CN205019545U - Automatic aerify binary channels laryngeal mask product - Google Patents
Automatic aerify binary channels laryngeal mask product Download PDFInfo
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- CN205019545U CN205019545U CN201520705511.3U CN201520705511U CN205019545U CN 205019545 U CN205019545 U CN 205019545U CN 201520705511 U CN201520705511 U CN 201520705511U CN 205019545 U CN205019545 U CN 205019545U
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Abstract
The utility model relates to a laryngeal mask product especially relates to an automatic aerify binary channels laryngeal mask product. The to -be -solved technical problem of the utility model is to provide an automatic aerify binary channels laryngeal mask product. In order to solve the technical problem, the utility model provides a such automatic aerify binary channels laryngeal mask product is including the envelope of hood, pipe, joint, gas tube, instruction gasbag, check valve, shoulder bag, epiglottis lifting plate, drainage tube, the utility model provides a current laryngeal mask structure generally do not have the automatic charging function, the shortcoming of sealed not tight phenomenon possibly appears, the utility model discloses reached automatic charging, stopped the sealed not effect of tight phenomenon.
Description
Technical field
This utility model relates to a kind of laryngeal mask product, particularly relates to a kind of automatic inflating dual pathways laryngeal mask product.
Background technology
Laryngeal mask is a kind of novel breather, and be that the mid-80 is succeeded in developing and for clinical, the domestic nineties introduces.Make great progress the use of laryngeal mask at present, range of application is more and more wider.Laryngeal mask is applied in general anesthesia operation, sets up the effective means of pressure-relief vent.It has many advantages: such as use simple, can set up artificial airway rapidly; Be placed to power high, the success rate of unbred medical personnel is 87%, total success rate 99.81%; Ventilation is reliable, avoids throat and tunica mucosa tracheae damage; Stimulate little, cardiovascular response is little; Can be used for first aid.
Existing device does not also have internet of things functional.Generally without automatic inflating function, likely there is poorly sealed phenomenon in existing laryngeal mask structure.
Utility model content
(1) technical problem that will solve
This utility model is in order to overcome existing laryngeal mask structure generally without automatic inflating function, likely there is poorly sealed phenomenon, do not have the shortcoming of internet of things functional, the technical problems to be solved in the utility model to be to provide a kind of automatic inflating dual pathways laryngeal mask product.
(2) technical scheme
In order to solve the problems of the technologies described above, this utility model provides so a kind of automatic inflating dual pathways laryngeal mask product, includes the enclosure, conduit, joint, gas tube, pilot balloon, check valve, knapsack, epiglottis elevator plate, drainage tube;
The enclosure is set to ellipse or Long Circle, and the right side of the enclosure is provided with conduit, and conduit is single injection-molded, and the enclosure and conduit silica gel glue bond together, above conduit, be provided with joint, and conduit and joint silica gel glue bond together; The inside of conduit is provided with gas tube, the upper right portion of gas tube reach conduit outside;
Above gas tube, be provided with pilot balloon, gas tube and pilot balloon silica gel glue bond together; Above pilot balloon, be provided with check valve, pilot balloon and check valve silica gel glue bond together; The back of the enclosure is provided with knapsack, and the enclosure and knapsack silica gel glue bond together; The front of the enclosure is provided with groove, is provided with epiglottis elevator plate in the groove in the front of the enclosure, epiglottis elevator plate is that the silica gel material of medical grade is made, and the enclosure and epiglottis riser silica gel glue bond together;
In the groove in the front of the enclosure, be provided with respiration channel I and respiration channel II, respiration channel II is arranged on the left side of respiration channel I, and respiration channel I and respiration channel II are for be arrangeding in parallel, and respiration channel I is all connected with conduit with respiration channel II; The inside of the enclosure is provided with air inlet, and the enclosure is connected by air inlet with gas tube, and the enclosure is connected with gas tube, and air inlet is arranged on the top of respiration channel I;
The inside of conduit is provided with drainage tube, and drainage tube is nested in the inside of conduit; Drainage tube is through the enclosure, and the left end of drainage tube and the left end silica gel glue of the enclosure bond together, and the upper right side of drainage tube and the upper right side silica gel glue of conduit bond together; Drainage tube is provided with stomach tube port of export stomach function regulating tube inlet end, and the stomach tube port of export is arranged on the left end of drainage tube, and stomach tube arrival end is arranged on the upper right side of drainage tube, and conduit is set to 90 degree of bend pipes and organization of human body matches;
Be provided with baroceptor in the enclosure, check valve is connected with automatically controlled air pump by trachea, and baroceptor is connected with automatically controlled air pump;
Preferably, also include Internet of Things shutoff device, Internet of Things shutoff device includes remote information receiving system, remote information dispensing device, Switch main body, copper billet, horizontal safety pole, slide bar, spring, pressing plate, Switch main body is provided with transverse slipway and vertical slideway, pressing plate is connected with slide bar, spring is arranged between pressing plate and Switch main body, slide bar stretches in vertical slideway through spring, and coordinate slidably with vertical slideway, horizontal safety pole stretches in transverse slipway, and coordinate slidably with transverse slipway, copper billet is arranged on the bottom of vertical slideway, copper billet is connected with remote information dispensing device, remote information dispensing device is connected with remote information receiving system by wireless network, remote information receiving system is connected with automatically controlled air pump.
Preferably, the silica gel material that the described enclosure and described conduit are medical grade is made.
Operation principle: this utility model, when Clinical practice, first exhausts the gas inside laryngeal mask with syringe, is then inserted into laryngeal mask lubrication in human body respiration passage.Be connected on check valve by charger again, the instruction according to pilot balloon is filled with a certain amount of air by gas tube in the enclosure, and air is entered in the enclosure by air inlet.Loading line is arranged on the inside of conduit, can reduce the length of gas tube, and gas tube can be avoided also to insert in human oral cavity, reduces the discomfort of patient.
Again joint is connected breathing circuit filter, patient effectively can be breathed by respiration channel I and respiration channel II dual pathways, improves safety and reliability.The enclosure and conduit are silica gel, and silica gel material inserts human body, little to injury of human.Simultaneously conduit is set to 90 degree of bend pipes and organization of human body matches, and not only can simply be inserted into correct position more fast, can also avoid causing adverse influence to patient.
In the groove in the front of the enclosure, be provided with epiglottis elevator plate, epiglottis elevator plate is that the silica gel material of medical grade is made, and can prevent epiglottis from giving a discount and to result in blockage air flue.At the knapsack that the back of the enclosure is arranged, the enclosure can be pushed away forward when inflating, and fit together closely with larynx, sealing effectiveness is strengthened, few to the air flue injury of patient, insert and be more prone to comfortable.
When needs drain, inserted by the stomach tube arrival end that stomach tube is arranged from drainage tube, then draw from the stomach tube port of export that drainage tube is arranged, the stomach entering into patient drains stomach, misses the generation of suction situation to prevent flatulence and to backflow.
Be provided with baroceptor in the enclosure, check valve is connected with automatically controlled air pump by trachea, and baroceptor is connected with automatically controlled air pump, and when being provided with air pressure in the enclosure and being not enough, automatically controlled air pump is then automatic inflates to trachea, so just ensures that the enclosure can fit tightly larynx always.Transmission and the receiving function of signal is realized by remote information dispensing device and remote information receiving system, when preparing to stop automatically controlled air pump, first operator need to stir horizontal safety pole left, it is made no longer to stop vertical slideway, operator press pressing plate downwards again, slide bar is contacted with copper billet, slide bar is that metal material is made, owing to being connected with signal power source in advance on slide bar, when slide bar contacts with copper billet, will transmit and stop automatically controlled air pump run signal to remote information dispensing device, remote information dispensing device will by pre-set program, send stop signal to remote information receiving system, remote information receiving system is sent to automatically controlled air pump stop signal again, automatically controlled air pump then quits work.
(3) beneficial effect
This utility model solves existing laryngeal mask structure generally without automatic inflating function, likely occurs the shortcoming of poorly sealed phenomenon, and this utility model reaches automatic inflating, stops the effect of poorly sealed phenomenon.This utility model also has internet of things functional simultaneously, can realize the function that the automatically controlled air pump of long-range stopping runs.
Accompanying drawing explanation
Fig. 1 is axonometric chart top view structural representation of the present utility model.
Fig. 2 is front view structural representation of the present utility model.
Fig. 3 is axonometric chart upward view structural representation of the present utility model.
Fig. 4 is enclosure structure for amplifying schematic diagram of the present utility model.
Fig. 5 is front sectional view structural representation of the present utility model.
Fig. 6 is front sectional view structural representation of the present utility model.
Fig. 7 is front view structural representation of the present utility model.
Fig. 8 is the front view structural representation of remote information R-T unit and related components thereof.
Being labeled as in accompanying drawing: the 1-enclosure, 2-conduit, 3-joint, 4-gas tube, 5-pilot balloon, 6-check valve, 7-knapsack, 8-epiglottis elevator plate, 9-respiration channel I, 10-respiration channel II, 11-drainage tube, 12-air inlet, the 13-stomach tube port of export, 14-stomach tube arrival end, 15-baroceptor, the automatically controlled air pump of 16-, 91-remote information receiving system, 92-remote information dispensing device, 93-transverse slipway, the vertical slideway of 94-, 95-Switch main body, 96-copper billet, the horizontal safety pole of 97-, 98-slide bar, 99-spring, 910-pressing plate.
Detailed description of the invention
Below in conjunction with drawings and Examples, this utility model is further described.
Embodiment 1
A kind of automatic inflating dual pathways laryngeal mask product, as shown in figures 1-8, includes the enclosure 1, conduit 2, joint 3, gas tube 4, pilot balloon 5, check valve 6, knapsack 7, epiglottis elevator plate 8, drainage tube 11;
The enclosure 1 is set to ellipse or Long Circle, the right side of the enclosure 1 is provided with conduit 2, and conduit 2 is single injection-molded, and the enclosure 1 and conduit 2 bond together by silica gel glue, above conduit 2, be provided with joint 3, conduit 2 and joint 3 bond together by silica gel glue; The inside of conduit 2 is provided with gas tube 4, the upper right portion of gas tube 4 reach conduit 2 outside;
Above gas tube 4, be provided with pilot balloon 5, gas tube 4 and pilot balloon 5 bond together by silica gel glue; Above pilot balloon 5, be provided with check valve 6, pilot balloon 5 and check valve 6 bond together by silica gel glue; The back of the enclosure 1 is provided with knapsack 7, and the enclosure 1 and knapsack 7 bond together by silica gel glue; The front of the enclosure 1 is provided with groove, is provided with epiglottis elevator plate 8 in the groove in the front of the enclosure 1, epiglottis elevator plate 8 is that the silica gel material of medical grade is made, and the enclosure 1 and epiglottis riser 8 bond together by silica gel glue;
Respiration channel I 9 and respiration channel II 10 is provided with in the groove in the front of the enclosure 1, respiration channel II 10 is arranged on the left side of respiration channel I 9, respiration channel I 9 and respiration channel II 10 are for be arrangeding in parallel, and respiration channel I 9 is all connected with conduit 2 with respiration channel II 10; The inside of the enclosure 1 is provided with air inlet 12, and the enclosure 1 is connected by air inlet 12 with gas tube 4, and the enclosure 1 is connected with gas tube 4, and air inlet 12 is arranged on the top of respiration channel I 9;
The inside of conduit 2 is provided with drainage tube 11, and drainage tube 11 is nested in the inside of conduit 2; Drainage tube 11 is through the enclosure 1, and the left end of drainage tube 11 and the left end silica gel glue of the enclosure 1 bond together, and the upper right side of drainage tube 11 and the upper right side silica gel glue of conduit 2 bond together; Drainage tube 11 is provided with the stomach tube port of export 13 stomach function regulating tube inlet end 14, and the stomach tube port of export 13 is arranged on the left end of drainage tube 11, and stomach tube arrival end 14 is arranged on the upper right side of drainage tube 11, and conduit 2 is set to 90 degree of bend pipes and organization of human body matches;
Be provided with baroceptor 15 in the enclosure 1, check valve 6 is connected with automatically controlled air pump 16 by trachea, and baroceptor 15 is connected with automatically controlled air pump 16;
Operation principle: this utility model, when Clinical practice, first exhausts the gas inside laryngeal mask with syringe, is then inserted into laryngeal mask lubrication in human body respiration passage.Be connected to by charger on check valve 6, the instruction according to pilot balloon 5 is filled with a certain amount of air by gas tube 4 in the enclosure 1, and air is entered in the enclosure 1 by air inlet 12 again.Gas tube 4 tunnel is arranged on the inside of conduit 2, can reduce the length of gas tube 4, and gas tube 4 can be avoided also to insert in human oral cavity, reduces the discomfort of patient.
Again joint 3 is connected breathing circuit filter, patient effectively can be breathed by respiration channel I 9 and respiration channel II 10 dual pathways, improves safety and reliability.The enclosure 1 and conduit 2 are silica gel, and silica gel material inserts human body, little to injury of human.Simultaneously conduit 2 is set to 90 degree of bend pipes and organization of human body matches, and not only can simply be inserted into correct position more fast, can also avoid causing adverse influence to patient.
In the groove in the front of the enclosure 1, be provided with epiglottis elevator plate 8, epiglottis elevator plate 8 is that the silica gel material of medical grade is made, and can prevent epiglottis from giving a discount and to result in blockage air flue.The knapsack 7 arranged at the back of the enclosure 1, can push away the enclosure 1 forward when inflating, and fit together closely with larynx, sealing effectiveness is strengthened, few to the air flue injury of patient, inserts and is more prone to comfortable.
When needs drain, inserted by the stomach tube arrival end 14 that stomach tube is arranged from drainage tube 11, then draw from the stomach tube port of export 13 that drainage tube 11 is arranged, the stomach entering into patient drains stomach, misses the generation of suction situation to prevent flatulence and to backflow.
Embodiment 2
A kind of automatic inflating dual pathways laryngeal mask product, as shown in figures 1-8, includes the enclosure 1, conduit 2, joint 3, gas tube 4, pilot balloon 5, check valve 6, knapsack 7, epiglottis elevator plate 8, drainage tube 11;
The enclosure 1 is set to ellipse or Long Circle, the right side of the enclosure 1 is provided with conduit 2, and conduit 2 is single injection-molded, and the enclosure 1 and conduit 2 bond together by silica gel glue, above conduit 2, be provided with joint 3, conduit 2 and joint 3 bond together by silica gel glue; The inside of conduit 2 is provided with gas tube 4, the upper right portion of gas tube 4 reach conduit 2 outside;
Above gas tube 4, be provided with pilot balloon 5, gas tube 4 and pilot balloon 5 bond together by silica gel glue; Above pilot balloon 5, be provided with check valve 6, pilot balloon 5 and check valve 6 bond together by silica gel glue; The back of the enclosure 1 is provided with knapsack 7, and the enclosure 1 and knapsack 7 bond together by silica gel glue; The front of the enclosure 1 is provided with groove, is provided with epiglottis elevator plate 8 in the groove in the front of the enclosure 1, epiglottis elevator plate 8 is that the silica gel material of medical grade is made, and the enclosure 1 and epiglottis riser 8 bond together by silica gel glue;
Respiration channel I 9 and respiration channel II 10 is provided with in the groove in the front of the enclosure 1, respiration channel II 10 is arranged on the left side of respiration channel I 9, respiration channel I 9 and respiration channel II 10 are for be arrangeding in parallel, and respiration channel I 9 is all connected with conduit 2 with respiration channel II 10; The inside of the enclosure 1 is provided with air inlet 12, and the enclosure 1 is connected by air inlet 12 with gas tube 4, and the enclosure 1 is connected with gas tube 4, and air inlet 12 is arranged on the top of respiration channel I 9;
The inside of conduit 2 is provided with drainage tube 11, and drainage tube 11 is nested in the inside of conduit 2; Drainage tube 11 is through the enclosure 1, and the left end of drainage tube 11 and the left end silica gel glue of the enclosure 1 bond together, and the upper right side of drainage tube 11 and the upper right side silica gel glue of conduit 2 bond together; Drainage tube 11 is provided with the stomach tube port of export 13 stomach function regulating tube inlet end 14, and the stomach tube port of export 13 is arranged on the left end of drainage tube 11, and stomach tube arrival end 14 is arranged on the upper right side of drainage tube 11, and conduit 2 is set to 90 degree of bend pipes and organization of human body matches;
Be provided with baroceptor 15 in the enclosure 1, check valve 6 is connected with automatically controlled air pump 16 by trachea, and baroceptor 15 is connected with automatically controlled air pump 16;
Also include Internet of Things shutoff device, Internet of Things shutoff device includes remote information receiving system 91, remote information dispensing device 92, Switch main body 95, copper billet 96, horizontal safety pole 97, slide bar 98, spring 99, pressing plate 910, Switch main body 95 is provided with transverse slipway 93 and vertical slideway 94, pressing plate 910 is connected with slide bar 98, spring 99 is arranged between pressing plate 910 and Switch main body 95, slide bar 98 stretches in vertical slideway 94 through spring 99, and coordinate slidably with vertical slideway 94, horizontal safety pole 97 stretches in transverse slipway 93, and coordinate slidably with transverse slipway 93, copper billet 96 is arranged on the bottom of vertical slideway 94, copper billet 96 is connected with remote information dispensing device 92, remote information dispensing device 92 is connected with remote information receiving system 91 by wireless network, remote information receiving system 91 is connected with automatically controlled air pump 16.
The silica gel material that the described enclosure 1 and described conduit 2 are medical grade is made.
Operation principle: this utility model, when Clinical practice, first exhausts the gas inside laryngeal mask with syringe, is then inserted into laryngeal mask lubrication in human body respiration passage.Be connected to by charger on check valve 6, the instruction according to pilot balloon 5 is filled with a certain amount of air by gas tube 4 in the enclosure 1, and air is entered in the enclosure 1 by air inlet 12 again.Gas tube 4 tunnel is arranged on the inside of conduit 2, can reduce the length of gas tube 4, and gas tube 4 can be avoided also to insert in human oral cavity, reduces the discomfort of patient.
Again joint 3 is connected breathing circuit filter, patient effectively can be breathed by respiration channel I 9 and respiration channel II 10 dual pathways, improves safety and reliability.The enclosure 1 and conduit 2 are silica gel, and silica gel material inserts human body, little to injury of human.Simultaneously conduit 2 is set to 90 degree of bend pipes and organization of human body matches, and not only can simply be inserted into correct position more fast, can also avoid causing adverse influence to patient.
In the groove in the front of the enclosure 1, be provided with epiglottis elevator plate 8, epiglottis elevator plate 8 is that the silica gel material of medical grade is made, and can prevent epiglottis from giving a discount and to result in blockage air flue.The knapsack 7 arranged at the back of the enclosure 1, can push away the enclosure 1 forward when inflating, and fit together closely with larynx, sealing effectiveness is strengthened, few to the air flue injury of patient, inserts and is more prone to comfortable.
When needs drain, inserted by the stomach tube arrival end 14 that stomach tube is arranged from drainage tube 11, then draw from the stomach tube port of export 13 that drainage tube 11 is arranged, the stomach entering into patient drains stomach, misses the generation of suction situation to prevent flatulence and to backflow.
Baroceptor 15 is provided with in the enclosure 1, check valve 6 is connected with automatically controlled air pump 16 by trachea, and baroceptor 15 is connected with automatically controlled air pump 16, when being provided with air pressure in the enclosure 1 and being not enough, automatically controlled air pump 16 is inflated to trachea automatically, so just ensures that the enclosure 1 can fit tightly larynx always.Transmission and the receiving function of signal is realized by remote information dispensing device 92 and remote information receiving system 91, when preparing to stop automatically controlled air pump 16, first operator need to stir horizontal safety pole 97 left, it is made no longer to stop vertical slideway 94, operator press pressing plate 910 downwards again, slide bar 98 is contacted with copper billet 96, slide bar 98 is made for metal material, owing to being connected with signal power source in advance on slide bar 98, when slide bar 98 contacts with copper billet 96, will transmit and stop automatically controlled air pump 16 run signal to remote information dispensing device 92, remote information dispensing device 92 will by pre-set program, send stop signal to remote information receiving system 91, remote information receiving system 91 is sent to automatically controlled air pump 16 stop signal again, automatically controlled air pump 16 quits work.
The above embodiment only have expressed preferred implementation of the present utility model, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to this utility model the scope of the claims.It should be pointed out that for the person of ordinary skill of the art, without departing from the inventive concept of the premise, can also make some distortion, improvement and substitute, these all belong to protection domain of the present utility model.Therefore, the protection domain of this utility model patent should be as the criterion with claims.
Claims (3)
1.
a kind of automatic inflating dual pathways laryngeal mask product, is characterized in that, include the enclosure (1), conduit (2), joint (3), gas tube (4), pilot balloon (5), check valve (6), knapsack (7), epiglottis elevator plate (8), drainage tube (11);
the enclosure (1) is set to ellipse or Long Circle, the right side of the enclosure (1) is provided with conduit (2), conduit (2) is single injection-molded, the enclosure (1) and conduit (2) bond together by silica gel glue, the top of conduit (2) is provided with joint (3), and conduit (2) and joint (3) bond together by silica gel glue; The inside of conduit (2) is provided with gas tube (4), the upper right portion of gas tube (4) reach conduit (2) outside;
the top of gas tube (4) is provided with pilot balloon (5), and gas tube (4) and pilot balloon (5) bond together by silica gel glue; The top of pilot balloon (5) is provided with check valve (6), and pilot balloon (5) and check valve (6) bond together by silica gel glue; The back of the enclosure (1) is provided with knapsack (7), and the enclosure (1) and knapsack (7) bond together by silica gel glue; The front of the enclosure (1) is provided with groove, epiglottis elevator plate (8) is provided with in the groove in the front of the enclosure (1), the silica gel material that epiglottis elevator plate (8) is medical grade is made, and the enclosure (1) and epiglottis riser (8) bond together by silica gel glue;
respiration channel I (9) and respiration channel II (10) is provided with in the groove in the front of the enclosure (1), respiration channel II (10) is arranged on the left side of respiration channel I (9), respiration channel I (9) and respiration channel II (10) are for be arrangeding in parallel, and respiration channel I (9) is all connected with conduit (2) with respiration channel II (10); The inside of the enclosure (1) is provided with air inlet (12), and the enclosure (1) is connected by air inlet (12) with gas tube (4), and the enclosure (1) is connected with gas tube (4), and air inlet (12) is arranged on the top of respiration channel I (9);
the inside of conduit (2) is provided with drainage tube (11), and drainage tube (11) is nested in the inside of conduit (2); Drainage tube (11) is through the enclosure (1), and the left end of drainage tube (11) and the left end silica gel glue of the enclosure (1) bond together, and the upper right side of drainage tube (11) and the upper right side silica gel glue of conduit (2) bond together; Drainage tube (11) is provided with the stomach tube port of export (13) stomach function regulating tube inlet end (14), the stomach tube port of export (13) is arranged on the left end of drainage tube (11), stomach tube arrival end (14) is arranged on the upper right side of drainage tube (11), and conduit (2) is set to 90 degree of bend pipes and organization of human body matches;
be provided with baroceptor (15) in the enclosure (1), check valve (6) is connected with automatically controlled air pump (16) by trachea, and baroceptor (15) is connected with automatically controlled air pump (16).
2.
a kind of automatic inflating dual pathways laryngeal mask product according to claim 1, it is characterized in that, also include Internet of Things shutoff device, Internet of Things shutoff device includes remote information receiving system (91), remote information dispensing device (92), Switch main body (95), copper billet (96), horizontal safety pole (97), slide bar (98), spring (99), pressing plate (910), Switch main body (95) is provided with transverse slipway (93) and vertical slideway (94), pressing plate (910) is connected with slide bar (98), spring (99) is arranged between pressing plate (910) and Switch main body (95), slide bar (98) stretches in vertical slideway (94) through spring (99), and coordinate slidably with vertical slideway (94), horizontal safety pole (97) stretches in transverse slipway (93), and coordinate slidably with transverse slipway (93), copper billet (96) is arranged on the bottom of vertical slideway (94), copper billet (96) is connected with remote information dispensing device (92), remote information dispensing device (92) is connected with remote information receiving system (91) by wireless network, remote information receiving system (91) is connected with automatically controlled air pump (16).
3.
a kind of automatic inflating dual pathways laryngeal mask product according to claim 1, it is characterized in that, the silica gel material that the described enclosure (1) and described conduit (2) are medical grade is made.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520705511.3U CN205019545U (en) | 2015-09-14 | 2015-09-14 | Automatic aerify binary channels laryngeal mask product |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520705511.3U CN205019545U (en) | 2015-09-14 | 2015-09-14 | Automatic aerify binary channels laryngeal mask product |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205019545U true CN205019545U (en) | 2016-02-10 |
Family
ID=55252116
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520705511.3U Expired - Fee Related CN205019545U (en) | 2015-09-14 | 2015-09-14 | Automatic aerify binary channels laryngeal mask product |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205019545U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106039509A (en) * | 2016-07-08 | 2016-10-26 | 河南亚都实业有限公司 | Laryngeal mask for use in medical device |
| CN109589478A (en) * | 2018-12-04 | 2019-04-09 | 刘玉昌 | A kind of general anesthesia built-in tracheal catheter laryngeal mask joint air-breather |
-
2015
- 2015-09-14 CN CN201520705511.3U patent/CN205019545U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106039509A (en) * | 2016-07-08 | 2016-10-26 | 河南亚都实业有限公司 | Laryngeal mask for use in medical device |
| CN109589478A (en) * | 2018-12-04 | 2019-04-09 | 刘玉昌 | A kind of general anesthesia built-in tracheal catheter laryngeal mask joint air-breather |
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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 | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160210 Termination date: 20160914 |