CN205462712U - Magnetic domain closed type magnetic separator de -ironing - Google Patents
Magnetic domain closed type magnetic separator de -ironing Download PDFInfo
- Publication number
- CN205462712U CN205462712U CN201620213339.4U CN201620213339U CN205462712U CN 205462712 U CN205462712 U CN 205462712U CN 201620213339 U CN201620213339 U CN 201620213339U CN 205462712 U CN205462712 U CN 205462712U
- Authority
- CN
- China
- Prior art keywords
- permanent magnet
- magnetization
- force
- horizontal plane
- angle
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Abstract
The utility model discloses a magnetic domain closed type magnetic separator de -ironing, including the frame, be equipped with working chamber, permanent magnetism deironing device and translation device in the frame, especial, this permanent magnetism deironing device is including the casing that is the tubular structure, be equipped with the closed annular permanent magnetism meson group that is of cross section in this casing, this permanent magnetism meson inter block is formed with the cylindrical space who is on a parallel with the horizontal plane, the working chamber sets up in this cylindrical space, the motion portion that can follow the vertical reciprocating motion of casing that is equipped with on this translation device, this motion portion links to each other with the casing. The utility model has the advantages of magnetic field intensity is high, demagnetization rate in magnetic field is low, use cost is low, the fault rate is low, maintain convenient, easy operation.
Description
Technical field
This utility model relates to deironing apparatus, especially relates to a kind of magnetic region closed type magnetic separator de-ironing.
Background technology
In the field raw material courses of processing such as pottery, glass, chemical industry, medicine and food, deironing apparatus generally need be used to go
Except the ferromagnetic material in raw-material, to improve raw-material degree of purity.At present, deironing apparatus generally comprises deferrization machine of static type
With electromagnetic type magnetic separator de-ironing two kinds.
Deferrization machine of static type Energy in use is relatively low, and regular maintenance is the simplest, such as the patent that Authorization Notice No. is CN 00995170Y
File discloses a kind of high-efficient deferrization magnetic separator, the south including the working chamber made with non-magnet_conductible material, being positioned at working chamber both sides,
The relative permanent magnet in the arctic, being positioned at working chamber mineral fluids import department mineral fluid dispensing port, working chamber is provided with soft magnetic materials,
It is particular in that working chamber connects and has lateral dynamics mobile device, is provided above automatically rushing without magnetic region on permanent magnet side
Cleaning device, the sidewall at working chamber is provided with auto-flushing mouth, is provided with the valvular remaining slurry floss hole of band in the bottom of working chamber,
Slurry discharge pipe is connected in the bottom of working chamber.But, existing deferrization machine of static type is the most only enclosed shape by 3～4 block permanent magnets
Becoming the magnetic region that outline is rectangular, magnetic field intensity is low, and de-ferrous effect is limited.
The magnetic field intensity of electromagnetic type magnetic separator de-ironing is higher, a kind of as disclosed in the application documents that application publication number is CN 104353549A
Electromagnetic deironing machine, including frame, inner core, heat dissipation tank, solenoid, demagnetizer and power supply, inner tube installation is in frame, electric
Magnetic coil is wound on outside inner core, and inner core lower end arranges charging aperture and slag-drip opening, fills soft magnetism steel wool in inner core.Inner core upper end is sheathed
Lifting bucket, lifting bucket top arranges discharging opening and water inlet, and lifting bottom of the barrel arranges through hole, and lifting bucket can in inner core up and down
Slide.But, the structure of electromagnetic type magnetic separator de-ironing is more more complicated than the structure of deferrization machine of static type, and fault rate is high, and regular maintenance is suitable
Inconvenience, and electromagnetic type magnetic separator de-ironing energy consumption used in everyday is relatively big, and use cost is higher.
For this reason, it is necessary to a kind of magnetic field intensity of research is high, energy consumption is low, simple to operate, the convenient magnetic separator de-ironing of regular maintenance.
