CN208687018U - Six tower oxygen air way switch valve cores - Google Patents
Six tower oxygen air way switch valve cores Download PDFInfo
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- CN208687018U CN208687018U CN201821349946.9U CN201821349946U CN208687018U CN 208687018 U CN208687018 U CN 208687018U CN 201821349946 U CN201821349946 U CN 201821349946U CN 208687018 U CN208687018 U CN 208687018U
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- oxygen
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- air scoop
- hole
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- Separation Of Gases By Adsorption (AREA)
- Oxygen, Ozone, And Oxides In General (AREA)
- Respiratory Apparatuses And Protective Means (AREA)
Abstract
The utility model relates to a kind of six tower oxygen air way switch valve cores, belong to gas separating extraction device field.Equipped with price fixing and Moving plate, Moving plate is mounted in the axis hole of price fixing by shaft, it is characterized in that, the tenth oxygen port is machined on Moving plate, 11st oxygen port, 12nd oxygen port, tenth trioxid mouth, 14th oxygen port, 15th oxygen port, 16th air scoop, 17th air scoop, 18th air scoop, 19th air scoop, 20th air scoop and the 21st air scoop, the first oxygen outlet is machined on Moving plate, second air inlet, blowback vacuumizes hole, 4th oxygen outlet, vacuumize hole, denitrogen hole, 7th air inlet, oxygen channel hole and the 9th oxygen outlet, first oxygen outlet is connected with oxygen channel hole, first oxygen outlet, 4th oxygen outlet and the 9th oxygen outlet are all led to out in oxygen channel, it is paranasal sinuses.The utility model structure is simple, easy to operate, long service life, low noise, suitable for six tower oxygen.
Description
Technical field
The utility model relates to gas separating extraction device fields, are a kind of six tower oxygen air way switch valves in detail
Core.
Background technique
It is well known that at present oxygen extraction can by chemical extraction and Deep Cooling Method, molecular sieve pressure-variable adsorption extracting mode,
It is most economical effective side to the extraction of oxygen using molecular sieve at present in the place of the high reliability demands such as medical and military
Formula.It when carrying out oxygen extraction using molecular sieve, links using double tower or four towers, is controlled by solenoid valve and cylinder now
Mode, the problems such as that there are crash rates is high for solenoid valve, the problems such as being easily damaged, and cylinder is easy to appear off-axis, off-axis, oxygen supply air lift
It takes and produces influence, and the oxygen continuity processed of double tower or four towers is not highly desirable, energy utilization rate is low.
Summary of the invention
For overcome the deficiencies in the prior art, the utility model provides a kind of six tower oxygen air way switch valve cores, reliably
Property high, long service life, low noise.
The technical scheme adopted by the utility model to solve the technical problem is as follows: a kind of six tower oxygen air way switch valves
Core, is equipped with price fixing and Moving plate, and Moving plate is mounted in the axis hole of price fixing by shaft, which is characterized in that the tenth is machined on Moving plate
Oxygen port, the 11st oxygen port, the 12nd oxygen port, the tenth trioxid mouth, the 14th oxygen port, the 15th oxygen port, the tenth
Six air scoops, the 17th air scoop, the 18th air scoop, the 19th air scoop, the 20th air scoop and the 21st air scoop,
The first oxygen outlet is machined on Moving plate, the second air inlet, blowback vacuumize hole, the 4th oxygen outlet, vacuumize hole, denitrogen hole,
Seven air inlets, oxygen channel hole and the 9th oxygen outlet are connected with the first oxygen outlet with the tenth oxygen port for 0 degree of horn shape of Moving plate
State, the second air inlet is connected with the 17th air scoop at this time, and blowback vacuumizes 18 air scoop of Kong Yu and is connected, the 4th oxygen
Stomata is connected with the 12nd oxygen port, vacuumizes 19 air scoop of Kong Yu and is connected, denitrogen hole and the 20th air scoop phase
