CN209646731U - Dry electromagnetic iron removers - Google Patents
Dry electromagnetic iron removers Download PDFInfo
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- CN209646731U CN209646731U CN201920343319.2U CN201920343319U CN209646731U CN 209646731 U CN209646731 U CN 209646731U CN 201920343319 U CN201920343319 U CN 201920343319U CN 209646731 U CN209646731 U CN 209646731U
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Abstract
The utility model relates to equipment for removing ferric ion fields, more particularly to dry electromagnetic iron removers, including rack, electromagnetic separation mechanism, electric installation, pave mechanism and power device, the rack includes left plate, right side plate, connecting plate, storage bin, partition, supporting leg and support plate, the electromagnetic separation mechanism includes electromagnetism roller, fixing axle, inner rings of electrode slot, outer ring electrode slot, conveyer belt, drive roll, conveying main spindle and belt pulley for feeding foil, the electric installation includes fixed disk, outer ring electrode plate, outer ring plate seat, outer ring electrode connects battery plate, inner rings of electrode connects battery plate, inner ring plate seat and inner rings of electrode plate, the mechanism of paving includes paving axis, axle sleeve, it paves plate and paves belt wheel, the power device includes motor and electrical machine belt pulley, the utility model can isolate the iron ore in mineral aggregate, it simultaneously will conveying The mineral aggregate taken is paved, and the wasting of resources is avoided.
Description
Technical field
The utility model relates to equipment for removing ferric ion fields, more particularly to dry electromagnetic iron removers.
Background technique
Magnetic separation is the main beneficiation method of iron ore.Common iron mineral has magnetic iron ore, bloodstone, limonite, speculum iron, water chestnut
Iron ore etc., they are the raw materials of steel and iron industry, and the iron-stone grade in China is all relatively low, and impurity content majority is higher, therefore 80% or more
It needs to carry out magnetic separation, and the equipment of magnetic separation is magnetic separator de-ironing.Mineral aggregate can all be shed magnetic separation roller outer surface by general magnetic separator de-ironing
Afterwards, iron compound is attracted to cylinder surface, the separation of tailing and iron mineral is rotated and realize in company with roller, still, due to original
Mine mineral aggregate is shed unevenly during shedding, and at the blocked up place of mineral aggregate thickness, iron ore can not be sucked out, be caused iron-bearing mineral quilt
Raw ore washes away, waste of resource.
Utility model content
The purpose of the utility model is to provide dry electromagnetic iron removers, can isolate the iron ore in mineral aggregate, simultaneously will
Mineral aggregate on conveyer belt is paved, and the wasting of resources is avoided.
The purpose of this utility model is achieved through the following technical solutions:
Dry electromagnetic iron removers, including rack, electromagnetic separation mechanism, electric installation, mechanism and power device are paved, it is described
Rack include left plate, right side plate, connecting plate, storage bin, partition, supporting leg and support plate, left plate and right side plate are fixed
On the supporting plate, the left and right ends of connecting plate are fixedly connected with left plate and right side plate respectively, and the upper end of storage bin is fixed for connection
It is connected to the lower end of left plate and right side plate, partition is fixedly connected on the middle-end inside storage bin, there are four supporting leg is set, four branch
Leg is fixedly connected in the lower end of support plate, and electromagnetic separation mechanism is rotatably connected between left plate and right side plate, electric installation
Be fixedly connected on left plate, electric installation is slidably connected with electromagnetic separation mechanism, pave mechanism be rotatably connected on left plate and
Between right side plate, power device and electromagnetic separation mechanism and paves mechanism and connect by V belt translation.