Utility model content
The purpose of this utility model is the magnetic separator de-ironing that a kind of magnetic field intensity is high, magnetic field demagnetization rate is low.
To achieve these goals, this utility model adopts the following technical scheme that
A kind of magnetic region closed type magnetic separator de-ironing, including frame, is provided with working chamber, permanent-magnet iron removing device and translating device in frame；Special
Other, this permanent-magnet iron removing device includes the housing in tubular structure；It is provided with cross section in this housing and closes permanent magnetism meson in the form of a ring
Group, is formed with, in this permanent magnetism meson group, the cylindrical space being parallel to horizontal plane；Working chamber is arranged in this cylindrical space；This translation
Device is provided with can be along the portion that moves of the longitudinally reciprocal movement of housing, and this motion portion is connected with housing.
The bottom of working chamber is provided with slurry inlet, and the top of working chamber is provided with slurry outlet.Slurry enters working chamber from slurry inlet,
And flow out from slurry outlet.Bank mouth additionally, the bottom of working chamber is additionally provided with one, be used for draining working chamber before cleaning soft magnetism meson
The slurry of interior residual.
The top of working chamber can be provided with several and communicate with outside water tank for the cleaning shower nozzle cleaning soft magnetism meson, cleaning shower nozzle.
Water tank provides water for cleaning for cleaning shower nozzle.
Translating device can be oil cylinder, cylinder or other executive components carrying out straight reciprocating motion being usually used in providing mechanical energy
Or structure.
Principle of the present utility model is as follows:
For sizing material iron removing process:
Under the drive of translating device, permanent-magnet iron removing device can be along the longitudinally reciprocal movement of housing, so that working chamber can be empty through column
Between debouch permanent magnetism meson group.The linear guide being connected with translating device can be installed in frame, guide permanent-magnet iron removing device to move
Direction, when preventing permanent-magnet iron removing device from moving, position occurs that deviation causes working chamber cannot pass in and out permanent-magnet iron removing device.Translation dress
Put drive permanent-magnet iron removing device to move, make working chamber be wrapped in permanent magnetism meson group.Soft magnetism meson in working chamber is in magnetic field
Under the influence of, it is thus achieved that magnetic.Because the cross section of permanent magnetism meson group is closed in the form of a ring, the magnetic field that permanent magnetism meson device is formed has very
Strong magnetic, the magnetic of the soft magnetism meson in the more traditional deferrization machine of static type of magnetic of the soft magnetism meson in working chamber is higher.
Slurry is in slurry inlet enters working chamber, and moves toward slurry outlet.When slurry flows soft magnetism meson, in slurry
Iron powder, immediately under the attraction of soft magnetism meson, sticks to the surface of soft magnetism meson.Except the slurry after ferrum i.e. flows out from slurry outlet.
Cleaning process for soft magnetism meson:
Open the mouth of banking of working chamber, the slurry remained in draining working chamber, subsequently, start translating device, the fortune of translating device
Dynamic portion drives permanent-magnet iron removing device to move.Permanent-magnet iron removing device vertically moves along housing, separates with working chamber.Now, working chamber
Departing from effective magnetic region, the soft magnetism meson in working chamber loses magnetism.Controlling to clean shower nozzle to open, the water in storage tank is i.e. from clearly
Washing shower nozzle to spray to working chamber, the iron powder on soft magnetism meson can be washed away by current, completes the cleaning of soft magnetism meson.
