled transparent pipe of pegging graft in the tee bend upper end of external union coupling has luminous float above ventilative supports on transparent the pipe lower extreme inclined plane in, and there is the net transparent pipe upper end at a distance from covering, disk spacer left surface in the tee bend right -hand member has the normal right side to close the plectane tongue, and the tee bend right -hand member connects hose, elasticity gasbag, has round hole board, the one -way clack valve that admits air in the elasticity gasbag (air) intake valve. The utility model discloses a whether the color emission float can very striking supervision patient have the autonomous respiration, especially has more its practical value in the rescue environment that does not have the illumination, accessible time keeps watch on, finds unusual, the quick nursing of rescuing. Its structural design is novel, practical, scientific and reasonable, can improve the quality and the level of salvaging life, especially adapted hospitals at different levels use widely.
Description
Technical field
This utility model relates to a kind of artificial ventilator, particularly relates to observe luminous float very intuitively and fluctuating and amplitude and frequency, can judge a kind of artificial ventilator having autonomous respiration dynamic surveillance function of patient's autonomous respiration recovery degree in time.
Background technology
In medical nursing work, artificial respiration is when stopping for patient's autonomous respiration, rescues the effective first-aid method of one of life; Particularly in onset site, patient happens suddenly respiratory arrest, and rescue method is the most timely and effectively, makes the timely rhythmic pressure of air enter in lung; After recycling thorax, the elastic force compression of lung tissue, makes the replacement of oxygen carbon dioxide that enters in lung and breathes out; Coordinate chest compression again, so go round and begin again, make breathless patient recover autonomous respiration gradually.At present, common artificial ventilator, when being artificial respiration, medical personnel observe, whether assess patient recover autonomous respiration, need observe mouth and nose and whether chest has respiratory characteristic; This is inconvenient, not directly perceived, and two is the time delaying valuable rescue life.Therefore, how can monitor in time, conveniently observe, judge patient's autonomous respiration extent of recovery, the vital sign of timely assess patient, breathless patient can be rescued timely; How scientific and rational design artificial ventilator, improves its scientific and technological content, improves quality and the level of its medical nursing work; That medical nursing work person constantly inquires into, the problem of scientific research.
Summary of the invention
In view of the above problems, the utility model proposes a kind of artificial ventilator having autonomous respiration dynamic surveillance function, can solve the problem.It is provided with the luminous float that can fluctuate, and can judge patient's autonomous respiration extent of recovery very intuitively, with the vital sign of this assess patient; Particularly in the outdoor rescue and nursing environment without illumination, have more its practical value, can the exception of Timeliness coverage patient, timely fast processing; Serve timely supervision, the effect of rescuing in time; The waste gas of the fresh air that its patient of this utility model sucks and exhalation is taken their own roads, and does not mix mutually, improves the effect of artificial respiration.
The technical scheme that this utility model adopts is: the artificial ventilator originally having autonomous respiration dynamic surveillance function, has mouth and nose cover body, pressure tongue pipe, elastic bag; It is characterized in that: outside the circular arc of mouth and nose cover body, have extension tube attached to communicate with in cover body, extension tube attached connecting tee, the transparent round tube of scale is plugged with in threeway upper end, transparent round tube has the outer dome of pipe to be positioned threeway upper end, there is inclined-plane transparent round tube lower end, have luminous float above ventilative holder above in inclined-plane, there is net transparent round tube upper end every lid, net every covered net every; Threeway right-hand member internal fixtion has disk spacer, and the upper circumference place of disk spacer left surface connects the circumference place that plectane tongue is closed on the normal right side, and disk spacer has endoporus; Threeway right-hand member connecting hose, the gas outlet of hose connection elastic bag, elastic bag has inlet valve, has circular hole slab in inlet valve, and circular hole slab left surface has one-way air inlet clack valve; The cover mouth periphery of mouth and nose cover body has soft air cushion, and soft air cushion has valve.
Originally have 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 and is magnetic or magnetic material manufacture.
Originally have the artificial ventilator of autonomous respiration dynamic surveillance function, the patient that nasal cavity blocks in order to make tight-lipped closing is rescued in time; Its extension tube attached can also be connected inner connecting tube with the one end communicated in cover body, inner connecting tube is surveyed and is provided with multiple aperture in mouth and nose cover body, inner connecting tube left end is plugged with the pressure tongue pipe of tongue pipe outside fix dome, pressure tongue pipe left end has upper oblique oval head, oval head has multiple aperture, the turning point cylindrical of pressure tongue pipe and oval head has oblate bite-block, and oblate bite-block has alveolus.
Originally have the artificial ventilator of autonomous respiration dynamic surveillance function, its luminous float can be luminous colored float or fluorescent color float.
