CN206168352U - High -efficient ozone mixing device - Google Patents
High -efficient ozone mixing device Download PDFInfo
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- CN206168352U CN206168352U CN201621245877.8U CN201621245877U CN206168352U CN 206168352 U CN206168352 U CN 206168352U CN 201621245877 U CN201621245877 U CN 201621245877U CN 206168352 U CN206168352 U CN 206168352U
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- ozone
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- ejector
- pipe fitting
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Abstract
The utility model provides a high -efficient ozone mixing device, it includes the outer ejector plate of ozone blender, ejector, water pump, gas holder, ozone machine and ozone chamber, and the ejector includes first input end, second input and output, and the output of ejector is connected in the holistic input of ozone blender, the input of water pump is connected in the raw water through a gate valve, and the output of water pump is connected in the first input end of ejector, the input of gas holder is connected in ozone machine, and the output of gas holder is connected in the second input of ejector through first ball valve and second automatic valve, first ball valve setting is in the output department of gas holder, and the second automatic valve sets up in the second input department of being close to the ejector, the outer ejector plate of ozone chamber through a first tee bend pipe connections in second automatic valve and first ball valve. Through the utility model discloses a structure sets up, has reduced the requirement to the installation site height.
Description
Technical field
This utility model is related to water process ozonization field, more particularly to a kind of efficient ozone mixing arrangement.
Background technology
With the development of water process ozone disinfecting technology, diversiform Water treatment sterilizing device is occurred in that on the market.Its
In, ozone disinfecting technology is even more and is widely used in bottled drinking water field.
But current, existing ozonization mixing can reach efficient ozone mixing effect by ozone tower process
Really, but common ozone mixing column oneself height be more than or equal to 4 meters, this just has certain rigid requirements to factory building height.
If the height of Factory Building is less than or equal to 4 meters, ozone mixing column is not just installed, or needs to carry out changing on height to Factory Building
Make, but transformation needs to put into substantial amounts of manpower and materials, and certain trouble is brought to user while improve production cost.
Accordingly, it is desirable to provide a kind of efficient ozone mixing arrangement, to solve above-mentioned technical problem.
Utility model content
This utility model embodiment provides a kind of with efficient ozone mixed effect and little to the requirement for height of Factory Building
Efficient ozone mixing arrangement；There is the technology that high stiffness is required to ask to setting height(from bottom) to solve existing ozone-mixing device
Topic.
This utility model embodiment provides a kind of efficient ozone mixing arrangement, and it includes：
Ozone mixer, for the mixed liquor of ozone and raw water to be mixed, the ozone mixer at least has two
Individual, adjacent ozone mixer head and the tail are connected and form an ozone mixer entirety；
Ejector, including first input end, the second input and outfan, the outfan of the ejector is connected to described
The overall input of ozone mixer,
Water pump, the input of the water pump is connected to the raw water by a gate valve, and the outfan of the water pump is by the
One automatic valve is connected to the first input end of the ejector；
Air accumulator, the input of the air accumulator is connected to ozone machine, and the outfan of the air accumulator passes through the first ball valve
With the second input that the second automatic valve is connected to the ejector；First ball valve is positioned close to the air accumulator output
At end, second automatic valve is positioned close to the input end of the ejector second；
One second ball is provided between the input of the ozone machine, the outfan of the ozone machine and the air accumulator
Valve, second ball valve is positioned close to the air accumulator input end；
Displacer outside ozone room, it passes through one first tee pipe fitting and is connected to second automatic valve and the first ball valve, institute
The input port for stating the first tee pipe fitting is connected to the delivery outlet of first ball valve, the first delivery outlet of first tee pipe fitting
The input port of second automatic valve is connected to, the second delivery outlet of first tee pipe fitting is connected to outside the ozone room to be arranged
Go out device.
In this utility model, one the 2nd 3 is additionally provided between the outfan of the ejector and the ozone mixer
Way pipe fitting, is provided with one the 3rd tee pipe fitting between the first input end of the ejector and first automatic valve,
Wherein, it is provided with one the 3rd ball valve between second tee pipe fitting and the 3rd tee pipe fitting.
In this utility model, it is all provided between the 3rd tee pipe fitting and first automatic valve, on the air accumulator
It is equipped with pressure gauge.
In this utility model, one is additionally provided between the second input of the ejector and second automatic valve
One check valve, the delivery outlet of first check valve is connected to the second input of the ejector, first check valve
Input port is connected to the delivery outlet of second automatic valve.
In this utility model, one the 4th ball valve is provided between second automatic valve and the first tee pipe fitting, it is described
The input port of the 4th ball valve is connected to the first delivery outlet of first tee pipe fitting, and the delivery outlet of the 4th ball valve is connected to
The input port of second automatic valve.
