CN209558018U - A kind of high-purity binary oxygenate apparatus - Google Patents
A kind of high-purity binary oxygenate apparatus Download PDFInfo
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- CN209558018U CN209558018U CN201822252723.7U CN201822252723U CN209558018U CN 209558018 U CN209558018 U CN 209558018U CN 201822252723 U CN201822252723 U CN 201822252723U CN 209558018 U CN209558018 U CN 209558018U
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- China
- Prior art keywords
- displacement
- interface
- oxygenation
- low pressure
- hybaroxia
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Abstract
The utility model discloses a kind of high-purity binary oxygenate apparatus, including oxygenation displacement apparatus and the displacement head being used cooperatively with oxygenation displacement apparatus；The oxygenation displacement apparatus includes vacuumizing displacement apparatus, low pressure oxygenation displacement apparatus and hybaroxia displacement apparatus；Described vacuumizes the valve chest that displacement apparatus includes a sealing, the left side and upside of the valve chest are provided with compressed air interface, and its downside is then provided with and vacuumizes interface, right side, which is then provided with, vacuumizes outlet, wherein, the compressed air interface of upside is located at left side, and the interface that vacuumizes of downside is located at right side；And there are also the pistons of a T-shaped structure for setting inside valve chest.It is vacuumized in the present apparatus, low pressure is oxygenated and hybaroxia can be disposable, it is only necessary to which a job is just achievable, does not need that other extra independent stations are arranged, saves cost space, increases and be oxygenated purity and efficiency.
Description
Technical field
The utility model relates to gas cylinder aerosol oxygen replenishing equipment field, specifically a kind of high-purity binary oxygenate apparatus.
Background technique
During being oxygenated in the prior art to gas cylinder, aerosol, the work being oxygenated after being vacuumized is existing
Have to vacuumize and be oxygenated when being oxygenated in technology and needs to switch over, and existing apparatus is less efficient to the control of its function switch；Separately
It is usually that a rack is arranged to be divided into the work that multiple independent filling heads are vacuumized and are oxygenated in outer existing equipment, one
A independent filling head would take up an individually job, and very occupancy working space, filling program circuit compares numerous
Trivial, the filling time is longer, and is usually directly to be oxygenated in existing equipment after vacuumizing, and oxygen purity is not high.
Utility model content
Purpose of utility model: in view of the deficiency of the prior art, a kind of high-purity binary oxygenate apparatus is provided.
Technical solution: in order to realize that above-mentioned purpose of utility model, the technical solution adopted in the utility model are as follows: Yi Zhonggao
Purity binary oxygenate apparatus, including oxygenation displacement apparatus and the displacement head being used cooperatively with oxygenation displacement apparatus；The oxygenation
Displacement apparatus includes vacuumizing displacement apparatus, low pressure oxygenation displacement apparatus and hybaroxia displacement apparatus；Described vacuumizing is set
Changing device includes the valve chest of a sealing, and the left side and upside of the valve chest are provided with compressed air interface, and on the downside of it
It being then provided with and vacuumizes interface, right side, which is then provided with, vacuumizes outlet, wherein the compressed air interface of upside is located at left side, and
The interface that vacuumizes of downside is located at right side, and described vacuumizing is additionally provided with a polyurethane gas shutoff head on the inside of outlet；And
There are also the pistons of a T shape structure for setting inside valve chest；The piston it is laterally disposed, vertical edge be arranged in left side, vertical edge
Lateral wall is connected cooperation with the compressed air interface in left side, and is then connected with the compressed air interface of upside on the inside of vertical edge
Cooperation；And the right side head of piston is then stifled in a fit of anger to vacuumizing outlet extension and getting lodged in polyurethane；When the compressed air of upside
When interface is passed through compressed air, piston is forced to move to left, piston crown is separated with polyurethane gas shutoff head, then vacuumizes interface and take out true
Air Export connection；And the compressed air interface when left side is after be passed through compressed air, band piston moves to right, and will vacuumize interface and pumping
Vacuum outlet disconnects.
The low pressure oxygenation displacement apparatus and hybaroxia displacement apparatus are identical as the structure for vacuumizing displacement apparatus, low
The lower side interface of pressure oxygenation displacement apparatus is set as low pressure oxygenation interface, and right side is set as low pressure oxygenation outlet；And the height
The lower side interface of pressure oxygenation displacement apparatus is set as hybaroxia interface, and right side is set as hybaroxia outlet.
And it is described vacuumize interface, low pressure oxygenation interface and hybaroxia interface be separately connected be equipped with evacuator,
Low pressure aerating machine and hybaroxia machine；And vacuumize outlet, low pressure oxygenation outlet and the hybaroxia outlet is all connected to
Replace head.