Connection, the 7th air inlet are connected with the 16th air scoop, and oxygen channel hole is connected with the 15th oxygen port, the 9th oxygen outlet
It is connected with the tenth trioxid mouth；When Moving plate rotates 60 degree of angles, the first oxygen outlet is connected with the 11st oxygen port, the second air inlet
18 air scoop of Kong Yu is connected, and blowback vacuumizes 19 air scoop of Kong Yu and is connected, the 4th oxygen outlet and the 13rd oxygen
Port is connected, and vacuumizes hole and is connected with the 20th air scoop, and denitrogen hole is connected with the 21st air scoop, the 7th air inlet
17 air scoop of Kong Yu is connected, and oxygen channel hole is connected with the tenth oxygen port, the 9th oxygen outlet and the 14th oxygen port
It is connected；When Moving plate rotates 120 degree of angles, the first oxygen outlet is connected with the 12nd oxygen port, the second air inlet and the 19th sky
Port is connected, and blowback vacuumizes hole and is connected with the 20th air scoop, and the 4th oxygen outlet is connected with the 14th oxygen port, takes out
Vacuum hole is connected with the 21st air scoop, and denitrogen hole is connected with the 16th air scoop, the 7th air inlet and the 18th sky
Port is connected, and oxygen channel hole is connected with the 11st oxygen port, and the 9th oxygen outlet is connected with the 15th oxygen port；Moving plate
When rotating 180 degree angle, the first oxygen outlet is connected with the tenth trioxid mouth, and the second air inlet is connected with the 20th air scoop,
Blowback vacuumizes hole and is connected with the 21st air scoop, and the 4th oxygen outlet is connected with the 15th oxygen port, vacuumize hole with
16th air scoop is connected, and denitrogen hole is connected with the 17th air scoop, and the 7th air inlet is connected with the 19th air scoop,
Oxygen channel hole is connected with the 12nd oxygen port, and the 9th oxygen outlet is connected with the tenth oxygen port；Moving plate rotates 240 degree of angles
When, the first oxygen outlet is connected with the 14th oxygen port, and the second air inlet is connected with the 21st air scoop, and blowback vacuumizes
16 air scoop of Kong Yu is connected, and the 4th oxygen outlet is connected with the tenth oxygen port, vacuumizes 17 air scoop phase of Kong Yu
Connection, denitrogen hole are connected with the 18th air scoop, and the 7th air inlet is connected with the 20th air scoop, oxygen channel Kong Yu
Ten trioxid mouths are connected, and the 9th oxygen outlet is connected with the 11st oxygen port；When Moving plate rotates 300 degree of angles, the first oxygen outlet
It is connected with the 15th oxygen port, the second air inlet is connected with the 16th air scoop, and blowback vacuumizes 17 air of Kong Yu
Mouthful be connected, the 4th oxygen outlet is connected with the 11st oxygen port, vacuumize 18 air scoop of Kong Yu and be connected, denitrogen hole and
19th air scoop is connected, and the 7th air inlet is connected with the 21st air scoop, oxygen channel hole and the 14th oxygen port
It is connected, the 9th oxygen outlet is connected with the 12nd oxygen port；First oxygen outlet is connected with oxygen channel hole.
The utility model has the beneficial effects that structure is simple, easy to operate, long service life, low noise is suitable for six towers
Oxygen processed.
Detailed description of the invention
The present invention will be further described with reference to the accompanying drawings and examples.
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is 0 degree of angle status diagram of the utility model Moving plate.
Fig. 3 is that the utility model Moving plate rotates 60 degree of angle status diagrams.
Fig. 4 is that the utility model Moving plate rotates 120 degree of angle status diagrams.
Fig. 5 is that the utility model Moving plate rotates 180 degree angle status diagram.
Fig. 6 is that the utility model Moving plate rotates 240 degree of angle status diagrams.
Fig. 7 is that the utility model Moving plate rotates 300 degree of angle status diagrams.
