CN104907168A - Novel permanent magnetic iron removal machine - Google Patents
Novel permanent magnetic iron removal machine Download PDFInfo
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- CN104907168A CN104907168A CN201510389130.3A CN201510389130A CN104907168A CN 104907168 A CN104907168 A CN 104907168A CN 201510389130 A CN201510389130 A CN 201510389130A CN 104907168 A CN104907168 A CN 104907168A
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Abstract
The invention discloses a novel permanent magnetic iron removal machine. The novel permanent magnetic iron removal machine comprises a machine frame, wherein a work cavity is formed in the machine frame, a plurality of soft magnetic mesons are arranged in the work cavity, and specially a permanent magnetic meson device with a magnetic line closed in a loop shape is further arranged on the machine frame, an avoidance position for the work cavity to enter and exit from the permanent magnetic meson device is formed on the permanent magnetic meson device, a horizontal moving device is arranged on the machine frame, a moving portion which can achieve linear motion is arranged on the horizontal moving device, the moving portion is connected with the work cavity, and the avoidance position is located in the moving direction of feeding of the work cavity. The novel permanent magnetic iron removal machine further comprises a water storage tank, wherein the water storage tank and the horizontal moving device are located on the same side of the machine frame, and installed at the bottom or close to the bottom of the machine frame. The novel permanent magnetic iron removal machine has the advantages of being high in magnetic field intensity, low in magnetic field demagnetization rate, low in use cost, low in failure rate, convenient to maintain, and simple to operate.
Description
Technical field
The present invention relates to a kind of magnetic separator de-ironing, especially a kind of novel permanent magnetic formula magnetic separator de-ironing.
Background technology
In the field raw material process such as pottery, glass, chemical industry, medicine and food, the ferromagnetic material during deironing apparatus removal usually need be used raw-material, to improve raw-material degree of purity.At present, deironing apparatus generally comprises deferrization machine of static type and electromagnetic type magnetic separator de-ironing two kinds.
Deferrization machine of static type Energy in use is lower, regular maintenance is also simpler, the patent document being CN 00995170Y as Authorization Notice No. discloses a kind of high-efficient deferrization magnetic separator, comprise the working chamber made with non-magnet_conductible material, be positioned at the south of working chamber both sides, the permanent magnet that the arctic is relative, be positioned at working chamber mineral fluid import department mineral fluid dispensing port, working chamber is provided with soft magnetic materials, its special feature is that working chamber is connected with lateral dynamics mobile device, automatic flushing device is provided with without above magnetic region on permanent magnet side, the sidewall of working chamber is provided with auto-flushing mouth, the valvular remaining slurry floss hole of band is provided with 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 often only enclosed by 3 ~ 4 block permanent magnets and forms the rectangular magnetic region of outline, and magnetic field intensity is low, and de-ferrous effect is limited.
The magnetic field intensity of electromagnetic type magnetic separator de-ironing is higher, as application publication number a kind of electromagnetic deironing machine disclosed in the application documents of CN 104353549A, comprise frame, inner core, heat dissipation tank, solenoid, demagnetizer and power supply, inner tube installation is in frame, solenoid is outside inner core, inner core lower end arranges charging aperture and slag-drip opening, fills soft magnetism steel wool in inner core.The sheathed lifting bucket in inner core upper end, lifting bucket top arranges discharging opening and water inlet, and lifting bottom of the barrel arranges through hole, and lifting bucket can slide up and down in inner core.But the structure of the structural rate deferrization machine of static type of electromagnetic type magnetic separator de-ironing is more complicated, and fault rate is high, and regular maintenance is quite inconvenient, and electromagnetic type magnetic separator de-ironing energy consumption used in everyday is comparatively large, and use cost is higher.
For this reason, be necessary to study that a kind of magnetic field intensity is high, energy consumption is low, simple to operate, regular maintenance magnetic separator de-ironing easily.
Summary of the invention
The object of the present invention is to provide that a kind of magnetic field intensity is high, energy consumption is low, simple to operate, regular maintenance deferrization machine of static type easily.