Originally the artificial ventilator of autonomous respiration dynamic surveillance function is had, the preferred emitting red light float of its luminous float or red fluorescence float.
Originally have the artificial ventilator of autonomous respiration dynamic surveillance function, it is one-body molded every lid that its net is divided into net.
Originally have the artificial ventilator of autonomous respiration dynamic surveillance function, be plugged with the filter of filter screen outside its inlet valve, purify with the air sucked the patient of respiratory arrest, this is favourable to patient.
Originally have the artificial ventilator of autonomous respiration dynamic surveillance function, in order to judge pressure when observing air inlet artificial to patient, in case the excessive alveolar to patient of pressure causes damage, be also provided with pressure gauge base at mouth and nose cover body upper side, pressure gauge base is connected to Pressure gauge.It can observe Pressure gauge by the rule of operation of artificial respiration, and control the extruding degree of elastic bag according to this, on request science, the practicing artificial respiration of correct, specification.
Originally have the artificial ventilator of autonomous respiration dynamic surveillance function, the saliva saliva of secreting to make emergency patients is discharged in time and also on the downside of mouth and nose cover body, is provided with draining connector, and draining connector is connected to valve, and valve connects liquid storing bag.
Originally the artificial ventilator of autonomous respiration dynamic surveillance function is had, in use; First valve closing, and connect the liquid storing bag of air-out, by artificial ventilator operation sequence, after inspection socket nasal obstruction situation also processes, oval head is placed on above patient's tongue, oblate bite-block is placed in the middle of lower teeth, and makes the tooth of patient put into alveolus, soft air cushion fastening on the mouth and nose of patient; Extruding elastic bag, one-way air inlet clack valve is closed, and fresh air, by the endoporus of disk spacer, closes plectane tongue the normal right side and upwards pushes away and the inclined-plane closing transparent round tube lower end; Fresh air continues the multiple apertures moved ahead by inner connecting tube, oval head, and the mouth and nose being forced through patient carry out air-breathing, now, observe Pressure gauge simultaneously, makes when extruding elastic bag, the pressure that the alveolar that its admission pressure may not exceed regulation can bear.When unclamping elastic bag, due to the resorption of elastic bag, one-way air inlet clack valve is opened, and fresh air enters in elastic bag, makes the normal right side close plectane tongue simultaneously and leaves the left side that disk spacer is got back to again on inclined-plane, and press the endoporus of closed circular dividing plate; Now, making pressure suck the carbon dioxide gas of the replacement of oxygen in Patients with Lung can by inclined-plane and ventilative holder thereof, float luminous float in transparent round tube, so repeatedly extrudes elastic bag and coordinate extruding cardio-pulmonary resuscitation again, can obtain good artificial respiration's effect; When stopping extruding elastic bag and extruding cardiopulmonary after, as monitor luminous float have in graduated transparent round tube up and down repeatedly float phenomenon time, the vital sign being had autonomous respiration by the patient rescued can be described; In addition, also by observing the amplitude size and frequency that luminous float fluctuates, judging patient's autonomous respiration extent of recovery, and judging the vital sign situation of 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.
Originally have the artificial ventilator of autonomous respiration dynamic surveillance function, its beneficial effect is: have autonomous respiration dynamic surveillance function, by observing the amplitude size and frequency that luminous float fluctuates, judges patient's autonomous respiration extent of recovery very intuitively; And the vital sign of assess patient according to this, and then formulate the scheme of next step medical treatment and nursing; And the patient tight-lippedly closed, nasal cavity blocks again can be made also to be rescued timely.Its luminous float of this utility model is bright in luster, beautiful, eye-catching, directly perceived, and dynamic fluctuates; The medical personnel making to be artificial respiration can be very intuitively eye-catching the active situation of the luminous float of observation, thus in more easily judging to rescue the autonomous respiration of patient is dynamically and vital sign; Particularly in the outdoor rescue and nursing environment without illumination, have more its practical value, can monitor, find the exception of patient in time, in time quick rescue and nursing.The waste gas of the fresh air that its patient of this utility model sucks and exhalation is taken their own roads, and does not mix mutually, improves the effect of artificial respiration.Originally the artificial ventilator of autonomous respiration dynamic surveillance function is had, its novel in structural design, practicality, scientific and reasonable; The quality and level of rescuing life can be improved, be applicable to very much situation of all-level hospitals and promote the use of.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, this utility model is further illustrated.
Figure of description 1 is the overall structure figure of this utility model embodiment.
In figure: 1. oval head, 2. oblate bite-block, 3. alveolus, 4. soft 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 screens, 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 holders, plectane tongue is closed on the 24. normal right sides, 25. inclined-planes, 26. extension tube attached, 27. inner connecting tubes, 28. mouth and nose cover bodies, 29. liquid storing bags, 30. draining connectors, 301. valve, 31. pressure tongue pipes, 311. tongue pipe outside fix domes, 32. apertures.