The enclosed cross of permanent magnetism meson group in the form of a ring, is formed in parallel with the cylindrical space of horizontal plane.It is empty that working chamber is arranged on this column
In, with the magnetic of forced working intracavity soft magnetism meson.For making the magnetic field intensity in cylindrical space higher, the magnetic of permanent magnetism meson group
The line of force is preferably closed in the form of a ring, to this, permanent magnetism meson group can by the first permanent magnet, the second permanent magnet, the 3rd permanent magnet, the 4th
Permanent magnet, the 5th permanent magnet, the 6th permanent magnet, the 7th permanent magnet, the 8th permanent magnet, the 9th permanent magnet, the tenth permanent magnet,
11st permanent magnet, the 12nd permanent magnet, the 13rd permanent magnet and the 14th permanent magnet are sequentially connected composition, and wherein, first forever
Angle between the direction of magnetization and the horizontal plane of the magnetic line of force of Magnet is θ1, 0 °≤θ1≤1°；The magnetic of the magnetic line of force of the second permanent magnet
The angle changed between direction and horizontal plane is θ2, 314 °≤θ2≤316°；The direction of magnetization of the magnetic line of force of the 3rd permanent magnet and level
Angle between face is θ3, 224 °≤θ3≤226°；Angle between the direction of magnetization and the horizontal plane of the magnetic line of force of the 4th permanent magnet
For θ4, 269 °≤θ4≤271°；Angle between the direction of magnetization and the horizontal plane of the magnetic line of force of the 5th permanent magnet is θ5,
269°≤θ5≤271°；Angle between the direction of magnetization and the horizontal plane of the magnetic line of force of the 6th permanent magnet is θ6,
314°≤θ6≤316°；Angle between the direction of magnetization and the horizontal plane of the magnetic line of force of the 7th permanent magnet is θ7,
224°≤θ7≤226°；Angle between the direction of magnetization and the horizontal plane of the magnetic line of force of the 8th permanent magnet is θ8,
179°≤θ8≤181°；Angle between the direction of magnetization and the horizontal plane of the magnetic line of force of the 9th permanent magnet is θ9,
134°≤θ9≤136°；Angle between the direction of magnetization and the horizontal plane of the magnetic line of force of the tenth permanent magnet is θ10, 44 °≤θ10≤46°；
Angle between the direction of magnetization and the horizontal plane of the magnetic line of force of the 11st permanent magnet is θ11, 89 °≤θ11≤91°；12nd permanent magnet
The magnetic line of force the direction of magnetization and horizontal plane between angle be θ12, 89 °≤θ12≤91°；The magnetic of the magnetic line of force of the 13rd permanent magnet
The angle changed between direction and horizontal plane is θ13, 134 °≤θ13≤136°；The direction of magnetization of the magnetic line of force of the 14th permanent magnet and water
Angle between plane is θ14, 44 °≤θ14≤46°.By the first permanent magnet of specific arrangements, the second permanent magnet, the 3rd permanent magnetism
Ferrum, the 4th permanent magnet, the 5th permanent magnet, the 6th permanent magnet, the 7th permanent magnet, the 8th permanent magnet, the 9th permanent magnet, the tenth
Permanent magnet, the 11st permanent magnet, the 12nd permanent magnet, the 13rd permanent magnet and the 14th permanent magnet, the magnetic line of force of each permanent magnet
End to end, the magnetic line of force of permanent magnet group closes in the form of a ring, makes permanent magnet group can generate the strongest magnetic field.
