CN105919754A - Soft oxygen cabin with self-adjusting cabin body - Google Patents
Soft oxygen cabin with self-adjusting cabin body Download PDFInfo
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- CN105919754A CN105919754A CN201610441292.1A CN201610441292A CN105919754A CN 105919754 A CN105919754 A CN 105919754A CN 201610441292 A CN201610441292 A CN 201610441292A CN 105919754 A CN105919754 A CN 105919754A
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- valve
- nacelle
- receiving space
- oxygen
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61G—TRANSPORT, PERSONAL CONVEYANCES, OR ACCOMMODATION SPECIALLY ADAPTED FOR PATIENTS OR DISABLED PERSONS; OPERATING TABLES OR CHAIRS; CHAIRS FOR DENTISTRY; FUNERAL DEVICES
- A61G10/00—Treatment rooms or enclosures for medical purposes
- A61G10/02—Treatment rooms or enclosures for medical purposes with artificial climate; with means to maintain a desired pressure, e.g. for germ-free rooms
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- Health & Medical Sciences (AREA)
- Pulmonology (AREA)
- Life Sciences & Earth Sciences (AREA)
- Animal Behavior & Ethology (AREA)
- General Health & Medical Sciences (AREA)
- Public Health (AREA)
- Veterinary Medicine (AREA)
- Accommodation For Nursing Or Treatment Tables (AREA)
- Safety Valves (AREA)
Abstract
The invention provides a soft oxygen cabin with a self-adjusting cabin body. The soft oxygen cabin comprises the cabin body, a gas incoming assembly and a manual adjusting valve, the cabin body is surrounded to be isolated from the outside and forms an oxygen containing space, the gas incoming assembly communicates or isolates the outside and the oxygen containing space, an opening-closing device is arranged above inner zippers of the cabin body, the cabin body further comprises a soft interlayer, and two sides of the soft interlayer are fixed at the bottom of the inner side of the cabin body respectively. When the oxygen containing space is filled with gas, the soft interlayer is opened to be in a straight state, and when the oxygen containing space is not filled with gas, the soft interlayer is folded and stored; the inner zippers play a role in pressure bearing and sealing respectively, thereby effectively playing a special role respectively. A deflation valve and an emergency valve can automatically adjust over pressure and under pressure states respectively, and suffocation of personnel in the cabin can be prevented effectively in special accidents.
Description
Technical field
The invention belongs to field, oxygen cabin, relate to a kind of oxygen cabin carrying out safety self regulation.
Background technology
The use in current oxygen cabin, it is impossible to by popularization and application widely, be primarily due to current oxygen nacelle long-pending big, structure is complicated, price is high, and safety is the highest, needs the personnel possessing Professional knowledge just can operate.Patent No. 201110065138.6 discloses a kind of Portable soft air pressure oxygen cabin, and it can effectively reduce and take volume.But the program has and is partially improved a little: the headstock gear at aperture position uses inside and outside slide fastener double-decker to carry out airtight, and ventilate, use same structure to reach two kinds of effects and have its advantage, but its ventilation and the effect closed still reach to less than ideal, and reason is at the attachment structure of two-layer, it is to use the mode folded to carry out closing, folding mode is comparable effectively to be closed, but cannot carry out airtight completely, thus on air-tightness, this structure has much room for improvement.Meanwhile, nacelle is outside uses bracing frame to support, and arranges mattress between the two in order to lying human body, and this causes a problem to be to cannot be carried out overall storage in the longitudinal direction, and its volume taken is the biggest.Simultaneously, in the case of air pressure inside is relatively low, above-mentioned patent is used and is gradually passed through by oxygen between double layer surface and reaches to alleviate, but have employed airtight screen cloth due to double layer surface and bottom is sewed up, gas to be passed through needs the long period, or needing bigger pressure difference to be just enough to form quick air, this has potential safety hazard for the human body.
Summary of the invention
The technical problem to be solved in the present invention be to provide a kind of improve human body built-in time safety and be easy to storage oxygen cabin.
