CN102649102B - Dry strong magnetic separator - Google Patents
Dry strong magnetic separator Download PDFInfo
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- CN102649102B CN102649102B CN201210137275.0A CN201210137275A CN102649102B CN 102649102 B CN102649102 B CN 102649102B CN 201210137275 A CN201210137275 A CN 201210137275A CN 102649102 B CN102649102 B CN 102649102B
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- storehouse
- qianmen
- separation tube
- sorting roller
- frame
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Abstract
The invention discloses a dry strong magnetic separator, wherein the stand of the dry strong magnetic separator is provided with a first bin and a second bin for mounting sorting devices; the first bin is positioned below a vibrating hopper; a first-stage sorting cylinder assembly is arranged in the first bin; the second bin is positioned below the first bin; a second-stage sorting roller assembly is arranged in the second bin; platforms of the first bin and the second bin are provided with two parallel guide rails for rolling the first-stage sorting cylinder assembly and the second-stage sorting roller assembly respectively; the first-stage sorting cylinder assembly is a modularized sorting cylinder assembly member which can integrally and horizontally move in the first bin; and the second-stage sorting roller assembly is a modularized sorting roller assembly member which can integrally and horizontally move in the second bin. The dry strong magnetic separator has the advantages of high stability performance, low wear of a magnetic cylinder or magnetic roller bearing, convenience in mounting, maintenance and operation, long service life, capability of increasing the utilization rate and the production efficiency of equipment when applied to a large-sized assembly line, no need of starting hoisting equipment in need of maintenance and overhauling, time saving and capabilities of increasing efficiency and reducing maintenance difficulty and cost.
Description
Technical field
The present invention relates to a kind of magnetic mineral magnetic plant, particularly a kind of dry type strong magnetic separator.
Background technology
Dry type strong magnetic separator can sort weak magnetic mineral, and process granularity is large, and production efficiency is high, when equipment steady production, can improve productive rate, saves electric energy, increases economic benefit.
The magnetic separator of current use is all with common section bar welding support, perforate on support, magnetic cylinder (separation tube) or magnetic roller (sorting roller) are directly installed on common section bar support by bearing block, demarcation strip control mode is based on Artificial Control, there is following problem in the dry type strong magnetic separator of such design: 1. magnetic cylinder (separation tube) or magnetic roller (sorting roller) are directly on installation frame, several cylinder can not carry out assembly working simultaneously, and installation period is longer; Due to the ferromagnetism of magnetic cylinder/roller in installation process, require that installation is reserved with larger operating space, the volume of equipment is increased, expends more material; 2. the bearing block supporting magnetic cylinder or magnetic roller is directly installed on support, the workload of not only installing is large, and due to the precision of welding relatively low, section bar face cannot fine finishining, and bearing block position dimensional tolerance can not be guaranteed, after bearing block is installed, two bore concentricities are low, cause stabilization of equipment performance can be poor, in use due to the decentraction of bearing, the bearing of magnetic cylinder or magnetic roller easily weares and teares, and affects service life of equipment; 3. magnetic cylinder or magnetic roller are equipment fixed part, and equipment obstacle management can only carry out at production line, and maintenance difficulties is larger, have impact on the efficiency of pipelining greatly; 4. demarcation strip control mode is based on Artificial Control, and not only control accuracy is poor, and adjustment workload is large, efficiency is low, delay production.
Summary of the invention
The technical problem to be solved in the present invention is: provide that a kind of stability is high, long service life, Novel dry intensity magnetic separator with short production cycle, easy to adjust, to overcome the deficiency existing for above-mentioned prior art.
