CN105708559A - Thoracic surgery operation microenvironment system - Google Patents
Thoracic surgery operation microenvironment system Download PDFInfo
- Publication number
- CN105708559A CN105708559A CN201610027993.0A CN201610027993A CN105708559A CN 105708559 A CN105708559 A CN 105708559A CN 201610027993 A CN201610027993 A CN 201610027993A CN 105708559 A CN105708559 A CN 105708559A
- Authority
- CN
- China
- Prior art keywords
- operative space
- space system
- operative
- microenvironment
- resilience
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Landscapes
- Accommodation For Nursing Or Treatment Tables (AREA)
Abstract
The invention relates to a thoracic surgery operation microenvironment system. The thoracic surgery operation microenvironment system comprises an operation space system, an environment regulating system and an operation guaranteeing system, wherein the operation space system is of a regular hexagon structure having the not closed lower surface, the side length a of the regular hexagon is 45-90 cm, the environment regulating system is mounted on the right central position on the upper surface of the operation space system, and the operation guaranteeing system is mounted on the left side surface and the right side surface of the operation space system. Due to the design of the microenvironment operation space capable of regulating the environment stress as well as the temperature and the humidity and the like, during the operation process, the environment is kept to be consistent with the intrinsic environment of the human body as far as possible, so that the possibility that the polluted air and liquid enter the operative wound during the operation process is reduced, and thus the postoperative infection possibility is reduced; meanwhile, an ozone and negative oxygen ion generating device is designed, so that the microenvironment is always in the disinfected and bacteria-inhibited environments during the surgery operation; after the surgery operation is finished, due to a wound activity healing microenvironment, while the operation non-poisonous process and the rapid healing process are guaranteed, and low occurrence probability of infection accidents of the operation is guaranteed.
Description
[technical field]
The present invention relates to medical instruments field, specifically, be the thoracic surgery microenvironment system that ambient pressure, humiture and sterilizing gas etc. can be regulated and controled.Have broad application prospects at medical instruments field.
[background technology]
Thoracic sugery is an ancient subject, and its formation and development experienced by a century, simultaneously also by the accumulation of the clinical experience of drop, develops into and has independent theoretical basis and interpenetrate independent system with every subjects again.Modern thoracic surgeon without like that struggle with exploring the relation of a certain disease and surgical intervention to pioneers, first people are own through leaving various successful or failed experience and lessons to us, and make summary according to these experience and lessons, form the rationale of Thoracic sugery.The cultivation of Thoracic sugery doctor and training it is again emphasized that the study overall process with medical practice, different phase, different levels, varying level thoracic surgeon have its different learning content, also can constantly absorb new knowledge in study, exhale the old and inhale the new so that it is be constantly ripe, more plentiful.
At present, when carrying out thoracic surgery clinically, generally use is carry out under uncovered environment, and operation process needs repeatedly sterilizing to process, and uncovered environmental process inevitably causes, requirement for surgical environments is higher, the high confined space of a bacteria-and dust-free have to be set up, therefore the operation cost of use with great number, the pressure rapid recovery release that the activity of inside of human body internal organs produces in uncovered surgical environments simultaneously, the amplitude causing its motion is bigger, operation technique room often carries out hands art simultaneously, therefore, it is difficult to undertake artificial abortion's motor process repeatedly, therefore the present invention adopts and has less microenvironment confined space and carry out especially uncovered operation technique of performing the operation, reduce the environmental operations in operation process to require and cost of use, reduce the infection risk of patient simultaneously；Therefore by having pressure balance, the confined space of humiture balance, make environment in operation process keep consistent as far as possible with the environment of human body own, reduce contaminated air in operation process, liquid entrance surgical wound, reduce postoperative infection probability；It is designed to delivery of ozone and negative oxygen ion generating device simultaneously, microenvironment in operation is made to be in sterilization, antibacterial environment all the time, operation terminates rear wound activity healing microenvironment, while ensureing the nontoxic process of operation and quickly-healing process, it is ensured that the generation of the low infection accident of operation.At medical instruments field, especially thoracic surgery instrument field has broad application prospects.