In this utility model, one is provided between the input port of the outfan of the ozone machine and second ball valve
Two check valves, the input port of second check valve is connected to the outfan of the ozone machine, the output of second check valve
Mouth is connected to the input port of second ball valve.
In this utility model, one the 3rd is additionally provided between the outfan of the water pump and first automatic valve unidirectional
Valve, the input port of the 3rd check valve is connected to the outfan of the water pump, and the delivery outlet of the 3rd check valve is connected to
The input port of first automatic valve.
In this utility model, one the 3rd is disposed with outside first tee pipe fitting and ozone room between displacer certainly
Dynamic valve and the 5th ball valve, the input port of the 3rd automatic valve is connected to the second delivery outlet of first tee pipe fitting, described
The delivery outlet of the 3rd automatic valve is connected to the input port of the 5th ball valve, and the delivery outlet of the 5th ball valve is connected to described smelly
Displacer outside oxygen room.
In this utility model, between first ball valve and first threeway flow meters are additionally provided with.
Compared to the ozone-mixing device of prior art, efficient ozone mixing arrangement of the present utility model passes through self structure
On setting, reduce the requirement to installation site height；Solve existing ozone-mixing device setting height(from bottom) is had compared with
The technical problem that high rigidity is required.
Description of the drawings
In order to be illustrated more clearly that this utility model embodiment or technical scheme of the prior art, below in embodiment
The required accompanying drawing for using is briefly described.Drawings in the following description are only section Example of the present utility model, for
For those of ordinary skill in the art, on the premise of not paying creative work, can be obtaining other according to these accompanying drawings
Accompanying drawing.
Fig. 1 is the structural representation of the preferred embodiment of efficient ozone mixing arrangement of the present utility model.
Specific embodiment
The schema in accompanying drawing is refer to, wherein identical element numbers represent identical component.The following description is to be based on
Illustrated this utility model specific embodiment, it is not construed as limiting this utility model other concrete realities not detailed herein
Apply example.
Fig. 1 is refer to, Fig. 1 is the structural representation of the preferred embodiment of efficient ozone mixing arrangement of the present utility model.
Efficient ozone mixing arrangement 10 of the present utility model includes ozone mixer 1, ejector 2, water pump 3, air accumulator 4, the and of ozone machine 5
Displacer 6 outside ozone room.
Ozone mixer 1 is used to be mixed the mixed liquor of ozone and raw water, and ozone mixer 1 at least has two,
The adjacent head and the tail of ozone mixer 1 are connected and form an ozone mixer entirety；Ejector 2 include first input end,
Second input and outfan, the outfan of ejector 2 is connected to the overall input of ozone mixer, the input of water pump 3
Raw water is connected to by a gate valve, the outfan of water pump 3 is connected to the first input end of ejector 2 by the first automatic valve 11；
The input of air accumulator 4 is connected to ozone machine 5, and the outfan of air accumulator 4 is automatic by the first ball valve 21 and second
Valve 12 is connected to the second input of ejector 2；First ball valve 21 is arranged close in the output of air accumulator 4, the second automatic valve
12 are positioned close to the input end of ejector 2 second；One is provided between the outfan of ozone machine 5 and the input of air accumulator 4
Second ball valve 22, the second ball valve 22 is positioned close to the input end of air accumulator 4；
Displacer 6 is connected to the second automatic valve 12 and the first ball valve 21 by the first tee pipe fitting 31 outside ozone room, and first
The input port of tee pipe fitting 31 is connected to the delivery outlet of the first ball valve 21, and the first delivery outlet of the first tee pipe fitting 31 is connected to
The input port of two automatic valves 12, the second delivery outlet of the first tee pipe fitting 31 is connected to displacer 6 outside ozone room.
Specifically, in this preferred embodiment, one is additionally provided between the outfan and ozone mixer 1 of ejector 2
Two tee pipe fittings 32, are provided with one the 3rd tee pipe fitting 33 between the first input end of ejector 2 and the first automatic valve 11, and second
One the 3rd ball valve 23 is provided between the tee pipe fitting 33 of tee pipe fitting 32 and the 3rd, wherein the delivery outlet of the second tee pipe fitting 32 connects
It is connected to the input of ozone mixer 1, the first input port of the second tee pipe fitting 32 is connected to the outfan of ejector 2, second
Second input port of tee pipe fitting 32 is connected to the delivery outlet of the 3rd ball valve 23；The input port of the 3rd tee pipe fitting 33 is connected to
The delivery outlet of one automatic valve 11, the first delivery outlet of the 3rd tee pipe fitting 33 is connected to the first input end of ejector 2, and the three or three
Second delivery outlet of way pipe fitting 33 is connected to the input port of the 3rd ball valve 23.