To achieve these goals, the present invention adopts following technical scheme:
A kind of novel permanent magnetic formula magnetic separator de-ironing, comprise frame, frame is provided with working chamber; Several soft magnetism mesons are provided with in working chamber; Especially, frame is also provided with the magnetic line of force and closes permanent magnetism meson device in the form of a ring; This permanent magnetism meson device is formed with the clearance position for working chamber turnover permanent magnetism meson device; Frame is also provided with translating device, and this translating device is provided with the motion portion that can realize linear movement; This motion portion is connected with working chamber; Also comprise storage tank; This storage tank and translating device are positioned at the same side of frame, and near the bottom being arranged on frame or bottom.
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 flows out from slurry outlet.In addition, the bottom of working chamber is also provided with one and banks mouth, for draining slurry residual in working chamber before cleaning soft magnetism meson.
The top of working chamber can be provided with several for cleaning the cleaning shower nozzle of soft magnetism meson, and cleaning shower nozzle communicates with storage tank.Storage tank provides water for cleaning for cleaning shower nozzle.
Translating device can be oil cylinder, cylinder or other be usually used in the executive component carrying out straight reciprocating motion or structure that mechanical energy is provided.
Principle of the present invention is as follows:
For sizing material iron removing process:
Control translating device, the motion portion of translating device drives working chamber or permanent magnetism meson device to move, and allow working chamber enter in permanent magnetism meson device through dodging position, now, working chamber is in effective magnetic region.Frame can install a linear guide, guide the direction of working chamber or the movement of permanent magnetism meson device, when preventing working chamber or permanent magnetism meson device from moving, position occurs departing from and causes working chamber cannot enter permanent magnetism meson device.After working chamber enters permanent magnetism meson device, the soft magnetism meson in working chamber, under the impact in magnetic field, obtains magnetic.Because the magnetic line of force of whole permanent magnetism meson device encloses sealing, the magnetic field that permanent magnetism meson device is formed has stronger magnetic, and 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 stronger.
Slurry enters in working chamber through slurry inlet, and moves toward slurry outlet.When slurry flows soft magnetism meson, the iron powder in slurry, immediately under the attraction of soft magnetism meson, sticks to the surface of soft magnetism meson.Namely slurry after deironing flows out from slurry outlet.
Cleaning process for soft magnetism meson:
Open the mouth of banking of working chamber, drain slurry residual in working chamber, subsequently, control translating device, the motion portion of translating device drives working chamber to move, and allows working chamber go out permanent magnetism meson device through dodging displacement, now, working chamber moves to the side of frame, departs from effective magnetic region.Soft magnetism meson in working chamber loses magnetism.Although working chamber moves to the side of frame, away from translating device, the same side being positioned at frame because storage tank is same with translating device, and near the storage tank bottom that is arranged on frame or bottom, frame will held stationary, can not turn on one's side or roll.After working chamber departs from effective magnetic region, control cleaning shower nozzle and open, namely the water in storage tank be injected in working chamber from cleaning shower nozzle, and the iron powder on soft magnetism meson can wash away by current, completes the cleaning of soft magnetism meson.
Permanent magnetism meson device can be formed by permanent magnet group with for the fixed head group of fixing permanent magnet group, and wherein, fixed head group can be made up of with the second fixed head and the connecting plate for being connected the first fixed head and the second fixed head the first fixed head be parallel to each other; First fixed head, the second fixed head and connecting plate can be corrosion resistant plates; Permanent magnet group then can be connected successively with the 7th permanent magnet 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 and to form, wherein, the angle between the direction of magnetization of the magnetic line of force of the first permanent magnet and the moving direction (namely working chamber enters the moving direction in permanent magnetism meson device) of working chamber feeding is θ
1, 89 °≤θ
1≤ 91 °; Angle between the direction of magnetization of the magnetic line of force of the second permanent magnet and the moving direction of working chamber feeding is θ
2, 39 °≤θ
2≤ 41 °; Angle between the direction of magnetization of the magnetic line of force of the 3rd permanent magnet and the moving direction of working chamber feeding is θ
3, 332 °≤θ
3≤ 334 °; Angle between the direction of magnetization of the magnetic line of force of the 4th permanent magnet and the moving direction of working chamber feeding is θ
4, 269 °≤θ
4≤ 271 °; Angle between the direction of magnetization of the magnetic line of force of the 5th permanent magnet and the moving direction of working chamber feeding is θ
5, 222 °≤θ
4≤ 224 °; Angle between the direction of magnetization of the magnetic line of force of the 6th permanent magnet and the moving direction of working chamber feeding is θ
6, 179 °≤θ
6≤ 181 °; Angle between the direction of magnetization of the magnetic line of force of the 7th permanent magnet and the moving direction of working chamber feeding is θ
7, 89 °≤θ
7≤ 91 °.By the first permanent magnet of specific arrangements, the second permanent magnet, the 3rd permanent magnet, the 4th permanent magnet, the 5th permanent magnet, the 6th permanent magnet and the 7th permanent magnet, the magnetic line of force of each permanent magnet is end to end, the magnetic line of force of permanent magnet group is closed in the form of a ring, makes permanent magnet group can generate stronger magnetic field.