The soft oxygen cabin of a kind of self-regulation nacelle of the present invention, including
Nacelle body, closes isolation around encirclement with the external world, forms an oxygen receiving space, and described oxygen receiving space is used for accommodating oxygen and accommodating human body, makes human body absorb oxygen in described oxygen receiving space；
Air inlet assembly, described air inlet assembly is connected or closes extraneous Yu described oxygen receiving space, making oxygen be actively entered to oxygen receiving space by described air inlet assembly from nacelle body exterior；
And manual modulation valve, actively connect from nacelle body interior or close oxygen receiving space and the external world, making between outside and oxygen receiving space, to regulate nacelle body interior air pressure manually；
Described nacelle body is arranged over the opening for human body turnover, and described opening part is provided with headstock gear, by being turned on and off of described headstock gear, is interconnected or completely cuts off between nacelle body interior and outside；
Nacelle is the most internal also includes soft interlayer, soft interlayer two ends be individually fixed in the bottom of nacelle body internal surface, when filling gas to oxygen receiving space, described soft interlayer is flared to straight condition, when oxygen receiving space is not injected into gas, described soft interlayer and nacelle body are contraction state and folding storage.
As further describing of the soft oxygen cabin to above-mentioned a kind of self-regulation nacelle, the headstock gear of described nacelle body is provided with outer slide fastener, interior slide fastener layer it is additionally provided with inside the headstock gear of nacelle body, described interior slide fastener is arranged on interior slide fastener layer, and described interior slide fastener layer edge and nacelle calor innatus are together in one；When oxygen receiving space is full of air pressure, the interior slide fastener layer of nacelle body is close on the inner surface of nacelle body, the opening part of described nacelle body is tightly locked with outer slide fastener, bear the pressure in oxygen receiving space, described interior slide fastener is close airtight water slide fastener, interior slide fastener and interior slide fastener layer mutually close, to keep the sealing state of oxygen receiving space.
As further describing of the soft oxygen cabin to above-mentioned a kind of self-regulation nacelle, also include emergency valve, described emergency valve includes emergency valve body, mobile screw and emergency valve valve, described emergency valve valve is positioned at nacelle, and this is internal, emergency valve body is positioned at nacelle, and this is external, emergency valve valve center is fixed in described mobile screw one end, the other end fixes through emergency valve body with draw ring, emergency valve valve relative emergency valve body moves up and down, described emergency valve valve is being provided with the first silica gel ring with emergency valve body bottom portion contact position, seal laminating emergency valve valve and emergency valve body；When oxygen receiving space air pressure inside is less than external pressure, it is internal and extraneous that emergency valve valve declines connection oxygen receiving space automatically, when oxygen receiving space air pressure inside is higher than external pressure, emergency valve valve presses forward emergency valve body bottom portion and starvation receiving space is internal and extraneous.
As further describing of the soft oxygen cabin to above-mentioned a kind of self-regulation nacelle, also include automatic blow off valve valve air relief, described automatic blow off valve valve air relief includes valve of exitting, second silica gel ring, standing screw, regulation spring, adjustment seat and automatic deflation valve body, the second described silica gel ring is fixed on the bottom of venting valve and seals laminating with automatic blow off valve valve air relief body edges, described regulation spring both sides are connected in automatic deflation valve body and adjustment seat, standing screw is connected with each other with described venting valve and adjustment seat, described adjustment seat, standing screw and regulation spring are positioned at automatic deflation valve body, and venting valve moves up and down along described automatic deflation valve body；When oxygen receiving space air pressure inside is higher than preset value, venting valve moves up with adjustment seat pressurized and connects oxygen receiving space with extraneous, outwards venting reduces oxygen receiving space air pressure inside, regulate spring-compressed and store elastic potential energy, when oxygen receiving space air pressure inside is less than preset value, adjustment seat described in regulation spring downward moves down, and drives venting valve to move down partition oxygen receiving space with extraneous.
As further describing of the soft oxygen cabin to above-mentioned a kind of self-regulation nacelle, described nacelle body is Polyurethane Thermoplastic Elastomer material composition.
As further describing of the soft oxygen cabin to above-mentioned a kind of self-regulation nacelle, described nacelle body is provided with transparent visual windows, can be from the environment in external observation oxygen receiving space；And Pressure gauge is installed on nacelle body, described Pressure gauge is connected to, inside oxygen receiving space, measure and show the atmospheric pressure of oxygen receiving space.
As further describing of the soft oxygen cabin to above-mentioned a kind of self-regulation nacelle, the bottom of nacelle body is formed around support foot, with the position of fixing nacelle body, prevents nacelle body from rotating；Nacelle body is arranged over " D " shape draw ring, assists fixing nacelle body in order to hang up.