In addition, in order to be able to intuitively judge the pressure between the 3rd tee pipe fitting 33 and the first automatic valve 11, on air accumulator 4
Value, therefore it is provided with a pressure gauge 51 between the 3rd tee pipe fitting 33 and the first automatic valve 11, on air accumulator 4.
In this preferred embodiment, between the second input of ejector 2 and the second automatic valve 12 one first is additionally provided with
Check valve 41, the delivery outlet of the first check valve 41 is connected to the second input of ejector 2, and the input port of the first check valve 41 connects
It is connected to the delivery outlet of the second automatic valve 12.
One the 4th ball valve 24, the input port of the 4th ball valve 24 are provided between second automatic valve 12 and the first tee pipe fitting 31
The first delivery outlet of the first tee pipe fitting 31 is connected to, the delivery outlet of the 4th ball valve 24 is connected to the input of the second automatic valve 12
Mouthful.
One second check valve 42 is provided between the input port of the outfan of ozone machine 5 and the second ball valve 22, second is unidirectional
The input port of valve 42 is connected to the outfan of ozone machine 5, and the delivery outlet of the second check valve 42 is connected to the input of the second ball valve 22
Mouthful.
One the 3rd check valve 43 is additionally provided between the outfan of water pump 3 and the first automatic valve 11, the 3rd check valve 43
Input port is connected to the outfan of water pump 3, and the delivery outlet of the 3rd check valve 43 is connected to the input port of the first automatic valve 11.
One the 3rd automatic valve 13 and the 5th ball valve are disposed with outside first tee pipe fitting 31 and ozone room between displacer 6
25, the input port of the 3rd automatic valve 13 is connected to the second delivery outlet of the first tee pipe fitting 31, the delivery outlet of the 3rd automatic valve 13
The input port of the 5th ball valve 25 is connected to, the delivery outlet of the 5th ball valve 25 is connected to displacer 6 outside ozone room.
Wherein, the ozone that quantity is delivered in air accumulator 4 is known for more intuitive and convenient, then in the first ball valve
11 and first are additionally provided with flow meters 61 between threeway 31.
It will be apparent that the quantity of the quantity of ozone mixer 1 and mixed cell, depending on being the effect according to ozone mixing
, the effect of the ozone mixing of needs is high, then can be adjusted by increasing the quantity of ozone mixer 1 or/and mixed cell.
In addition, the setting in the structure of this preferred embodiment so that its mixed effect can be equal to ozone mixing tower process,
And the cost of this preferred embodiment is also almost close with ozone mixing column, therefore it is equal in mixed effect and equipment manufacturing cost
In the case of, if because the height of a certain Factory Building is less than 4 meters of words, then just can reached by selecting this preferred embodiment
While to equivalent effect, without transform plant, next record improvement expenses just can be saved.
The mixing disinfection process of this preferred embodiment is：
First, ozone machine 5 produces ozone, and ozone Jing the second check valves 42 and the second ball valve 22 are delivered to air accumulator 4, then
Ozone Jing the first ball valves 21 and the first tee pipe fitting 31 in air accumulator 4 flows to the 3rd automatic valve 13 and the 4th ball valve 24, wherein
The ozone for flowing through the 4th ball valve 24 leads to the second automatic valve 12；At this moment, it is automatic if flowing to the second automatic valve 12 and the 3rd respectively
The ozone of valve 13 can flow through the second automatic valve 12 and the 3rd automatic valve 13, and the ozone through the second automatic valve 12 passes through first
Check valve 41 enters the second input of ejector 2, goes forward side by side in the hybrid chamber of incident flow device 2；And flow through the 3rd automatic valve 13
Ozone discharges outdoor through the 5th ball valve 25 from displacer 6 outside ozone room；
Simultaneously, water pump 3 starts, and raw water Jing gate valve is delivered to the 3rd check valve 43 and through the 3rd list by water pump 3
The first automatic valve 11 is delivered to valve 43, the first input end that the first automatic valve 11 enters ejector 2 is flow through, and in ejector 2
Mixed for the first time with ozone in interior hybrid chamber；
Then, the mixed liquor of first mixed ozone and raw water is carried out, is flowed out and is conveyed from the outfan of ejector 2
Secondary mixing is carried out to ozone mixer 1；
Finally, mixed liquor is transferred out from the outfan of ozone mixer 1.
Complete the mixing disinfecting process of this preferred embodiment.
The preferred embodiment of efficient ozone mixing arrangement of the present utility model is by the setting in self structure, and it is right to reduce
The requirement of installation site height；Solve existing ozone-mixing device has the technology that high stiffness is required to ask to setting height(from bottom)
Topic.