Frame can installing an Exahust vent box, for reclaiming the waste water produced in soft magnetism meson cleaning process, avoiding polluting the environment around magnetic separator de-ironing.Shift out the direction of permanent magnetism meson device along working chamber, Exahust vent box can be in the downstream of storage tank.Frame also can installing a material recycle case, for reclaiming the slurry in the front working chamber of soft magnetism meson cleaning, avoiding the waste causing resource.Shift out the direction of permanent magnetism meson device along working chamber, material recycle case can be between storage tank and Exahust vent box.
The present invention has that magnetic field intensity is high, magnetic field demagnetization rate is low, use cost is low, failure rate is low, feature easy to maintenance, simple to operate.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of magnetic separator de-ironing in the embodiment of the present invention;
Fig. 2 is the schematic diagram of permanent magnetism meson device in the embodiment of the present invention;
Fig. 3 is the schematic diagram of the first permanent magnet in the embodiment of the present invention;
Fig. 4 is the schematic diagram of the second permanent magnet in the embodiment of the present invention;
Fig. 5 is the schematic diagram of the 3rd permanent magnet in the embodiment of the present invention;
Fig. 6 is the schematic diagram of the 4th permanent magnet in the embodiment of the present invention;
Fig. 7 is the schematic diagram of the 5th permanent magnet in the embodiment of the present invention;
Fig. 8 is the schematic diagram of the 6th permanent magnet in the embodiment of the present invention;
Fig. 9 is the schematic diagram of the 7th permanent magnet in the embodiment of the present invention;
Figure 10 is the schematic diagram of pneumatic operated valve in the embodiment of the present invention.
Description of reference numerals: 1-frame; 2-fixed support; 3-cylinder; 4-linear guides; 5-working chamber; 6-permanent magnetism meson device; 7-first fixed head; 8-second fixed head; 9-connecting plate; 10-first permanent magnet; 11-second permanent magnet; 12-the 3rd permanent magnet; 13-the 4th permanent magnet; 14-the 5th permanent magnet; 15-the 6th permanent magnet; 16-the 7th permanent magnet; 17-storage tank; 18-material recycle case; 19-Exahust vent box; 20-slurry inlet; 21-slurry outlet; 22-plasma discharge mouth; 23-pneumatic operated valve; 101-the 1 forms face; 102-the one or two forms face; 103-the one or three forms face; 104-the one or four forms face; 111-the 21 forms face; 112-the two or two forms face; 113-the two or three forms face; 121-the 31 forms face; 122-the three or two forms face; 123-the three or three forms face; 131-the 41 forms face; 132-the four or two forms face; 133-the four or three forms face; 141-forms face May Day; 142-the five or two forms face; 143-the five or three forms face; 151-the 61 forms face; 152-the six or two forms face; 153-the six or three forms face; 161-forms face the July 1st; 162-the seven or two forms face; 163-the seven or three forms face; 164-the seven or four forms face.
Detailed description of the invention
Below in conjunction with drawings and Examples, the present invention is further described.
Magnetic separator de-ironing as shown in Figure 1, frame 1 is provided with a fixed support 2, this fixed support 2 is fixed with a cylinder 3 as translating device.The top of frame 1 is also provided with another cylinder 3, two cylinder 3 as translating device and is parallel to each other.In addition, frame 1 is also provided with the linear guides 4 as linear guide, the direction of motion that this linear guides 4 is parallel to the piston rod of cylinder 3 is arranged.Linear guides 4 is then provided with working chamber 5, and this working chamber 5 is connected with the piston rod of two cylinders 3.The some rods of the soft magnetism as soft magnetism meson are then installed in working chamber 5.The top of working chamber 5 is then provided with several cleaning shower nozzles, and this cleaning shower nozzle adopts existing conventional design, repeats no more here.
Fixed support 2 is also provided with permanent magnetism meson device 6.Permanent magnetism meson device 6 is made up of permanent magnet group and fixed head group.In the present embodiment 1, as shown in figs. 2-9, fixed head group is made up of with the connecting plate 9 for being connected the first fixed head 7 and the second fixed head 8 the first fixed head 7, second fixed head 8.First fixed head 7, second fixed head 8 and connecting plate 9 are all corrosion resistant plates, and the first fixed head 7 and the second fixed head 8 are parallel to each other.After first fixed head 7, second fixed head 8 is connected with connecting plate 9, the outline of fixed head group is Qian font.
Permanent magnet group to be then connected successively with the 7th permanent magnet 16 by the first permanent magnet 10, second permanent magnet 11, the 3rd permanent magnet 12, the 4th permanent magnet 13, the 5th permanent magnet 14, the 6th permanent magnet 15 and to form, wherein,
First permanent magnet 10 is formed with the one one formation face 104, formation face the 103 and the 1, formation face the 102, the 1, formation face the 101, the 1, the one one formation face 103, formation face the 102, the 1, formation face the 101, the 1 is connected successively with the one or four formation face 104; The cross section outline of the first permanent magnet 10 is at right angles trapezoidal; Angle between the direction of magnetization of the magnetic line of force of the first permanent magnet 10 and the moving direction of working chamber feeding is θ
1=90 °;
Second permanent magnet 11 is formed with the 21 formation face 113, formation face the 112 and the 23, formation face the 111, the 22,21 formation face 112, formation face the 111, the 22 is connected successively with the two or three formation face 113, and the one or two formation face 102 of the two or three formation face 113 and the first permanent magnet 10 fits; The cross section outline of the second permanent magnet 11 is triangular in shape; Angle between the direction of magnetization of the magnetic line of force of the second permanent magnet 11 and the moving direction of working chamber feeding is θ
2=40 °;
3rd permanent magnet 12 is formed with the 31 formation face 123, formation face the 122 and the 33, formation face the 121, the 32,31 formation face 122, formation face the 121, the 32 is connected successively with the three or three formation face 123, and the two or two formation face 112 of the 31 formation face 121 and the second permanent magnet 11 fits; The cross section outline of the 3rd permanent magnet 12 is triangular in shape; Angle between the direction of magnetization of the magnetic line of force of the 3rd permanent magnet 12 and the moving direction of working chamber feeding is θ
3=333 °;
4th permanent magnet 13 is formed with the 41 formation face 133, formation face the 132 and the 43, formation face the 131, the 42,41 formation face 132, formation face the 131, the 42 is connected successively with the four or three formation face 133, and the 41 forms the three or three of face 131 and the 3rd permanent magnet 12 and form face 123 to laminating; The cross section outline of the 4th permanent magnet 13 is triangular in shape; Angle between the direction of magnetization of the magnetic line of force of the 4th permanent magnet 13 and the moving direction of working chamber feeding is θ
4=270 °;
5th permanent magnet 14 is formed and forms formation face 143, formation face the 142 and the 53, face the 141, the 52 May Day, form formation face 142, face the 141, the 52 May Day to be connected successively with the five or three formation face 143, and the four or the two formation face 132 forming face 141 and the 4th permanent magnet 13 May Day fits; The cross section outline of the 5th permanent magnet 14 is triangular in shape; Angle between the direction of magnetization of the magnetic line of force of the 5th permanent magnet 14 and the moving direction of working chamber feeding is θ
5=223 °;
6th permanent magnet 15 is formed with the 61 formation face 153, formation face the 152 and the 63, formation face the 151, the 62,61 formation face 152, formation face the 151, the 62 is connected successively with the six or three formation face 153, and the five or three formation face 143 of the six or two formation face 152 and the 5th permanent magnet 15 fits; The cross section outline of the 6th permanent magnet 15 is triangular in shape; Angle between the direction of magnetization of the magnetic line of force of the 6th permanent magnet 15 and the moving direction of working chamber feeding is θ
6=180 °;
7th permanent magnet 16 is formed and forms formation face 164, formation face the 163 and the 74, formation face the 162, the 73, face the 161, the 72 July 1st, form formation face 163, formation face the 162, the 73, face the 161, the 72 July 1st to be connected successively with the seven or four formation face 164, and the 61 formation face 151 of the seven or two formation face 162 and the 6th permanent magnet 15 fits; The cross section outline of the 7th permanent magnet 16 is at right angles trapezoidal; Angle between the direction of magnetization of the magnetic line of force of the 7th permanent magnet 16 and the moving direction of working chamber feeding is θ
7=90 °;
First permanent magnet 10, second permanent magnet 11, the 3rd permanent magnet 12, the 4th permanent magnet 13, the 5th permanent magnet 14, the 6th permanent magnet 15 are connected with the 7th permanent magnet 16 and are connected and fixed with fixed head group.After first permanent magnet 10, second permanent magnet 11, the 3rd permanent magnet 12, the 4th permanent magnet 13, the 5th permanent magnet 14, the 6th permanent magnet 15 are connected successively with the 7th permanent magnet 16, the outline of permanent magnet group, also in Qian font, is formed with the clearance position 24 passing in and out permanent magnet group for working chamber 5 between the first permanent magnet 10 and the 7th permanent magnet 16.The magnetic line of force forming each permanent magnet of permanent magnet group connects successively, and namely the magnetic line of force of whole permanent magnet group closes in the form of a ring, makes permanent magnet group generate stronger magnetic field.
The bottom of frame 1 is also provided with storage tank 17, material recycle case 18 and Exahust vent box 19.Storage tank 17, material recycle case 18 and Exahust vent box 19 arrange from left to right along direction shown in Fig. 1.Storage tank 17 is connected with the cleaning shower nozzle at working chamber 5 top, for cleaning shower nozzle provides water for cleaning.
For sizing material iron removing process:
As shown in Fig. 1,10, working chamber 5 is provided with slurry inlet 20 and slurry outlet 21, and the bottom of working chamber 5 is formed with plasma discharge mouth 22.Meanwhile, this plasma discharge mouth 22 place is also provided with a pneumatic operated valve 23, for controlling the open and-shut mode of plasma discharge mouth 22.When working chamber 5 carries out sizing material iron removing operation, pneumatic operated valve 23 is opened, and plasma discharge mouth 22 is in closure state.
Control cylinder 3, allows the piston rod of cylinder 3 drive working chamber 5 to move in permanent magnet group, working chamber 5 is placed in effective magnetic region of permanent magnet group.Soft magnetism rod in working chamber 5, under the impact in magnetic field, obtains magnetic.Slurry enters in working chamber 5 through slurry inlet 20, and moves toward slurry outlet 21.When slurry flows soft magnetism rod, the iron powder in slurry, immediately under the attraction of soft magnetism rod, sticks to the surface of soft magnetism rod.Namely slurry after deironing flows out from slurry outlet 21.
Cleaning process for soft magnetism rod:
Control pneumatic operated valve 23 to close, plasma discharge mouth 22 is opened immediately, and slurry residual in working chamber 5 flow in material recycle case 18 through plasma discharge mouth 22 immediately.After slurry residual in working chamber 5 is all drained, get final product control cylinder 3, allow the piston rod of cylinder 3 drive working chamber 5 to move to the right side of frame 1, make working chamber 5 depart from effective magnetic region of permanent magnet group, the soft magnetism rod in working chamber 5 loses magnetism.Now, working chamber 5 is in the right side of frame 1, and storage tank 17 is positioned at the left side of frame 1, and frame 1 will held stationary.After on the right side of working chamber 5 moves to frame 1, working chamber 5 will be in the top of waste recovery case, subsequently, control cleaning shower nozzle to open, namely water in storage tank 17 be injected in working chamber 5 from cleaning shower nozzle, and the iron powder on soft magnetism rod can wash away by current, completes the cleaning of soft magnetism rod.
