CN201603229U - Respiratory balloon with easy disassembling - Google Patents
Respiratory balloon with easy disassembling Download PDFInfo
- Publication number
- CN201603229U CN201603229U CN2010201142242U CN201020114224U CN201603229U CN 201603229 U CN201603229 U CN 201603229U CN 2010201142242 U CN2010201142242 U CN 2010201142242U CN 201020114224 U CN201020114224 U CN 201020114224U CN 201603229 U CN201603229 U CN 201603229U
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- sacculus
- connecting portion
- utricule
- air outlet
- intake valve
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Abstract
The utility model discloses a respiratory balloon with easy disassembling, belonging to the field of medical appliances. Based on the structure of the original respiratory balloon, the connecting part of an air suction valve and a balloon body and the connecting part of an air outlet valve and the balloon body are both of a detachable structure, such as a screw structure, an embedded structure and the like; the balloon body can be divided into two parts simultaneously; and the two parts can be connected through an elastic part and a zipper or bonding connecting structure, therefore, the respiratory balloon can be disassembled for thorough disinfection conveniently.
Description
Technical field
This utility model application relates to a kind of just breathing sacculus of dismounting, belongs to medical instruments field.
Background technology
Breathing sacculus is a kind of simple and easy respiratory assist system that is widely used in medical field, is made of following several parts: the connection tube of face shield converting interface, sacculus and face shield, air outlet valve, sacculus utricule part, intake valve and oxygen connecting tube.Wherein the connection tube of face shield converting interface and sacculus and face shield is demountable part, and air outlet valve, utricule part, intake valve and oxygen connecting tube are non-removable part.Its normal working procedure is pinched sacculus utricule part for the doctor, the air in the sacculus and the mist of oxygen enter patient respiration road and pulmonary through air outlet valve by face shield, unclamp hands after, the mist of air and oxygen enters sacculus by intake valve, sacculus restores to the original state, and so forth circulation.
At present the breathing sacculus is carried out disinfection and adopt ozone or ethylene oxide gas sterilization, disinfection by ultraviolet light or soaked with liquid disinfection mode usually, because the sacculus two ends are provided with valve, therefore pass through gas depoisoning, obviously can't effectively sterilize to breathing sacculus inside, soaked with liquid is difficult to again enter, even entering part liquid also may not reach Disinfection Effect, and dry inconvenience, be not easy to first aid and use.In use breathe sacculus utricule inside if the patient cough or the pollution-carrying gas of holding one's breath when waiting resistance just can enter at any time, therefore existence causes the potential risk of cross infection in hospital.
The breathing sacculus that uses is non-removable at present, therefore cannot disinfect completely for sacculus inside, this is the difficult problem that the worker of hospital infection management section faces for a long time, therefore how to solve the sterilization problems of sacculus inside, the problem that also positive clinical position person must face, present technique produces under this background just.Through improving design, seam can be dismantled at any time, and having solved all the time can't a disinfectant difficult problem about sacculus inside.
Summary of the invention
The purpose of this utility model is exactly for the effective disinfectant problem in the breathing sacculus inside that solves present existence, with breathe sacculus change into detachable, thereby be convenient to carry out the sterilizing of sacculus inside, reduced the risk of cross infection in the hospital.
Mentality of designing of the present utility model is by existing breathing sacculus is improved, intake valve, air outlet valve and sacculus utricule seam and utricule middle part is changed into can dismountable, so just can carry out thorough disinfection to utricule inside, having solved current breathing sacculus inside can't a disinfectant difficult problem.
When design, specifically consider following problem:
1. at first sacculus must be able to be dismantled, so that thorough disinfection is carried out in sacculus inside;
2. determine sacculus dismounting position, can also can in the middle of sacculus, dismantle in the dismounting of the one or both ends of sacculus utricule and intake valve and air outlet valve;
3. remove and install all and must make things convenient for clinical manipulation;
4. used material must satisfy a kind of sterilised medium of tolerance (ozone, oxirane, glutaraldehyde etc.) at least and carry out disinfection;
5. the dismounting seam can adopt screw thread bonding or embedded etc., and guarantees to install the sealing of rear port place and do not reveal;
6. sacculus elasticity is good, can upspring and recover spherical after pinching very soon.
This utility model body comprises following content:
A kind of just breathing sacculus of dismounting, the connection tube 2, air outlet valve 3, sacculus utricule 4, intake valve 5, the oxygen connecting tube 6 that comprise face shield converting interface 1, sacculus and face shield, it is characterized in that: sacculus utricule 4 is divided into two parts 41 and 42, and connecting portion 410, sacculus utricule 42 at sacculus utricule 41 and air outlet valve 3 adopt dismountable syndeton respectively with the connecting portion 420 of intake valve 5, and two parts 41 of sacculus utricule 4 and 42 syndetons by elastic component 40 or zip mode or bonded type are tightly connected.
Above-mentioned breathing sacculus can change the connecting portion 410 of sacculus utricule 4 and air outlet valve 3 into helicitic texture, and change corresponding with it air outlet valve 3 into nut structure, make air outlet valve 3 be connected with the connecting portion 410 of air outlet valve 3 by rotating air valve 3 with sacculus utricule 4; Same, can change the connecting portion 420 of sacculus utricule 4 and intake valve 5 into helicitic texture, and change corresponding with it intake valve 5 into nut structure, make intake valve 5 be connected with the connecting portion 420 of intake valve 5 by rotation intake valve 5 with sacculus utricule 4.
Above-mentioned breathing sacculus can be at connecting portion 410 increases by 2 or a plurality of convex cylinder 7 of sacculus utricule 4 with air outlet valve 3, and groove 8 with convex cylinder 7 number equal amounts is set on corresponding with it air outlet valve 3, go into to make air outlet valve 3 to be connected with the connecting portion 410 of air outlet valve 3 by the convex cylinder 7 and the rotation down of groove 8 with sacculus utricule 4; Same, can be at connecting portion 420 increases by 2 or a plurality of convex cylinder 7 of sacculus utricule 4 with intake valve 5, and the groove 8 that equates with the projection number is set on corresponding with it intake valve 5, go into to make intake valve 5 to be connected with the connecting portion 420 of intake valve 5 by the convex cylinder 7 and the rotation down of groove 8 with sacculus utricule 4.
Above-mentioned breathing sacculus can be that sacculus utricule 4 is made for elastomeric material, and in connecting portion 410 and connecting portion 420 thickenings, the external diameter of air outlet valve 3 and intake valve 5 is made as internal diameter greater than corresponding connecting portion 410 and connecting portion 420, seam at intake valve 5 and air outlet valve 3 designs cyclic raised structures 9 simultaneously, air outlet valve 3 and intake valve 5 can be filled in corresponding connecting portion 410 and connecting portion 420, and air outlet valve 3 and intake valve 5 are stuck in the inboard 10 of corresponding connecting portion 410 and connecting portion 420 by cyclic raised structures 9.
Above-mentioned breathing sacculus can be that two parts 41 of sacculus utricule 4 and 42 junction are provided with slide fastener 11, is connected with 42 by slide fastener 11 two parts 41 with sacculus utricule 4.
Above-mentioned breathing sacculus can be that the two parts 41 with sacculus utricule 4 are connected by viscose glue with 42, the part 41 of sacculus utricule 4 is designed to the structure that internal diameter is slightly larger than another part 42, in use the part 41 of sacculus utricule 4 can be enclosed within the outside of another part 42, connect by viscose glue two parts then sacculus utricule 4; Same, the part 42 of sacculus utricule 4 can be designed to the structure that internal diameter is slightly larger than another part 41, in use the part 42 of sacculus utricule 4 can be enclosed within the outside of another part 41, by viscose glue sacculus utricule 4 two parts are connected then.
Above-mentioned breathing sacculus can be provided with elastic component 40 at two parts 41 of sacculus utricule 4 and 42 connecting portion, links to each other with 42 by elastic component 40 two parts 41 with sacculus utricule 4.
Breathing sacculus described in the utility model is on original breathing balloon configuration basis, inlet valve and sacculus utricule junction, air outlet valve and sacculus utricule junction are set to dismountable structure respectively, as helicitic texture, embedded structure etc., and can simultaneously the sacculus utricule be divided into two parts, syndeton by elastic component, zip mode or bonded type connects two parts, thereby can dismantle breathing sacculus, be convenient to carry out thorough disinfection.
Description of drawings
Fig. 1 is breathing balloon configuration sketch map commonly used;
Fig. 2 is the breathing balloon configuration sketch map after improving;
Fig. 3 goes into the sketch map of syndeton for breathing sacculus utricule and intake valve and air outlet valve junction down;
Fig. 4 is for breathing the sketch map of the another kind of syndeton in sacculus utricule and intake valve and air outlet valve junction;
Fig. 5 is at the syndeton sketch map of breathing sacculus utricule middle part;
Fig. 6 is for breathing the structural representation that elastic component is set up at sacculus utricule middle part.
The specific embodiment
Below in conjunction with accompanying drawing this utility model is further described, is interpreted as, rather than to its restriction, in fact, any common syndeton can be applied in the syndeton of breathing sacculus described in the utility model explanation of the present utility model.
Fig. 1 is breathing balloon configuration sketch map commonly used, the connection tube 2, air outlet valve 3, sacculus utricule 4, intake valve 5, the oxygen connecting tube 6 that comprise face shield converting interface 1, sacculus and face shield, wherein breathing sacculus utricule 4 is connected as a single entity with intake valve 5 and air outlet valve 3, cannot take apart, so can't carry out the thorough disinfection of sacculus utricule.
Fig. 2 is the breathing balloon configuration sketch map after improving, inlet valve and sacculus utricule junction, air outlet valve and sacculus utricule junction can be set to dismountable structure respectively, as helicitic texture, embedded structure etc., and can simultaneously the sacculus utricule be divided into two parts, syndeton by elastic component, zip mode or bonded type connects two parts, thereby can dismantle breathing sacculus, be convenient to carry out thorough disinfection.For example the connecting portion 410 of air outlet valve 3 and sacculus utricule 4 and air outlet valve 3 can be designed to helicitic texture, and will be with it corresponding air outlet valve 3 change nut structure into, make air outlet valve 3 be connected with the connecting portion 410 of air outlet valve 3 or separate by rotating air valve 3 with sacculus utricule 4; Same, can change the connecting portion 420 of sacculus utricule 4 and intake valve 5 into helicitic texture, and will be with it corresponding intake valve 5 change nut structure into, make intake valve 5 be connected with the connecting portion 420 of intake valve or separate by rotation intake valve 5 with sacculus utricule 4.
As shown in Figure 3, can be at connecting portion 410 increases by 2 or a plurality of convex cylinder 7 of sacculus utricule 4 with air outlet valve 3, and the groove 8 that equates with convex cylinder 7 numbers is set on corresponding with it air outlet valve 3, go into to make air outlet valve 3 to be connected with the connecting portion 410 of air outlet valve 3 or separate by the convex cylinder 7 and the rotation down of groove 8 with sacculus utricule 4; Same, can be at connecting portion 420 increases by 2 or a plurality of convex cylinder 7 of sacculus utricule 4 with intake valve 5, and the groove 8 that equates with convex cylinder 7 numbers is set on corresponding with it intake valve 5, go into to make intake valve 5 to be connected with the connecting portion 420 of intake valve 5 or separate by the convex cylinder 7 and the rotation down of groove 8 with sacculus utricule 4.
As to further improvement of the utility model, as shown in Figure 4, can also with breathe sacculus utricule 4 usefulness elasticity preferably material make, and connecting portion 410 and connecting portion 420 are thickened, make the elasticity at these two positions stronger, then the external diameter of air outlet valve 3 and intake valve 5 is made as internal diameter greater than corresponding connecting portion 410 and connecting portion 420, seam at intake valve 5 and air outlet valve 3 designs cyclic raised structures 9 simultaneously, during connection, utilize the strong elasticity of connecting portion 410 and connecting portion 420, intake valve 5 and air outlet valve 3 are filled in the sacculus utricule 4, and made corresponding raised structures 9 be stuck in the inboard 10 of sacculus.During the sterilization dismounting, only need slightly firmly just intake valve 5 and air outlet valve 3 to be extracted out, thus can be to breathing the inner thorough disinfection of sacculus.
Also can increase a syndeton between two parts 41 of sacculus utricule 4 and 42 in addition, can be the syndeton of elastic component, zip mode or bonded type.For example shown in Figure 5, sacculus utricule 4 can be divided into two, set up a slide fastener 11 in the junction of two parts 41 and 42, by slide fastener 11 sacculus utricule 4 is opened, so that sterilization.
Same, two parts (41) of sacculus utricule (4) can be connected by viscose glue with (42), the part (41) of sacculus utricule (4) is designed to the structure that internal diameter is slightly larger than another part (42), in use the part (41) of sacculus utricule (4) can be enclosed within the outside of another part (42), connect by viscose glue two parts then sacculus utricule (4); Same, the part (42) of sacculus utricule (4) can be designed to the structure that internal diameter is slightly larger than another part (41), in use the part (42) of sacculus utricule (4) can be enclosed within the outside of another part (41), by viscose glue sacculus utricule (4) two parts be connected then.
As shown in Figure 6, above-mentioned breathing sacculus can also be provided with elastic component (40) at the two parts (41) of sacculus utricule (4) and the connecting portion of (42), links to each other with (42) by elastic component (40) two parts (41) with sacculus utricule (4).Elastic component (40) can adopt common structure, for example can adopt down to go into the structure of formula, screw-type.
Above-mentioned syndeton can be arranged on an end of sacculus utricule 4 and air outlet valve 3 and intake valve 5 junctions or be arranged on two ends simultaneously, also can be simultaneously corresponding syndeton be set in two parts 41 of sacculus utricule 4 and 42 junction, so just can be convenient to thorough disinfection is carried out in sacculus inside breathing sacculus 4 dismountings.
Claims (8)
- One kind just the dismounting the breathing sacculus, comprise face shield converting interface (1), the connection tube of sacculus and face shield (2), air outlet valve (3), sacculus utricule (4), intake valve (5), oxygen connecting tube (6), it is characterized in that: sacculus utricule (4) is divided into 2 parts (41) and (42), and at the connecting portion (410) of sacculus utricule (41) with air outlet valve (3), sacculus utricule (42) adopts dismountable syndeton respectively with the connecting portion (420) of intake valve (5), and two parts (41) of sacculus utricule (4) and (42) are tightly connected by the syndeton of elastic component (40) or zip mode or bonded type.
- 2. breathing sacculus according to claim 1, it is characterized in that: can change the connecting portion (410) of sacculus utricule (4) and air outlet valve (3) into helicitic texture, and change corresponding with it air outlet valve (3) into nut structure, make air outlet valve (3) be connected with the connecting portion (410) of air outlet valve (3) by rotating air valve (3) with sacculus utricule (4); Same, can change the connecting portion (420) of sacculus utricule (4) and intake valve (5) into helicitic texture, and change corresponding with it intake valve (5) into nut structure, make intake valve (5) be connected with the connecting portion (420) of intake valve (5) by rotation intake valve (5) with sacculus utricule (4).
- 3. breathing sacculus according to claim 1, it is characterized in that: can be at connecting portion (410) increase by 2 or a plurality of convex cylinder (7) of sacculus utricule (4) with air outlet valve (3), and go up the groove (8) that setting equates with convex cylinder (7) number at corresponding with it air outlet valve (3), go into to make air outlet valve (3) to be connected with the connecting portion (410) of air outlet valve (3) by the convex cylinder (7) and the rotation camphane of groove (8) with sacculus utricule (4); Same, can be at connecting portion (420) increase by 2 or a plurality of convex cylinder (7) of sacculus utricule (4) with intake valve (5), and go up the groove (8) that setting equates with the projection number at corresponding with it intake valve (5), go into to make intake valve (5) to be connected with the connecting portion (420) of intake valve (5) by the convex cylinder (7) and the rotation camphane of groove (8) with sacculus utricule (4).
- 4. breathing sacculus according to claim 1, it is characterized in that: sacculus utricule (4) is made for elastomeric material, and in connecting portion (410) and connecting portion (420) thickening, the external diameter of air outlet valve (3) and intake valve (5) is made as internal diameter greater than corresponding connecting portion (410) and connecting portion (420), seam at intake valve (5) and air outlet valve (3) designs cyclic raised structures (9) simultaneously, air outlet valve (3) and intake valve (5) can be filled in corresponding connecting portion (410) and connecting portion (420), and air outlet valve (3) and intake valve (5) are stuck in the inboard (10) of corresponding connecting portion (410) and connecting portion (420) by cyclic raised structures (9).
- 5. breathing sacculus according to claim 1 is characterized in that: at the two parts (41) of sacculus utricule (4) and the junction of (42) slide fastener (11) is set, is connected with (42) by slide fastener (11) two parts (41) with sacculus utricule (4).
- 6. breathing sacculus according to claim 1, it is characterized in that: two parts (41) of sacculus utricule (4) are connected by viscose glue with (42), the part (41) of sacculus utricule (4) is designed to the structure that internal diameter is slightly larger than another part (42), in use the part (41) of sacculus utricule (4) can be enclosed within the outside of another part (42), connect by viscose glue two parts then sacculus utricule (4); Same, the part (42) of sacculus utricule (4) can be designed to the structure that internal diameter is slightly larger than another part (41), in use the part (42) of sacculus utricule (4) can be enclosed within the outside of another part (41), by viscose glue sacculus utricule (4) two parts be connected then.
- 7. breathing sacculus according to claim 1 is characterized in that: at the two parts (41) of sacculus utricule (4) and the connecting portion of (42) elastic component (40) is set, links to each other with (42) by elastic component (40) two parts (41) with sacculus utricule (4).
- 8. breathing sacculus according to claim 7 is characterized in that: described elastic component (40) can be embedded or screw-type.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201142242U CN201603229U (en) | 2010-02-05 | 2010-02-05 | Respiratory balloon with easy disassembling |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201142242U CN201603229U (en) | 2010-02-05 | 2010-02-05 | Respiratory balloon with easy disassembling |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201603229U true CN201603229U (en) | 2010-10-13 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010201142242U Expired - Fee Related CN201603229U (en) | 2010-02-05 | 2010-02-05 | Respiratory balloon with easy disassembling |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201603229U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2014086187A1 (en) * | 2012-12-05 | 2014-06-12 | David Zou | Double-balloon tracheal cannula |
| CN105163667A (en) * | 2013-11-26 | 2015-12-16 | 奥林巴斯株式会社 | Balloon removing device |
| KR102525439B1 (en) * | 2022-11-18 | 2023-04-24 | 의료법인 명지의료재단 | Combination structure of ventilator circuit and endotracheal tube |
-
2010
- 2010-02-05 CN CN2010201142242U patent/CN201603229U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2014086187A1 (en) * | 2012-12-05 | 2014-06-12 | David Zou | Double-balloon tracheal cannula |
| CN105163667A (en) * | 2013-11-26 | 2015-12-16 | 奥林巴斯株式会社 | Balloon removing device |
| KR102525439B1 (en) * | 2022-11-18 | 2023-04-24 | 의료법인 명지의료재단 | Combination structure of ventilator circuit and endotracheal tube |
| WO2024106994A1 (en) * | 2022-11-18 | 2024-05-23 | 의료법인 명지의료재단 | Coupling structure between ventilator circuit and endotracheal tube |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20101013 Termination date: 20140205 |