In sum, although this utility model is disclosed above with preferred embodiment, but above preferred embodiment is not used
To limit this utility model, one of ordinary skill in the art in without departing from spirit and scope of the present utility model, can make
Various changes are defined with retouching, therefore protection domain of the present utility model by the scope that claim is defined.
Claims (9)
1. a kind of efficient ozone mixing arrangement, including characterized in that, including：
Ozone mixer, for the mixed liquor of ozone and raw water to be mixed, the ozone mixer at least has two, phase
Adjacent ozone mixer head and the tail are connected and form an ozone mixer entirety；
Ejector, including first input end, the second input and outfan, the outfan of the ejector is connected to the ozone
The overall input of blender,
Water pump, the input of the water pump is connected to the raw water by a gate valve, and the outfan of the water pump passes through first certainly
Dynamic valve is connected to the first input end of the ejector；
Air accumulator, the input of the air accumulator is connected to ozone machine, and the outfan of the air accumulator is by the first ball valve and the
Two automatic valves are connected to the second input of the ejector；First ball valve is positioned close to the air accumulator outfan
Place, second automatic valve is positioned close to the input end of the ejector second；
One second ball valve, institute are provided between the input of the ozone machine, the outfan of the ozone machine and the air accumulator
State the second ball valve and be positioned close to the air accumulator input end；
Displacer outside ozone room, it passes through one first tee pipe fitting and is connected to second automatic valve and the first ball valve, and described
The input port of one tee pipe fitting is connected to the delivery outlet of first ball valve, the first delivery outlet connection of first tee pipe fitting
In the input port of second automatic valve, the second delivery outlet of first tee pipe fitting is connected to outside the ozone room discharges
Device.
2. efficient ozone mixing arrangement according to claim 1, it is characterised in that the outfan of the ejector with it is described
Be additionally provided with one second tee pipe fitting between ozone mixer, the first input end of the ejector and first automatic valve it
Between be provided with one the 3rd tee pipe fitting,
Wherein, it is provided with one the 3rd ball valve between second tee pipe fitting and the 3rd tee pipe fitting.
3. efficient ozone mixing arrangement according to claim 2, it is characterised in that the 3rd tee pipe fitting and described
Pressure gauge is provided between one automatic valve, on the air accumulator.
4. efficient ozone mixing arrangement according to claim 1, it is characterised in that the second input of the ejector and
One first check valve is additionally provided between second automatic valve, the delivery outlet of first check valve is connected to the ejector
The second input, the input port of first check valve is connected to the delivery outlet of second automatic valve.
5. efficient ozone mixing arrangement according to claim 1, it is characterised in that second automatic valve and the first threeway
One the 4th ball valve is provided between pipe fitting, the input port of the 4th ball valve is connected to the first output of first tee pipe fitting
Mouthful, the delivery outlet of the 4th ball valve is connected to the input port of second automatic valve.
6. efficient ozone mixing arrangement according to claim 1, it is characterised in that the outfan of the ozone machine with it is described
One second check valve is provided between the input port of the second ball valve, the input port of second check valve is connected to the ozone machine
Outfan, the delivery outlet of second check valve is connected to the input port of second ball valve.
7. efficient ozone mixing arrangement according to claim 1, it is characterised in that the outfan of the water pump and described
One the 3rd check valve is additionally provided between one automatic valve, the input port of the 3rd check valve is connected to the output of the water pump
End, the delivery outlet of the 3rd check valve is connected to the input port of first automatic valve.
8. efficient ozone mixing arrangement according to claim 1, it is characterised in that first tee pipe fitting and ozone chamber
It is disposed with one the 3rd automatic valve and the 5th ball valve between outer displacer, the input port of the 3rd automatic valve is connected to described
Second delivery outlet of the first tee pipe fitting, the delivery outlet of the 3rd automatic valve is connected to the input port of the 5th ball valve, institute
The delivery outlet for stating the 5th ball valve is connected to displacer outside the ozone room.
9. efficient ozone mixing arrangement according to claim 1, it is characterised in that first ball valve and the described 1st
Flow meters are additionally provided between logical.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621245877.8U CN206168352U (en) | 2016-11-14 | 2016-11-14 | High -efficient ozone mixing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621245877.8U CN206168352U (en) | 2016-11-14 | 2016-11-14 | High -efficient ozone mixing device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206168352U true CN206168352U (en) | 2017-05-17 |
Family
ID=58685569
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621245877.8U Active CN206168352U (en) | 2016-11-14 | 2016-11-14 | High -efficient ozone mixing device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206168352U (en) |
-
2016
- 2016-11-14 CN CN201621245877.8U patent/CN206168352U/en active Active
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