The technical scheme that the present invention takes is: a kind of dry type strong magnetic separator, comprise frame and rack-mounted feed hopper, vibration bucket, bleeding point and sorting unit, feed hopper and bleeding point are positioned at the top of frame, vibration bucket is positioned at the below of feed hopper, described frame is connected and composed by plurality of steel plates, which is provided with the first position in storehouse for installing sorting unit and the second position in storehouse, first position in storehouse is positioned at the below of vibration bucket, one-level separation tube assembly is installed in it, second position in storehouse is positioned at the below of the first position in storehouse, secondary sorting roller assembly is installed in it, described first position in storehouse is with the platform of the second position in storehouse being respectively provided with two parallel, for the guide rail that described one-level separation tube assembly and secondary sorting roller assembly roll.
Described one-level separation tube assembly comprises separation tube support, one-level separation tube, first demarcation strip, first decelerator, first motor, first turbine worm decelerator and the first servomotor, described one-level separation tube is connected with the first motor-driven by the first decelerator, first demarcation strip is connected with the first servo motor transmission by the first turbine worm decelerator, separation tube frame bottom both sides are provided with the ball bearing for rolling, described one-level separation tube, first demarcation strip, first decelerator, first motor, first turbine worm decelerator and the first servomotor integral installation are on separation tube support thus form the entirety modular separation tube assembly component that can move horizontally at the first position in storehouse.
Described secondary sorting roller assembly comprises sorting roller support, secondary sorting roller, second demarcation strip, hairbrush assembly, second decelerator, second motor, second turbine worm decelerator, second servomotor and hair brush motor, described secondary sorting roller is connected with the second motor by the second decelerator, second demarcation strip is connected with the second servo motor transmission by the second turbine worm decelerator, hairbrush assembly is connected with hair brush motor direct-drive, described sorting roller frame bottom both sides are provided with the ball bearing for rolling, described secondary sorting roller, second demarcation strip, hairbrush assembly, second decelerator, second motor, second turbine worm decelerator, second servomotor and hair brush motor integral installation are on sorting roller support thus form the entirety modular sorting roller assembly component that can move horizontally at the second position in storehouse.
Its further technical scheme is: described in be positioned at the first position in storehouse front frame on Qianmen is installed, the first position in storehouse left and right sides is provided with side door, the base at described upper Qianmen is hinged in the frame of the first position in storehouse platform leading edge, the top margin at upper Qianmen is connected with frame by bearing pin, that the upper side door of the left and right sides and upper Qianmen adjoin while be hinged on the side at Qianmen, another side on the other side is connected with the side of frame by bearing pin; The described frame being positioned at the second position in storehouse front is provided with lower Qianmen, the second position in storehouse left and right sides is provided with underside gate, the base at lower Qianmen is hinged in the frame of the second position in storehouse platform leading edge, the top margin at lower Qianmen is connected with frame by bearing pin, the underside gate of the left and right sides and lower Qianmen adjoin while be hinged on the side at lower Qianmen, another side on the other side is connected with the side of frame by bearing pin, the width of described upper side door equals the height of the first position in storehouse platform, and the width of described underside gate equals the height of the second position in storehouse platform.
Its further technical scheme be: described upper Qianmen and the inner side at lower Qianmen are provided with two parallel guide rails, when upper Qianmen and lower Qianmen overturn forward be in level time, guide rail on described upper Qianmen docks with the guide rail level on the first position in storehouse platform, and the guide rail on described lower Qianmen docks with the guide rail level of the second position in storehouse.
Described upper side door, upper Qianmen, lower Qianmen and underside gate are provided with observation window.
The described ball bearing being arranged on separation tube frame bottom and sorting roller frame bottom is the ball roller bearing of double-side band sealing.
Described first demarcation strip, the second partition plate structure are identical: comprise demarcation strip rotating shaft, fixed head and cutting plate, and described fixed head is fixed in demarcation strip rotating shaft by bolt, and cutting plate is fixed on the adjustment elongated hole of fixed head by bolt.
The step-down ratio of described first turbine worm decelerator is i≤3000, and the step-down ratio of described second turbine worm decelerator is i≤3000.