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, elastic bag, it is characterized in that: outside the circular arc of mouth and nose cover body (28), have extension tube attached (26) to communicate with in cover body, extension tube attached (26) connecting tee (12), the transparent round tube (10) of scale is plugged with in threeway (12) upper end, transparent round tube (10) has the outer dome (101) of pipe to be positioned threeway (12) upper end, there is inclined-plane (25) transparent round tube (10) lower end, ventilative holder (23) above in inclined-plane (25) has luminous float (11) above, there is net transparent round tube (10) upper end every lid (9), net has net every (8) on lid (9), threeway (12) right-hand member internal fixtion has disk spacer (22), the upper circumference place of disk spacer (22) left surface connects the circumference place that plectane tongue (24) is closed on the normal right side, and disk spacer (22) has endoporus (21), threeway (12) right-hand member connecting hose (13), flexible pipe (13) connects the gas outlet (20) of elastic bag (19), elastic bag (19) has inlet valve (18), have 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), and soft air cushion (4) has valve (5).
In accompanying drawing, originally have the artificial ventilator of autonomous respiration dynamic surveillance function, its disk spacer (22) is for magnetic material manufacture or be magnetic, and the normal right side is closed plectane tongue (24) and is magnetic or magnetic material manufacture.
In accompanying drawing, originally have the artificial ventilator of autonomous respiration dynamic surveillance function, the patient that nasal cavity blocks in order to make tight-lipped closing is rescued in time; Its extension tube attached (26) and the one end communicated in cover body can also be connected inner connecting tube (27), inner connecting tube (27) is surveyed and is provided with multiple aperture (32) in mouth and nose cover body (28), inner connecting tube (27) left end is plugged with the pressure tongue pipe (31) of tongue pipe outside fix dome (311), pressure tongue pipe (31) left end has upper oblique oval head (1), oval head (1) has multiple aperture (32), pressure tongue pipe (31) has oblate bite-block (2) with the turning point cylindrical of oval head (1), and oblate bite-block (2) has alveolus (3).
In accompanying drawing, originally have 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 have the artificial ventilator of autonomous respiration dynamic surveillance function, its luminous float (11) is emitting red light float or red fluorescence float preferably.
In accompanying drawing, originally have the artificial ventilator of autonomous respiration dynamic surveillance function, its net every (8) for net every lid (9) one-body molded.
In accompanying drawing, originally the artificial ventilator of autonomous respiration dynamic surveillance function is had, be plugged with the filter (17) of filter screen (14) outside its inlet valve (18), purify with the air sucked the patient of respiratory arrest, this is favourable to patient.
In accompanying drawing, originally the artificial ventilator of autonomous respiration dynamic surveillance function is had, in order to judge pressure when observing air inlet artificial to patient, in case the excessive alveolar to patient of pressure causes damage, also be 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 control the extruding degree of elastic bag (19) according to this, on request science, the practicing artificial respiration of correct, specification.
In accompanying drawing, originally the artificial ventilator of autonomous respiration dynamic surveillance function is had, the saliva saliva of secreting to make emergency patients is discharged in time and is also provided with draining connector (30) in mouth and nose cover body (28) downside, draining connector (30) is connected to valve (301), and valve (301) connects liquid storing bag (29).