The foregoing is only embodiments of the invention; not thereby the scope of the claims of the present invention is limited; every utilize description of the present invention and accompanying drawing content to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present invention.
Claims (7)
1. a novel permanent magnetic formula magnetic separator de-ironing, comprises frame, and frame is provided with working chamber; Several soft magnetism mesons are provided with in working chamber; It is characterized in that: described frame is also provided with the magnetic line of force and closes permanent magnetism meson device in the form of a ring; Described permanent magnetism meson device is formed with the clearance position for working chamber turnover permanent magnetism meson device; Described frame is also provided with translating device, and described translating device is provided with the motion portion that can realize linear movement; Described motion portion is connected with working chamber; Described position of dodging is on the moving direction of working chamber feeding; Also comprise storage tank; Described storage tank and translating device are positioned at the same side of frame, and near the bottom being arranged on frame or bottom.
2. novel permanent magnetic formula magnetic separator de-ironing according to claim 1, is characterized in that: described permanent magnetism meson device is formed by permanent magnet group with for the fixed head group of fixing permanent magnet group; Described fixed head group is made up of with the second fixed head and the connecting plate for being connected the first fixed head and the second fixed head the first fixed head be parallel to each other; Described permanent magnet group to be then connected successively with the 7th permanent magnet 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 and to form; Angle between the direction of magnetization of the magnetic line of force of described first permanent magnet and the moving direction of working chamber feeding is θ
1, 89 °≤θ
1≤ 91 °; Angle between the direction of magnetization of the magnetic line of force of described second permanent magnet and the moving direction of working chamber feeding is θ
2, 39 °≤θ
2≤ 41 °; Angle between the direction of magnetization of the magnetic line of force of described 3rd permanent magnet and the moving direction of working chamber feeding is θ
3, 332 °≤θ
3≤ 334 °; Angle between the direction of magnetization of the magnetic line of force of described 4th permanent magnet and the moving direction of working chamber feeding is θ
4, 269 °≤θ
4≤ 271 °; Angle between the direction of magnetization of the magnetic line of force of described 5th permanent magnet and the moving direction of working chamber feeding is θ
5, 222 °≤θ
4≤ 224 °; Angle between the direction of magnetization of the magnetic line of force of described 6th permanent magnet and the moving direction of working chamber feeding is θ
6, 179 °≤θ
6≤ 181 °; Angle between the direction of magnetization of the magnetic line of force of described 7th permanent magnet and the moving direction of working chamber feeding is θ
7, 89 °≤θ
7≤ 91 °.
3. novel permanent magnetic formula magnetic separator de-ironing according to claim 2, it is characterized in that: described first permanent magnet is formed with the one one formation face, the one or two formation face, the one or three formation face and the one or four formation face, and the one one formation face, the one or two formation face, the one or three formation face are connected successively with the one or four formation face; The cross section outline of described first permanent magnet is at right angles trapezoidal; Described second permanent magnet is formed with the 21 formation face, the two or two formation face and the two or three formation face, 21 formation face, the two or two formation face are connected successively with the two or three formation face, and the one or two formation face of the two or three formation face and the first permanent magnet fits; The cross section outline of described second permanent magnet is triangular in shape; Described 3rd permanent magnet is formed with the 31 formation face, the three or two formation face and the three or three formation face, 31 formation face, the three or two formation face are connected successively with the three or three formation face, and the two or two formation face of the 31 formation face and the second permanent magnet fits; The cross section outline of described 3rd permanent magnet is triangular in shape; Described 4th permanent magnet is formed with the 41 formation face, the four or two formation face and the four or three formation face, 41 formation face, the four or two formation face are connected successively with the four or three formation face, and the 41 forms the three or three of face and the 3rd permanent magnet and form towards laminating; The cross section outline of described 4th permanent magnet is triangular in shape; Described 5th permanent magnet is formed and forms face, the five or two formation face and the five or three formation face May Day, form face, the five or two formation face May Day to be connected successively with the five or three formation face, and the four or the two formation face forming face and the 4th permanent magnet May Day fits; The cross section outline of described 5th permanent magnet is triangular in shape; Described 6th permanent magnet is formed with the 61 formation face, the six or two formation face and the six or three formation face, 61 formation face, the six or two formation face are connected successively with the six or three formation face, and the five or three formation face of the six or two formation face and the 5th permanent magnet fits; The cross section outline of described 6th permanent magnet is triangular in shape; Described 7th permanent magnet is formed and forms face, the seven or two formation face, the seven or three formation face and the seven or four formation face the July 1st, form face the July 1st, the seven or two formation face, the seven or three formation face be connected successively with the seven or four formation face, and the 61 formation face of the seven or two formation face and the 6th permanent magnet fits; The cross section outline of described 7th permanent magnet is at right angles trapezoidal.