1. first oxygen outlet in figure, 2. second air inlets, 3. blowbacks vacuumize hole, and 4. the 4th oxygen outlets, 5. vacuumize
Hole, 6. denitrogen holes, 7. the 7th air inlets, 8. oxygen channel holes, 9. the 9th oxygen outlets, 10. the tenth oxygen ports, 11. the 11st oxygen
Port, 12. the 12nd oxygen ports, 13. the tenth trioxid mouths, 14. the 14th oxygen ports, 15. the 15th oxygen ports, 16. the tenth
Six air scoops, 17. the 17th air scoops, 18. the 18th air scoops, 19. the 19th air scoops, 20. the 20th air scoops, 21.
21st air scoop, 22. axis holes, 31. Moving plates, 32. price fixings.
Specific embodiment
As shown, being equipped with price fixing 32 and Moving plate 31, Moving plate 31 is mounted in the axis hole 22 of price fixing 32 by shaft, Moving plate
The tenth oxygen port 10, the 11st oxygen port 11, the 12nd oxygen port 12, the tenth trioxid mouth 13, the 14th oxygen are machined on 31
Port 14, the 15th oxygen port 15, the 16th air scoop 16, the 17th air scoop 17, the 18th air scoop 18, the 19th air
Mouthful the 19, the 20th air scoop 20 and the 21st air scoop 21, be machined on Moving plate 31 first oxygen outlet 1, the second air inlet 2,
Blowback vacuumizes hole 3, the 4th oxygen outlet 4, vacuumizes hole 5, denitrogen hole 6, the 7th air inlet 7, oxygen channel hole 8 and the 9th oxygen
Hole 9 is connected with the tenth oxygen port 10 with the first oxygen outlet 1 for 0 degree of horn shape state of Moving plate, at this time the second air inlet 2 and the 17th
Air scoop 17 is connected, and blowback vacuumizes hole 3 and is connected to the 18th air scoop phase 18, the 4th oxygen outlet 4 and the 12nd oxygen port
12 are connected, and vacuumize hole 5 and are connected with the 19th air scoop 19, and denitrogen hole 6 is connected with the 20th air scoop 20, the 7th into
Stomata 7 is connected with the 16th air scoop 16, and oxygen channel hole 8 is connected with the 15th oxygen port 15, the 9th oxygen outlet 9 and
Ten trioxid mouths 13 are connected；When Moving plate 31 rotates 60 degree of angles, the first oxygen outlet 1 is connected with the 11st oxygen port 11, and second
Air inlet 2 is connected with the 18th air scoop 18, and blowback vacuumizes hole 3 and is connected with the 19th air scoop 19, the 4th oxygen outlet 4
It is connected with the tenth trioxid mouth 13, vacuumizes hole 5 and be connected with the 20th air scoop 20, denitrogen hole 6 and the 21st air
Mouth 21 is connected, and the 7th air inlet 7 is connected with the 17th air scoop 17, and oxygen channel hole 8 is connected with the tenth oxygen port 10,
9th oxygen outlet 9 is connected with the 14th oxygen port 14；When Moving plate 31 rotates 120 degree of angles, the first oxygen outlet 1 and the 12nd oxygen
Mouth 12 is connected, and the second air inlet 2 is connected to the 19th air scoop phase 19, and blowback vacuumizes hole 3 and 20 phase of the 20th air scoop
Connection, the 4th oxygen outlet 4 are connected with the 14th oxygen port 14, vacuumize hole 5 and be connected with the 21st air scoop 21, denitrogen
Hole 6 is connected with the 16th air scoop 16, and the 7th air inlet 7 is connected with the 18th air scoop 18, oxygen channel hole 8 and the tenth
One oxygen port 11 is connected, and the 9th oxygen outlet 9 is connected with the 15th oxygen port 15；When Moving plate 31 rotates 180 degree angle, the first oxygen
Stomata 1 is connected with the tenth trioxid mouth 13, and the second air inlet 2 is connected with the 20th air scoop 20, blowback vacuumize hole 3 with
21st air scoop 21 is connected, and the 4th oxygen outlet 4 is connected with the 15th oxygen port 15, vacuumizes hole 5 and the 16th sky
Port 16 is connected, and denitrogen hole 6 is connected with the 17th air scoop 17, and the 7th air inlet 7 is connected with the 19th air scoop 19,