[summary of the invention]
It is an object of the invention to overcome the deficiencies in the prior art, it is provided that a kind of thoracic surgery microenvironment system.Mainly by having pressure balance, the confined space of humiture balance, make environment in operation process keep consistent as far as possible with the environment of human body own, reduce contaminated air in operation process, liquid entrance surgical wound, reduce postoperative infection probability；It is designed to delivery of ozone and negative oxygen ion generating device simultaneously, microenvironment in operation is made to be in sterilization, antibacterial environment all the time, operation terminates rear wound activity healing microenvironment, while ensureing the nontoxic process of operation and quickly-healing process, it is ensured that the generation of the low infection accident of operation.At medical instruments field, especially thoracic surgery instrument field has broad application prospects.
It is an object of the invention to be achieved through the following technical solutions:
A kind of thoracic surgery microenvironment system, it is characterized in that, it comprises operative space system, environment conditioning system and operation safeguards system, wherein operative space system is the untight regular hexagon structure of lower surface, and orthohexagonal length of side a is 45～90cm, environment conditioning system is arranged on the center position of operative space system upper surface, and operation safeguards system is arranged on operative space system left surface and operative space system right flank.Adopt the space with closing, reduce thoracic surgery and open wide contacting of dust that in operation system, wound is floating with air, antibacterial, virus etc., reduce the infection of patient as much as possible, simultaneously because environment can be carried out the functions such as trace pressurization, Temperature and Humidity Control by airtight operative space, the pressure making torso model obtains a buffering, avoid the internal organs pressure dramatic drop-off because open procedures causes, the damage to internal organs.
Described operative space system, it includes operative space system upper surface, operative space system leading flank, operative space system left surface, the left adhesive surface of operative space system, operative space system right flank, the right adhesive surface of operative space system, operative space system trailing flank.
Operative space system upper surface, operative space system left surface, material selected by operative space system right flank is transparent organic glass or transparent toughened glass, and the thickness of material is 3～15mm, what described operative space system leading flank and operative space system trailing flank were selected is elastic organic siliconresin thin film, and thickness is 1～5mm.There is very excellent intensity and the transparency transparent with machine glass and safety glass, operation process does not affect the sight line of doctor, the elastic organic siliconresin thin film of front-back has the elasticity of excellence, the transparency and antifouling property simultaneously, in use simultaneously, organosilicon material has extraordinary antifouling and elastic, it is to avoid injury to human body in airtight process.
Described operative space system leading flank is arc structure, and distance is the regular hexagon length of side the 3/4 of circular arc summit power upper surface, and circular arc two ends are connected to one end and are connected with the front summit of operative space system left surface, the other end is connected with the front summit of operative space system right flank.
Described operative space system trailing flank is symmetrical with operative space system leading flank, and be also arc structure, and distance is the regular hexagon length of side the 3/4 of circular arc summit power upper surface, and circular arc two ends are connected to one end and are connected with the rear summit of operative space system left surface, the other end is connected with the rear summit of operative space system right flank.Arc structure is selected at front and back sides, owing to front and back sides is body operation position, therefore arc structure is adopted, reduce material usage, can play in operation process simultaneously and patient is covered, keep internal pressure, be maintained with reducing too much pressure margin, cause in operation process and patient is had constriction.
The described left adhesive surface of operative space system is made up of operative space system resilience adhesive tape and operative space system resilience tack coat, and operative space system resilience adhesive tape one end is fixed on operative space system left surface by stitching, and operative space system resilience tack coat is fixed in operative space system resilience adhesive tape, operative space system resilience adhesive tape its be rectangle, its long L is orthohexagonal length of side a, and wide H is a/2；Operative space system resilience tack coat its width h is H/3.The tack coat connected on band can be fixed bonding with operation table, elastic adhesive tape simultaneously, while ensureing bond effect, and fixing operative space system, it is ensured that the stability of operative space in operation process.
The described right adhesive surface of operative space system is made up of operative space system resilience adhesive tape and operative space system resilience tack coat, and operative space system resilience adhesive tape one end is fixed on operative space system right flank by stitching, and operative space system resilience tack coat is fixed in operative space system resilience adhesive tape, operative space system resilience adhesive tape its be rectangle, its long L is orthohexagonal length of side a, and wide H is a/2；Operative space system resilience tack coat its width h is H/3.