This utility model has that magnetic field intensity is high, magnetic field demagnetization rate is low, use cost is low, failure rate is low, easy to maintenance, operation
The advantage such as simple.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of magnetic separator de-ironing in utility model embodiment；
Fig. 2 is the schematic diagram of permanent-magnet iron removing device in utility model embodiment；
Fig. 3 is the schematic diagram of the direction of magnetization of the magnetic line of force of the first permanent magnet in utility model embodiment；
Fig. 4 is the schematic diagram of the direction of magnetization of the magnetic line of force of the second permanent magnet in utility model embodiment；
Fig. 5 is the schematic diagram of the direction of magnetization of the magnetic line of force of the 3rd permanent magnet in utility model embodiment；
Fig. 6 is the schematic diagram of the direction of magnetization of the magnetic line of force of the 4th permanent magnet in utility model embodiment；
Fig. 7 is the schematic diagram of the direction of magnetization of the magnetic line of force of the 5th permanent magnet in utility model embodiment；
Fig. 8 is the schematic diagram of the direction of magnetization of the magnetic line of force of the 6th permanent magnet in utility model embodiment；
Fig. 9 is the schematic diagram of the direction of magnetization of the magnetic line of force of the 7th permanent magnet in utility model embodiment；
Figure 10 is the schematic diagram of the direction of magnetization of the magnetic line of force of the 8th permanent magnet in utility model embodiment；
Figure 11 is the schematic diagram of the direction of magnetization of the magnetic line of force of the 9th permanent magnet in utility model embodiment；
Figure 12 is the schematic diagram of the direction of magnetization of the magnetic line of force of the tenth permanent magnet in utility model embodiment；
Figure 13 is the schematic diagram of the direction of magnetization of the magnetic line of force of the 11st permanent magnet in utility model embodiment；
Figure 14 is the schematic diagram of the direction of magnetization of the magnetic line of force of the 12nd permanent magnet in utility model embodiment；
Figure 15 is the schematic diagram of the direction of magnetization of the magnetic line of force of the 13rd permanent magnet in utility model embodiment；
Figure 16 is the schematic diagram of the direction of magnetization of the magnetic line of force of the 14th permanent magnet in utility model embodiment.
Description of reference numerals: 1-frame；2-feed pipe；3-discharge pipe；4-reflux line；5-Residue extraction pipeline；6-permanent magnetism deironing
Device；7-housing；8-the first permanent magnet 8；9-the second permanent magnet；10-the 3rd permanent magnet；11-the 4th permanent magnet；12-the 5th
Permanent magnet；13-the 6th permanent magnet；14-the 7th permanent magnet；15-the 8th permanent magnet；16-the 9th permanent magnet；17-the tenth permanent magnet；
18-the 11st permanent magnet；19-the 12nd permanent magnet；20-the 13rd permanent magnet；21-the 14th permanent magnet；22-rail plate；
23-cylinder；24-cylindrical space.
Detailed description of the invention
With embodiment, this utility model is further described below in conjunction with the accompanying drawings.
Magnetic separator de-ironing as shown in Figure 1, frame 1 is fixed with working chamber, and this working chamber can use existing conventional design.Working chamber
Bottom be provided with slurry inlet and refluxing opening, the top of working chamber is provided with slurry outlet.Slurry inlet is connected by feed pipe 2
To entering pulp grinder, slurry outlet is communicated to collecting machine by discharge pipe 3, and refluxing opening is then communicated to into slurry by reflux line 4
Machine.Additionally, also lead to a Residue extraction pipeline 5 on reflux line, for discharging the waste water in working chamber.In each pipeline respectively
The pipeline valve of correspondence is installed.
As shown in Figure 1, 2, frame 1 is provided with permanent-magnet iron removing device 6, and this permanent-magnet iron removing device 6 includes the shell in tubular structure
Body 7.The cross-sectional profiles of this housing 7 is rectangular, and housing 7 surrounding encloses, both-side opening.Permanent magnetism meson it is provided with in housing 7
Group, in the present embodiment, as it can be seen, this permanent magnetism meson group by first permanent magnet the 8, second permanent magnet the 9, the 3rd permanent magnet 10,
4th permanent magnet the 11, the 5th permanent magnet the 12, the 6th permanent magnet the 13, the 7th permanent magnet the 14, the 8th permanent magnet the 15, the 9th permanent magnetism
Ferrum the 16, the tenth permanent magnet the 17, the 11st permanent magnet the 18, the 12nd permanent magnet the 19, the 13rd permanent magnet the 20 and the 14th permanent magnetism
Ferrum 21 is sequentially connected composition.First permanent magnet the 8, second permanent magnet the 9, the 3rd permanent magnet the 10, the 4th permanent magnet the 11, the 5th is forever
Magnet the 12, the 6th permanent magnet the 13, the 7th permanent magnet the 14, the 8th permanent magnet the 15, the 9th permanent magnet the 16, the tenth permanent magnet 17,
The outline of the 11st permanent magnet the 18, the 12nd permanent magnet the 19, the 13rd permanent magnet the 20 and the 14th permanent magnet 21 is triangular in shape,
Each permanent magnet is sequentially connected with, and encloses circlewise thus is formed with the cylindrical space 24 being parallel to horizontal plane, and the magnetic force of each permanent magnet
The direction of magnetization of line is sequentially connected, and the magnetic line of force of each permanent magnet of permanent magnetism meson group is closed in the form of a ring.
