CN205885724U - Software oxygen cabin of self -interacting cabin body - Google Patents
Software oxygen cabin of self -interacting cabin body Download PDFInfo
- Publication number
- CN205885724U CN205885724U CN201620603362.4U CN201620603362U CN205885724U CN 205885724 U CN205885724 U CN 205885724U CN 201620603362 U CN201620603362 U CN 201620603362U CN 205885724 U CN205885724 U CN 205885724U
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- China
- Prior art keywords
- valve
- nacelle
- oxygen
- receiving space
- cabin
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Abstract
The utility model provides a software oxygen cabin of self -interacting cabin body, including cabin body, it is closed isolated with the external world around surrounding, forms an oxygen accommodating space, the assembly admits air, the assembly that admits air intercommunication or seal external with oxygen accommodating space to and manual regulation valve, the inner zipper top of cabin body is provided with the headstock gear, this internally still includes soft interlayer the cabin body, and the cabin inboard bottom of body is fixed in respectively to the both sides of soft interlayer. The utility model discloses when filling gas to oxygen accommodating space, soft interlayer opens to the state of flare -outing, and when oxygen accommodating space did not pour into gas into, soft interlayer is folding to be accomodate, inner zipper constitutes pressure -bearing and sealed respectively, makes two zip fasteners play effectual special effect respectively. Automatic blow off valve valve air relief and emergency valve can carry out self -interacting to excessive pressure and undervoltage condition respectively, under the circumstances of special accident, can effectively prevent the asphyxiant circumstances of under -deck personnel.
Description
Technical field
This utility model belongs to oxygen cabin field, is related to a kind of oxygen cabin carrying out safety self regulation.
Background technology
Current oxygen cabin using it is impossible to by extensive popularization and application, being primarily due to current oxygen nacelle, to amass big, structure multiple
Miscellaneous, price is high, and safety is not high, and the personnel needing to have Professional knowledge just can be operated.Patent No.
201110065138.6 disclosing a kind of Portable soft air pressure oxygen cabin, it can effectively reduce occupancy volume.But the program
Have and be partially improved a little: carried out using inside and outside slide fastener double-decker in the headstock gear of aperture position airtight, and ventilated,
Reaching two kinds of effects using same structure has its advantage, but the effect of its ventilation and closing still reaches to less than ideal, reason
It is at the attachment structure of two-layer, be to be closed by the way of folding, folding mode may compare and effectively closed,
But cannot carry out airtight completely, thus on air-tightness, this structure has much room for improvement.Meanwhile, come using bracing frame outside nacelle right
It is supported, and in order to lying human body, this leads to a problem is to cannot be carried out in the longitudinal direction to setting mattress between the two
Overall storage, the volume that it takies is still larger.Meanwhile, in the case that internally air pressure is relatively low, above-mentioned patent uses
Gradually it is passed through by oxygen between double layer surface and reach alleviation, but because double layer surface employs airtight screen cloth and bottom seam
Close, gas to be passed through needs the long period, or need larger pressure difference to be just enough to form quick air, this is for the human body
There is potential safety hazard.
Content of the invention
The technical problems to be solved in the utility model be provide a kind of improve human body built-in when safety and be easy to
The oxygen cabin of storage.
A kind of soft oxygen cabin of self-regulation nacelle described in the utility model, including
Nacelle body, around encirclement and extraneous closing isolation, forms an oxygen receiving space, described oxygen receiving space
For accommodating oxygen and accommodating human body, human body is made to absorb oxygen in described oxygen receiving space；
Extraneous Yu the described oxygen receiving space of air inlet assembly, described air inlet assembly connection or closing, makes oxygen from nacelle
Body exterior is actively entered to oxygen receiving space by described air inlet assembly；
And manual modulation valve, actively connect from nacelle body interior or closing oxygen receiving space and the external world, make outside
Nacelle body interior air pressure is manually adjusted and oxygen receiving space between；
It is provided with the opening for human body turnover above described nacelle body, be provided with headstock gear at described opening, by institute
Being turned on and off of the headstock gear stated, is interconnected between nacelle body interior and outside or completely cuts off；
Nacelle this also include in vivo soft interlayer, soft interlayer two ends be individually fixed in the bottom of nacelle body internal surface
Portion, when filling gas to oxygen receiving space, described soft interlayer is flared to straight condition, when oxygen receiving space is not injected into
During gas, described soft interlayer and nacelle body are in contraction state and folding storage.
As further describing to a kind of above-mentioned soft oxygen cabin of self-regulation nacelle, the headstock gear of described nacelle body
It is provided with outer slide fastener, inside the headstock gear of nacelle body, is additionally provided with interior slide fastener layer, described interior slide fastener is arranged on interior slide fastener
Interior slide fastener layer edge on layer and described and nacelle calor innatus are together in one；When oxygen receiving space is full of air pressure, nacelle is originally
The interior slide fastener layer of body is close on the inner surface of nacelle body, tightly locks with outer slide fastener, hold at the described opening of nacelle body
By the pressure in oxygen receiving space, described interior slide fastener is close airtight water slide fastener, and interior slide fastener and interior slide fastener layer mutually close, with
Keep the sealing state of oxygen receiving space.
As further describing to a kind of above-mentioned soft oxygen cabin of self-regulation nacelle, also include emergency valve, described should
Anxious valve includes emergent valve body, mobile screw and emergency valve valve, and described emergency valve valve is located at nacelle originally in vivo, emergency valve
Body is located at nacelle, and this is external, and emergency valve valve center is fixed in described mobile screw one end, and the other end passes through emergent valve body
And fix with draw ring phase, emergency valve valve relative emergency valve body moves up and down, and described emergency valve valve is with emergency valve originally
Body bottom contact position is provided with the first silica gel ring, palette emergency valve valve and emergent valve body；Inside oxygen receiving space
When air pressure is less than external pressure, emergency valve valve declines automatically connects oxygen receiving space inside and the external world, when oxygen houses sky
Between air pressure inside when being higher than external pressure, emergency valve valve press forward emergency valve body bottom portion and in starvation receiving space
Portion and the external world.
As further describing to a kind of above-mentioned soft oxygen cabin of self-regulation nacelle, also include automatic blow off valve valve air relief, described
Automatic blow off valve valve air relief include exitting valve, the second silica gel ring, standing screw, adjust spring, adjustment seat and automatic blow off valve valve air relief this
Body, the second described silica gel ring be fixed on venting valve bottom and with automatic blow off valve valve air relief body edges palette, described
Adjust spring both sides to be connected in automatic deflation valve body and adjustment seat, standing screw and described venting valve and regulation
Seat is connected with each other, described adjustment seat, standing screw and adjust spring and be located in automatic deflation valve body, and valve of exitting is along described
Automatic deflation valve body moves up and down；When oxygen receiving space air pressure inside is higher than preset value, venting valve and adjustment seat are subject to
Pressure moves up and connects oxygen receiving space and the external world, and outwards venting reduces oxygen receiving space air pressure inside, adjusts spring
Compress and store elastic potential energy, when oxygen receiving space air pressure inside is less than preset value, adjust adjustment seat described in spring downward
Move down, drive venting valve to move down cut-off oxygen receiving space and the external world.
As further describing to a kind of above-mentioned soft oxygen cabin of self-regulation nacelle, described nacelle body is thermoplastic poly
Urethane elastomer material forms.
As further describing to a kind of above-mentioned soft oxygen cabin of self-regulation nacelle, described nacelle body is provided with transparent
Visual windows, can environment from external observation oxygen receiving space；And pressure gauge is provided with nacelle body, described pressure
Power table is connected to inside oxygen receiving space, the atmospheric pressure of measurement and display oxygen receiving space.
As further describing to a kind of above-mentioned soft oxygen cabin of self-regulation nacelle, the bottom of nacelle body is formed around
Support foot, to fix the position of nacelle body, prevents nacelle body from rotating；It is provided with " d " shape draw ring, in order to hang above nacelle body
Rise and assist fixing nacelle body.
The beneficial effects of the utility model are:
1st, nacelle body arranges inside and outside slide fastener so as to respectively constitute the effect of pressure-bearing and sealing simultaneously, so that two are drawn
Chain each serves as effectively special effect；
2nd, it is provided with soft interlayer in nacelle body, the both sides of soft interlayer are separately fixed on the inner surface of nacelle body,
Nacelle, during inflation, with the expansion of nacelle, will drive interlayer to stretch, when nacelle reaches nominal pressure, every
Layer then linear state, can be adapted to human body and lie at thereon, when not needing to use, nacelle body and the equal Foldable of interlayer,
Thus convenient for collecting, effectively save space.
3rd, adopt emergency valve and automatic blow off valve valve air relief, respectively self-regulation is carried out to overvoltage and under-voltage condition.Gas when nacelle
During the air pressure that pressure sets higher than automatic air release valve, automatic air release valve meeting automatic deflation, carrys out the pressure in stabilizing cabin, prevents cabin
Explosion in body, or human body is in high pressure and uncomfortable situation generation.And have a power failure or other special unexpected in the case of,
The mechanical property of application emergency valve can effectively prevent personnel in cabin from occurring apneic events to occur.
Brief description
Fig. 1 is overall structure figure of the present utility model；
Fig. 2 is the zip-tie composition of a position in this utility model Fig. 1；
Fig. 3 is the configuration schematic diagram of emergency valve；
Fig. 4 is the structural representation in closure state for the emergency valve；
Fig. 5 is the structural representation in closure state for the automatic blow off valve valve air relief；
Fig. 6 is the configuration schematic diagram of automatic blow off valve valve air relief.
Specific embodiment
Reference picture 1-6, a kind of soft oxygen cabin of self-regulation nacelle described in the utility model, including
Nacelle body 1, around encirclement and extraneous closing isolation, forms an oxygen receiving space, described oxygen collecting is empty
Between be used for accommodating oxygen and accommodating human body, make 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 from cabin
Body body exterior is actively entered to oxygen receiving space by described air inlet assembly 2；
And manual modulation valve 3, actively connect from nacelle body 1 inside or closing oxygen receiving space and the external world, make outer
Nacelle body 1 air pressure inside is manually adjusted, this manual modulation valve 3 can be in nacelle between portion and oxygen receiving space
In the case that portion needs, connect inside and outside and be finally reached inside and outside air pressure balance；
It is provided with the opening for human body turnover above described nacelle body 1, be provided with headstock gear at described opening, by institute
Being turned on and off of the headstock gear stated, is interconnected between nacelle body 1 inside and outside or completely cuts off；
Also include soft interlayer 13 in nacelle body 1, soft interlayer 13 two ends be individually fixed in this internal table of nacelle
The bottom in face, when nacelle body 1 is during pressurization inflation, with the expansion of nacelle, drives the stretching of interlayer thus people
Body supports, and nacelle is continued for the process of constant voltage, can make interlayer linear state always, is not in 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 be in contractions
State and folding storage, effectively save space.
As further describing to a kind of above-mentioned soft oxygen cabin of self-regulation nacelle, with reference to Fig. 2, described headstock gear
Including outer slide fastener 14 and interior slide fastener 15, the headstock gear of described nacelle body 1 is provided with outer slide fastener 14, the keying of nacelle body 1
It is additionally provided with interior slide fastener layer 11, described interior slide fastener 15 is arranged on interior slide fastener layer 11 inside device, and described interior slide fastener layer
11 edges 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 tight
It is attached on the inner surface of nacelle body 1, tightly locks with outer slide fastener 14 at the described opening of nacelle body, bear oxygen and house sky
Interior pressure, described interior slide fastener 15 is close airtight water slide fastener, and interior slide fastener and interior slide fastener layer mutually close, to keep oxygen to receive
Hold the sealing state in space.This interior slide fastener layer 11 is mutually close in gassy with nacelle body 1, and passes through heat seal in one
When can prevent human body action internally, and the unsteady phenomena sliding between the two or being mutually shifted is led to occur.Above-mentioned
Nacelle body in, coordinate outer slide fastener 14 to be mainly used in bearing the pressure within nacelle at opening, play is that pressure-bearing acts on, and interior
Slide fastener layer coordinates the slide fastener of close airtight water, is mainly used in carrying out airtight effect, the separate design of this slide fastener can effectively guarantee two
Service life at slide fastener.
As further describing to a kind of above-mentioned soft oxygen cabin of self-regulation nacelle, also include emergency valve 4, described should
Anxious valve 4 includes emergent valve body 41, mobile screw 42 and emergency valve valve 43, and described emergency valve valve 43 is located at nacelle body
In 1, emergent valve body 41 is located at outside nacelle body 1, and emergency valve valve 43 center is fixed in described mobile screw 42 one end, another
End is mutually fixed through emergent valve body 41 with draw ring 44, and emergency valve valve 43 relative emergency valve body 41 moves up and down, described
Emergency valve valve 43 be provided with the first silica gel ring 45, palette emergency valve valve 43 with emergent valve body 41 bottom contact position
With emergent 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
It is equipped with mobile screw 42, the gravity of emergency valve valve 43 acts on downwards jointly, emergency valve valve 43 automatically declines connection oxygen and receives
Hold interior volume and the external world, when oxygen receiving space air pressure inside is higher than external pressure, emergency valve valve 43 presses forward should
Anxious valve body 41 bottom and starvation receiving space are internal and extraneous.As people falls asleep in cabin, when the accident having a power failure occurs, by
Very good in the sealing of nacelle, air pressure declines slower.Air pressure because being not up to automatic air release valve requires, so automatic deflation
Valve will not start venting function.And manual modulation valve, need to unscrew manually and just can be exitted, people in a sleep state, no
The action that can be exitted manually, so this two devices are invalid, occur in cabin during this situation cannot self judgment, people is easy to
Life danger occurs., when the air pressure in oxygen cabin declines, under gravity, emergency valve valve 43 will be automatic for this emergency valve
Decline, air out of my cabin, by the air inlet of emergent valve body 41, enters in oxygen cabin, thus keeping the air with the external world in cabin
Circulation it is ensured that personal safety, meanwhile, this mechanical property can have a power failure or other special unexpected in the case of, prevent personnel in cabin
Ignorant and and asphyxiant situation occur.Use when it is preferable that, nacelle inflation during, the finger of people
Pin emergency valve valve 43, can loose one's grip after emergency valve is in sealing state after continuing 2-3 minute and automatically be closed.
As further describing to a kind of above-mentioned soft oxygen cabin of self-regulation nacelle, also include automatic blow off valve valve air relief 5, described
Automatic blow off valve valve air relief 5 include exit valve 51, the second silica gel ring 52, standing screw 53, adjust spring 54, adjustment seat 55 and from
Dynamic venting valve body 56, the second described silica gel ring 52 be fixed on venting valve 51 bottom and with automatic deflation valve body 56 side
Edge palette, described regulation spring 54 both sides are connected in automatic deflation valve body 56 and adjustment seat 55, fixing spiral shell
Bar 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
In automatic deflation valve body 56, and valve 51 of exitting moves up and down along described automatic deflation valve body 56；When oxygen houses
When interior volume air pressure is higher than preset value, venting valve 51 and pressurized the moving up of adjustment seat 55 and connect oxygen receiving space with
The external world, outwards venting reduces oxygen receiving space air pressure inside, adjusts spring 54 and compresses and store elastic potential energy, when oxygen houses
When interior volume air pressure is less than preset value, adjusts spring 54 and push described adjustment seat 55 and move down, drive venting valve 51 to
Lower mobile occluded oxygen gas receiving space and the external world.When cabin internal gas pressure raises, venting valve 51 drives fixing spiral shell to automatic blow off valve valve air relief
Bar 53, adjustment seat 55 raise, and now spring is tightened up, when valve 51 of exitting is elevated above automatic deflation valve body 56 periphery hole position
Start to exit, thus cabin internal gas pressure can be reduced, when air pressure is reduced to air pressure required value, be more than internal gas in the elastic force of spring
Pressure active force, adjustment seat 55 then drops to home position, drives venting valve 51 to move down through standing screw 53, second simultaneously
With base in sealing state in the presence of silica gel ring 52.
As further describing to a kind of above-mentioned soft oxygen cabin of self-regulation nacelle, described nacelle body 1 is thermoplasticity
Polyurethane elastomer material (i.e. tpu) forms.This material has remarkable high-tension, high-tensile strength, tough and ageing-resistant characteristic,
It is wear-resisting, cold-resistant, oil resistant, the characteristic such as water-fast, have simultaneously high water proofing property poisture-penetrability, Radix Saposhnikoviae, cold-proof, antibacterial, mould proof, warming,
Many excellent functions such as uvioresistant and energy release, effective for the oxygen cabin of long-term and outside multi-environment factor isolation.
As further describing to a kind of above-mentioned soft oxygen cabin of self-regulation nacelle, described nacelle body 1 is provided with
Bright visual windows 16, can environment from external observation oxygen receiving space；And pressure gauge 19 is provided with nacelle body 1,
Described pressure gauge is connected to inside oxygen receiving space, the atmospheric pressure of measurement and display oxygen receiving space.
As further describing to a kind of above-mentioned soft oxygen cabin of self-regulation nacelle, the bottom surrounding of nacelle body 1 sets
There is support foot 17, to fix the position of nacelle body, prevent nacelle body from rotating；It is provided with " d " shape draw ring 18 above nacelle body,
Assist fixing nacelle body in order to hang up.Above-mentioned support foot can be supported using this four when not having bedstead
Foot is realizing the effect of anti-rotation；And d type draw ring is then in order to hang over oxygen cabin auxiliary on bedstead, to play fixing effect.
The above not imposes any restrictions to technical scope of the present utility model, all foundation this utility model technical spirit
Any modification, equivalent variations and the modification that above embodiment is made, all still falls within the scope of technical solutions of the utility model
Interior.
Claims (7)
1. a kind of soft oxygen cabin of self-regulation nacelle, including
Nacelle body, around encirclement and extraneous closing isolation, forms an oxygen receiving space, described oxygen receiving space is used for
Accommodate oxygen and accommodating human body, make human body absorb oxygen in described oxygen receiving space；
Extraneous Yu the described oxygen receiving space of air inlet assembly, described air inlet assembly connection or closing, makes oxygen from nacelle body
Outside is actively entered to oxygen receiving space by described air inlet assembly；
And manual modulation valve, actively connect from nacelle body interior or closing oxygen receiving space and the external world, make outside and oxygen
Nacelle body interior air pressure is manually adjusted between gas receiving space；
It is provided with the opening for human body turnover above described nacelle body, be provided with headstock gear at described opening, by described
Being turned on and off of headstock gear, is interconnected between nacelle body interior and outside or completely cuts off；
It is characterized in that: nacelle originally also includes soft interlayer in vivo, and the both sides of soft interlayer are individually fixed in inside nacelle body
Bottom, when filling gas to oxygen receiving space, described soft interlayer is flared to straight condition, when oxygen receiving space not
During injection gas, described soft interlayer and nacelle body are in contraction state and folding storage.
2. a kind of self-regulation nacelle according to claim 1 soft oxygen cabin it is characterised in that: the opening of described nacelle body
Close device and be provided with outer slide fastener, inside the headstock gear of nacelle body, be additionally provided with interior slide fastener layer, interior slide fastener is arranged on interior slide fastener
Interior slide fastener layer edge on layer and described and nacelle calor innatus are together in one；When oxygen receiving space is full of air pressure, nacelle is originally
The interior slide fastener layer of body is close on the inner surface of nacelle body, tightly locks with outer slide fastener, hold at the described opening of nacelle body
By the pressure in oxygen receiving space, described interior slide fastener is close airtight water slide fastener, and interior slide fastener and interior slide fastener layer mutually close, with
Keep the sealing state of oxygen receiving space.
3. a kind of self-regulation nacelle according to claim 1 soft oxygen cabin it is characterised in that: also include emergency valve, institute
The emergency valve stated includes emergent valve body, mobile screw and emergency valve valve, and described emergency valve valve is located at nacelle, and this is internal,
Emergent valve body is located at nacelle, and this is external, and emergency valve valve center is fixed in described mobile screw one end, and the other end passes through emergent
Valve body and fix with draw ring phase, emergency valve valve relative emergency valve body moves up and down, described emergency valve valve with should
Anxious valve body bottom contact position is provided with the first silica gel ring, palette emergency valve valve and emergent valve body；When oxygen houses sky
Between air pressure inside when being less than external pressure, it is internal and extraneous that emergency valve valve declines connection oxygen receiving space automatically, works as oxygen
When receiving space air pressure inside is higher than external pressure, emergency valve valve presses forward emergency valve body bottom portion and starvation houses
Interior volume and the external world.
4. a kind of self-regulation nacelle according to claim 1 soft oxygen cabin it is characterised in that: also include automatic deflation
Valve, described automatic blow off valve valve air relief includes venting valve, the second silica gel ring, standing screw, adjusts spring, adjustment seat and automatically put
Air valve body, the second described silica gel ring be fixed on venting valve bottom and with automatic blow off valve valve air relief body edges palette,
Described regulation spring both sides are connected in automatic deflation valve body and adjustment seat, standing screw and described venting valve
And adjustment seat is connected with each other, described adjustment seat, standing screw and regulation spring are located in automatic deflation valve body, and valve of exitting
Move up and down along described automatic deflation valve body；When oxygen receiving space air pressure inside is higher than preset value, exit valve and tune
Save pressurized the moving up of seat and connect oxygen receiving space and extraneous, outwards venting reduction oxygen receiving space air pressure inside, adjust
Save spring-compressed and store elastic potential energy, when oxygen receiving space air pressure inside is less than preset value, adjust described in spring downward
Adjustment seat moves down, and drives venting valve to move down cut-off oxygen receiving space and the external world.
5. a kind of self-regulation nacelle according to claim 1 soft oxygen cabin it is characterised in that: described nacelle body be heat
Plastic polyurethane elastomer material forms.
6. a kind of self-regulation nacelle according to claim 1 soft oxygen cabin it is characterised in that: set on described nacelle body
There are transparent visual windows, can environment from external observation oxygen receiving space；And pressure gauge, institute are provided with nacelle body
The pressure gauge stated is connected to inside oxygen receiving space, the atmospheric pressure of measurement and display oxygen receiving space.
7. a kind of self-regulation nacelle according to claim 1 soft oxygen cabin it is characterised in that: the bottom four of nacelle body
Week is provided with support foot, to fix the position of nacelle body, prevents nacelle body from rotating；It is provided with " d " shape draw ring above nacelle body,
Assist fixing nacelle body in order to hang up.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620603362.4U CN205885724U (en) | 2016-06-20 | 2016-06-20 | Software oxygen cabin of self -interacting cabin body |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620603362.4U CN205885724U (en) | 2016-06-20 | 2016-06-20 | Software oxygen cabin of self -interacting cabin body |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205885724U true CN205885724U (en) | 2017-01-18 |
Family
ID=57767034
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620603362.4U Expired - Fee Related CN205885724U (en) | 2016-06-20 | 2016-06-20 | Software oxygen cabin of self -interacting cabin body |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205885724U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105919754A (en) * | 2016-06-20 | 2016-09-07 | 中山元其健康管理有限公司 | Soft oxygen cabin with self-adjusting cabin body |
| CN108524155A (en) * | 2018-06-12 | 2018-09-14 | 广东粤林电气科技股份有限公司 | A kind of support and inflation circle of soft oxygen cabin |
| CN110638594A (en) * | 2019-09-26 | 2020-01-03 | 青海省人民医院 | Micro-pressure oxygen cabin |
| CN111467166A (en) * | 2020-05-12 | 2020-07-31 | 邓益群 | Micro-pressure ecological atmosphere cabin |
| CN113197744A (en) * | 2021-04-16 | 2021-08-03 | 山西氧沐医疗科技有限公司 | Soft oxygen cabin, soft oxygen cabin system and control method of soft oxygen cabin system |
-
2016
- 2016-06-20 CN CN201620603362.4U patent/CN205885724U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105919754A (en) * | 2016-06-20 | 2016-09-07 | 中山元其健康管理有限公司 | Soft oxygen cabin with self-adjusting cabin body |
| CN108524155A (en) * | 2018-06-12 | 2018-09-14 | 广东粤林电气科技股份有限公司 | A kind of support and inflation circle of soft oxygen cabin |
| CN110638594A (en) * | 2019-09-26 | 2020-01-03 | 青海省人民医院 | Micro-pressure oxygen cabin |
| CN111467166A (en) * | 2020-05-12 | 2020-07-31 | 邓益群 | Micro-pressure ecological atmosphere cabin |
| CN113197744A (en) * | 2021-04-16 | 2021-08-03 | 山西氧沐医疗科技有限公司 | Soft oxygen cabin, soft oxygen cabin system and control method of soft oxygen cabin system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170118 Termination date: 20170620 |
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| CF01 | Termination of patent right due to non-payment of annual fee |