The electromagnetic separation mechanism includes electromagnetism roller, fixing axle, inner rings of electrode slot, outer ring electrode slot, conveyer belt, active
The left and right ends of roller, conveying main spindle and belt pulley for feeding foil, fixing axle are respectively fixedly connected on left plate and right side plate, and electromagnetism roller is logical
It crosses bearing to be rotatably connected in fixing axle, electromagnetism roller is rotatably connected between left plate and right side plate, and electromagnetism roller turns around from axis
Dynamic and axial restraint, inner rings of electrode slot and outer ring electrode slot are arranged at one end of electromagnetism roller, and conveying main spindle is rotated by bearing
It is connected on left plate and right side plate, for conveying main spindle around from axis rotation and axial restraint, drive roll is fixedly connected on conveying master
On axis, drive roll is rotatably connected between left plate and right side plate, and belt pulley for feeding foil is fixedly connected on one end of conveying main spindle, electromagnetism
Roller and drive roll are rotatablely connected by conveyer belt, and belt pulley for feeding foil is connect with electromagnetic separation mechanism and power device V belt translation, inner ring
Slot electrode and outer ring electrode slot are slidably connected with electric installation.
The electric installation includes that fixed disk, outer ring electrode plate, outer ring plate seat, outer ring electrode connect battery plate, inner ring
Electrode connects battery plate, inner ring plate seat and inner rings of electrode plate, and outer ring plate seat and inner ring plate seat are fixedly connected in fixed disk
Right end, outer ring electrode connects battery plate and inner rings of electrode connects battery plate and is fixedly connected in the left end of fixed disk, and outer ring electrode plate is solid
Surely it is connected on outer ring plate seat, inner rings of electrode plate is fixedly connected on inner ring plate seat, outer ring electrode plate and outer ring electricity
Pole connects battery plate connection conduction, and inner rings of electrode connects battery plate and is connected to conduction with inner rings of electrode plate, and outer ring electrode plate is slidably connected at
In outer ring electrode slot, inner rings of electrode plate is slidably connected in inner rings of electrode slot, and fixed disk is fixedly connected on left plate.
The mechanism of paving includes paving axis, axle sleeve, pave plate and paving belt wheel, paves axis and is rotatablely connected by bearing
On left plate and right side plate, axis is paved around from axis rotation and axial restraint, axle sleeve, which is fixedly connected on, to be paved on axis, and axle sleeve turns
It is dynamic to be connected between left plate and right side plate, it paves there are two plate sets, paves plate for two and be symmetrically fixedly connected on axle sleeve, pave
Belt wheel is fixedly connected on the one end for paving axis, paves belt wheel and connect with belt pulley for feeding foil and power device V belt translation.
The power device includes motor and electrical machine belt pulley, and motor is fixedly connected on the supporting plate, and electrical machine belt pulley is fixed
It is connected on the output shaft of motor, electrical machine belt pulley and belt pulley for feeding foil and paves belt wheel and connect by V belt translation.
The utility model has the beneficial effects that the utility model provides dry electromagnetic iron removers, electromagnetism is made by electric installation
Roller, which is powered, generates magnetic force, goes out the iron ore in mineral aggregate using the magnetic separation of electromagnetism roller, while by paving mechanism for conveyer belt
On mineral aggregate pave, avoid the wasting of resources.
Detailed description of the invention
Fig. 1 is the overall structure diagram one of the utility model；
Fig. 2 is the overall structure diagram two of the utility model；
Fig. 3 is the rack construction schematic diagram of the utility model；
Fig. 4 is the electromagnetic separation mechanism structural schematic diagram of the utility model；
Fig. 5 is the electromagnetism roller schematic cross-sectional view of the utility model；
Fig. 6 is the electric installation structural schematic diagram of the utility model；
Fig. 7 is the electric installation schematic cross-sectional view of the utility model；
Fig. 8 is that the utility model paves mechanism structural schematic diagram；
Fig. 9 is the powerplant configuration schematic diagram of the utility model.
In figure: rack 1；Left plate 1-1；Right side plate 1-2；Connecting plate 1-3；Storage bin 1-4；Partition 1-5；Supporting leg 1-6；Branch
Fagging 1-7；Electromagnetic separation mechanism 2；Electromagnetism roller 2-1；Fixing axle 2-2；Inner rings of electrode slot 2-3；Outer ring electrode slot 2-4；Conveyer belt
2-5；Drive roll 2-6；Conveying main spindle 2-7；Belt pulley for feeding foil 2-8；Electric installation 3；Fixed disk 3-1；Outer ring electrode plate 3-2；Outside
Ring plate seat 3-3；Outer ring electrode meets battery plate 3-4；Inner rings of electrode meets battery plate 3-5；Inner ring plate seat 3-6；Inner rings of electrode plate 3-
7；Pave mechanism 4；Pave axis 4-1；Axle sleeve 4-2；Pave plate 4-3；Pave belt wheel 4-4；Power device 5；Motor 5-1；Motor band
Take turns 5-2.
Specific embodiment
1-9 is described in further detail the utility model with reference to the accompanying drawing.
Specific embodiment 1:
As shown in figs 1-9, dry electromagnetic iron removers, including rack 1, electromagnetic separation mechanism 2, electric installation 3, pave mechanism
4 and power device 5, the rack 1 include left plate 1-1, right side plate 1-2, connecting plate 1-3, storage bin 1-4, partition 1-5,
Supporting leg 1-6 and support plate 1-7, left plate 1-1 and right side plate 1-2 are fixedly connected on support plate 1-7, a left side of connecting plate 1-3
Right both ends are fixedly connected with left plate 1-1 and right side plate 1-2 respectively, the upper end of storage bin 1-4 be fixedly connected on left plate 1-1 and
The lower end of right side plate 1-2, partition 1-5 are fixedly connected on the middle-end inside storage bin 1-4, there are four supporting leg 1-6 is set, four supporting legs
1-6 is fixedly connected in the lower end of support plate 1-7, electromagnetic separation mechanism 2 be rotatably connected on left plate 1-1 and right side plate 1-2 it
Between, electric installation 3 is fixedly connected on left plate 1-1, and electric installation 3 is slidably connected with electromagnetic separation mechanism 2, paves mechanism 4
It is rotatably connected between left plate 1-1 and right side plate 1-2, power device 5 and electromagnetic separation mechanism 2 and paves mechanism 4 and pass through band
Transmission connection.
When in use, first electric installation 3 is powered on, so that the electromagnetism roller 2-1 of electromagnetic separation mechanism 2 is powered and generates magnetic
Power, then power device 5 will be started, make electromagnetic separation mechanism 2 by V belt translation connection and pave mechanism 4 to rotate, then will
Raw ore is placed on the rear end conveyer belt 2-5, and raw ore is mobile with conveyer belt 2-5 forward end, by passing through paving machine when paving mechanism 4
After raw ore on conveyer belt 2-5 is pushed away thin pave by structure 4, continue it is mobile with conveyer belt 2-5 forward end, in the tail end of conveyer belt 2-5,
It is influenced by the magnetic force of electromagnetism roller 2-1, iron ore is attracted on conveyer belt 2-5, and non-iron ore flies out in the tail end of conveyer belt 2-5 and falls
To the front of storage bin 1-4, the iron ore inhaled on conveyer belt 2-5 turns to the lower end conveyer belt 2-5 with conveyer belt 2-5, defeated
It send at band 2-5 and the 2-1 disengaging of electromagnetism roller, the magnetic force of electromagnetism roller 2-1 weakens, and iron ore falls to the rear portion of storage bin 1-4, completes
Separation of the iron ore in raw ore, supporting leg 1-6 and support plate 1-7 are used to support and carry whole device, while support plate 1-7 is also
For installing power device 5, storage bin 1-4 is used to hold the tailing and iron ore after sorting, and partition 1-5 is used for storage bin 1-4
Interior tailing and iron ore separation, left plate 1-1 and right side plate 1-2 are for installing electromagnetic separation mechanism 2, electric installation 3 and paving
Mechanism 4.
Specific embodiment 2:
As shown in figs 1-9, the electromagnetic separation mechanism 2 include electromagnetism roller 2-1, fixing axle 2-2, inner rings of electrode slot 2-3,
Outer ring electrode slot 2-4, conveyer belt 2-5, drive roll 2-6, conveying main spindle 2-7 and belt pulley for feeding foil 2-8, the left and right two of fixing axle 2-2
End is respectively fixedly connected on left plate 1-1 and right side plate 1-2, and electromagnetism roller 2-1 is rotatably connected on fixing axle 2-2 by bearing
On, electromagnetism roller 2-1 is rotatably connected between left plate 1-1 and right side plate 1-2, and electromagnetism roller 2-1 is around from axis rotation and axial solid
Calmly, inner rings of electrode slot 2-3 and outer ring electrode slot 2-4 is arranged at one end of electromagnetism roller 2-1, and conveying main spindle 2-7 passes through bearing and turns
Dynamic to be connected on left plate 1-1 and right side plate 1-2, for conveying main spindle 2-7 around from axis rotation and axial restraint, drive roll 2-6 is solid
Surely it is connected on conveying main spindle 2-7, drive roll 2-6 is rotatably connected between left plate 1-1 and right side plate 1-2, belt pulley for feeding foil 2-8
It is fixedly connected on one end of conveying main spindle 2-7, electromagnetism roller 2-1 and drive roll 2-6 is rotatablely connected by conveyer belt 2-5, conveyer belt
Wheel 2-8 connect with electromagnetic separation mechanism 2 and 5 V belt translation of power device, inner rings of electrode slot 2-3 and outer ring electrode slot 2-4 and conduction
Device 3 is slidably connected.
When using electromagnetic separation mechanism 2, keep inner rings of electrode slot 2-3 and outer ring electrode slot 2-4 logical by electric installation 3
Electricity passes through 5 V belt translation belt pulley for feeding foil 2-8 of power device, conveyer belt so that so that electromagnetism roller 2-1 Inside coil is powered generates magnetic force
It takes turns 2-8 and drive roll 2-6 rotation is driven by conveying main spindle 2-7, drive roll 2-6 drives electromagnetism roller 2-1 solid by conveyer belt 2-5
It is rotated on dead axle 2-2, the raw ore for being placed on the rear end conveyer belt 2-5 is moved forward with conveyer belt 2-5, when raw ore is moved to electromagnetism roller 2-
At 1, iron ore, which is affected by magnetic forces, to be adsorbed on conveyer belt 2-5, and non magnetic mine flies out in the front end of conveyer belt 2-5 and falls to storage
The front for depositing case 1-4, the iron ore being adsorbed on conveyer belt 2-5 turns to the lower end conveyer belt 2-5 along electromagnetism roller 2-1, defeated
Band 2-5 is sent to separate place with electromagnetism roller 2-1, the iron ore on conveyer belt 2-5 loses magnetic force and falls to the rear portion of storage bin 1-4,
Inner rings of electrode slot 2-3 is used to connect with outer ring electrode plate for connecting conduction, outer ring electrode slot 2-4 with inner rings of electrode plate 3-7
Connect conduction, the cyclic structure of inner rings of electrode slot 2-3 and outer ring electrode slot 2-4 can make it is conductive do not influenced by electromagnetism roller 2-1 rotation,
Lasting be powered generates magnetic force.
