CN108714446A - A kind of ore factory lithotripsy apparatus - Google Patents
A kind of ore factory lithotripsy apparatus Download PDFInfo
- Publication number
- CN108714446A CN108714446A CN201810612043.3A CN201810612043A CN108714446A CN 108714446 A CN108714446 A CN 108714446A CN 201810612043 A CN201810612043 A CN 201810612043A CN 108714446 A CN108714446 A CN 108714446A
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- China
- Prior art keywords
- box
- sub
- case
- crush box
- sieve
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C1/00—Crushing or disintegrating by reciprocating members
- B02C1/14—Stamping mills
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D50/00—Combinations of methods or devices for separating particles from gases or vapours
- B01D50/60—Combinations of devices covered by groups B01D46/00 and B01D47/00
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C18/00—Disintegrating by knives or other cutting or tearing members which chop material into fragments
- B02C18/06—Disintegrating by knives or other cutting or tearing members which chop material into fragments with rotating knives
- B02C18/14—Disintegrating by knives or other cutting or tearing members which chop material into fragments with rotating knives within horizontal containers
- B02C18/141—Disintegrating by knives or other cutting or tearing members which chop material into fragments with rotating knives within horizontal containers with axial flow
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C23/00—Auxiliary methods or auxiliary devices or accessories specially adapted for crushing or disintegrating not provided for in preceding groups or not specially adapted to apparatus covered by a single preceding group
- B02C23/08—Separating or sorting of material, associated with crushing or disintegrating
- B02C23/14—Separating or sorting of material, associated with crushing or disintegrating with more than one separator
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B08—CLEANING
- B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
- B08B15/00—Preventing escape of dirt or fumes from the area where they are produced; Collecting or removing dirt or fumes from that area
- B08B15/04—Preventing escape of dirt or fumes from the area where they are produced; Collecting or removing dirt or fumes from that area from a small area, e.g. a tool
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D2258/00—Sources of waste gases
- B01D2258/02—Other waste gases
Abstract
The present invention relates to a kind of factory's devices,In particular be a kind of ore factory lithotripsy apparatus include babinet,Sub-sieve case,Magnetic material feeding box,Broken case,Air exhaust box,Rose Box,Y tube,Crush box,It can solve barren rock processing factory and need barren rock being processed into fine sand that either small crushed stone block is used or sold,The non-uniform problem of size of the bad rubble of existing barren rock grinding device lithotrity effect simple in structure,When crushing a large amount of dust operating personnel sucking is will produce with existing barren rock grinding device can excessively cause damages to body be also easy to occur the dangerous problem of dust explosion,The upper end of sub-sieve case is provided with sub-sieve case motor base,Sub-sieve case motor,Sub-sieve case feeding mouth,Sub-sieve bucket,Sub-sieve bunghole,Sub-sieve case rotation axis,Sub-sieve case spiral fan,Boulder discharge port,Sub-sieve case limits pedestal,Small stone discharge port.
Description
Technical field
The present invention relates to a kind of factory's devices, are in particular a kind of ore factory lithotripsy apparatus.
Background technology
The factory for the barren rock processing that ore factory generates when being coal mine factory exploiting colliery, barren rock processing factory need to give up
Stone is processed into fine sand, and either small crushed stone block is used or is sold, existing barren rock grinding device lithotrity effect simple in structure
The size of bad rubble is uneven, and existing barren rock grinding device will produce a large amount of dust operating personnel when crushing and inhale
Enter excessively cause damages to body and is also easy to occur the danger of dust explosion.
Invention content
The present invention relates to a kind of factory's devices, are in particular a kind of ore factory lithotripsy apparatus.It can solve
Barren rock processing factory needs barren rock being processed into fine sand that either small crushed stone block is used or sold, and existing barren rock crushes
The non-uniform problem of size and existing barren rock the grinding device meeting when crushing of the bad rubble of the simple lithotrity effect of apparatus structure
It leads to the problem of a large amount of dust operating personnel and sucks the danger for being also easy to occur dust explosion that can excessively cause damages to body.
The present invention relates to a kind of factory's device, be in particular a kind of ore factory lithotripsy apparatus include babinet,
Sub-sieve case, magnetic material feeding box, broken case, air exhaust box, Rose Box, Y tube, crush box, can solve barren rock processing factory needs
Barren rock is processed into fine sand, and either small crushed stone block is used or is sold, existing barren rock grinding device rubble simple in structure
The non-uniform problem of size of the bad rubble of effect and existing barren rock grinding device will produce a large amount of dust behaviour when crushing
Make the problem that personnel suck the danger for being also easy to occur dust explosion that can excessively cause damages to body.