Owing to taking technique scheme, the dry type strong magnetic separator of the present invention has following beneficial effect.
1. because the dry type strong magnetic separator of the present invention adopts modular organization, one-level separation tube assembly and secondary sorting roller assembly are the modular construction of Integral movable, one-level separation tube assembly and secondary sorting roller assembly can be assembled respectively simultaneously, without the need to reservation operations space, not only save material, and substantially reduce installation period, whole equipment is installed, maintenance and operation is all very convenient, be applied in large-size pipeline and produce the utilization rate that can improve equipment, can enhance productivity again, be applied in the maintenance difficulties that Minifab also can reduce equipment, troubleshooting need not regenerative ratio line be carried out, go back the assembly that available backup unit replacement need be keeped in repair if desired, both maintenance cost can be reduced, reduce greatly because of the loss caused that stops production again.
2. because the dry type strong magnetic separator of the present invention can form the mobile platform of the first position in storehouse when Qianmen is horizontal on it, the upper side door of the left and right sides forms 90 ° of supports at upper Qianmen, lower Qianmen can form the mobile platform of the second position in storehouse when being horizontal, the underside gate of the left and right sides forms 90 ° of supports at lower Qianmen, guide rail inside upper Qianmen and lower Qianmen docks with the guide rail level on the first position in storehouse platform and the second position in storehouse platform respectively, when installing or need Maintenance and Repair, can easily by one-level separation tube assembly and secondary sorting roller assembly shift-in or shift out frame by the ball bearing of separation tube support and sorting roller frame bottom, without the need to enabling crane gear, both the time had been saved, raise the efficiency, the cost because using external equipment to increase can be reduced again.
3. because one of the dry type strong magnetic separator level separation tube assembly of the present invention and secondary sorting roller assembly are modular construction, therefore its separation tube support and sorting roller support carry out machined after can adopting welding again, its machining accuracy is guaranteed, bearing concentricity is high, both the wearing and tearing reducing magnetic cylinder or magnetic roller bearing be beneficial to, stabilization of equipment performance energy can be improved again, extension device service life.
4. due to its first demarcation strip of dry type strong magnetic separator of the present invention, second demarcation strip is divided and is connected with servo motor transmission by the turbine worm decelerator of big retarding ratio, not only accurately can control the rotational angle of demarcation strip, and adjustment angle is convenient, fast, efficiency is high, due to the first demarcation strip, second demarcation strip is by demarcation strip rotating shaft, fixed head and cutting plate are formed, fixed head is fixed in demarcation strip rotating shaft by bolt, cutting plate is fixed on the adjustment elongated hole of fixed head 40 by bolt, when causing itself and separation tube or sorting roller distance to change and affect segregation through Long-Time Service cutting plate owing to wearing and tearing, the distance of cutting plate is readjusted by the fastening bolt on adjustment elongated hole.
Below in conjunction with accompanying drawing and example, the technical characteristic to the dry type strong magnetic separator of the present invention is described further.
Accompanying drawing explanation
Fig. 1: the dry type strong magnetic separator structural representation of the present invention (lower Qianmen overturns 90 °, and underside gate is the support at lower Qianmen, and secondary sorting roller assembly pulls out the mobile platform that is placed in and is made up of lower Qianmen in the second position in storehouse);
Fig. 2: rack construction schematic diagram (not containing one-level separation tube assembly and secondary sorting roller assembly);
Fig. 3: one-level separation tube assembly structure schematic diagram;
Fig. 4: one-level separation tube assembly axle surveys (stereoeffect) figure;
Fig. 5: secondary sorting roller assembly structure schematic diagram;
Fig. 6: secondary sorting roller assembly axle surveys (stereoeffect) figure;
Fig. 7: upper side door structure schematic diagram;
Fig. 8: underside gate structural representation;
Fig. 9 ~ Figure 13: upper side door turning-over support view:
Fig. 9-frame three-dimensional effect diagram (upper Qianmen overturns 90 ° and is in level, and the upper left side door connect with door hinge of going forward overturns 180 ° downwards and supports Qianmen),
The front view of Figure 10-Fig. 9, the attached view of Figure 11-Figure 10, the right view of Figure 12-Figure 10, Figure 13-flip angle signal;
Figure 14 ~ Figure 15: the first demarcation strip and second level partition plate structure schematic diagram:
Figure 14-fixed head and rotating shaft connecting structure schematic diagram (not installing cutting plate), the left view (installation cutting plate) of Figure 15-Figure 14.