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, after inspection socket nasal obstruction situation also processes, oval head (1) is placed on above patient's tongue, oblate bite-block (2) is placed in the middle of lower teeth, and makes the tooth of patient put into alveolus (3), soft air cushion (4) fastening on the mouth and nose of patient; Extruding elastic bag (19), one-way air inlet clack valve (16) is closed, fresh air, by the endoporus (21) of disk spacer (22), closes plectane tongue (24) the normal right side and upwards pushes away and the inclined-plane (25) closing transparent round tube (10) lower end; Fresh air continues the multiple apertures (32) moved ahead by inner connecting tube (27), oval head (1), the mouth and nose being forced through patient carry out air-breathing, now, observe Pressure gauge (6) simultaneously, make when extruding elastic bag (19), the pressure that the alveolar that its admission pressure may not exceed regulation can bear.When unclamping elastic bag (19), due to the resorption of elastic bag (19), one-way air inlet clack valve (16) is opened, fresh air enters in elastic bag (19), make the normal right side close plectane tongue (24) simultaneously and leave the left side that disk spacer (22) are got back to again on inclined-plane (25), and press the endoporus (21) of closed circular dividing plate (22); Now, making pressure suck the carbon dioxide gas of the replacement of oxygen in Patients with Lung can by inclined-plane (25) and ventilative holder (23) thereof, float luminous float (11) in transparent round tube (10), so repeatedly extrude elastic bag (19) and coordinate extruding cardio-pulmonary resuscitation again, good artificial respiration's effect can be obtained; When after stopping extruding elastic bag (19) and extruding cardiopulmonary, as monitor luminous float (11) have in graduated transparent round tube (10) up and down repeatedly float phenomenon time, the vital sign being had autonomous respiration by the patient rescued can be described; In addition, also by observing the amplitude size and frequency that luminous float (11) fluctuates, judging patient's autonomous respiration extent of recovery, and judging the vital sign situation of 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 characterized in that: outside the circular arc of mouth and nose cover body (28), have extension tube attached (26) to communicate with in cover body, extension tube attached (26) connecting tee (12), the transparent round tube (10) of scale is plugged with in threeway (12) upper end, transparent round tube (10) has the outer dome (101) of pipe to be positioned threeway (12) upper end, there is inclined-plane (25) transparent round tube (10) lower end, ventilative holder (23) above in inclined-plane (25) has luminous float (11) above, there is net transparent round tube (10) upper end every lid (9), net has net every (8) on lid (9), threeway (12) right-hand member internal fixtion has disk spacer (22), the upper circumference place of disk spacer (22) left surface connects the circumference place that plectane tongue (24) is closed on the normal right side, and disk spacer (22) has endoporus (21), threeway (12) right-hand member connecting hose (13), flexible pipe (13) connects the gas outlet (20) of elastic bag (19), elastic bag (19) has inlet valve (18), have 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), and soft air cushion (4) has valve (5).
2. the artificial ventilator having autonomous respiration dynamic surveillance function according to claim 1, is characterized in that: its disk spacer (22) is for magnetic material manufacture or be magnetic, and the normal right side is closed plectane tongue (24) and is magnetic or magnetic material manufacture.
3. the artificial ventilator having autonomous respiration dynamic surveillance function according to claim 1, it is characterized in that: its extension tube attached (26) and the one end communicated in cover body can also be connected inner connecting tube (27), inner connecting tube (27) is surveyed and is provided with multiple aperture (32) in mouth and nose cover body (28), inner connecting tube (27) left end is plugged with the pressure tongue pipe (31) of tongue pipe outside fix dome (311), pressure tongue pipe (31) left end has upper oblique oval head (1), oval head (1) has multiple aperture (32), pressure tongue pipe (31) has oblate bite-block (2) with the turning point cylindrical of oval head (1), oblate bite-block (2) has alveolus (3).
4. the artificial ventilator having autonomous respiration dynamic surveillance function according to claim 1, is characterized in that: its luminous float (11) is luminous colored float or fluorescent color float.
5. the artificial ventilator having autonomous respiration dynamic surveillance function according to claim 1 or 4, is characterized in that: its luminous float (11) is emitting red light float or red fluorescence float.
6. the artificial ventilator having autonomous respiration dynamic surveillance function according to claim 1, is characterized in that: its net every (8) for net every lid (9) one-body molded.
7. the artificial ventilator having autonomous respiration dynamic surveillance function according to claim 1, is characterized in that: the filter (17) being plugged with filter screen (14) outside its inlet valve (18).
8. the artificial ventilator having autonomous respiration dynamic surveillance function according to claim 1, it is characterized in that: be 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).
9. the artificial ventilator having autonomous respiration dynamic surveillance function according to claim 1, it is characterized in that: be provided with draining connector (30) in mouth and nose cover body (28) downside, draining connector (30) is connected to valve (301), and valve (301) connects liquid storing bag (29).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520243591.5U CN204798532U (en) | 2015-04-15 | 2015-04-15 | There are autonomous respiration developments to keep watch on artificial respirator of function |
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| CN201520243591.5U CN204798532U (en) | 2015-04-15 | 2015-04-15 | There are autonomous respiration developments to keep watch on artificial respirator of function |
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| CN204798532U true CN204798532U (en) | 2015-11-25 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106139342A (en) * | 2015-04-15 | 2016-11-23 | 闫迪 | There is the artificial ventilator of autonomous respiration dynamic surveillance function |
| CN109513077A (en) * | 2018-11-15 | 2019-03-26 | 浙江大学 | Internal medicine nebulae inhalation equipment for respiratory disease |
-
2015
- 2015-04-15 CN CN201520243591.5U patent/CN204798532U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106139342A (en) * | 2015-04-15 | 2016-11-23 | 闫迪 | There is the artificial ventilator of autonomous respiration dynamic surveillance function |
| CN109513077A (en) * | 2018-11-15 | 2019-03-26 | 浙江大学 | Internal medicine nebulae inhalation equipment for respiratory disease |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151125 Termination date: 20160415 |
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| CF01 | Termination of patent right due to non-payment of annual fee |