Specific embodiment 3:
As shown in figs 1-9, the electric installation 3 includes fixed disk 3-1, outer ring electrode plate 3-2, outer ring plate seat 3-
3, outer ring electrode meets battery plate 3-4, inner rings of electrode meets battery plate 3-5, inner ring plate seat 3-6 and inner rings of electrode plate 3-7, outer ring plate
Seat 3-3 and inner ring plate seat 3-6 is fixedly connected with the right end in fixed disk 3-1, and outer ring electrode meets battery plate 3-4 and inner rings of electrode connects
Battery plate 3-5 is fixedly connected in the left end of fixed disk 3-1, and outer ring electrode plate 3-2 is fixedly connected on outer ring plate seat 3-3,
Inner rings of electrode plate 3-7 is fixedly connected on inner ring plate seat 3-6, and outer ring electrode plate 3-2 and outer ring electrode meet battery plate 3-4 company
Admittance electricity, inner rings of electrode meet battery plate 3-5 and are connected to conduction with inner rings of electrode plate 3-7, and outer ring electrode plate 3-2 is slidably connected outside
In ring electrode slot 2-4, inner rings of electrode plate 3-7 is slidably connected in inner rings of electrode slot 2-3, and fixed disk 3-1 is fixedly connected on a left side
On side plate 1-1.
When using electric installation 3, outer ring electrode is met into battery plate 3-4 and inner rings of electrode meets battery plate 3-5 and connects with external power supply
Admittance electricity, meets battery plate 3-4 with outer ring electrode by outer ring electrode plate 3-2 and is connected to conduction, inner rings of electrode connects battery plate 3-5 and inner ring
Electrode plate 3-7 connection is conductive, makes outer ring electrode plate 3-2 and inner rings of electrode plate 3-7 to outer ring electrode slot 2-4 and inner ring electricity
Pole slot 2-3 is conductive, and fixed disk 3-1 is used to electric installation 3 being fixed on left plate 1-1, outer ring plate seat 3-3 and inner ring
Plate seat 3-6 is used for across left plate 1-1, while protecting outer ring electrode plate 3-2 and inner rings of electrode plate 3-7, avoids circuit
Leak electricity short-circuit causes danger.
Specific embodiment 4:
As shown in figs 1-9, the mechanism 4 of paving includes paving axis 4-1, axle sleeve 4-2, paving plate 4-3 and pave belt wheel
4-4 paves axis 4-1 and is rotatably connected on left plate 1-1 and right side plate 1-2 by bearing, pave axis 4-1 around from axis rotation and
Axial restraint, axle sleeve 4-2, which is fixedly connected on, to be paved on axis 4-1, axle sleeve 4-2 be rotatably connected on left plate 1-1 and right side plate 1-2 it
Between, it paves there are two plate 4-3 sets, paves plate 4-3 for two and be symmetrically fixedly connected on axle sleeve 4-2, pave belt wheel 4-4 and be fixedly connected
In the one end for paving axis 4-1, paves belt wheel 4-4 and connect with belt pulley for feeding foil 2-8 and 5 V belt translation of power device.
When mechanism 4 is paved in use, belt wheel 4-4 is paved by the V belt translation drive of power device 5, it is logical to pave belt wheel 4-4
It crosses and paves axis 4-1 and axle sleeve 4-2 and drive two to pave plate 4-3 rotation, when raw ore is when conveyer belt 2-5 passes through, the original of thicker part
What mine can be rotated pave plate 4-3 pushes backward, paves raw ore on conveyer belt 2-5, avoids raw ore thickness blocked up, influence electricity
Attraction of the magnetic roller 2-1 magnetic force to iron ore, results in waste of resources.
Specific embodiment 5:
As shown in figs 1-9, the power device 5 includes motor 5-1 and electrical machine belt pulley 5-2, and motor 5-1 is fixedly connected on
On support plate 1-7, electrical machine belt pulley 5-2 is fixedly connected on the output shaft of motor 5-1, electrical machine belt pulley 5-2 and belt pulley for feeding foil 2-8 and
Belt wheel 4-4 is paved to connect by V belt translation.
When using power device 5, start motor 5-1, motor 5-1 drives electrical machine belt pulley 5-2 to rotate by output shaft, electricity
Machine belt wheel 5-2 makes belt pulley for feeding foil 2-8 by V belt translation and paves belt wheel 4-4 rotation.
The utility model dry electromagnetic iron removers use principle are as follows: when in use, first electric installation 3 powered on,
So that the electromagnetism roller 2-1 of electromagnetic separation mechanism 2 is powered and generate magnetic force, restart power device 5, electromagnetism point is made by V belt translation connection
It selects mechanism 2 and paves mechanism 4 and rotate, raw ore is then placed on the rear end conveyer belt 2-5, raw ore is with conveyer belt 2-5 forward end
It is mobile, by when paving mechanism 4, after the raw ore on conveyer belt 2-5 is pushed away thin pave by paving mechanism 4, continue with conveying
Band 2-5 forward end is mobile, in the tail end of conveyer belt 2-5, is influenced by the magnetic force of electromagnetism roller 2-1, iron ore is attracted on conveyer belt 2-5
On, non-iron ore flies out in the tail end of conveyer belt 2-5 falls on the front of storage bin 1-4, inhale iron ore on conveyer belt 2-5 with
Conveyer belt 2-5 turns to the lower end conveyer belt 2-5, and at conveyer belt 2-5 and the 2-1 disengaging of electromagnetism roller, the magnetic force of electromagnetism roller 2-1 subtracts
Weak, iron ore falls to the rear portion of storage bin 1-4, completes separation of the iron ore in raw ore, and supporting leg 1-6 and support plate 1-7 are used
In support and carrying whole device, while support plate 1-7 is also used to install power device 5, and storage bin 1-4 is for after holding sorting
Tailing and iron ore, partition 1-5 be used for by storage bin 1-4 tailing and iron ore separate, left plate 1-1 and right side plate 1-2 are used
In installation electromagnetic separation mechanism 2, electric installation 3 and pave mechanism 4.When using electromagnetic separation mechanism 2, pass through electric installation 3
Inner rings of electrode slot 2-3 and outer ring electrode slot 2-4 is set to be powered, so that so that electromagnetism roller 2-1 Inside coil is powered generates magnetic force, by dynamic
Power device 5 V belt translation belt pulley for feeding foil 2-8, belt pulley for feeding foil 2-8 drive drive roll 2-6 rotation, drive roll 2- by conveying main spindle 2-7
6 drive electromagnetism roller 2-1 to rotate on fixing axle 2-2 by conveyer belt 2-5, are placed on the raw ore of the rear end conveyer belt 2-5 with conveyer belt
2-5 is moved forward, and when raw ore is moved at electromagnetism roller 2-1, iron ore, which is affected by magnetic forces, to be adsorbed on conveyer belt 2-5, non magnetic
Mine flies out in the front end of conveyer belt 2-5 and falls to the front of storage bin 1-4, be adsorbed on iron ore on conveyer belt 2-5 along
Electromagnetism roller 2-1 turns to the lower end conveyer belt 2-5, separates place with electromagnetism roller 2-1 in conveyer belt 2-5, the iron ore on conveyer belt 2-5
It loses magnetic force and falls to the rear portion of storage bin 1-4, inner rings of electrode slot 2-3 is used to connect conduction with inner rings of electrode plate 3-7, outside
Ring electrode slot 2-4 is for connecting conduction, the cyclic structure of inner rings of electrode slot 2-3 and outer ring electrode slot 2-4 with outer ring electrode plate
Conduction can be made not influenced by electromagnetism roller 2-1 rotation, lasting be powered generates magnetic force.When using electric installation 3, by outer ring electrode
It meets battery plate 3-4 and inner rings of electrode meets battery plate 3-5 and external power supply connects conduction, pass through outer ring electrode plate 3-2 and outer ring electrode
Battery plate 3-4 connection conduction is connect, inner rings of electrode meets battery plate 3-5 and is connected to conduction with inner rings of electrode plate 3-7, makes outer ring electrode plate 3-
2 and inner rings of electrode plate 3-7 is conductive to outer ring electrode slot 2-4 and inner rings of electrode slot 2-3, and fixed disk 3-1 is used for electric installation 3
It is fixed on left plate 1-1, outer ring plate seat 3-3 and inner ring plate seat 3-6 are used to protect simultaneously across left plate 1-1
Outer ring electrode plate 3-2 and inner rings of electrode plate 3-7, avoids circuit leak electricity short-circuit, causes danger.When mechanism 4 is paved in use,
Belt wheel 4-4 is paved by the V belt translation drive of power device 5, belt wheel 4-4 is paved by paving axis 4-1 and axle sleeve 4-2 and drives two
A to pave plate 4-3 rotation, when raw ore is when conveyer belt 2-5 passes through, what the raw ore of thicker part can be rotated paves plate 4-3 to pusher
It is dynamic, it paves raw ore on conveyer belt 2-5, avoids raw ore thickness blocked up, influence attraction of the electromagnetism roller 2-1 magnetic force to iron ore,
It results in waste of resources.When using power device 5, start motor 5-1, motor 5-1 drives electrical machine belt pulley 5-2 to turn by output shaft
Dynamic, electrical machine belt pulley 5-2 makes belt pulley for feeding foil 2-8 and paves belt wheel 4-4 to rotate by V belt translation.
Certainly, above description is not limitation of the utility model, and the utility model is also not limited to the example above, this skill
The variation that the those of ordinary skill in art field is made in the essential scope of the utility model；Remodeling；Addition or replacement, also belong to
In the protection scope of the utility model.
Claims (5)
1. dry electromagnetic iron removers, including rack (1), electromagnetic separation mechanism (2), electric installation (3), pave mechanism (4) and dynamic
Power device (5), it is characterised in that: the rack (1) includes left plate (1-1), right side plate (1-2), connecting plate (1-3), storage
Case (1-4), partition (1-5), supporting leg (1-6) and support plate (1-7) are deposited, left plate (1-1) and right side plate (1-2) are fixedly connected with
On support plate (1-7), the left and right ends of connecting plate (1-3) are fixedly connected with left plate (1-1) and right side plate (1-2) respectively,
The upper end of storage bin (1-4) is fixedly connected on the lower end of left plate (1-1) and right side plate (1-2), and partition (1-5) is fixedly connected on
The internal middle-end of storage bin (1-4), there are four supporting leg (1-6) is set, four supporting legs (1-6) are fixedly connected at support plate (1-7)
Lower end, electromagnetic separation mechanism (2) is rotatably connected between left plate (1-1) and right side plate (1-2), and electric installation (3) is fixed
It is connected on left plate (1-1), electric installation (3) is slidably connected with electromagnetic separation mechanism (2), paves mechanism (4) rotation connection
Between left plate (1-1) and right side plate (1-2), power device (5) and electromagnetic separation mechanism (2) and paves mechanism (4) and pass through
V belt translation connection.
2. dry electromagnetic iron removers according to claim 1, it is characterised in that: the electromagnetic separation mechanism (2) includes
Electromagnetism roller (2-1), fixing axle (2-2), inner rings of electrode slot (2-3), outer ring electrode slot (2-4), conveyer belt (2-5), drive roll (2-
6), conveying main spindle (2-7) and belt pulley for feeding foil (2-8), the left and right ends of fixing axle (2-2) are respectively fixedly connected in left plate (1-
1) and on right side plate (1-2), electromagnetism roller (2-1) is rotatably connected on fixing axle (2-2), and electromagnetism roller (2-1) is rotatably connected on a left side
Between side plate (1-1) and right side plate (1-2), inner rings of electrode slot (2-3) and outer ring electrode slot (2-4) are arranged at electromagnetism roller (2-
1) one end, conveying main spindle (2-7) are rotatably connected on left plate (1-1) and right side plate (1-2), and drive roll (2-6) is fixed to be connected
It connects on conveying main spindle (2-7), drive roll (2-6) is rotatably connected between left plate (1-1) and right side plate (1-2), conveyer belt
Wheel (2-8) is fixedly connected on one end of conveying main spindle (2-7), and electromagnetism roller (2-1) and drive roll (2-6) pass through conveyer belt (2-5)
Rotation connection, belt pulley for feeding foil (2-8) are connect with electromagnetic separation mechanism (2) and power device (5) V belt translation, inner rings of electrode slot (2-
3) it is slidably connected with outer ring electrode slot (2-4) with electric installation (3).
3. dry electromagnetic iron removers according to claim 2, it is characterised in that: the electric installation (3) includes fixing
Disk (3-1), outer ring electrode plate (3-2), outer ring plate seat (3-3), outer ring electrode connect battery plate (3-4), inner rings of electrode connects battery plate
(3-5), inner ring plate seat (3-6) and inner rings of electrode plate (3-7), outer ring plate seat (3-3) and inner ring plate seat (3-6) are solid
Surely it is connected to the right end of fixed disk (3-1), outer ring electrode connects battery plate (3-4) and inner rings of electrode connects battery plate (3-5) and is fixedly connected with
In the left end of fixed disk (3-1), outer ring electrode plate (3-2) is fixedly connected on outer ring plate seat (3-3), inner rings of electrode plate
(3-7) is fixedly connected on inner ring plate seat (3-6), and outer ring electrode plate (3-2), which with outer ring electrode connects battery plate (3-4) and is connected to, leads
Electricity, inner rings of electrode connect battery plate (3-5) and are connected to conduction with inner rings of electrode plate (3-7), and outer ring electrode plate (3-2) is slidably connected at
In outer ring electrode slot (2-4), inner rings of electrode plate (3-7) is slidably connected in inner rings of electrode slot (2-3), and fixed disk (3-1) is solid
Surely it is connected on left plate (1-1).
4. dry electromagnetic iron removers according to claim 3, it is characterised in that: described pave mechanism (4) include paving
Axis (4-1), axle sleeve (4-2) are paved plate (4-3) and are paved belt wheel (4-4), pave axis (4-1) and are rotatably connected on left plate (1-1)
On right side plate (1-2), axle sleeve (4-2), which is fixedly connected on, to be paved on axis (4-1), and axle sleeve (4-2) is rotatably connected on left plate (1-
1) it between right side plate (1-2), paves there are two plate (4-3) sets, paves plate (4-3) for two and be symmetrically fixedly connected on axle sleeve (4-
2) on, pave belt wheel (4-4) and be fixedly connected on the one end for paving axis (4-1), pave belt wheel (4-4) and belt pulley for feeding foil (2-8) and
The connection of power device (5) V belt translation.
5. dry electromagnetic iron removers according to claim 4, it is characterised in that: the power device (5) includes motor
(5-1) and electrical machine belt pulley (5-2), motor (5-1) are fixedly connected on support plate (1-7), and electrical machine belt pulley (5-2) is fixedly connected on
On the output shaft of motor (5-1), electrical machine belt pulley (5-2) and belt pulley for feeding foil (2-8) and paves belt wheel (4-4) and pass through V belt translation company
It connects.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920343319.2U CN209646731U (en) | 2019-03-19 | 2019-03-19 | Dry electromagnetic iron removers |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920343319.2U CN209646731U (en) | 2019-03-19 | 2019-03-19 | Dry electromagnetic iron removers |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209646731U true CN209646731U (en) | 2019-11-19 |
Family
ID=68527440
Family Applications (1)
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112207041A (en) * | 2020-10-26 | 2021-01-12 | 江西才智重工机械有限公司 | Automatic ore conveying device |
| CN112264330A (en) * | 2020-10-22 | 2021-01-26 | 安徽理工大学 | Remove end coal gangue photoelectric separation system |
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2019
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112264330A (en) * | 2020-10-22 | 2021-01-26 | 安徽理工大学 | Remove end coal gangue photoelectric separation system |
| CN112207041A (en) * | 2020-10-26 | 2021-01-12 | 江西才智重工机械有限公司 | Automatic ore conveying device |
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