The upper end of sub-sieve case is provided with sub-sieve case motor base, sub-sieve case motor, sub-sieve case feeding mouth, sub-sieve bucket, sub-sieve
Bunghole, sub-sieve case rotation axis, sub-sieve case spiral fan, boulder discharge port, sub-sieve case limit pedestal, small stone discharge port, point
The interior welds of screen box have sub-sieve case motor base, the upper end of sub-sieve case motor base to be provided with sub-sieve case motor, sub-sieve case
Upper end is welded with sub-sieve case feeding mouth, and the interior welds of sub-sieve case have sub-sieve bucket, the upper end of sub-sieve bucket to be provided with sub-sieve bunghole, point
The inner rotation of sieve bucket has sub-sieve case rotation axis, the upper end of sub-sieve case rotation axis to be provided with sub-sieve case spiral fan, sub-sieve case electricity
The upper end of machine is connected with sub-sieve case rotation axis, and the right end of sub-sieve bucket is welded with boulder discharge port, and the interior welds of sub-sieve case have
Sub-sieve case limits pedestal, and the lower end of sub-sieve case is welded with small stone discharge port.
The upper end of magnetic material feeding box be provided with electromagnetic cage, electromagnetic cage baffle, iron core, coil, magnetic material feeding box feed inlet, into
Expect spacing collar, rotary rollers, switch-plate, magnetic material feeding box limit pedestal, magnetic material feeding box discharge port, the inside of magnetic material feeding box
It is welded with electromagnetic cage, the interior welds of electromagnetic cage have electromagnetic cage baffle, and the interior welds of electromagnetic cage are cored, and the upper end of iron core twines
It is wound with coil, the material feeding box feed inlet that is magnetic is welded in the upper end of magnetic material feeding box, and the lower end of magnetic material feeding box feed inlet is welded with
Spacing collar is fed, the inner rotation of magnetic material feeding box has rotary rollers, the upper end of rotary rollers to be welded with switch-plate, magnetism charging
The interior welds of case are magnetic material feeding box limit pedestal, and the lower end welding of magnetic material feeding box is magnetic material feeding box discharge port.
The upper end of broken case be provided with quartering hammer, crushing teeth, hinged disk, support arm, support arm spring, spring retainer block,
Broken case gear, articulated jib, broken case pedestal, broken case ash hole, broken case limit pedestal, broken case discharge port, quartering hammer
The interior welds of support plate, broken case have quartering hammer support plate, the upper end of quartering hammer support plate to be provided with hole, quartering hammer support plate
The internal slide in hole has support arm, the upper end of support arm to be provided with support arm spring, and the upper end of support arm is welded with spring retainer
The lower end of block, spring retainer block is welded with support arm spring, and the lower end of support arm is welded with quartering hammer, the upper end welding of quartering hammer
There are crushing teeth, the upper end of quartering hammer to be welded with hinged disk, the upper end of hinged disk is hinged with articulated jib, and the inner rotation of broken case has
The upper end of broken case gear, broken case gear is hinged with articulated jib, and the upper end of broken case is welded with broken case pedestal, is crushed case
Right end is welded with broken case ash hole, and the interior welds of broken case have broken case limit pedestal, are crushed the upper end of case limit pedestal
It is provided with broken case discharge port.
The upper end of air exhaust box is provided with turbine, exhaust pipe, air inlet pipe, dust nozzle, filter screen, filter screen support column, row
The interior welds of bellows ash hole, air exhaust box have turbine, the upper end of turbine to be connected with exhaust pipe, and the left end of turbine is connected with air inlet
Pipe, the upper end of exhaust pipe are welded with dust nozzle, and air exhaust box is internally provided with filter screen, and the upper end of filter screen is welded with filtering
The lower end of net support column, air exhaust box is provided with air exhaust box ash hole.
The upper end of Rose Box is provided with Rose Box ash hole, filtered fluid, Rose Box gas outlet, filtered fluid floss hole, filtering
The interior welds of case have Rose Box ash hole, Rose Box to be internally provided with filtered fluid, and Rose Box ash hole is immersed in filtered fluid
Inside, the upper end of Rose Box is welded with Rose Box gas outlet, and the lower end of Rose Box is welded with filtered fluid floss hole.
The upper end of Y tube is provided with feed inlet I, feed inlet II, Y tube discharge port, and the left end of Y tube is provided with feed inlet
I, the right end of Y tube is provided with feed inlet II, and the lower end of Y tube is provided with Y tube discharge port.
The upper end of crush box be provided with crush box slideway, gear ring, gear ring slide post, sector gear, sector gear belt,
Sector gear motor, crush box motor base, crush box motor, crush box rotation axis, crush box spiral reamer, crush box limit
Pedestal, crush box feed inlet, crush box are crushed cone, crush box discharge port, crush box filter plate, and crush box is internally provided with powder
Rack gear slide post is welded in the upper end of broken case slideway, gear ring, and rack gear slide post, the inside of crush box are slided in the upper end of crush box
Rotation has sector gear, sector gear and the tooth engagement on the inside of gear ring, and the upper end of sector gear is provided with sector gear belt, powder
The left end of broken case is fixed with sector gear motor, and the upper end of sector gear motor is provided with belt pulley, sector gear motor belt
The upper end of wheel is provided with sector gear belt, and the upper end sliding of crush box slideway has crush box motor base, crush box motor base
The left end of seat welds rack gear slide post, and the upper end of crush box motor base is provided with crush box motor, crush box motor it is upper
End is connected with crush box rotation axis, and the upper end of crush box rotation axis is welded with crush box spiral reamer, the right side of crush box rotation axis
End is welded with the broken cone of crush box, and the interior welds of crush box have crush box to limit pedestal, and the upper end of crush box is welded with crushing
The right end of case feed inlet, crush box is welded with crush box discharge port, and the interior welds of crush box discharge port have crush box filter plate.