Described environment conditioning system is by gas transmission pipeline, humidification delivery pipeline, and environmental modulation supports pipeline, and environmental modulation shower nozzle four part forms；Described gas transmission pipeline one end is connected with external ozonator and anion generator pipeline, and the other end is fixed on environmental modulation and supports on pipeline, it is achieved the conveying of ozone gas and anion gas.Described humidification delivery pipeline one end is connected with the pipeline of external steam generator, and the other end is fixed on environmental modulation and supports on pipeline；Environmental modulation supports pipeline and is embedded in operative space system surfaces center, and bottom is connected with environmental modulation shower nozzle, is evenly distributed with the aperture that diameter is 0.5～1.5mm on environmental modulation shower nozzle.Ozone gas has the effect of the sterilization of excellence, sterilization, by the connection of external pipe, realize the confined space of operation is carried out sterilizing effect, simultaneously human body wound can also be carried out sterilizing, it is to avoid current uncovered be in operation air, virus is difficult to control to antibacterial, the problem of easy infection patient, and anion gas has the cytoactive catalytic action of excellence, by the activation of anion, it is possible to improve the stitching of wound cells, be beneficial to the recuperation of later stage patient.Humidity control apparatus simultaneously, it is possible to conveying has the gas of certain humiture, the humiture environment needed for the clean state of maintenance surgical environments and human viscera organ, reduces the patient's uncomfortable phenomenon in operation process as far as possible.
Described safeguards system is distributed on operative space system left surface and operative space system right flank, it is made up of two symmetrical set glove boxs, it is left hand casing and right hand casing, and each glove box all comprises two mutually isostructural bag glove compositions, it is first-hand bagging and second-hand's bagging.Described left hand casing is arranged on the horizontal center line of operative space system left surface, is made up of the operative space first-hand bagging of system left surface and operative space system left surface bag glove.And between the first-hand bagging of operative space system left surface and operative space system left surface bag glove the 1/4 of interval regular hexagon length of side a.Described right hand casing is arranged on the horizontal center line of operative space system right flank, is made up of the operative space first-hand bagging of system right flank and operative space system right flank bag glove.And between the first-hand bagging of operative space system right flank and operative space system right flank bag glove the 1/4 of interval regular hexagon length of side a.The elongated glove that described bag glove is made up of natural rubber, its size and length can be replaced before operation prepares.Its main purpose of bag glove is by doctor and carries out hands operating platform in operation process, it is to avoid the doctor's directly contact to patient wound, reduces infection risk, adopts the operation bag distribution of symmetry, it is possible to achieve the transmission of operation tool and replacing simultaneously.
Compared with prior art, the method have the advantages that
One thoracic surgery microenvironment system of the present invention.By having pressure balance, the confined space of humiture balance, environment in operation process is made to keep consistent as far as possible with the environment of human body own, first can reduce contaminated air in operation process, liquid enters surgical wound, reduce postoperative infection probability, simultaneously because environment can be carried out the functions such as trace pressurization, Temperature and Humidity Control by airtight operative space, the pressure making torso model obtains a buffering, avoid the internal organs pressure dramatic drop-off because open procedures causes, the damage to internal organs；It is designed to delivery of ozone and negative oxygen ion generating device simultaneously, microenvironment in operation is made to be in sterilization, antibacterial environment all the time, operation terminates rear wound activity healing microenvironment, while ensureing the nontoxic process of operation and quickly-healing process, ensure the generation of the low infection accident of operation, reduce the risk of patient, improve curative effect.
[accompanying drawing explanation]
Fig. 1 is the structural representation of a kind of thoracic surgery microenvironment system of the present invention；
Fig. 2 is one thoracic surgery microenvironment system vertical section structural representation of the present invention
Fig. 3 is one thoracic surgery microenvironment system operation safeguards system structural representation of the present invention.
Being labeled as in accompanying drawing: 1 is operative space system upper surface, and 101 is gas transmission pipeline, and 102 is humidification delivery pipeline, 103 support pipeline for environmental modulation, and 104 is environmental modulation shower nozzle；2 is operative space system leading flank, and 201 is operative space system circular arc lower surface；3 is operative space system left surface, and 301 is the operative space first-hand bagging of system left surface, and 302 is operative space system left surface second-hand's bagging；4 is the left adhesive surface of operative space system, and 401 is operative space system resilience adhesive tape, and 402 is operative space system resilience tack coat；5 is operative space system right flank, and 501 is the operative space first-hand bagging of system right flank, and 502 is operative space system right flank second-hand's bagging；6 is the right adhesive surface of operative space system, and 7 is operative space system trailing flank.