In figure:
I-one-level separation tube assembly, II-secondary sorting roller assembly, the III-the first position in storehouse, the IV-the second position in storehouse;
1-frame, 2-feed hopper, 3-vibration bucket, 4-bleeding point, 5-upper side door, 51-observation window, 6-bearing pin, 7, 9, 10, 11, 14, 15-hinge, 8-upper Qianmen, 12, 17-guide rail, 13-lower Qianmen, 16-underside gate, 18, 38-ball bearing, 19-separation tube support, 20-the first motor, 21-the first decelerator, 22-one-level gearbox assembly, 23-demarcation strip bearing, 24-one-level separation tube, 25-holder, 26-the first demarcation strip, 27-the first servomotor, 28-the first turbine worm decelerator, 29-hairbrush assembly, 30-secondary sorting roller, 31-the second demarcation strip, 32-the second servomotor, 33-the second turbine worm decelerator, 34-the second motor, 35-the second decelerator, 36-hair brush motor, 37-sorting roller support, the rotating shaft of 39-demarcation strip, 40-fixed head, 41-regulate elongated hole, 42-cutting plate.
Detailed description of the invention
A kind of dry type strong magnetic separator, comprise frame 1 and rack-mounted feed hopper 2, vibration bucket 3, bleeding point 4 and sorting unit, feed hopper 2 and bleeding point 4 are positioned at the top of frame, vibration bucket 3 is positioned at the below of feed hopper 2, described frame is connected and composed by plurality of steel plates, which is provided with the first position in storehouse III and the second position in storehouse IV for installing sorting unit, first position in storehouse is positioned at the below of vibration bucket, sorting unit one-level separation tube assembly I is installed in it, second position in storehouse is positioned at the below of the first position in storehouse, sorting unit secondary sorting roller assembly II is installed in it, described first position in storehouse III is with the platform of the second position in storehouse IV being respectively provided with two parallel, for the guide rail that described one-level separation tube assembly I and secondary sorting roller assembly II roll.
Described one-level separation tube assembly I comprises separation tube support 19, one-level separation tube 24, first demarcation strip 26, first decelerator 21, first motor 20, first turbine worm decelerator 28 and the first servomotor 27, described one-level separation tube 24 is in transmission connection by the first decelerator 21 and the first motor 20, first demarcation strip 26 is in transmission connection by the first turbine worm decelerator 28 and the first servomotor 27, separation tube support 19 two bottom sides is provided with the ball bearing 18 for rolling, described one-level separation tube 24, first demarcation strip 26, first decelerator 21, first motor 20, first turbine worm decelerator 28 and the first servomotor 27 integral installation are on separation tube support 19 thus form the entirety modular separation tube assembly component that can move horizontally at the first position in storehouse.
Described secondary sorting roller assembly II comprises sorting roller support 37, secondary sorting roller 30, second demarcation strip 31, hairbrush assembly 29, second decelerator 35, second motor 34, second turbine worm decelerator 33, second servomotor 32 and hair brush motor 36, described secondary sorting roller 30 is connected with the second motor 34 by the second decelerator 35, second demarcation strip 31 is in transmission connection by the second turbine worm decelerator 33 and the second servomotor 32, hairbrush assembly 29 is connected with hair brush motor 36 direct-drive, described sorting roller support 37 two bottom sides is provided with the ball bearing 38 for rolling, described secondary sorting roller 30, second demarcation strip 31, hairbrush assembly 29, second decelerator 35, second motor 34, second turbine worm decelerator 33, second servomotor 32 and hair brush motor 36 integral installation are on sorting roller support 37 thus form the entirety modular sorting roller assembly component that can move horizontally at the second position in storehouse.
The described frame being positioned at the first position in storehouse front is provided with Qianmen 8, the first position in storehouse left and right sides is provided with side door 5, the base at described upper Qianmen is hinged on by hinge 10 in the frame of the first position in storehouse platform leading edge, the top margin at upper Qianmen to be connected with frame by bearing pin locates, upper side door 5 and the upper Qianmen of the left and right sides adjoin while be hinged on the side at upper Qianmen by hinge 7 and 9, the another side going up side door to be in contrast connected with the side of frame by bearing pin locates, the described frame being positioned at the second position in storehouse front is provided with lower Qianmen 13, the second position in storehouse left and right sides is provided with underside gate 16, the base at lower Qianmen is hinged on by hinge 15 in the frame of the second position in storehouse platform leading edge, the top margin at lower Qianmen to be connected with frame by bearing pin locates, that the underside gate of the left and right sides and lower Qianmen adjoin while be hinged on the side at lower Qianmen by hinge 11 and 14, underside gate another side on the other side to be connected with the side of frame by bearing pin locates, the width of described upper side door equals the height of the first position in storehouse platform, when outwards upset 180 ° overturns forward 90 ° with upper Qianmen to upper side door 8 again, the left and right two upper side door of fan just in time becomes 90 ° of supports at upper Qianmen, the width of described underside gate equals the height of the second position in storehouse platform, and when outwards upset 180 ° overturns forward 90 ° with lower Qianmen to underside gate 16 again, 90 ° of supports that underside gate just in time becomes lower Qianmen are fanned in left and right two.
Described upper Qianmen and the inner side at lower Qianmen are provided with two parallel guide rails, when upper Qianmen and lower Qianmen overturn forward be in level time, guide rail on described upper Qianmen docks with guide rail 17 level on the first position in storehouse platform, and the guide rail on described lower Qianmen docks with guide rail 12 level of the second position in storehouse.
Described upper side door, upper Qianmen, lower Qianmen and underside gate are provided with observation window.
Describedly to be arranged on bottom separation tube support 19 and ball roller bearing that ball bearing 18,38 bottom sorting roller support 37 seals for double-side band.
Described first demarcation strip, its structure of the second demarcation strip are identical: comprise demarcation strip rotating shaft 39, fixed head 40 and cutting plate 42, fixed head 40 and cutting plate 42 are made with stainless steel, described fixed head 40 is fixed in demarcation strip rotating shaft 39 by bolt, cutting plate 42 is fixed on the adjustment elongated hole of fixed head 40 by bolt, when cutting plate in use because wearing and tearing cause itself and separation tube or sorting roller distance to change and affect segregation, readjust the distance of cutting plate by the fastening bolt on adjustment elongated hole.
The step-down ratio of described first turbine worm decelerator is i≤3000, the step-down ratio of described second turbine worm decelerator is i≤3000, select the turbine worm decelerator of big retarding gearratio, accurately can control the rotational angle of demarcation strip, ensure best segregation.
One-level separation tube assembly and secondary sorting roller assembly are installed:
After separation tube support and sorting roller support adopt welding, overall processing is shaping, after machined completes, then auger spindle bearing hole, to guarantee bearing concentricity; Ball bearing is installed in frame bottom both sides.