Angle as shown in figs. 3-14, in the present embodiment, between the direction of magnetization and the horizontal plane of the magnetic line of force of the first permanent magnet 8
For θ1=0 °；Angle between the direction of magnetization and the horizontal plane of the magnetic line of force of the second permanent magnet 9 is θ2=315 °；3rd permanent magnet
Angle between the direction of magnetization and the horizontal plane of the magnetic line of force of 10 is θ3=225 °；The magnetization side of the magnetic line of force of the 4th permanent magnet 11
Angle between horizontal plane is θ4=270 °；Folder between the direction of magnetization and the horizontal plane of the magnetic line of force of the 5th permanent magnet 12
Angle is θ5=270 °；Angle between the direction of magnetization and the horizontal plane of the magnetic line of force of the 6th permanent magnet 13 is θ6=315 °；7th
Angle between the direction of magnetization and the horizontal plane of the magnetic line of force of permanent magnet 14 is θ7=225 °；The magnetic line of force of the 8th permanent magnet 15
Angle between the direction of magnetization and horizontal plane is θ8=180 °；Between the direction of magnetization and the horizontal plane of the magnetic line of force of the 9th permanent magnet 16
Angle be θ9=135 °；Angle between the direction of magnetization and the horizontal plane of the magnetic line of force of the tenth permanent magnet 17 is θ10=45 °；The
Angle between the direction of magnetization and the horizontal plane of the magnetic line of force of 11 permanent magnets 18 is θ11=90 °；The magnetic of the 12nd permanent magnet 19
Angle between the direction of magnetization and the horizontal plane of the line of force is θ12=90 °；The direction of magnetization of the magnetic line of force of the 13rd permanent magnet 20 and water
Angle between plane is θ13=135 °；Angle between the direction of magnetization and the horizontal plane of the magnetic line of force of the 14th permanent magnet 21 is
θ14=45 °.
Being also equipped with rail plate 22 in frame 1, this rail plate 22 is parallel to the axis of housing 7 and installs.Rail plate 22
On slidably connect slide block, this slide block then housing 7 with permanent magnetism meson group is connected.Meanwhile, frame 1 is also equipped with two gas
Cylinder 23, the telescopic direction of the piston rod of two cylinders 23 is parallel to the axis of housing 7.Two cylinders 23 are as translating device, and it is lived
Stopper rod is connected with slide block, thus housing 7 can be driven to move.Rail plate 22 then as linear guide, guide housing 7
Moving direction.
For sizing material iron removing process:
Under the drive of cylinder 23, permanent-magnet iron removing device 6 is along the longitudinally reciprocal movement of housing 7, so that working chamber can be through housing 7
The opening of both sides enters in cylindrical space 24.Now, working chamber is wrapped up by permanent magnetism meson group, and the soft magnetism meson in working chamber is at magnetic
Under the influence of Chang, it is thus achieved that magnetic.Slurry is in slurry inlet enters working chamber, and moves toward slurry outlet.When slurry flows is soft
During magnetic meson, the iron powder in slurry, immediately under the attraction of soft magnetism meson, sticks to the surface of soft magnetism meson.Except the slurry after ferrum
I.e. flow out from slurry outlet.