Preferably, being provided with filling exit on the displacement head；And vacuum orifice, low pressure oxygenation mouth is then arranged in its side
With hybaroxia mouth, the vacuum orifice, low pressure oxygenation mouth and hybaroxia mouth by inner passage with filling exit phase
Connection, and vacuumize outlet, the low pressure oxygenation outlet of external displacement device are connected by pipeline respectively with hybaroxia outlet
Vacuum orifice, low pressure oxygenation mouth and hybaroxia mouth on to displacement head.
Preferably, the displacement head is mounted on the sealing cylinder assembly of binary filling and sealing machine.
Preferably, the binary filling and sealing machine is mounted on assembly column；And the displacement apparatus is mounted on
Assemble the other side of column.
Preferably, the vacuum orifice, low pressure oxygenation mouth and hybaroxia mouth on the displacement head are set as same circle
Weekly interval is uniformly arranged.
Preferably, the displacement head is corresponding with the bottleneck profile for the bottle body to be oxygenated for round cover body structure.
The utility model has the advantages that the utility model compared with prior art, has the advantage that
(1) three oxygenation displacement apparatus are set in the present apparatus, can be respectively completed the vacuumizing of bottle body, low pressure are oxygenated and
The work of hybaroxia, and three oxygenate apparatus are by the running of the sealing valve chest of setting and its internal piston come real
The switching of existing different working condition, vacuumize the compressed air interface in displacement apparatus by upside be filled with compressed air can band
Piston body moves to the left, and the head of such piston is separated with polyurethane plug, so that vacuumizing interface and vacuumizing outlet
It is connected, work is vacuumized by the evacuator completion of external installation, and when the compressed air interface in left side is passed through compression sky
Meeting after gas so that piston body moves to right, thus disconnect vacuumize interface with vacuumize being connected to for outlet, realize the closing vacuumized, it is low
Pressure oxygenation displacement apparatus and hybaroxia displacement apparatus can realize opening and closing, the high efficacious prescriptions of function switch through the above way
Just；
(2) vacuum orifice, hypoxemia oxygenation mouth and hybaroxia mouth are arranged on a displacement head in the present apparatus, and are somebody's turn to do
It replaces and a filling exit being connected to three interfaces is set among head, be connected by the filling exit with the bottle sealing of bottle body；
It is vacuumized at first by vacuumizing displacement apparatus, displacement apparatus is then oxygenated by low pressure and carries out mortgage oxygenation, low pressure is filled
Oxygen device recyclable oxygenation 1-3 times, can effectively improve the purity of oxygen, carry out high pressure by high pressure displacement apparatus again later
Oxygenation, after the completion of hybaroxia, is sealed by sealing machine；It is vacuumized in the present apparatus, low pressure oxygenation and high pressure are filled
Oxygen can be disposable, it is only necessary to which a job is just achievable, does not need that other extra independent stations are arranged, it is empty to save cost
Between, increase oxygenation purity and efficiency.
Detailed description of the invention
FIG. 1 is a schematic structural view of the utility model；
Fig. 2 is displacement apparatus structure chart in the utility model；
Fig. 3 is A-A cross-sectional view in Fig. 1.
Specific embodiment
In the following with reference to the drawings and specific embodiments, the utility model is furtherd elucidate, the present embodiment is with the utility model
Implemented under premised on technical solution, it should be understood that these embodiments are merely to illustrate the utility model rather than limit this reality
With novel range.
As shown in Figure 1, Figure 2 and Figure 3, a kind of high-purity binary oxygenate apparatus, including oxygenation displacement apparatus 1 and with oxygenation
The displacement head 2 that displacement apparatus 1 is used cooperatively；The oxygenation displacement apparatus 1 include vacuumize displacement apparatus 3, low pressure oxygenation set
Changing device 4 and hybaroxia displacement apparatus 5；Described vacuumizes the valve chest 6 that displacement apparatus 3 includes a sealing, the valve chest
6 left side and upside are provided with compressed air interface 7, and its downside is then provided with and vacuumizes interface 8, and right side is then provided with
Vacuumize outlet 9, wherein the compressed air interface 7 of upside is located at left side, and the interface 8 that vacuumizes of downside is located at right side, and institute
The inside for vacuumizing outlet 9 stated is additionally provided with a polyurethane gas shutoff head 11；And there are also a T shape knots for setting inside valve chest 6
The piston 10 of structure；The piston 10 it is laterally disposed, vertical edge be arranged in left side, the compressed air of vertical edge lateral wall and left side
Interface 7 is connected cooperation, and the cooperation that is then connected with the compressed air interface 7 of upside on the inside of vertical edge；And the right side of piston 10
Head then to vacuumize outlet 9 extend and get lodged on polyurethane gas shutoff head 11；When the compressed air interface of upside is passed through compression sky
When gas, piston 10 is forced to move to left, piston crown is separated with polyurethane gas shutoff head 11, then vacuumizes interface 8 and vacuumize 9 company of outlet
It is logical；And the compressed air interface when left side is after be passed through compressed air, band piston moves to right, and will vacuumize interface 8 and vacuumizes out
Mouth 9 disconnects.