First by one-level separation tube 24, first demarcation strip 26 is arranged on separation tube support 19 by bearing, first motor 20, first decelerator 21, first turbine worm decelerator 28 and the first servomotor 27 are arranged on the both sides of separation tube support 19 respectively according to designing requirement, described one-level separation tube 24 is in transmission connection by the first decelerator 21 and the first motor 20, first demarcation strip 26 is in transmission connection by the first turbine worm decelerator 28 and the first servomotor 27, ball bearing 18 is installed in separation tube frame bottom both sides, thus the modular separation tube assembly component that a formation entirety can move horizontally at the first position in storehouse, i.e. one-level separation tube assembly I.
Then by secondary sorting roller 30, second demarcation strip 31, hairbrush assembly 29 is arranged on sorting roller support 37 by bearing, second decelerator 35, second motor 34, second turbine worm decelerator 33, second servomotor 32, hair brush motor 36 is arranged on sorting roller support both sides respectively according to designing requirement, described secondary sorting roller 30 is connected with the second motor 34 by the second decelerator 35, second demarcation strip 31 is in transmission connection by the second turbine worm decelerator 33 and the second servomotor 32, hairbrush assembly 29 is connected with hair brush motor 36 direct-drive, ball bearing 38 is installed bottom sorting roller support 37, thus the modular sorting roller assembly component that a formation entirety can move horizontally at the second position in storehouse, i.e. secondary sorting roller II assembly.
Take out the bearing pin of the upper side door 5 of two fans about the first position in storehouse, left and right two is fanned upper side door and outwards overturn 180 ° around the dual-side at upper Qianmen 8 respectively, take out the bearing pin of Qianmen top margin, upper side door is fanned together with left and right two in upper Qianmen and overturns forward 90 °, Qianmen and the first position in storehouse platform are horizontal, the guide rail now gone up inside Qianmen docks with the guide rail level on the first position in storehouse platform, thus forms the mobile platform of the first position in storehouse, and on the left and right sides, side door forms 90 ° of supports at upper Qianmen; The position of the first position in storehouse setting is advanced to fix along the guide rail of the guide rail on upper Qianmen and the first position in storehouse platform one-level separation tube assembly I, then upper Qianmen 8 is upwards overturn 90 °, upper Qianmen is connected with frame by the bearing pin 6 plugging Qianmen top margin locates, left and right two is fanned the dual-side of upper side door 5 respectively around upper Qianmen and overturn 180 ° in frame, upper side door is connected with frame by the bearing pin plugging the upper side door of left and right two fan locates.
Take out the bearing pin of two fan underside gates 16 about the second position in storehouse, left and right two is fanned underside gate and outwards overturn 180 ° around the dual-side at lower Qianmen 13 respectively, take out the bearing pin of lower Qianmen 13 top margin, underside gate is fanned together with left and right two in lower Qianmen and overturns forward 90 °, lower Qianmen and the second position in storehouse platform are horizontal, this guide rail at present inside Qianmen 13 docks with guide rail 12 level on the second position in storehouse platform, thus forming the mobile platform in the second storehouse, 90 ° of supports (see accompanying drawing 1 and 9) that underside gate forms lower Qianmen are fanned in left and right two.The position of the second position in storehouse setting is advanced to fix along the guide rail of the guide rail on lower Qianmen and the second position in storehouse platform secondary sorting roller assembly II, then lower Qianmen is upwards overturn 90 °, lower Qianmen is connected with frame by the bearing pin plugging lower Qianmen top margin locates, left and right two is fanned the dual-side of underside gate respectively around lower Qianmen and overturn 180 ° in frame, underside gate is connected with frame by the bearing pin plugging left and right two fan underside gate locates.
When maintenance needs one-level separation tube assembly or secondary sorting roller assembly to shift out, its step is contrary with upper.
The course of work: mineral enter into vibration bucket 3 from feed hopper 2, one-level separation tube assembly I is entered after vibration bucket 3 vibration distribution is even, one-level separation tube assembly I pair of mineral carry out first time and sort, concentrate enters into the second level and second level concentrate merges into final concentrate, mine tailing enters into the sorting of secondary sorting roller II assembly, obtains final concentrate and true tailings; The dust produced in ore dressing process is extracted out by bleeding point 4.