Cleaning process for soft magnetism meson:
Open the refluxing opening of working chamber, the slurry remained in draining working chamber, subsequently, start cylinder 23, piston rod drives permanent magnetism
Deironing apparatus 6 moves, away from working chamber.Working chamber removes in cylindrical space 24, and the soft magnetism meson in working chamber loses magnetism.
Now, with the soft magnetism meson in water impact working chamber, the iron powder that soft magnetism meson adheres to can be washed away, and through slagging channel
5 drain.For ease of cleaning chamber, frame 1 can be installed multiple cleaning shower nozzle, each shower nozzle that cleans should be positioned at the top of working chamber
Above portion.The structure cleaning shower nozzle refers to existing conventional design with installation site, repeats no more here.
The foregoing is only embodiment of the present utility model, not thereby limit the scope of the claims of the present utility model, every utilization is originally
Equivalent structure or equivalence flow process that utility model description and accompanying drawing content are made convert, or it is relevant to be directly or indirectly used in other
Technical field, be the most in like manner included in scope of patent protection of the present utility model.
Claims (4)
1. a magnetic region closed type magnetic separator de-ironing, including frame, is provided with working chamber, permanent-magnet iron removing device and translating device in frame；It is special
Levy and be: described permanent-magnet iron removing device includes the housing in tubular structure；It is provided with cross section in described housing to close the most forever
Magnetic meson group, is formed with, in described permanent magnetism meson group, the cylindrical space being parallel to horizontal plane；Described working chamber is arranged on described post
In shape space；Described translating device is provided with can be along the portion that moves of the longitudinally reciprocal movement of housing, and this motion portion is connected with housing.
Magnetic region the most according to claim 1 closed type magnetic separator de-ironing, is characterized in that: described permanent magnetism meson group by the first permanent magnet,
Two permanent magnets, the 3rd permanent magnet, the 4th permanent magnet, the 5th permanent magnet, the 6th permanent magnet, the 7th permanent magnet, the 8th permanent magnetism
Ferrum, the 9th permanent magnet, the tenth permanent magnet, the 11st permanent magnet, the 12nd permanent magnet, the 13rd permanent magnet and the 14th are forever
Magnet is sequentially connected composition；Angle between the direction of magnetization and the horizontal plane of the magnetic line of force of described first permanent magnet is θ1,
0°≤θ1≤1°；Angle between the direction of magnetization and the horizontal plane of the magnetic line of force of described second permanent magnet is θ2,
314°≤θ2≤316°；Angle between the direction of magnetization and the horizontal plane of the magnetic line of force of described 3rd permanent magnet is θ3,
224°≤θ3≤226°；Angle between the direction of magnetization and the horizontal plane of the magnetic line of force of described 4th permanent magnet is θ4,
269°≤θ4≤271°；Angle between the direction of magnetization and the horizontal plane of the magnetic line of force of described 5th permanent magnet is θ5,
269°≤θ5≤271°；Angle between the direction of magnetization and the horizontal plane of the magnetic line of force of described 6th permanent magnet is θ6,
314°≤θ6≤316°；Angle between the direction of magnetization and the horizontal plane of the magnetic line of force of described 7th permanent magnet is θ7,
224°≤θ7≤226°；Angle between the direction of magnetization and the horizontal plane of the magnetic line of force of described 8th permanent magnet is θ8,
179°≤θ8≤181°；Angle between the direction of magnetization and the horizontal plane of the magnetic line of force of described 9th permanent magnet is θ9,
134°≤θ9≤136°；Angle between the direction of magnetization and the horizontal plane of the magnetic line of force of described tenth permanent magnet is θ10,
44°≤σ10≤46°；Angle between the direction of magnetization and the horizontal plane of the magnetic line of force of described 11st permanent magnet is θ11,
89°≤θ11≤91°；Angle between the direction of magnetization and the horizontal plane of the magnetic line of force of described 12nd permanent magnet is θ12,
89°≤θ12≤91°；Angle between the direction of magnetization and the horizontal plane of the magnetic line of force of described 13rd permanent magnet is θ13,
134°≤θ13≤136°；Angle between the direction of magnetization and the horizontal plane of the magnetic line of force of described 14th permanent magnet is θ14,
44°≤θ14≤46°。
Magnetic region the most according to claim 2 closed type magnetic separator de-ironing, is characterized in that: described first permanent magnet, the second permanent magnet,
Three permanent magnets, the 4th permanent magnet, the 5th permanent magnet, the 6th permanent magnet, the 7th permanent magnet, the 8th permanent magnet, the 9th permanent magnetism
Ferrum, the tenth permanent magnet, the 11st permanent magnet, the 12nd permanent magnet, the 13rd permanent magnet and the outline of the 14th permanent magnet
Triangular in shape.