The low pressure oxygenation displacement apparatus 4 and hybaroxia displacement apparatus 5 and the structure phase for vacuumizing displacement apparatus 3
Together, the lower side interface of low pressure oxygenation displacement apparatus 4 is set as low pressure oxygenation interface 12, and right side is set as low pressure oxygenation outlet 13；
And the lower side interface of the hybaroxia displacement apparatus 5 is set as hybaroxia interface 14, right side is set as hybaroxia and goes out
Mouth 15.
And described interface 8, low pressure oxygenation interface 12 and the hybaroxia interface 14 of vacuumizing is separately connected that be equipped with pumping true
Empty machine, low pressure aerating machine and hybaroxia machine；And vacuumize outlet 9, low pressure oxygenation outlet 13 and the hybaroxia exports
15 are all connected to displacement head 2.
Filling exit 16 is provided on the displacement head 2；And vacuum orifice 17, low pressure oxygenation 18 and of mouth is then arranged in its side
Hybaroxia mouth 19, the vacuum orifice 17, low pressure oxygenation mouth 18 and hybaroxia mouth 19 by inner passage 20 with
Filling exit 16 is connected, and vacuumize outlet 9, low pressure oxygenation outlet 13 and the hybaroxia of external displacement device 1 export 15
Vacuum orifice 17, low pressure oxygenation mouth 18 and the hybaroxia mouth 19 being connected to respectively by pipeline on displacement head 2.
The displacement head 2 is mounted on the sealing cylinder assembly of binary filling and sealing machine；The binary filling and sealing
Machine is mounted on assembly column 21；And the displacement apparatus 1 is mounted on the other side of assembly column 21；The displacement head 2
On vacuum orifice 17, low pressure oxygenation mouth 18 and hybaroxia mouth 19 be set as the same circle spacing and be uniformly arranged；Described sets
It is corresponding with the bottleneck profile for the bottle body to be oxygenated for round cover body structure to change first 2.
Three oxygenation displacement apparatus are set in the present apparatus, can be respectively completed to the vacuumizing of bottle body, low pressure oxygenation and height
The work of oxygenation is pressed, and three oxygenate apparatus are realized by the running of the sealing valve chest of setting and its internal piston
The switching of different working condition, vacuumizing the compressed air interface in displacement apparatus by upside and being filled with compressed air can drive
Piston body moves to the left, and the head of such piston is separated with polyurethane plug, so that vacuumizing interface and vacuumizing outlet phase
Connection vacuumizes work by the evacuator completion of outside installation, and when the compressed air interface in left side is passed through compressed air
After can piston body be moved to right, thus disconnect vacuumize interface with vacuumize being connected to for outlet, realize the closing vacuumized, low pressure
Oxygenation displacement apparatus and hybaroxia displacement apparatus can realize opening and closing, the high efficacious prescriptions of function switch through the above way
Just.
Vacuum orifice, hypoxemia oxygenation mouth and hybaroxia mouth are arranged on a displacement head in the present apparatus, and this is set
It changes and a filling exit being connected to three interfaces is set among head, be connected by the filling exit with the bottle sealing of bottle body；Most
It first passes through and vacuumizes displacement apparatus and vacuumized, displacement apparatus is then oxygenated by low pressure and carries out mortgage oxygenation, low pressure oxygenation
Device recyclable oxygenation 1-3 times, can effectively improve the purity of oxygen, carry out high pressure by high pressure displacement apparatus again later and fill
Oxygen after the completion of hybaroxia, is sealed by sealing machine；It is vacuumized in the present apparatus, low pressure is oxygenated and hybaroxia
It can be disposable, it is only necessary to a job is just achievable, does not need that other extra independent stations are arranged, saves cost space,
Increase oxygenation purity and efficiency.
Specific embodiment is a preferred embodiment of the utility model, is not for limiting the utility model
Implement the equivalence changes made with scope of the claims, all foundation present utility model application scope of patent protection contents and repairs
Decorations, should be included in the utility model patent application range.