4. novel permanent magnetic formula magnetic separator de-ironing according to claim 2, is characterized in that: described first fixed head, the second fixed head and connecting plate are corrosion resistant plates.
5. novel permanent magnetic formula magnetic separator de-ironing according to claim 1, is characterized in that: described frame is provided with the Exahust vent box for reclaiming the waste water produced in soft magnetism meson cleaning process; Shift out the direction of permanent magnetism meson device along working chamber, Exahust vent box can be in the downstream of storage tank; Described frame is also provided with the material recycle case for reclaiming the slurry in the front working chamber of soft magnetism meson cleaning; Shift out the direction of permanent magnetism meson device along working chamber, described material recycle case can be between storage tank and Exahust vent box.
6. novel permanent magnetic formula magnetic separator de-ironing according to claim 1, is characterized in that: the bottom of described working chamber is provided with the mouth of banking for draining slurry residual in working chamber before cleaning soft magnetism meson; Described plasma discharge mouth is also provided with one for controlling the pneumatic operated valve of the open and-shut mode of plasma discharge mouth.
7. novel permanent magnetic formula magnetic separator de-ironing according to claim 1, is characterized in that: described translating device is oil cylinder, cylinder or other be usually used in providing the executive component carrying out straight reciprocating motion or the structure of mechanical energy.
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| CN201510389130.3A CN104907168B (en) | 2015-07-06 | 2015-07-06 | A kind of novel permanent magnetic formula magnetic separator de-ironing |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106984428A (en) * | 2017-05-16 | 2017-07-28 | 廖明勇 | A kind of meson concertina type magnetic separator de-ironing |
| 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 |
| CN106944256B (en) * | 2017-05-09 | 2019-05-07 | 新乡市胜宇机电有限公司 | Full automatic permanent iron remover for slurry |
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| CN2274532Y (en) * | 1996-06-19 | 1998-02-18 | 冶金工业部长沙矿冶研究院 | Reciprocating box type permanent magnetic separator |
| CN201076830Y (en) * | 2007-08-03 | 2008-06-25 | 长沙矿冶研究院 | Reciprocating double-box rare earth permanent-magnet high-gradient magnetic separator |
| CN101837321A (en) * | 2010-04-30 | 2010-09-22 | 王小军 | Red mud superconducting high-gradient magnetic separator |
| CN102600970A (en) * | 2012-03-13 | 2012-07-25 | 中国科学院高能物理研究所 | Double-barrel type superconductive magnetic separation device for kaolin |
| CN204974173U (en) * | 2015-07-06 | 2016-01-20 | 新乡市胜宇机电有限公司 | Novel magneto magnetic separator de -ironing |
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| 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 |
| CN106944256B (en) * | 2017-05-09 | 2019-05-07 | 新乡市胜宇机电有限公司 | Full automatic permanent iron remover for slurry |
| CN106984428A (en) * | 2017-05-16 | 2017-07-28 | 廖明勇 | A kind of meson concertina type magnetic separator de-ironing |
| CN106984428B (en) * | 2017-05-16 | 2018-11-09 | 廖明勇 | A kind of meson concertina type magnetic separator de-ironing |
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