Claims (7)
1. a dry type strong magnetic separator, comprise frame (1) and rack-mounted feed hopper (2), vibration bucket (3), bleeding point (4) and sorting unit, feed hopper and bleeding point are positioned at the top of frame, vibration bucket is positioned at the below of feed hopper, it is characterized in that: described frame (1) is connected and composed by plurality of steel plates, which is provided with the first position in storehouse (III) for installing sorting unit and the second position in storehouse (IV), first position in storehouse is positioned at the below of vibration bucket, in it, one-level separation tube assembly (I) is installed, second position in storehouse (IV) is positioned at the below of the first position in storehouse (III), in it, secondary sorting roller assembly (II) is installed, described first position in storehouse (III) is with the platform of the second position in storehouse (IV) being respectively provided with two parallel, for the guide rail that described one-level separation tube assembly and secondary sorting roller assembly roll,
Described one-level separation tube assembly (I) comprises separation tube support (19), one-level separation tube (24), first demarcation strip (26), first decelerator (21), first motor (20), first turbine worm decelerator (28) and the first servomotor (27), described one-level separation tube (24) is in transmission connection by the first decelerator (21) and the first motor (20), first demarcation strip (26) is in transmission connection by the first turbine worm decelerator (28) and the first servomotor (27), separation tube support (19) two bottom sides is provided with the ball bearing (18) for rolling, described one-level separation tube (24), first demarcation strip (26), first decelerator (21), first motor (20), first turbine worm decelerator (28) and the first servomotor (27) integral installation are upper thus form the modular separation tube assembly component that an entirety can move horizontally at the first position in storehouse at separation tube support (19),
Described secondary sorting roller assembly (II) comprises sorting roller support (37), secondary sorting roller (30), second demarcation strip (31), hairbrush assembly (29), second decelerator (35), second motor (34), second turbine worm decelerator (33), second servomotor (32) and hair brush motor (36), described secondary sorting roller (30) is connected with the second motor (34) by the second decelerator (35), second demarcation strip (31) is in transmission connection by the second turbine worm decelerator (33) and the second servomotor (32), hairbrush assembly (29) is connected with hair brush motor (36) direct-drive, described sorting roller support (37) two bottom sides is provided with the ball bearing (38) for rolling, described secondary sorting roller (30), second demarcation strip (31), hairbrush assembly (29), second decelerator (35), second motor (34), second turbine worm decelerator (33), second servomotor (32) and hair brush motor (36) integral installation are upper thus form the modular sorting roller assembly component that an entirety can move horizontally at the second position in storehouse at sorting roller support (37).
2. dry type strong magnetic separator according to claim 1, it is characterized in that: described in be positioned at the first position in storehouse front frame on Qianmen (8) is installed, the first position in storehouse left and right sides is provided with side door (5), the base at described upper Qianmen is hinged in the frame of the first position in storehouse platform leading edge, the top margin at upper Qianmen is connected with frame by bearing pin, the upper side door (5) of the left and right sides and upper Qianmen adjoin while be hinged on the side at Qianmen, another side on the other side is connected with the side of frame by bearing pin; The described frame being positioned at the second position in storehouse front is provided with lower Qianmen (13), the second position in storehouse left and right sides is provided with underside gate (16), the base at lower Qianmen is hinged in the frame of the second position in storehouse platform leading edge, the top margin at lower Qianmen is connected with frame by bearing pin, the underside gate of the left and right sides and lower Qianmen adjoin while be hinged on the side at lower Qianmen, another side on the other side is connected with the side of frame by bearing pin, the width of described upper side door (5) equals the height of the first position in storehouse platform, and the width of described underside gate (16) equals the height of the second position in storehouse platform.