The interior welds of babinet have a sub-sieve case, and the interior welds of babinet are magnetic material feeding box, magnetic material feeding box discharge port
Upper end is welded with sub-sieve case feeding mouth, and the interior welds of babinet have broken case pedestal, the upper end of boulder discharge port to be welded with brokenly
The interior welds of broken case, babinet have air exhaust box, the upper end of air inlet pipe to be welded with broken case ash hole, and the interior welds of babinet had
The upper end of filter box, air exhaust box ash hole is welded with Rose Box ash hole, and the interior welds of babinet have Y tube, the upper end of feed inlet I
It is welded with small stone discharge port, the upper end of feed inlet II is welded with broken case discharge port, and the interior welds of babinet have crush box, powder
The upper end of broken case feed inlet is welded with Y tube discharge port.
As advanced optimizing for the technical program, electromagnetic cage described in a kind of ore factory of the invention lithotripsy apparatus,
Electromagnetic cage baffle, iron core, coil, support arm, support arm spring, spring retainer block are disposed as two.
As advanced optimizing for the technical program, the crush box described in a kind of ore factory of the invention lithotripsy apparatus is electric
Machine, crush box rotation axis, crush box spiral reamer, crush box are broken to bore concentrically line.
As advanced optimizing for the technical program, babinet described in a kind of ore factory of the invention lithotripsy apparatus, point
Screen box, magnetic material feeding box, broken case, air exhaust box, Rose Box, Y tube, crush box material selection stainless steel.
As advanced optimizing for the technical program, the rotating roller described in a kind of ore factory of the invention lithotripsy apparatus
Son, broken case gear, turbine are provided with necessary electromotor.
As advanced optimizing for the technical program, the sector gear described in a kind of ore factory of the invention lithotripsy apparatus
Belt material selection rubber.
A kind of ore factory of the present invention is had the beneficial effect that with lithotripsy apparatus：
The present invention relates to a kind of factory's devices, are in particular a kind of ore factory lithotripsy apparatus.It can solve
Barren rock processing factory needs barren rock being processed into fine sand that either small crushed stone block is used or sold, and existing barren rock crushes
The non-uniform problem of size and existing barren rock the grinding device meeting when crushing of the bad rubble of the simple lithotrity effect of apparatus structure
It leads to the problem of a large amount of dust operating personnel and sucks the danger for being also easy to occur dust explosion that can excessively cause damages to body.
Description of the drawings
The present invention will be further described in detail with specific implementation method below in conjunction with the accompanying drawings.
Fig. 1 is a kind of overall structure diagram of ore factory of the invention lithotripsy apparatus.
Fig. 2 is a kind of sub-sieve case internal structure schematic diagram of ore factory of the invention lithotripsy apparatus.
Fig. 3 is a kind of sub-sieve box structure schematic diagram of ore factory of the invention lithotripsy apparatus.
Fig. 4 is a kind of magnetic material feeding box structural schematic diagram of ore factory of the invention lithotripsy apparatus.
Fig. 5 is a kind of electromagnetic cage structural schematic diagram of ore factory of the invention lithotripsy apparatus.
Fig. 6 is a kind of broken box structure schematic diagram of ore factory of the invention lithotripsy apparatus.
Fig. 7 is a kind of air exhausting box structure schematic diagram of ore factory of the invention lithotripsy apparatus.
Fig. 8 is a kind of Rose Box structural schematic diagram of ore factory of the invention lithotripsy apparatus.
Fig. 9 is a kind of Y tube structural schematic diagram of ore factory of the invention lithotripsy apparatus.
Figure 10 is a kind of crush box structural schematic diagram of ore factory of the invention lithotripsy apparatus.
In figure：Babinet 1；Sub-sieve case 2；Sub-sieve case motor base 2-1；Sub-sieve case motor 2-2；Sub-sieve case feeding mouth 2-3；Point
Sieve bucket 2-4；Sub-sieve bunghole 2-5；Sub-sieve case rotation axis 2-6；Sub-sieve case spiral fan 2-7；Boulder discharge port 2-8；Sub-sieve case
Limit pedestal 2-9；Small stone discharge port 2-10；Magnetic material feeding box 3；Electromagnetic cage 3-1；Electromagnetic cage baffle 3-2；Iron core 3-3；Coil
3-4；Magnetic material feeding box feed inlet 3-5；Feed spacing collar 3-6；Rotary rollers 3-7；Switch-plate 3-8；Magnetic material feeding box limits base
Seat 3-9；Magnetic material feeding box discharge port 3-10；Broken case 4；Quartering hammer 4-1；Crushing teeth 4-2；Hinged disk 4-3；Support arm 4-4；Branch
Brace spring 4-5；Spring retainer block 4-6；Broken case gear 4-7；Articulated jib 4-8；Broken case pedestal 4-9；Broken case ash hole
4-10；Broken case limit pedestal 4-11；Broken case discharge port 4-12；Quartering hammer support plate 4-13；Air exhaust box 5；Turbine 5-1；Row
Tracheae 5-2；Air inlet pipe 5-3；Dust nozzle 5-4；Filter screen 5-5；Filter screen support column 5-6；Air exhaust box ash hole 5-7；Filtering
Case 6；Rose Box ash hole 6-1；Filtered fluid 6-2；Rose Box gas outlet 6-3；Filtered fluid floss hole 6-4；Y tube 7；Feed inlet I
7-1；II 7-2 of feed inlet；Y tube discharge port 7-3；Crush box 8；Crush box slideway 8-1；Gear ring 8-2；Gear ring slide post 8-3；Fan
Shape gear 8-4；Sector gear belt 8-5；Sector gear motor 8-6；Crush box motor base 8-7；Crush box motor 8-8；Powder
Broken case rotation axis 8-9；Crush box spiral reamer 8-10；Crush box limits pedestal 8-11；Crush box feed inlet 8-12；Crush box is broken
Broken cone 8-13；Crush box discharge port 8-14；Crush box filter plate 8-15.
Specific implementation mode
Specific implementation mode one：
Illustrate present embodiment with reference to Fig. 1,2,3,4,5,6,7,8,9,10, present invention mainly solves the technical issues of
It is to provide a kind of ore factory lithotripsy apparatus, including babinet 1, sub-sieve case 2, magnetic material feeding box 3, broken case 4, air exhaust box 5, mistake
Filter box 6, Y tube 7, crush box 8, can solve barren rock processing factory need barren rock being processed into fine sand or small crushed stone block come into
It exercises and uses or sell, the non-uniform problem of size of the bad rubble of existing barren rock grinding device lithotrity effect simple in structure,
A large amount of dust operating personnel sucking is will produce with existing barren rock grinding device when crushing excessively to cause damages to body
It is also easy to that the dangerous problem of dust explosion occurs.
The upper end of sub-sieve case 2 is provided with sub-sieve case motor base 2-1, sub-sieve case motor 2-2, sub-sieve case feeding mouth 2-3, divides
Sieve bucket 2-4, sub-sieve bunghole 2-5, sub-sieve case rotation axis 2-6, sub-sieve case spiral fan 2-7, boulder discharge port 2-8, sub-sieve case
Pedestal 2-9, small stone discharge port 2-10 are limited, the interior welds of sub-sieve case 2 have sub-sieve case motor base 2-1, sub-sieve case motor
The upper end of pedestal 2-1 is provided with sub-sieve case motor 2-2, and the upper end of sub-sieve case 2 is welded with sub-sieve case feeding mouth 2-3, sub-sieve case 2
Interior welds have a sub-sieve bucket 2-4, and the upper end of sub-sieve bucket 2-4 is provided with sub-sieve bunghole 2-5, and the inner rotation of sub-sieve bucket 2-4 has point
The upper end of screen box rotation axis 2-6, sub-sieve case rotation axis 2-6 are provided with sub-sieve case spiral fan 2-7, and sub-sieve case motor 2-2's is upper
The right end that end is connected with sub-sieve case rotation axis 2-6, sub-sieve bucket 2-4 is welded with boulder discharge port 2-8, the inside weldering of sub-sieve case 2
It is connected to sub-sieve case limit pedestal 2-9, the lower end of sub-sieve case 2 is welded with small stone discharge port 2-10.
The upper end of magnetic material feeding box 3 be provided with electromagnetic cage 3-1, electromagnetic cage baffle 3-2, iron core 3-3, coil 3-4, it is magnetic into
Hopper feed inlet 3-5, charging spacing collar 3-6, rotary rollers 3-7, switch-plate 3-8, magnetic material feeding box limit pedestal 3-9, magnetism
The interior welds of material feeding box discharge port 3-10, magnetic material feeding box 3 have electromagnetic cage 3-1, the interior welds of electromagnetic cage 3-1 to have electromagnetic cage
The upper end of the interior welds cored 3-3, iron core 3-3 of baffle 3-2, electromagnetic cage 3-1 are wound with coil 3-4, magnetic material feeding box 3
The lower end that be magnetic material feeding box feed inlet 3-5, magnetic material feeding box feed inlet 3-5 are welded in upper end is welded with charging spacing collar 3-6, magnetic
The inner rotation of property material feeding box 3 has rotary rollers 3-7, the upper end of rotary rollers 3-7 to be welded with switch-plate 3-8, magnetic material feeding box 3
Interior welds be magnetic material feeding box limit pedestal 3-9, the lower end welding of magnetic material feeding box 3 is magnetic material feeding box discharge port 3-
10。
The upper end of broken case 4 is provided with quartering hammer 4-1, crushing teeth 4-2, hinged disk 4-3, support arm 4-4, support arm spring
4-5, it spring retainer block 4-6, broken case gear 4-7, articulated jib 4-8, broken case pedestal 4-9, broken case ash hole 4-10, is crushed
Case limits pedestal 4-11, broken case discharge port 4-12, quartering hammer support plate 4-13, and the interior welds of broken case 4 have quartering hammer branch
The upper end of fagging 4-13, quartering hammer support plate 4-13 are provided with hole, and the internal slide in the holes quartering hammer support plate 4-13 has support arm
The upper end that the upper end of 4-4, support arm 4-4 are provided with support arm spring 4-5, support arm 4-4 is welded with spring retainer block 4-6, bullet
The lower end that the lower end of spring limited block 4-6 is welded with support arm spring 4-5, support arm 4-4 is welded with quartering hammer 4-1, quartering hammer 4-1
Upper end be welded with crushing teeth 4-2, the upper end of quartering hammer 4-1 is welded with hinged disk 4-3, and the upper end of hinged disk 4-3 is hinged hinged
Arm 4-8 is met, the inner rotation of broken case 4 has broken case gear 4-7, and the upper end of broken case gear 4-7 is hinged with articulated jib 4-8,
The upper end of broken case 4 is welded with broken case pedestal 4-9, and the right end of broken case 4 is welded with broken case ash hole 4-10, is crushed case 4
Interior welds there is broken case limit pedestal 4-11, the upper end of broken case limit pedestal 4-11 to be provided with broken case discharge port 4-
12。
The upper end of air exhaust box 5 be provided with turbine 5-1, exhaust pipe 5-2, air inlet pipe 5-3, dust nozzle 5-4, filter screen 5-5,
The interior welds of filter screen support column 5-6, air exhaust box ash hole 5-7, air exhaust box 5 have turbine 5-1, the upper end connection of turbine 5-1
There are exhaust pipe 5-2, the left end of turbine 5-1 to be connected with air inlet pipe 5-3, the upper end of exhaust pipe 5-2 is welded with dust nozzle 5-4, row
Bellows 5 are internally provided with filter screen 5-5, and the upper end of filter screen 5-5 is welded with filter screen support column 5-6, the lower end of air exhaust box 5
It is provided with air exhaust box ash hole 5-7.
The upper end of Rose Box 6 is provided with Rose Box ash hole 6-1, filtered fluid 6-2, Rose Box gas outlet 6-3, filtered fluid row
A mouthful 6-4 is put, the interior welds of Rose Box 6 have Rose Box ash hole 6-1, Rose Box 6 to be internally provided with filtered fluid 6-2, filtering
Case ash hole 6-1 is immersed in the inside of filtered fluid 6-2, and the upper end of Rose Box 6 is welded with Rose Box gas outlet 6-3, Rose Box 6
Lower end is welded with filtered fluid floss hole 6-4.
The upper end of Y tube 7 is provided with I 7-1 of feed inlet, II 7-2 of feed inlet, Y tube discharge port 7-3, the left end of Y tube 7
It is provided with I 7-1 of feed inlet, the right end of Y tube 7 is provided with II 7-2 of feed inlet, and the lower end of Y tube 7 is provided with Y tube discharge port
7-3。
The upper end of crush box 8 be provided with crush box slideway 8-1, gear ring 8-2, gear ring slide post 8-3, sector gear 8-4,
Sector gear belt 8-5, sector gear motor 8-6, crush box motor base 8-7, crush box motor 8-8, crush box rotation axis
8-9, crush box spiral reamer 8-10, crush box limit pedestal 8-11, crush box feed inlet 8-12, the broken cone 8-13 of crush box,
Crush box discharge port 8-14, crush box filter plate 8-15, crush box 8 are internally provided with crush box slideway 8-1, gear ring 8-2's
Rack gear slide post 8-3 is welded in upper end, and rack gear slide post 8-3 is slided in the upper end of crush box 8, and the inner rotation of crush box 8 has
Tooth engagement on the inside of sector gear 8-4, sector gear 8-4 and gear ring 8-2, the upper end of sector gear 8-4 are provided with sector gear
The left end of belt 8-5, crush box 8 are fixed with sector gear motor 8-6, and the upper end of sector gear motor 8-6 is provided with belt pulley,
The upper end of sector gear motor 8-6 belt pulleys is provided with sector gear belt 8-5, and the upper end sliding of crush box slideway 8-1 has powder
The left end of broken case motor base 8-7, crush box motor base 8-7 weld rack gear slide post 8-3, crush box motor base 8-7
Upper end be provided with crush box motor 8-8, the upper end of crush box motor 8-8 is connected with crush box rotation axis 8-9, crush box rotation
The upper end of axis 8-9 is welded with crush box spiral reamer 8-10, and the right end of crush box rotation axis 8-9 is welded with the broken cone 8- of crush box
13, the interior welds of crush box 8 have crush box to limit pedestal 8-11, and the upper end of crush box 8 is welded with crush box feed inlet 8-12,
The right end of crush box 8 is welded with crush box discharge port 8-14, and the interior welds of crush box discharge port 8-14 have crush box filter plate
8-15。
The interior welds of babinet 1 have a sub-sieve case 2, and the interior welds of babinet 1 are magnetic material feeding box 3, magnetic material feeding box discharging
The upper end of mouth 3-10 is welded with sub-sieve case feeding mouth 2-3, and the interior welds of babinet 1 have broken case pedestal 4-9, boulder discharge port
The upper end of 2-8 is welded with broken case 4, and the interior welds of babinet 1 have air exhaust box 5, the upper end of air inlet pipe 5-3 to be welded with broken case and go out
The interior welds of grey mouth 4-10, babinet 1 have Rose Box 6, the upper end of air exhaust box ash hole 5-7 to be welded with Rose Box ash hole 6-1,
The interior welds of babinet 1 have Y tube 7, the upper end of I 7-1 of feed inlet to be welded with small stone discharge port 2-10, II 7-2's of feed inlet
Upper end is welded with broken case discharge port 4-12, and the interior welds of babinet 1 have crush box 8, the upper end weldering of crush box feed inlet 8-12
It is connected to Y tube discharge port 7-3.
Specific implementation mode two：
Illustrate that present embodiment, present embodiment make embodiment one with reference to Fig. 1,2,3,4,5,6,7,8,9,10
It further illustrates, the electromagnetic cage 3-1, electromagnetic cage baffle 3-2, iron core 3-3, coil 3-4, support arm 4-4, support arm spring
4-5, spring retainer block 4-6 are disposed as two.
Specific implementation mode three：
Illustrate that present embodiment, present embodiment make embodiment one with reference to Fig. 1,2,3,4,5,6,7,8,9,10
It further illustrates, the crush box motor 8-8, crush box rotation axis 8-9, crush box spiral reamer 8-10, crush box are broken
Bore 8-13 concentrically lines.
Specific implementation mode four：
Illustrate that present embodiment, present embodiment make embodiment one with reference to Fig. 1,2,3,4,5,6,7,8,9,10
It further illustrates, the babinet 1, sub-sieve case 2, magnetic material feeding box 3, broken case 4, air exhaust box 5, Rose Box 6, Y tube 7, powder
8 material selection stainless steel of broken case.
Specific implementation mode five：
Illustrate that present embodiment, present embodiment make embodiment one with reference to Fig. 1,2,3,4,5,6,7,8,9,10
It further illustrates, the rotary rollers 3-7, broken case gear 4-7, turbine 5-1 are provided with necessary electromotor.
Specific implementation mode six：
Illustrate that present embodiment, present embodiment make embodiment one with reference to Fig. 1,2,3,4,5,6,7,8,9,10
It further illustrates, the sector gear belt 8-5 material selection rubber.
The present invention operation principle be：
A kind of operation principle of ore factory lithotripsy apparatus is to fall barren rock by magnetic material feeding box feed inlet 3-5 inputs
The inside for falling on charging spacing collar 3-6 drives rotary rollers 3-7 rotations by motor rotation, and rotary rollers 3-7 rotations, which drive, dials
Flitch 3-8 rotations, switch-plate 3-8 rotations drive the barren rock rotation for sliding, and so that coil 3-4 is generated magnetic iron core 3-3 energizations
Power, coil 3-4 generate magnetic force and the magnetisable material fed in the barren rock of the inside spacing collar 3-6 are passed through the upper ends charging spacing collar 3-6
Hole is sucked out, and magnetisable material is avoided to influence the crushing of barren rock, and switch-plate 3-8 rotations can also realize that charging avoids barren rock when the difference of barren rock
Crushing effect is influenced into excessive, switch-plate 3-8 drives barren rock rotation barren rock to fall by feeding the discharge port of the lower ends spacing collar 3-6
The bottom for falling on magnetic material feeding box 3 makes barren rock gather to centre and passes through by the position-limiting action of magnetic material feeding box limit pedestal 3-9
Magnetic material feeding box discharge port 3-10 is slipped to the inside of sub-sieve case 2, and sub-sieve case rotation axis 2- is driven by the 2-2 rotations of sub-sieve case motor
6 rotations, the 2-6 rotations of sub-sieve case rotation axis drive the 2-7 rotations of sub-sieve case spiral fan, the 2-7 rotations of sub-sieve case spiral fan to drive
It slides the barren rock come in move right to the inside of sub-sieve bucket 2-4 and barren rock is driven to rotate, the barren rock of fritter is logical in rotation
Cross the upper ends sub-sieve bucket 2-4 sub-sieve bunghole 2-5 throw away fall to the bottom of sub-sieve case 2 by small stone discharge port 2-10 skid off into
Enter I 7-1 of feed inlet and be slipped to the inside of crush box 8 by Y tube discharge port 7-3 to crush, sub-sieve case spiral fan 2-7 turns
The barren rock that trend right belt moves bulk releases the inside for falling to broken case 4 by boulder discharge port 2-8, by motor rotation band
Dynamic broken case gear 4-7 rotations are crushed the 4-7 rotations of case gear and drive articulated jib 4-8 rotations, since the limit of support arm 4-4 is made
Quartering hammer 4-1 is driven to move down with articulated jib 4-8 rotations, quartering hammer 4-1, which is moved down, drives support arm 4-4 to move down together
When compress support arm spring 4-5, when broken case gear 4-7 rotations make support arm 4-4 turn to minimum point, broken case gear 4-
7 rotations drive support arm 4-4 to move up, and support arm 4-4, which is moved up, pulls quartering hammer 4-1 to move up, while by supporting
Spring retainer block 4-6 is pushed under the active force of arm spring 4-5 upwards, spring retainer block 4-6, which is moved up, drives support arm 4-4 to exist
The upper end upward sliding of quartering hammer support plate 4-13, support arm 4-4 upward slidings drive quartering hammer 4-1 to move up, support arm
4-4 and support arm spring 4-5 plays the role of auxiliary and rises and limit, and quartering hammer 4-1, which is moved up and down, drives crushing teeth 4-2 will
Bulk rubble inside broken case 4 smashes, and the fritter rubble smashed is slipped to II 7-2 of feed inlet by broken case discharge port 4-12
The inside that inside is slipped to crush box 8 by Y tube discharge port 7-3 crushes, and being crushed case 4 can be tentatively by the barren rock of bulk
Crushing effect when increasing crushing is smashed, broken case 4 will produce a large amount of dust when smashing rubble, by motor rotation band
Dynamic turbine 5-1 rotations, turbine 5-1 rotations generate draft and extract the dust inside broken case 4 by broken case ash hole 4-10 out
Dust is being discharged to ash by the inside that turbine 5-1 is entered by air inlet pipe 5-3 by turbine 5-1 rotations by exhaust pipe 5-2
The inside of dirt nozzle 5-4, dust are sprayed by dust nozzle 5-4, and dust leads to after filtering out larger particle by filter screen 5-5
The inside that air exhaust box ash hole 5-7 is discharged to Rose Box ash hole 6-1 is crossed, Rose Box ash hole 6-1 passed through dust ejection
Filtrate 6-2 filterings make dust be deposited to the bottom of filtered fluid 6-2, and gas is discharged by Rose Box gas outlet 6-3, as filtered fluid 6-
2 filtering dusts can be replaced filtered fluid 6-2 discharges by filtered fluid floss hole 6-4 when reaching the state of saturation, solve
Dust generates a large amount of dust and influences the health of user and avoid the danger of dust explosion in rubble, by sector
Gear motor 8-6 rotations drive sector gear belt 8-5 to rotate clockwise, and sector gear belt 8-5 rotates clockwise drive fan
Shape gear 8-4 is rotated clockwise, and sector gear 8-4, which is rotated clockwise, drives the gear ring 8-2 of engagement to move right, and works as sector gear
8-4 is rotated clockwise when detaching engagement with the tooth of the upper ends gear ring 8-2, and the tooth of sector gear 8-4 rotations and the lower ends gear ring 8-2 is nibbled
It closes, sector gear 8-4 rotations drive gear ring 8-2 to be moved to the left, sector gear 8-4, which is constantly rotated, drives gear ring 8-2 or so past
Multiple movement, gear ring 8-2 bilateral reciprocations drive crush box motor base 8-7 to horizontally slip in the upper end of crush box slideway 8-1,
The 8-9 rotations of crush box rotation axis, the 8-9 rotations of crush box rotation axis is driven to drive crush box spiral by the 8-8 rotations of crush box motor
Reamer 8-10 rotations, the 8-10 rotations of crush box spiral reamer blend into powder, crush box motor by the barren rock fritter come in is slid
Pedestal 8-7, which is moved left and right, drives crush box motor 8-8 to move left and right, and crush box motor 8-8, which is moved left and right, drives crush box rotation
Axis 8-9 is moved left and right, and crush box rotation axis 8-9, which is moved left and right, drives the broken cone 8-13 of crush box to move left and right, and crush box is broken
Cone 8-13, which is moved left and right, constantly further can smash assisted comminution case spiral reamer 8-10 by barren rock fritter and stir barren rock
It is broken into powder, crush box limit pedestal 8-11, which makes barren rock constantly gather to centre, keeps crushing finer and smoother, the rubble powder of crushing
It is forced through the crush box filter plate 8- of crush box discharge port 8-14 interior welds to the right by the 8-10 rotations of crush box spiral reamer
Discharge can carry out the collection of finished product after 15 filterings, and crush box filter plate 8-15 plays the bulk for preventing not blended into powder
The effect that rubble is discharged by crush box discharge port 8-14, solve barren rock processing factory need by barren rock be processed into fine sand or
Small crushed stone block is used or is sold, and the size of the bad rubble of existing barren rock grinding device lithotrity effect simple in structure is not
Uniform problem and existing barren rock grinding device will produce a large amount of dust operating personnel sucking when crushing excessively can be to body
Body, which causes damages, is also easy to occur the dangerous problem of dust explosion.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made in the essential scope of the present invention also belong to the guarantor of the present invention
Protect range.