[detailed description of the invention]
The detailed description of the invention of a kind of thoracic surgery microenvironment system of the present invention presented below.
Embodiment 1
1 pair of this patent illustrates with reference to the accompanying drawings:
A kind of thoracic surgery microenvironment system, it is characterized in that, it comprises operative space system, environment conditioning system and operation safeguards system, wherein operative space system is the untight regular hexagon structure of lower surface, and orthohexagonal length of side a is 45～90cm, environment conditioning system is arranged on the center position of operative space system upper surface 1, and operation safeguards system is arranged on operative space system left surface 3 and operative space system right flank 5.Adopt the space with closing, reduce thoracic surgery and open wide contacting of dust that in operation system, wound is floating with air, antibacterial, virus etc., reduce the infection of patient as much as possible, simultaneously because environment can be carried out the functions such as trace pressurization, Temperature and Humidity Control by airtight operative space, the pressure making torso model obtains a buffering, avoid the internal organs pressure dramatic drop-off because open procedures causes, the damage to internal organs.
Described operative space system, it includes operative space system upper surface 1, operative space system leading flank 2, operative space system left surface 3, the left adhesive surface 4 of operative space system, operative space system right flank 5, the right adhesive surface 6 of operative space system, operative space system trailing flank 7.
Operative space system upper surface 1, operative space system left surface 3, material selected by operative space system right flank 5 is transparent organic glass or transparent toughened glass, and the thickness of material is 3～15mm, what described operative space system leading flank 2 and operative space system trailing flank 7 were selected is elastic organic siliconresin thin film, and thickness is 1～5mm.There is very excellent intensity and the transparency transparent with machine glass and safety glass, operation process does not affect the sight line of doctor, the elastic organic siliconresin thin film of front-back has the elasticity of excellence, the transparency and antifouling property simultaneously, in use simultaneously, organosilicon material has extraordinary antifouling and elastic, it is to avoid injury to human body in airtight process.
Described operative space system leading flank 2 is arc structure, and distance is the regular hexagon length of side the 3/4 of circular arc summit power upper surface, and circular arc two ends are connected to one end and are connected with the front summit of operative space system left surface 3, the other end is connected with the front summit of operative space system right flank 5.
Described operative space system trailing flank 7 is symmetrical with operative space system leading flank 2, and be also arc structure, and distance is the regular hexagon length of side the 3/4 of circular arc summit power upper surface, and circular arc two ends are connected to one end and are connected with the rear summit of operative space system left surface 3, the other end is connected with the rear summit of operative space system right flank 5.Arc structure is selected at front and back sides, owing to front and back sides is body operation position, therefore arc structure is adopted, reduce material usage, can play in operation process simultaneously and patient is covered, keep internal pressure, be maintained with reducing too much pressure margin, cause in operation process and patient is had constriction.
The left adhesive surface 4 of described operative space system is made up of operative space system resilience adhesive tape 401 and operative space system resilience tack coat 402, and operative space system resilience adhesive tape 401 one end is fixed on operative space system left surface 3 by stitching, and operative space system resilience tack coat 402 is fixed in operative space system resilience adhesive tape 401, operative space system resilience adhesive tape 401 its be rectangle, its long L is orthohexagonal length of side a, and wide H is a/2；Operative space system resilience tack coat 402 its width h is H/3.The tack coat connected on band can be fixed bonding with operation table, elastic adhesive tape simultaneously, while ensureing bond effect, and fixing operative space system, it is ensured that the stability of operative space in operation process.
The right adhesive surface 6 of described operative space system is made up of operative space system resilience adhesive tape 601 and operative space system resilience tack coat 602, and operative space system resilience adhesive tape 601 one end is fixed on operative space system right flank 5 by stitching, and operative space system resilience tack coat 602 is fixed in operative space system resilience adhesive tape 601, operative space system resilience adhesive tape 601 its be rectangle, its long L is orthohexagonal length of side a, and wide H is a/2；Operative space system resilience tack coat 602 its width h is H/3.