3. dry type strong magnetic separator according to claim 2, it is characterized in that: described upper Qianmen (8) and the inner side of lower Qianmen (13) are provided with two parallel guide rails, when upper Qianmen and lower Qianmen overturn forward be in level time, guide rail on described upper Qianmen docks with the guide rail level on the first position in storehouse platform, and the guide rail on described lower Qianmen docks with the guide rail level of the second position in storehouse.
4. dry type strong magnetic separator according to claim 3, is characterized in that: described upper side door, upper Qianmen, lower Qianmen and underside gate are provided with observation window.
5. the dry type strong magnetic separator according to claim 1,2,3 or 4, is characterized in that: described in be arranged on separation tube support (19) bottom and sorting roller support (37) bottom ball bearing be double-side band seal ball roller bearing.
6. dry type strong magnetic separator according to claim 5, it is characterized in that: described first demarcation strip, the second partition plate structure are identical: comprise demarcation strip rotating shaft (39), fixed head (40) and cutting plate (42), described fixed head (40) is fixed in demarcation strip rotating shaft (39) by bolt, and cutting plate (42) is fixed on the adjustment elongated hole of fixed head (40) by bolt.
7. dry type strong magnetic separator according to claim 6, is characterized in that: the step-down ratio of described first turbine worm decelerator is i≤3000, and the step-down ratio of described second turbine worm decelerator is i≤3000.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210137275.0A CN102649102B (en) | 2012-05-05 | 2012-05-05 | Dry strong magnetic separator |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210137275.0A CN102649102B (en) | 2012-05-05 | 2012-05-05 | Dry strong magnetic separator |
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| CN102649102A CN102649102A (en) | 2012-08-29 |
| CN102649102B true CN102649102B (en) | 2015-05-13 |
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Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103008105A (en) * | 2012-12-21 | 2013-04-03 | 云南农业大学 | Suspended dry type low-intensity magnetic field magnetic separation equipment for fine-grained materials |
| CN106391303A (en) * | 2016-11-01 | 2017-02-15 | 无锡飞而康精铸工程有限公司 | Sorting device for removing magnetic impurities from titanium and titanium alloy scraps |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101376120A (en) * | 2007-08-30 | 2009-03-04 | 潍坊泉鑫电磁设备有限公司 | Pipeline type permanent magnetism automatic de-ironing device |
| CN101722102A (en) * | 2009-12-01 | 2010-06-09 | 中南大学 | Oblique-ring high-gradient magnetic separator |
| CN201871419U (en) * | 2010-12-01 | 2011-06-22 | 山东华特磁电科技股份有限公司 | Dry-method extracting machine for garnet |
| CN201988446U (en) * | 2011-03-08 | 2011-09-28 | 山东华特磁电科技股份有限公司 | Eddy current sorting machine |
| CN202655114U (en) * | 2012-05-05 | 2013-01-09 | 柳州市远健磁力设备制造有限责任公司 | Dry high-intensity magnetic separator |
-
2012
- 2012-05-05 CN CN201210137275.0A patent/CN102649102B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101376120A (en) * | 2007-08-30 | 2009-03-04 | 潍坊泉鑫电磁设备有限公司 | Pipeline type permanent magnetism automatic de-ironing device |
| CN101722102A (en) * | 2009-12-01 | 2010-06-09 | 中南大学 | Oblique-ring high-gradient magnetic separator |
| CN201871419U (en) * | 2010-12-01 | 2011-06-22 | 山东华特磁电科技股份有限公司 | Dry-method extracting machine for garnet |
| CN201988446U (en) * | 2011-03-08 | 2011-09-28 | 山东华特磁电科技股份有限公司 | Eddy current sorting machine |
| CN202655114U (en) * | 2012-05-05 | 2013-01-09 | 柳州市远健磁力设备制造有限责任公司 | Dry high-intensity magnetic separator |
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| Publication number | Publication date |
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| CN102649102A (en) | 2012-08-29 |
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