Oxygen channel hole 8 is connected with the 12nd oxygen port 12, and the 9th oxygen outlet 9 is connected with the tenth oxygen port 10；Moving plate 31 rotates
When 240 degree of angles, the first oxygen outlet 1 is connected with the 14th oxygen port 14, and the second air inlet 2 is connected with the 21st air scoop 21
Logical, blowback vacuumizes hole 3 and is connected with the 16th air scoop 16, and the 4th oxygen outlet 4 is connected with the tenth oxygen port 10, vacuumizes
Hole 5 is connected with the 17th air scoop 17, and denitrogen hole 6 is connected with the 18th air scoop 18, and the 7th air inlet the 7 and the 20th is empty
Port 20 is connected, and oxygen channel hole 8 is connected with the tenth trioxid mouth 13, the 9th oxygen outlet 9 and 11 phase of the 11st oxygen port
Connection；When Moving plate 31 rotates 300 degree of angles, the first oxygen outlet 1 is connected with the 15th oxygen port 15, the second air inlet 2 and the tenth
The connection of six air scoop phases 16, blowback vacuumize hole 3 and are connected with the 17th air scoop 17, the 4th oxygen outlet 4 and the 11st oxygen
Mouth 11 is connected, and vacuumizes hole 5 and is connected with the 18th air scoop 18, and denitrogen hole 6 is connected with the 19th air scoop 19, and the 7th
Air inlet 7 is connected with the 21st air scoop 21, and oxygen channel hole 8 is connected with the 14th oxygen port 14, the 9th oxygen outlet 9
It is connected with the 12nd oxygen port 12；First oxygen outlet 1 is connected with oxygen channel hole 8, the first oxygen outlet 1, the 4th oxygen outlet 4
And the 9th oxygen outlet 9 all lead to out in oxygen channel.
Claims (1)
1. a kind of six tower oxygen air way switch valve cores, are equipped with price fixing and Moving plate, Moving plate is mounted on the axis hole of price fixing by shaft
It is interior, which is characterized in that be machined on Moving plate the tenth oxygen port, the 11st oxygen port, the 12nd oxygen port, the tenth trioxid mouth,
14th oxygen port, the 15th oxygen port, the 16th air scoop, the 17th air scoop, the 18th air scoop, the 19th air
Mouthful, the 20th air scoop and the 21st air scoop, the first oxygen outlet is machined on Moving plate, the second air inlet, blowback vacuumize
Hole, vacuumizes hole, denitrogen hole, the 7th air inlet, oxygen channel hole and the 9th oxygen outlet at the 4th oxygen outlet, with the first oxygen outlet
It is connected with the tenth oxygen port for 0 degree of horn shape state of Moving plate, the second air inlet is connected with the 17th air scoop at this time, and blowback is taken out true
Emptying aperture is connected with the 18th air scoop, and the 4th oxygen outlet is connected with the 12nd oxygen port, vacuumizes 19 air of Kong Yu
Mouth is connected, and denitrogen hole is connected with the 20th air scoop, and the 7th air inlet is connected with the 16th air scoop, oxygen channel hole
It is connected with the 15th oxygen port, the 9th oxygen outlet is connected with the tenth trioxid mouth；When Moving plate rotates 60 degree of angles, the first oxygen
11 oxygen port of Kong Yu is connected, and the second air inlet is connected with the 18th air scoop, and it is empty that blowback vacuumizes Kong Yu 19
Port is connected, and the 4th oxygen outlet is connected with the tenth trioxid mouth, vacuumizes hole and is connected with the 20th air scoop, denitrogen hole
It is connected with the 21st air scoop, the 7th air inlet is connected with the 17th air scoop, oxygen channel hole and the tenth oxygen port
It is connected, the 9th oxygen outlet is connected with the 14th oxygen port；When Moving plate rotates 120 degree of angles, the first oxygen outlet and the tenth dioxy