Described environment conditioning system is by gas transmission pipeline 101, humidification delivery pipeline 102, and environmental modulation supports pipeline 103, and environmental modulation shower nozzle 104 4 part forms；Described gas transmission pipeline 101 one end is connected with external ozonator and anion generator pipeline, and the other end is fixed on environmental modulation and supports on pipeline 103, it is achieved the conveying of ozone gas and anion gas.Described humidification delivery pipeline 102 one end is connected with the pipeline of external steam generator, and the other end is fixed on environmental modulation and supports on pipeline 103；Environmental modulation supports pipeline 103 and is embedded in operative space system surfaces center, and bottom is connected with environmental modulation shower nozzle 104, is evenly distributed with the aperture that diameter is 0.5～1.5mm on environmental modulation shower nozzle 104.Ozone gas has the effect of the sterilization of excellence, sterilization, by the connection of external pipe, realize the confined space of operation is carried out sterilizing effect, simultaneously human body wound can also be carried out sterilizing, it is to avoid current uncovered be in operation air, virus is difficult to control to antibacterial, the problem of easy infection patient, and anion gas has the cytoactive catalytic action of excellence, by the activation of anion, it is possible to improve the stitching of wound cells, be beneficial to the recuperation of later stage patient.Humidity control apparatus simultaneously, it is possible to conveying has the gas of certain humiture, the humiture environment needed for the clean state of maintenance surgical environments and human viscera organ, reduces the patient's uncomfortable phenomenon in operation process as far as possible.
Described safeguards system is distributed on operative space system left surface 3 and operative space system right flank 6, it is made up of two symmetrical set glove boxs, it is left hand casing and right hand casing, and each glove box all comprises two mutually isostructural bag glove compositions, it is first-hand bagging and second-hand's bagging.Described left hand casing is arranged on the horizontal center line of operative space system left surface 3, is made up of the first-hand bagging 301 of operative space system left surface and operative space system left surface bag glove 302.And between the first-hand bagging 301 of operative space system left surface and operative space system left surface bag glove 302 the 1/4 of interval regular hexagon length of side a.Described right hand casing is arranged on the horizontal center line of operative space system right flank 5, is made up of the first-hand bagging 501 of operative space system right flank and operative space system right flank bag glove 502.And between the first-hand bagging 501 of operative space system right flank and operative space system right flank bag glove 502 the 1/4 of interval regular hexagon length of side a.The elongated glove that described bag glove is made up of natural rubber, its size and length can be replaced before operation prepares.Its main purpose of bag glove is by doctor and carries out hands operating platform in operation process, it is to avoid the doctor's directly contact to patient wound, reduces infection risk, adopts the operation bag distribution of symmetry, it is possible to achieve the transmission of operation tool and replacing simultaneously.
Workflow:
The present invention its main workflow of a kind of thoracic surgery microenvironment system is, patient lies in after on operating-table, then the operative space system front and back sides of apparatus of the present invention through human body, device is made to be placed in patients need operative position, then in the surgical knife tool embedding device needed in operation process, again through the adhesive tape on the adhesive surface of operative space system left and right, operating-table is fixed, fix thus reaching thoracic surgery microenvironment system, then pass to humiture gas and carry out temperature and humidity regulation, then pass into ozone gas again and carry out sterilizing process, doctor gos deep into airtight surgery systems by bag glove handle, it is operated, then the instrument in operation process is replaced by paramedic by bag glove, after surgical wound is sewed up, carry out disinfection passing into ozone gas successively, sterilization and anion gas carry out cell activation three times, finally dismantle adhesive tape, remove operative space system, tidy up operating-table, completing is operation technique.
The above is only the preferred embodiment of the present invention; it should be pointed out that, for those skilled in the art, without departing from the inventive concept of the premise; can also making some improvements and modifications, these improvements and modifications also should be regarded as in protection scope of the present invention.
Claims (9)
1. a thoracic surgery microenvironment system, it is characterized in that, it comprises operative space system, environment conditioning system and operation safeguards system, wherein operative space system is the untight regular hexagon structure of lower surface, and orthohexagonal length of side a is 45～90cm, environment conditioning system is arranged on the center position of operative space system upper surface, and operation safeguards system is arranged on operative space system left surface and operative space system right flank.
2. a kind of thoracic surgery microenvironment system as claimed in claim 1, it is characterized in that, described operative space system, it includes operative space system upper surface, operative space system leading flank, operative space system left surface, the left adhesive surface of operative space system, operative space system right flank, the right adhesive surface of operative space system, operative space system trailing flank.
3. a kind of thoracic surgery microenvironment system as described in claim 1 or 2, it is characterized in that, described operative space system upper surface, operative space system left surface, material selected by operative space system right flank is transparent organic glass or transparent toughened glass, and the thickness of material is 3～15mm, what operative space system leading flank and operative space system trailing flank were selected is elastic organic siliconresin thin film, and thickness is 1～5mm.
4. a kind of thoracic surgery microenvironment system as described in claim 1 or 2, it is characterized in that, described operative space system leading flank is arc structure, and distance is the regular hexagon length of side the 3/4 of circular arc summit power upper surface, and circular arc two ends are connected to one end and are connected with the front summit of operative space system left surface, the other end is connected with the front summit of operative space system right flank.
5. a kind of thoracic surgery microenvironment system as described in claim 1 or 2, it is characterized in that, described operative space system trailing flank is symmetrical with operative space system leading flank, and be also arc structure, and distance is the regular hexagon length of side the 3/4 of circular arc summit power upper surface, and circular arc two ends are connected to one end and are connected with the rear summit of operative space system left surface, the other end is connected with the rear summit of operative space system right flank.
6. a kind of thoracic surgery microenvironment system as described in claim 1 or 2, it is characterized in that, the described left adhesive surface of operative space system is made up of operative space system resilience adhesive tape and operative space system resilience tack coat, and one end of operative space system resilience adhesive tape is fixed on operative space system left surface by stitching, and operative space system resilience tack coat is fixed in operative space system resilience adhesive tape, operative space system resilience adhesive tape its be rectangle, its long L is orthohexagonal length of side a, and wide H is a/2；Operative space system resilience tack coat its width h is H/3.
7. a kind of thoracic surgery microenvironment system as described in claim 1 or 2, it is characterized in that, the described right adhesive surface of operative space system is made up of operative space system resilience adhesive tape and operative space system resilience tack coat, and one end of operative space system resilience adhesive tape is fixed on operative space system right flank by stitching, and operative space system resilience tack coat is fixed in operative space system resilience adhesive tape, operative space system resilience adhesive tape its be rectangle, its long L is orthohexagonal length of side a, and wide H is a/2；Operative space system resilience tack coat its width h is H/3.
8. a kind of thoracic surgery microenvironment system as claimed in claim 1, it is characterised in that described environment conditioning system is by gas transmission pipeline, humidification delivery pipeline, and environmental modulation supports pipeline, and environmental modulation shower nozzle four part forms；One end of described gas transmission pipeline is connected with external ozonator and anion generator pipeline, and the other end is fixed on environmental modulation and supports on pipeline, it is achieved the conveying of ozone gas and anion gas；One end of humidification delivery pipeline is connected with the pipeline of external steam generator, and the other end is fixed on environmental modulation and supports on pipeline；Environmental modulation supports pipeline and is embedded in operative space system surfaces center, and bottom is connected with environmental modulation shower nozzle, is evenly distributed with the aperture that diameter is 0.5～1.5mm on environmental modulation shower nozzle.
9. a kind of thoracic surgery microenvironment system as claimed in claim 1, it is characterized in that, described safeguards system is distributed on operative space system left surface and operative space system right flank, it is made up of two symmetrical set glove boxs, it is left hand casing and right hand casing, and each glove box all comprises two mutually isostructural bag glove compositions, it is first-hand bagging and second-hand's bagging；Left hand casing is arranged on the horizontal center line of operative space system left surface, is made up of the operative space first-hand bagging of system left surface and operative space system left surface bag glove；And between the first-hand bagging of operative space system left surface and operative space system left surface bag glove the 1/4 of interval regular hexagon length of side a；Right hand casing is arranged on the horizontal center line of operative space system right flank, is made up of the operative space first-hand bagging of system right flank and operative space system right flank bag glove.And between the first-hand bagging of operative space system right flank and operative space system right flank bag glove the 1/4 of interval regular hexagon length of side a.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610027993.0A CN105708559A (en) | 2016-01-06 | 2016-01-06 | Thoracic surgery operation microenvironment system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610027993.0A CN105708559A (en) | 2016-01-06 | 2016-01-06 | Thoracic surgery operation microenvironment system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN105708559A true CN105708559A (en) | 2016-06-29 |
Family
ID=56147233
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610027993.0A Pending CN105708559A (en) | 2016-01-06 | 2016-01-06 | Thoracic surgery operation microenvironment system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN105708559A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111228011A (en) * | 2020-02-25 | 2020-06-05 | 中国人民解放军总医院 | Sterile abdominal wound covering and observing instrument |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4422369A (en) * | 1979-05-18 | 1983-12-27 | E.N.I. Electrische Nijverheidsinstallaties | Method and apparatus for sterilizing a gas, and device for conditioning and protecting a zone from a space |
| US20140163326A1 (en) * | 2011-07-15 | 2014-06-12 | Milux Holding S.A. | Convertible surgical access port |
| US20140316455A1 (en) * | 2013-03-15 | 2014-10-23 | Swaminadhan Gnanashanmugam | System and method for performing surgical procedures |
| CN204274654U (en) * | 2014-11-22 | 2015-04-22 | 张宇龙 | Miniature aseptic operation operational window |
-
2016
- 2016-01-06 CN CN201610027993.0A patent/CN105708559A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4422369A (en) * | 1979-05-18 | 1983-12-27 | E.N.I. Electrische Nijverheidsinstallaties | Method and apparatus for sterilizing a gas, and device for conditioning and protecting a zone from a space |
| US20140163326A1 (en) * | 2011-07-15 | 2014-06-12 | Milux Holding S.A. | Convertible surgical access port |
| US20140316455A1 (en) * | 2013-03-15 | 2014-10-23 | Swaminadhan Gnanashanmugam | System and method for performing surgical procedures |
| CN204274654U (en) * | 2014-11-22 | 2015-04-22 | 张宇龙 | Miniature aseptic operation operational window |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111228011A (en) * | 2020-02-25 | 2020-06-05 | 中国人民解放军总医院 | Sterile abdominal wound covering and observing instrument |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN204723540U (en) | A kind of humidification artificial ventilator | |
| CN105581852A (en) | Oral cavity inner protecting tongue supporting frame | |
| CN106178214A (en) | A kind of respirator for baby | |
| CN105708559A (en) | Thoracic surgery operation microenvironment system | |
| CN104399161B (en) | A kind of simple breathing equipment | |
| CN204812203U (en) | Medical surgery gauze mask | |
| CN107441612A (en) | Umbilical cord arteriovenous puts pipe novel bridge type fixation | |
| CN204092781U (en) | Individual soldier's Portable plateau resuscitation mask | |
| CN100488467C (en) | Dynamic negative-pressure thoracotomy operating cabin of simulating pectoral cavity | |
| CN205268358U (en) | Wrist joint rehabilitation ware | |
| CN204181984U (en) | A kind of Vasculocardiology Deparment respiratory organ | |
| CN204170161U (en) | Pediatric sputum aspirator | |
| CN203483731U (en) | Oral trachea cannula fixer | |
| CN207071132U (en) | It is a kind of easy to operate and can be to the ophthalmic nursing cleaning device of Sewage treatment | |
| CN214857571U (en) | Tracheotomy protective cover | |
| CN205659239U (en) | Novel internal medicine respirator | |
| CN204050571U (en) | Intensive Respiratory Medicine nursing artificial ventilator | |
| CN215426734U (en) | Portable oxygen inhalation device for outpatient service | |
| CN204637215U (en) | Emergency department's nursing breath device | |
| CN219307723U (en) | Navel-protecting antidiarrheal bag for children | |
| CN203400389U (en) | Intraoral oxygen supply, humidifying and sterilization device | |
| CN203970981U (en) | Sterilizing-disinfecting device for white plague | |
| CN204319017U (en) | Incontinence coma patient feces collecting device | |
| CN204582203U (en) | A kind of with stethoscopic artificial respirator for cardiologic rescue | |
| CN203075418U (en) | Oral cavity humidifier |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20160629 |
|
| WD01 | Invention patent application deemed withdrawn after publication |