Claims (6)
1. a kind of high-purity binary oxygenate apparatus, it is characterised in that: including oxygenation displacement apparatus (1) and with oxygenation displacement apparatus
(1) the displacement head (2) being used cooperatively；The oxygenation displacement apparatus (1) include vacuumize displacement apparatus (3), low pressure oxygenation set
Changing device (4) and hybaroxia displacement apparatus (5)；Described vacuumizes the valve chest (6) that displacement apparatus (3) includes a sealing,
The left side and upside of the valve chest (6) are provided with compressed air interface (7), and its downside is then provided with and vacuumizes interface
(8), right side, which is then provided with, vacuumizes outlet (9), wherein the compressed air interface (7) of upside is located at left side, and the pumping of downside is true
Null interface (8) is located at right side, and described vacuumizing is additionally provided with a polyurethane gas shutoff head (11) on the inside of outlet (9)；And
There are also the pistons (10) of a T-shaped structure for setting inside valve chest (6)；The piston (10) it is laterally disposed, vertical edge setting exists
Left side, vertical edge lateral wall are connected cooperation with the compressed air interface (7) in left side, and the then compression with upside on the inside of vertical edge
Air interface (7) is connected cooperation；And the right side head of piston (10) is then to vacuumizing that outlet (9) extends and to get lodged in polyurethane stifled
On gas head (11)；When compressed air interface when upside is passed through compressed air, piston (10) is forced to move to left, piston crown and poly- ammonia
Ester gas shutoff head (11) separation then vacuumizes interface (8) and is connected to outlet (9) is vacuumized；And when the compressed air interface in left side is logical
After entering compressed air, band piston is moved to right, and will be vacuumized interface (8) and is vacuumized outlet (9) disconnection；
Low pressure oxygenation displacement apparatus (4) and hybaroxia displacement apparatus (5) and the structure phase for vacuumizing displacement apparatus (3)
Together, the lower side interface of low pressure oxygenation displacement apparatus (4) is set as low pressure oxygenation interface (12), and right side is set as low pressure oxygenation outlet
(13)；And the lower side interface of the hybaroxia displacement apparatus (5) is set as hybaroxia interface (14), right side is set as high
Pressure oxygenation outlet (15)；
And vacuumize interface (8), low pressure oxygenation interface (12) and the hybaroxia interface (14) is separately connected and is equipped with pumping
Vacuum machine, low pressure aerating machine and hybaroxia machine；And vacuumize outlet (9), low pressure oxygenation outlet (13) and the high pressure is filled
Oxygen outlet (15) is all connected to displacement head (2).
2. a kind of high-purity binary oxygenate apparatus according to claim 1, it is characterised in that: on the displacement head (2)
It is provided with filling exit (16)；And vacuum orifice (17), low pressure oxygenation mouth (18) and hybaroxia mouth (19) is then arranged in its side, it should
The vacuum orifice (17), low pressure oxygenation mouth (18) and hybaroxia mouth (19) pass through inner passage (20) and filling exit
(16) it is connected, and vacuumize outlet (9), low pressure oxygenation outlet (13) and the hybaroxia of external displacement device (1) export
(15) vacuum orifice (17), low pressure oxygenation mouth (18) and the hybaroxia mouth being connected to respectively by pipeline in displacement head (2)
(19)。
3. a kind of high-purity binary oxygenate apparatus according to claim 1, it is characterised in that: displacement head (2) peace
On the sealing cylinder assembly of binary filling and sealing machine.
4. a kind of high-purity binary oxygenate apparatus according to claim 3, it is characterised in that: binary filling and sealing machine is whole
It is mounted in assembly column (21)；And the displacement apparatus (1) is mounted on the other side of assembly column (21).
5. a kind of high-purity binary oxygenate apparatus according to claim 1, it is characterised in that: on the displacement head (2)
Vacuum orifice (17), low pressure oxygenation mouth (18) and hybaroxia mouth (19) be set as the same circle spacing and be uniformly arranged.
6. a kind of high-purity binary oxygenate apparatus according to claim 1, it is characterised in that: the displacement head (2) is
Round cover body structure is corresponding with the bottleneck profile for the bottle body to be oxygenated.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822252723.7U CN209558018U (en) | 2018-12-29 | 2018-12-29 | A kind of high-purity binary oxygenate apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822252723.7U CN209558018U (en) | 2018-12-29 | 2018-12-29 | A kind of high-purity binary oxygenate apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209558018U true CN209558018U (en) | 2019-10-29 |
Family
ID=68305233
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822252723.7U Expired - Fee Related CN209558018U (en) | 2018-12-29 | 2018-12-29 | A kind of high-purity binary oxygenate apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209558018U (en) |
-
2018
- 2018-12-29 CN CN201822252723.7U patent/CN209558018U/en not_active Expired - Fee Related
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| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20191029 Termination date: 20211229 |