The invention has the beneficial effects as follows:
1, nacelle body arranges inside and outside slide fastener simultaneously so that it is respectively constitute the effect of pressure-bearing and sealing, so that two slide fasteners each serve as effective special effect；
2, it is provided with soft interlayer at nacelle body, the both sides of soft interlayer are separately fixed on the inner surface of nacelle body, and nacelle is during inflation, along with the expansion of nacelle, interlayer stretching will be driven, when nacelle reaches nominal pressure when, interlayer then linear state, can lie thereon by adaptive human body, when need not use, nacelle body and the equal Foldable of interlayer, thus convenient for collecting, effectively save space.
3, use emergency valve and automatic blow off valve valve air relief, respectively overvoltage and under-voltage condition are carried out self-regulation.When the air pressure that the air pressure of nacelle sets higher than automatic air release valve, automatic air release valve meeting automatic deflation, carrys out the pressure in stabilizing cabin, prevents nacelle from explosion occur, or human body is in high pressure and occurs that uncomfortable situation occurs.And have a power failure or other special unexpected in the case of, in the mechanical property of application emergency valve can effectively prevent cabin, personnel occur apneic events to occur.
Accompanying drawing explanation
Fig. 1 is the overall structure figure of the present invention；
Fig. 2 is the zip-tie composition of location A in Fig. 1 of the present invention；
Fig. 3 is the detonation configuration schematic diagram of emergency valve；
Fig. 4 is the emergency valve structural representation at closure state；
Fig. 5 is the automatic blow off valve valve air relief structural representation at closure state；
Fig. 6 is the detonation configuration schematic diagram of automatic blow off valve valve air relief.
Detailed description of the invention
Reference Fig. 1-6, the soft oxygen cabin of a kind of self-regulation nacelle of the present invention, including
Nacelle body 1, closes isolation around encirclement with the external world, forms an oxygen receiving space, and described oxygen receiving space is used for accommodating oxygen and accommodating human body, makes human body absorb oxygen in described oxygen receiving space
Air inlet assembly 2, described air inlet assembly 2 connects or closes extraneous Yu described oxygen receiving space, makes oxygen be actively entered to oxygen receiving space by described air inlet assembly 2 from nacelle body exterior；
And manual modulation valve 3, connect or close oxygen receiving space with extraneous from the internal active of nacelle body 1, make between outside and oxygen receiving space, to regulate nacelle body 1 air pressure inside manually, in the case of this manual modulation valve 3 can need inside nacelle, connect inside and outside and be finally reached inside and outside air pressure balance；
Described nacelle body 1 is arranged over the opening for human body turnover, and described opening part is provided with headstock gear, by being turned on and off of described headstock gear, is interconnected or completely cuts off between nacelle body 1 inside and outside；
Soft interlayer 13 is also included in nacelle body 1, soft interlayer 13 two ends be individually fixed in the bottom of nacelle body internal surface, when nacelle body 1 is during pressurization inflation, expansion along with nacelle, driving the stretching of interlayer thus body support is got up, nacelle is continued for the process of constant voltage, can make interlayer linear state always, do not have the situation of arc, improve users'comfort；When oxygen receiving space is not injected into gas, described soft interlayer 13 and nacelle body 1 can in contraction state folding storage, effectively save space.
As further describing of the soft oxygen cabin to above-mentioned a kind of self-regulation nacelle, with reference to Fig. 2, described headstock gear includes outer slide fastener 14 and interior slide fastener 15, the headstock gear of described nacelle body 1 is provided with outer slide fastener 14, interior slide fastener layer 11 it is additionally provided with inside the headstock gear of nacelle body 1, described interior slide fastener 15 is arranged on interior slide fastener layer 11, and described interior slide fastener layer 11 edge and nacelle body 1 heat seal are in one；When oxygen receiving space is full of air pressure, the interior slide fastener layer 11 of nacelle body 1 is close on the inner surface of nacelle body 1, the opening part of described nacelle body is tightly locked with outer slide fastener 14, bear the pressure in oxygen receiving space, described interior slide fastener 15 is close airtight water slide fastener, interior slide fastener and interior slide fastener layer mutually close, to keep the sealing state of oxygen receiving space.This interior slide fastener layer 11 is mutually close to when gassy with nacelle body 1, and by heat seal in time being integrally possible to prevent human body in internal actions, and cause the unsteady phenomena sliding between the two or being mutually shifted to occur.In above-mentioned nacelle body, opening part coordinates outer slide fastener 14 to be mainly used in the pressure born within nacelle, and play is pressure-bearing effect, and interior slide fastener layer coordinates the slide fastener of close airtight water, being mainly used in carrying out airtight effect, the separately design of this slide fastener can effectively guarantee the service life at two slide fasteners.
As further describing of the soft oxygen cabin to above-mentioned a kind of self-regulation nacelle, also include emergency valve 4, described emergency valve 4 includes emergency valve body 41, mobile screw 42 and emergency valve valve 43, described emergency valve valve 43 is positioned at nacelle body 1, emergency valve body 41 is positioned at outside nacelle body 1, emergency valve valve 43 center is fixed in described mobile screw 42 one end, the other end fixes through emergency valve body 41 with draw ring 44, emergency valve valve 43 relative emergency valve body 41 moves up and down, described emergency valve valve 43 with emergency valve body 41 bottom contact position be provided with the first silica gel ring 45, seal laminating emergency valve valve 43 and emergency valve body 41；When oxygen receiving space air pressure inside is less than external pressure, the pressure of the spring deposit in emergency valve 4 is equipped with mobile screw 42, the gravity of emergency valve valve 43 acts on downwards, it is internal and extraneous that emergency valve valve 43 declines connection oxygen receiving space automatically, when oxygen receiving space air pressure inside is higher than external pressure, it is internal and extraneous that emergency valve valve 43 presses forward starvation receiving space bottom emergency valve body 41.As people falls asleep in cabin, when there is the accident having a power failure, owing to the sealing of nacelle is very good, air pressure declines slower.Because being not up to the air pressure requirement of automatic air release valve, so automatic air release valve will not start venting function.And manual modulation valve, need manually to unscrew and just can exit, people is in a sleep state, it is impossible to the action manually exitted, so the two device is invalid, in cabin occur this situation time cannot self judgment, people is easy to life danger occur.This emergency valve is when the air pressure in oxygen cabin declines, under gravity, emergency valve valve 43 will decline automatically, the air inlet by emergency valve body 41 of the air out of my cabin, enters in oxygen cabin, thus circulates with extraneous air in keeping cabin, ensure personal safety, meanwhile, this mechanical property can have a power failure or other special unexpected in the case of, prevent that personnel in cabin are ignorant and and asphyxiant situation occurs.In use, it is preferable that, nacelle is during inflation, and the finger of people pins emergency valve valve 43, can loose one's grip and automatically close after continuing 2-3 minute after emergency valve is sealing state.
As further describing of the soft oxygen cabin to above-mentioned a kind of self-regulation nacelle, also include automatic blow off valve valve air relief 5, described automatic blow off valve valve air relief 5 includes valve 51 of exitting, second silica gel ring 52, standing screw 53, regulation spring 54, adjustment seat 55 and automatic deflation valve body 56, the second described silica gel ring 52 is fixed on the bottom of venting valve 51 and fits with automatic deflation valve body 56 edge seal, described regulation spring 54 both sides are connected in automatic deflation valve body 56 and adjustment seat 55, standing screw 53 is connected with each other with described venting valve 51 and adjustment seat 55, described adjustment seat 55, standing screw 53 and regulation spring 54 are positioned at automatic deflation valve body 56, and venting valve 51 moves up and down along described automatic deflation valve body 56；When oxygen receiving space air pressure inside is higher than preset value, venting valve 51 moves up with adjustment seat 55 pressurized and connects oxygen receiving space with extraneous, outwards venting reduces oxygen receiving space air pressure inside, regulation spring 54 compresses and stores elastic potential energy, when oxygen receiving space air pressure inside is less than preset value, regulation spring presses for 54 times described adjustment seat 55 to move down, and drives venting valve 51 to move down partition oxygen receiving space with extraneous.Automatic blow off valve valve air relief is when cabin internal gas pressure raises, venting valve 51 drives standing screw 53, adjustment seat 55 to raise, now spring tightens up, venting is started when valve 51 of exitting is elevated above automatic deflation valve body 56 periphery hole position, thus cabin internal gas pressure can be reduced, when air pressure drop as little as air pressure required value, elastic force at spring is more than air pressure inside active force, adjustment seat 55 then drops to home position, drive venting valve 51 to move down through standing screw 53 simultaneously, be sealing state with base under the effect of the second silica gel ring 52.
As further describing of the soft oxygen cabin to above-mentioned a kind of self-regulation nacelle, described nacelle body 1 is Polyurethane Thermoplastic Elastomer material (i.e. TPU) composition.This material has the high-tension of brilliance, high-tensile strength, tough and ageing-resistant characteristic, it is wear-resisting, cold-resistant, oil resistant, the characteristic such as water-fast, there are many excellent functions such as high water proofing property poisture-penetrability, Radix Saposhnikoviae, cold-proof, antibacterial, mildew-resistant, warming, uvioresistant and energy release simultaneously, be effective to long-term and the isolation of outside multi-environment factor oxygen cabin.
As further describing of the soft oxygen cabin to above-mentioned a kind of self-regulation nacelle, described nacelle body 1 is provided with transparent visual windows 16, can be from the environment in external observation oxygen receiving space；And Pressure gauge 19 is installed on nacelle body 1, described Pressure gauge is connected to, inside oxygen receiving space, measure and show the atmospheric pressure of oxygen receiving space.
As further describing of the soft oxygen cabin to above-mentioned a kind of self-regulation nacelle, the bottom of nacelle body 1 is formed around support foot 17, with the position of fixing nacelle body, prevents nacelle body from rotating；Nacelle body is arranged over " D " shape draw ring 18, assists fixing nacelle body in order to hang up.Above-mentioned support foot can use these four support foots to realize the effect of anti-rotation when not having bedstead；D type draw ring is then in order to hang on bedstead, to play fixing effect by oxygen cabin auxiliary.
The technical scope of the present invention is not imposed any restrictions by the above, all any amendment, equivalent variations and modifications made above embodiment according to the technology of the present invention essence, all still falls within the range of technical solution of the present invention.
Claims (7)
1. a soft oxygen cabin for self-regulation nacelle, including
Nacelle body, closes isolation around encirclement with the external world, forms an oxygen receiving space, and described oxygen receiving space is used for accommodating oxygen and accommodating human body, makes human body absorb oxygen in described oxygen receiving space；
Air inlet assembly, described air inlet assembly is connected or closes extraneous Yu described oxygen receiving space, making oxygen be actively entered to oxygen receiving space by described air inlet assembly from nacelle body exterior；
And manual modulation valve, actively connect from nacelle body interior or close oxygen receiving space and the external world, making between outside and oxygen receiving space, to regulate nacelle body interior air pressure manually；
Described nacelle body is arranged over the opening for human body turnover, and described opening part is provided with headstock gear, by being turned on and off of described headstock gear, is interconnected or completely cuts off between nacelle body interior and outside；
It is characterized in that: nacelle is the most internal also includes soft interlayer, the both sides of soft interlayer are individually fixed in the bottom inside nacelle body, when filling gas to oxygen receiving space, described soft interlayer is flared to straight condition, when oxygen receiving space is not injected into gas, described soft interlayer and nacelle body are contraction state and folding storage.
The soft oxygen cabin of a kind of self-regulation nacelle the most according to claim 1, it is characterized in that: the headstock gear of described nacelle body is provided with outer slide fastener, interior slide fastener layer it is additionally provided with inside the headstock gear of nacelle body, interior slide fastener is arranged on interior slide fastener layer, and described interior slide fastener layer edge and nacelle calor innatus are together in one；When oxygen receiving space is full of air pressure, the interior slide fastener layer of nacelle body is close on the inner surface of nacelle body, the opening part of described nacelle body is tightly locked with outer slide fastener, bear the pressure in oxygen receiving space, described interior slide fastener is close airtight water slide fastener, interior slide fastener and interior slide fastener layer mutually close, to keep the sealing state of oxygen receiving space.
The soft oxygen cabin of a kind of self-regulation nacelle the most according to claim 1, it is characterized in that: also include emergency valve, described emergency valve includes emergency valve body, mobile screw and emergency valve valve, described emergency valve valve is positioned at nacelle, and this is internal, emergency valve body is positioned at nacelle, and this is external, emergency valve valve center is fixed in described mobile screw one end, the other end fixes through emergency valve body with draw ring, emergency valve valve relative emergency valve body moves up and down, described emergency valve valve is being provided with the first silica gel ring with emergency valve body bottom portion contact position, seal laminating emergency valve valve and emergency valve body；When oxygen receiving space air pressure inside is less than external pressure, it is internal and extraneous that emergency valve valve declines connection oxygen receiving space automatically, when oxygen receiving space air pressure inside is higher than external pressure, emergency valve valve presses forward emergency valve body bottom portion and starvation receiving space is internal and extraneous.
The soft oxygen cabin of a kind of self-regulation nacelle the most according to claim 1, it is characterized in that: also include automatic blow off valve valve air relief, described automatic blow off valve valve air relief includes valve of exitting, second silica gel ring, standing screw, regulation spring, adjustment seat and automatic deflation valve body, the second described silica gel ring is fixed on the bottom of venting valve and seals laminating with automatic blow off valve valve air relief body edges, described regulation spring both sides are connected in automatic deflation valve body and adjustment seat, standing screw is connected with each other with described venting valve and adjustment seat, described adjustment seat, standing screw and regulation spring are positioned at automatic deflation valve body, and venting valve moves up and down along described automatic deflation valve body；When oxygen receiving space air pressure inside is higher than preset value, venting valve moves up with adjustment seat pressurized and connects oxygen receiving space with extraneous, outwards venting reduces oxygen receiving space air pressure inside, regulate spring-compressed and store elastic potential energy, when oxygen receiving space air pressure inside is less than preset value, adjustment seat described in regulation spring downward moves down, and drives venting valve to move down partition oxygen receiving space with extraneous.
The soft oxygen cabin of a kind of self-regulation nacelle the most according to claim 1, it is characterised in that: described nacelle body is Polyurethane Thermoplastic Elastomer material composition.
The soft oxygen cabin of a kind of self-regulation nacelle the most according to claim 1, it is characterised in that: described nacelle body is provided with transparent visual windows, can be from the environment in external observation oxygen receiving space；And Pressure gauge is installed on nacelle body, described Pressure gauge is connected to, inside oxygen receiving space, measure and show the atmospheric pressure of oxygen receiving space.
The soft oxygen cabin of a kind of self-regulation nacelle the most according to claim 1, it is characterised in that: the bottom of nacelle body is formed around support foot, with the position of fixing nacelle body, prevents nacelle body from rotating；Nacelle body is arranged over " D " shape draw ring, assists fixing nacelle body in order to hang up.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610441292.1A CN105919754A (en) | 2016-06-20 | 2016-06-20 | Soft oxygen cabin with self-adjusting cabin body |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201610441292.1A CN105919754A (en) | 2016-06-20 | 2016-06-20 | Soft oxygen cabin with self-adjusting cabin body |
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| CN105919754A true CN105919754A (en) | 2016-09-07 |
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| CN201610441292.1A Pending CN105919754A (en) | 2016-06-20 | 2016-06-20 | Soft oxygen cabin with self-adjusting cabin body |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107327170A (en) * | 2017-08-30 | 2017-11-07 | 西藏圣鑫医药科技有限公司 | Can intelligent pressure regulating membrane structure space |
| CN110508332A (en) * | 2019-08-21 | 2019-11-29 | 中国航空制造技术研究院 | A kind of net gas cabin device of combined type flexible |
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| CN202207266U (en) * | 2011-09-13 | 2012-05-02 | 吕元安 | Portable horizontal type soft oxygen cabin |
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| TWI514522B (en) * | 2005-03-18 | 2015-12-21 | Dowa Electronics Materials Co | Submount and method for making a submount |
| CN205885724U (en) * | 2016-06-20 | 2017-01-18 | 中山元其健康管理有限公司 | Software oxygen cabin of self -interacting cabin body |
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|---|---|---|---|---|
| US6062215A (en) * | 1997-07-22 | 2000-05-16 | Kinetic Concepts, Inc. | Hyperbaric oxygen patient treatment system |
| TWI514522B (en) * | 2005-03-18 | 2015-12-21 | Dowa Electronics Materials Co | Submount and method for making a submount |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107327170A (en) * | 2017-08-30 | 2017-11-07 | 西藏圣鑫医药科技有限公司 | Can intelligent pressure regulating membrane structure space |
| CN110508332A (en) * | 2019-08-21 | 2019-11-29 | 中国航空制造技术研究院 | A kind of net gas cabin device of combined type flexible |
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