Port is connected, and the second air inlet is connected with the 19th air scoop, and blowback vacuumizes hole and is connected with the 20th air scoop, the
Four oxygen outlets are connected with the 14th oxygen port, vacuumize hole and are connected with the 21st air scoop, and denitrogen hole is empty with the 16th
Port is connected, and the 7th air inlet is connected with the 18th air scoop, and oxygen channel hole is connected with the 11st oxygen port, and the 9th
Oxygen outlet is connected with the 15th oxygen port；When Moving plate rotates 180 degree angle, the first oxygen outlet is connected with the tenth trioxid mouth,
Second air inlet is connected with the 20th air scoop, and blowback vacuumizes hole and is connected with the 21st air scoop, the 4th oxygen outlet
It is connected with the 15th oxygen port, vacuumizes 16 air scoop of Kong Yu and be connected, denitrogen hole is connected with the 17th air scoop,
7th air inlet is connected with the 19th air scoop, and oxygen channel hole is connected with the 12nd oxygen port, the 9th oxygen outlet and
Ten oxygen ports are connected；Moving plate rotate 240 degree angles when, the first oxygen outlet is connected with the 14th oxygen port, the second air inlet and
21st air scoop is connected, and blowback vacuumizes 16 air scoop of Kong Yu and is connected, the 4th oxygen outlet and the tenth oxygen port
It is connected, vacuumizes 17 air scoop of Kong Yu and be connected, denitrogen hole is connected with the 18th air scoop, the 7th air inlet and
20 air scoops are connected, and oxygen channel hole is connected with the tenth trioxid mouth, and the 9th oxygen outlet is connected with the 11st oxygen port
It is logical；When Moving plate rotates 300 degree of angles, the first oxygen outlet is connected with the 15th oxygen port, the second air inlet and the 16th air scoop
It is connected, blowback vacuumizes 17 air scoop of Kong Yu and is connected, and the 4th oxygen outlet is connected with the 11st oxygen port, vacuumizes
18 air scoop of Kong Yu is connected, and denitrogen hole is connected with the 19th air scoop, the 7th air inlet and the 21st air scoop
It is connected, oxygen channel hole is connected with the 14th oxygen port, and the 9th oxygen outlet is connected with the 12nd oxygen port；First oxygen
Hole is connected with oxygen channel hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821349946.9U CN208687018U (en) | 2018-08-21 | 2018-08-21 | Six tower oxygen air way switch valve cores |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821349946.9U CN208687018U (en) | 2018-08-21 | 2018-08-21 | Six tower oxygen air way switch valve cores |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208687018U true CN208687018U (en) | 2019-04-02 |
Family
ID=65886375
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821349946.9U Active CN208687018U (en) | 2018-08-21 | 2018-08-21 | Six tower oxygen air way switch valve cores |
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| Country | Link |
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| CN (1) | CN208687018U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110206916A (en) * | 2019-04-28 | 2019-09-06 | 南阳光丰电器设备有限公司 | A kind of eight ways valve |
| CN113108084A (en) * | 2021-04-14 | 2021-07-13 | 合肥康居人智能科技有限公司 | Six-tower adsorption rotary valve |
-
2018
- 2018-08-21 CN CN201821349946.9U patent/CN208687018U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110206916A (en) * | 2019-04-28 | 2019-09-06 | 南阳光丰电器设备有限公司 | A kind of eight ways valve |
| CN113108084A (en) * | 2021-04-14 | 2021-07-13 | 合肥康居人智能科技有限公司 | Six-tower adsorption rotary valve |
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