Magnetic region the most according to claim 1 closed type magnetic separator de-ironing, is characterized in that: described translating device be oil cylinder, cylinder or its
He is usually used in providing the executive component carrying out straight reciprocating motion or the structure of mechanical energy.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620213339.4U CN205462712U (en) | 2016-03-18 | 2016-03-18 | Magnetic domain closed type magnetic separator de -ironing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620213339.4U CN205462712U (en) | 2016-03-18 | 2016-03-18 | Magnetic domain closed type magnetic separator de -ironing |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205462712U true CN205462712U (en) | 2016-08-17 |
Family
ID=56653543
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620213339.4U Active CN205462712U (en) | 2016-03-18 | 2016-03-18 | Magnetic domain closed type magnetic separator de -ironing |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205462712U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107199119A (en) * | 2016-03-18 | 2017-09-26 | 新乡市胜宇机电有限公司 | A kind of magnetic region closed type magnetic separator de-ironing |
-
2016
- 2016-03-18 CN CN201620213339.4U patent/CN205462712U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107199119A (en) * | 2016-03-18 | 2017-09-26 | 新乡市胜宇机电有限公司 | A kind of magnetic region closed type magnetic separator de-ironing |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN204783507U (en) | No pole magnetic force oil -well pump | |
| CN100353062C (en) | Digital control reciprocating oil submersible electric pump | |
| CN205462712U (en) | Magnetic domain closed type magnetic separator de -ironing | |
| CN204996555U (en) | Cleaning device for electromagnetic deironing machine | |
| CN104148169A (en) | Wet-type magnetic sorting machine | |
| CN202238311U (en) | Magnetic medium automatic cleaning type strong magnetic separator | |
| CN104907168B (en) | A kind of novel permanent magnetic formula magnetic separator de-ironing | |
| CN106704160A (en) | Downhole oil pumping pump electrical drive device | |
| CN202700644U (en) | Full-automatic slurry de-ironing separator | |
| CN104353549B (en) | Electromagnetic iron-removing machine | |
| CN107199119A (en) | A kind of magnetic region closed type magnetic separator de-ironing | |
| CN201908798U (en) | Straight-flow high pressure washer pump | |
| CN205462705U (en) | Matrix magnetic domain magnetic separator de -ironing | |
| CN204565021U (en) | Liquid gas mixing forging machine tool | |
| CN204974173U (en) | Novel magneto magnetic separator de -ironing | |
| CN203990881U (en) | At the bottom of a kind of full automatic water cooling adverse current, go out slurry magnetic separator | |
| CN205244570U (en) | Electromagnetic valve | |
| CN106437584B (en) | A kind of continuous sand-bailing equipment of negative pressure | |
| CN205182934U (en) | Spiral magnet separator | |
| CN204062104U (en) | A kind of kingston valve | |
| CN206853891U (en) | A kind of downstream-type magnetic separator de-ironing | |
| CN204282524U (en) | Integration gate pump | |
| CN107199117A (en) | A kind of matrix form magnetic region magnetic separator de-ironing | |
| CN209306942U (en) | A kind of Novel bucket armored pump | |
| CN205253332U (en) | Electromagnetism thick liquids magnetic separator de -ironing |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |