CN204395169U - A kind of artificial respiration's spacer assembly - Google Patents
A kind of artificial respiration's spacer assembly Download PDFInfo
- Publication number
- CN204395169U CN204395169U CN201420870214.XU CN201420870214U CN204395169U CN 204395169 U CN204395169 U CN 204395169U CN 201420870214 U CN201420870214 U CN 201420870214U CN 204395169 U CN204395169 U CN 204395169U
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- CN
- China
- Prior art keywords
- isolation cover
- cover body
- threaded
- piston rod
- inlet pipe
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- Expired - Fee Related
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Abstract
The utility model discloses a kind of artificial respiration's spacer assembly, comprise the isolation cover body of back-off, the side, upper end of isolation cover body has been threaded air inlet pipe, air inlet pipe lower end is threaded limited location plate, breather cheek valve A is provided with in the middle part of air inlet pipe, the upper end of air inlet pipe is connected with air induction mast, the threaded upper ends of air induction mast is connected with end cover, the inside of air induction mast is provided with regulating piston, regulating piston is provided with piston rod, the center of piston rod is provided with inlet channel, piston rod is provided with breather cheek valve B; The upper end opposite side of isolation cover body is provided with escape pipe, the bottom of the escape pipe nose that has been threaded controls mouth, nose controls the lower end of mouth and is provided with wing of nose indent, is disposed with back-moving spring, pressure regulator panel and unidirectional air outlet valve on outside the escape pipe being positioned at the external side of isolation cover.This utility model outstanding advantages is: structure is simple, easy to use, can ensure carrying out smoothly and fast of artificial respiration.
Description
Technical field:
This utility model relates to a kind of medical apparatus and instruments of Clinical practice, particularly a kind of artificial respiration's spacer assembly.
Background technology:
Clinically, for the patient of sudden cardiac arrest, adopting cardiac resuscitation timely to carry out treatment is the most effective way.Conventional cardiac resuscitation usually adopts life-kiss, intubation catheter and uses the modes such as respirator, although latter two mode resuscitation effect is best, higher to the technical requirement of operator, and operating process is complicated, and artificial respiration just becomes the most frequently used mode.Although this method is simply effective, in actual medical and nursing work, medical worker is but unwilling to adopt, and once patient, sudden cardiac arrest occurs, and nurses often exist difficult emotion for adopting artificial respiration to carry out giving treatment to.Trace it to its cause, be all that medical personnel are unwilling and patient carries out mouth-to-mouth treatment substantially, this is with patient, secretions occurs based on being unwilling to contact on the one hand based on physiologic factor on the other hand.For solving this kind of problem, although it is the responsibility of medical personnel that hospital expressly requires to heal the wounded and rescue the dying, in real work, but still occur that numerous medical personnel are unwilling to take the mode of artificial respiration to carry out the situation of suing and labouring.
Summary of the invention:
The purpose of this utility model is to overcome the shortcoming existed in prior art, provides a kind of structure simple, easy to use and ensure artificial respiration's spacer assembly of carrying out smoothly of artificial respiration.
To achieve these goals, this utility model provides a kind of artificial respiration's spacer assembly, comprise the cuboid isolation cover body of lower ending opening, the top soleplate side of described isolation cover body has been threaded air inlet pipe, the described air inlet pipe lower end be positioned at inside described isolation cover body is threaded limited location plate, breather cheek valve A is provided with in the middle part of the described air inlet pipe being positioned at the external side of described isolation cover, the upper end of described air inlet pipe is connected with air induction mast, the threaded upper ends of described air induction mast is connected with end cover, the inside of described air induction mast is provided with the regulating piston that can slide up and down along described air induction mast inside, described regulating piston is provided with piston rod, the lower end of described piston rod is concordant with the lower end of described regulating piston, the upper end of described piston rod extends to the top of described end cover through described end cover, the center of described piston rod is provided with and is communicated with inlet channel that is extraneous and described air induction mast inside, be positioned on the described piston rod above described end cover and be provided with breather cheek valve B, the upper end outside screw of described piston rod is connected with operating sleeve, the outer wall of described operating sleeve being provided with 3 ~ 6 cross sections is semicircle and the anti-skidding bulge loop of level parallel to each other,
The top soleplate opposite side of described isolation cover body is provided with escape pipe, the bottom being positioned at the described escape pipe inside the described isolation cover body nose that has been threaded controls mouth, the lower end that described nose controls mouth is provided with wing of nose indent, back-moving spring is socketed with on outside the described escape pipe being positioned at the external side of described isolation cover, be positioned at pressure regulator panel that the described escape pipe above described back-moving spring has been threaded, be positioned on the described escape pipe above described pressure regulator panel and be provided with unidirectional air outlet valve, the upper end of described escape pipe has been threaded branch sleeve, the side of described branch sleeve is provided with action bars.
Wherein, described air inlet pipe and described air induction mast are threaded.
Wherein, the below of described isolation cover body is provided with elastic restraint band, and the two ends of described elastic restraint band are fixedly connected with the both sides, lower end of described isolation cover body respectively.
Wherein, described isolation cover body, described air inlet pipe, described limiting plate, described air induction mast, described end cover, described piston rod, described operating sleeve, described branch sleeve, described action bars, described escape pipe, described pressure regulator panel and described nose control mouth is made up of medical plastic or rustless steel.
This utility model outstanding advantages is: structure is simple, easy to use, during use, isolation cover body is anchored to outside patient nose and mouth and mouth and nose are covered, air inlet pipe is made to insert patient interior, the length in air inlet pipe insertion patient mouth is controlled by limiting plate, hold action bars, to pressing down, the both sides wing of nose inwardly extrudes thus seals nose by the wing of nose indent making nose control mouth lower end, then hold operating sleeve to promote downwards, drive regulating piston moves down, patient is carried out " air blowing ", then the hands holding action bars is decontroled, under the effect of back-moving spring, make nose control mouth to move up, thus make gas that patient breathes out from nose from escape pipe " exhalation ", complete the breathing of a patient, then the above action of repetition is not stopped, realize the artificial respiration to patient, the mouth contact of patient and medical personnel and secretions can be avoided to contact, medical personnel's psychology and physiology are not all affected, carrying out smoothly and fast of artificial respiration can be ensured, can ensure simultaneously patient's " breathing " to be all suck without medical personnel the fresh air blown out again, and manually same effect can be reached.
Accompanying drawing illustrates:
Fig. 1 is the overall structure front view of this utility model embodiment.
Detailed description of the invention:
When embodiment of the present utility model is implemented, design agents mechanism comprises isolation cover body 1, air inlet pipe 2, limiting plate 3, breather cheek valve A4, air induction mast 5, regulating piston 6, piston rod 7, end cover 8, inlet channel 9, breather cheek valve B10, operating sleeve 11, anti-skidding bulge loop 12, branch sleeve 13, action bars 14, unidirectional air outlet valve 15, escape pipe 16, pressure regulator panel 17, back-moving spring 18, nose control mouth 19, wing of nose indent 20 and elastic restraint band 21.Its technical scheme is: a kind of artificial respiration's spacer assembly, comprise the cuboid isolation cover body 1 of lower ending opening, the top soleplate side of isolation cover body 1 has been threaded air inlet pipe 2, air inlet pipe 2 lower end be positioned at inside isolation cover body 1 is threaded limited location plate 3, be positioned in the middle part of the air inlet pipe 2 outside isolation cover body 1 and be provided with breather cheek valve A4, the upper end of air inlet pipe 2 is connected with air induction mast 5, air inlet pipe 2 and air induction mast 5 are threaded, the threaded upper ends of air induction mast 5 is connected with end cover 8, the inside of air induction mast 5 is provided with the regulating piston 6 that can slide up and down along air induction mast 5 inside, regulating piston 6 is provided with piston rod 7, the lower end of piston rod 7 is concordant with the lower end of regulating piston 6, the upper end of piston rod 7 extends to the top of end cover 8 through end cover 8, the center of piston rod 7 is provided with and is communicated with inlet channel 9 that is extraneous and air induction mast 5 inside, be positioned on the piston rod 7 above end cover 8 and be provided with breather cheek valve B10, the upper end outside screw of piston rod 7 is connected with operating sleeve 11, the outer wall of operating sleeve 11 being provided with four cross sections is semicircle and the anti-skidding bulge loop 12 of level parallel to each other,
The top soleplate opposite side of isolation cover body 1 is provided with escape pipe 16, the bottom of escape pipe 16 be positioned at inside isolation cover body 1 nose that has been threaded controls mouth 19, the lower end that nose controls mouth 19 is provided with wing of nose indent 20, be positioned on outside the escape pipe 16 outside isolation cover body 1 and be socketed with back-moving spring 18, be positioned at pressure regulator panel 17 that the escape pipe 16 above back-moving spring 18 has been threaded, be positioned on the escape pipe 16 above pressure regulator panel 17 and be provided with unidirectional air outlet valve 15, the upper end of escape pipe 16 has been threaded branch sleeve 13, the side of branch sleeve 13 is provided with action bars 14,
The below of isolation cover body 1 is provided with elastic restraint band 21, and the two ends of elastic restraint band 21 are fixedly connected with the both sides, lower end of isolation cover body 1 respectively.
Isolation cover body 1, air inlet pipe 2, limiting plate 3, air induction mast 5, end cover 8, piston rod 7, operating sleeve 11, branch sleeve 13, action bars 14, escape pipe 16, pressure regulator panel 17 and nose control mouth 19 and are made up of medical plastic or rustless steel.
The top soleplate side of isolation cover body 1 has been threaded air inlet pipe 2, and air inlet pipe 2 lower end be positioned at inside isolation cover body 1 is threaded limited location plate 3, can by regulating the upright position of limiting plate 3, regulates air inlet pipe 2 to stretch into length in patient mouth.
The upper end of air inlet pipe 2 is connected with air induction mast 5, and air inlet pipe 2 and air induction mast 5 are threaded, and air inlet pipe 2 can realize single use, can ensure that every patient uses independent air inlet pipe 2, avoid cross infection.
Be positioned in the middle part of the air inlet pipe 2 outside isolation cover body 1 and be provided with breather cheek valve A4, be positioned on the piston rod 7 above end cover 8 and be provided with breather cheek valve B10, the center of piston rod 7 is provided with and is communicated with inlet channel 9 that is extraneous and air induction mast 5 inside, when being pulled upwardly piston rod 7, produce negative pressure in air induction mast 5, thus the fresh air in the external world is sucked in air induction mast 5 from inlet channel 9; When downward promotion piston rod 7, by the air in air induction mast 5, can be entered in patient mouth by air inlet pipe 2.
The upper end outside screw of piston rod 7 is connected with operating sleeve 11, and the outer wall of operating sleeve 11 being provided with four cross sections is semicircle and the anti-skidding bulge loop 12 of level parallel to each other, can hold operating sleeve 11, the downward promotion of control piston bar 7 or be pulled upwardly; Article four, be horizontally disposed with and anti-skidding bulge loop 12 parallel to each other, can effectively avoid the hand of holding operation sleeve 11 to occur skidding.
The top soleplate opposite side of isolation cover body 1 is provided with escape pipe 16, the bottom of escape pipe 16 be positioned at inside isolation cover body 1 nose that has been threaded controls mouth 19, the lower end that nose controls mouth 19 is provided with wing of nose indent 20, when escape pipe 16 is promoted downwards, the wing of nose indent 20 that nose can be driven to control mouth 19 and its lower end moves down, wing of nose indent 20 pairs of both sides wings of nose are oppressed, thus realizes closing nasal passage, ready for sending into air in patient mouth.
Be positioned on outside the escape pipe 16 outside isolation cover body 1 and be socketed with back-moving spring 18, be positioned at pressure regulator panel 17 that the escape pipe 16 above back-moving spring 18 has been threaded, by regulating the upper-lower position of pressure regulator panel 17, the reduction length of back-moving spring 18 can be controlled.
The upper end of escape pipe 16 has been threaded branch sleeve 13, and the side of branch sleeve 13 is provided with action bars 14, by holding action bars 14 and promoting downwards, the nose of escape pipe 16 and lower end can be driven to control mouth 19 and move down.
The below of isolation cover body 1 is provided with elastic restraint band 21, the two ends of elastic restraint band 21 are fixedly connected with the both sides, lower end of isolation cover body 1 respectively, when practicing artificial respiration to patient, when the mouth area that isolation cover body 1 aims at patient is buckled well, by being pulled on the hindbrain of patient by elastic restraint band 21, the invariant position or substantially constant of isolation cover body 1 can be limited.
Claims (5)
1. artificial respiration's spacer assembly, it is characterized in that, comprise the cuboid isolation cover body of lower ending opening, the top soleplate side of described isolation cover body has been threaded air inlet pipe, the described air inlet pipe lower end be positioned at inside described isolation cover body is threaded limited location plate, breather cheek valve A is provided with in the middle part of the described air inlet pipe being positioned at the external side of described isolation cover, the upper end of described air inlet pipe is connected with air induction mast, the threaded upper ends of described air induction mast is connected with end cover, the inside of described air induction mast is provided with the regulating piston that can slide up and down along described air induction mast inside, described regulating piston is provided with piston rod, the lower end of described piston rod is concordant with the lower end of described regulating piston, the upper end of described piston rod extends to the top of described end cover through described end cover, the center of described piston rod is provided with and is communicated with inlet channel that is extraneous and described air induction mast inside, be positioned on the described piston rod above described end cover and be provided with breather cheek valve B, the upper end outside screw of described piston rod is connected with operating sleeve, the outer wall of described operating sleeve being provided with 3 ~ 6 cross sections is semicircle and the anti-skidding bulge loop of level parallel to each other,
The top soleplate opposite side of described isolation cover body is provided with escape pipe, the bottom being positioned at the described escape pipe inside the described isolation cover body nose that has been threaded controls mouth, the lower end that described nose controls mouth is provided with wing of nose indent, back-moving spring is socketed with on outside the described escape pipe being positioned at the external side of described isolation cover, be positioned at pressure regulator panel that the described escape pipe above described back-moving spring has been threaded, be positioned on the described escape pipe above described pressure regulator panel and be provided with unidirectional air outlet valve, the upper end of described escape pipe has been threaded branch sleeve, the side of described branch sleeve is provided with action bars.
2. artificial respiration's spacer assembly according to claim 1, is characterized in that, described air inlet pipe and described air induction mast are threaded.
3. artificial respiration's spacer assembly according to claim 1 and 2, is characterized in that, the below of described isolation cover body is provided with elastic restraint band, and the two ends of described elastic restraint band are fixedly connected with the both sides, lower end of described isolation cover body respectively.
4. artificial respiration's spacer assembly according to claim 1 and 2, it is characterized in that, described isolation cover body, described air inlet pipe, described limiting plate, described air induction mast, described end cover, described piston rod, described operating sleeve, described branch sleeve, described action bars, described escape pipe, described pressure regulator panel and described nose control mouth and are made up of medical plastic or rustless steel.
5. artificial respiration's spacer assembly according to claim 3, it is characterized in that, described isolation cover body, described air inlet pipe, described limiting plate, described air induction mast, described end cover, described piston rod, described operating sleeve, described branch sleeve, described action bars, described escape pipe, described pressure regulator panel and described nose control mouth and are made up of medical plastic or rustless steel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420870214.XU CN204395169U (en) | 2014-12-31 | 2014-12-31 | A kind of artificial respiration's spacer assembly |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420870214.XU CN204395169U (en) | 2014-12-31 | 2014-12-31 | A kind of artificial respiration's spacer assembly |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204395169U true CN204395169U (en) | 2015-06-17 |
Family
ID=53419072
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420870214.XU Expired - Fee Related CN204395169U (en) | 2014-12-31 | 2014-12-31 | A kind of artificial respiration's spacer assembly |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204395169U (en) |
-
2014
- 2014-12-31 CN CN201420870214.XU patent/CN204395169U/en not_active Expired - Fee Related
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Legal Events
| 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: 20150617 Termination date: 20151231 |
|
| EXPY | Termination of patent right or utility model |