Claims (6)
1. a kind of ore factory lithotripsy apparatus, including babinet (1), sub-sieve case (2), magnetic material feeding box (3), broken case (4), row
Bellows (5), Rose Box (6), Y tube (7), crush box (8), it is characterised in that：The upper end of the sub-sieve case (2) is provided with point
Screen box motor base (2-1), sub-sieve case motor (2-2), sub-sieve case feeding mouth (2-3), sub-sieve bucket (2-4), sub-sieve bunghole (2-
5), sub-sieve case rotation axis (2-6), sub-sieve case spiral fan (2-7), boulder discharge port (2-8), sub-sieve case limit pedestal (2-
9) interior welds of, small stone discharge port (2-10), sub-sieve case (2) have sub-sieve case motor base (2-1), sub-sieve case motor base
The upper end of (2-1) is provided with sub-sieve case motor (2-2), and the upper end of sub-sieve case (2) is welded with sub-sieve case feeding mouth (2-3), sub-sieve
The interior welds of case (2) have sub-sieve bucket (2-4), the upper end of sub-sieve bucket (2-4) to be provided with sub-sieve bunghole (2-5), sub-sieve bucket (2-4)
Inner rotation there is sub-sieve case rotation axis (2-6), the upper end of sub-sieve case rotation axis (2-6) to be provided with sub-sieve case spiral fan (2-
7), the upper end of sub-sieve case motor (2-2) is connected with sub-sieve case rotation axis (2-6), and the right end of sub-sieve bucket (2-4) is welded with boulder
Discharge port (2-8), the interior welds of sub-sieve case (2) have sub-sieve case to limit pedestal (2-9), and the lower end of sub-sieve case (2) is welded with small
Stone discharge port (2-10)；
The upper end of magnetic material feeding box (3) be provided with electromagnetic cage (3-1), electromagnetic cage baffle (3-2), iron core (3-3), coil (3-4),
Magnetic material feeding box feed inlet (3-5), charging spacing collar (3-6), rotary rollers (3-7), switch-plate (3-8), magnetic material feeding box limit
Position pedestal (3-9), magnetic material feeding box discharge port (3-10), the interior welds of magnetic material feeding box (3) have electromagnetic cage (3-1), electromagnetism
The interior welds of case (3-1) have electromagnetic cage baffle (3-2), and the interior welds of electromagnetic cage (3-1) are cored (3-3), iron core (3-3)
Upper end be wound with coil (3-4), the upper end welding of magnetic material feeding box (3) is magnetic material feeding box feed inlet (3-5), magnetism charging
The lower end of case feed inlet (3-5) is welded with charging spacing collar (3-6), and the inner rotation of magnetic material feeding box (3) has rotary rollers (3-
7), the upper end of rotary rollers (3-7) is welded with switch-plate (3-8), and the interior welds of magnetic material feeding box (3) are magnetic material feeding box limit
Weld the material feeding box discharge port (3-10) that is magnetic in the lower end of position pedestal (3-9), magnetic material feeding box (3)；
The upper end of broken case (4) is provided with quartering hammer (4-1), crushing teeth (4-2), hinged disk (4-3), support arm (4-4), support
Arm spring (4-5), broken case gear (4-7), articulated jib (4-8), broken case pedestal (4-9), is crushed spring retainer block (4-6)
Case ash hole (4-10), broken case limit pedestal (4-11), broken case discharge port (4-12), quartering hammer support plate (4-13), break
The interior welds of broken case (4) have quartering hammer support plate (4-13), the upper end of quartering hammer support plate (4-13) to be provided with hole, quartering hammer
The internal slide in the hole support plate (4-13) has support arm (4-4), the upper end of support arm (4-4) to be provided with support arm spring (4-5),
The upper end of support arm (4-4) is welded with spring retainer block (4-6), and the lower end of spring retainer block (4-6) is welded with support arm spring
The lower end of (4-5), support arm (4-4) are welded with quartering hammer (4-1), and the upper end of quartering hammer (4-1) is welded with crushing teeth (4-2),
The upper end of quartering hammer (4-1) is welded with hinged disk (4-3), and the upper end of hinged disk (4-3) is hinged with articulated jib (4-8), is crushed case
(4) inner rotation has broken case gear (4-7), and the upper end of broken case gear (4-7) is hinged with articulated jib (4-8), is crushed case
(4) upper end is welded with broken case pedestal (4-9), and the right end of broken case (4) is welded with broken case ash hole (4-10), is crushed case
(4) interior welds have broken case limit pedestal (4-11), the upper end of broken case limit pedestal (4-11) to be provided with broken case and go out
Material mouth (4-12)；
The upper end of air exhaust box (5) is provided with turbine (5-1), exhaust pipe (5-2), air inlet pipe (5-3), dust nozzle (5-4), filtering
The interior welds of net (5-5), filter screen support column (5-6), air exhaust box ash hole (5-7), air exhaust box (5) have turbine (5-1), whirlpool
The upper end of wheel (5-1) is connected with exhaust pipe (5-2), and the left end of turbine (5-1) is connected with air inlet pipe (5-3), exhaust pipe (5-2)
Upper end is welded with dust nozzle (5-4), and air exhaust box (5) is internally provided with filter screen (5-5), the upper end weldering of filter screen (5-5)
It is connected to filter screen support column (5-6), the lower end of air exhaust box (5) is provided with air exhaust box ash hole (5-7)；
The upper end of Rose Box (6) is provided with Rose Box ash hole (6-1), filtered fluid (6-2), Rose Box gas outlet (6-3), filtering
The interior welds of liquid floss hole (6-4), Rose Box (6) have Rose Box ash hole (6-1), Rose Box (6) to be internally provided with
Filtrate (6-2), Rose Box ash hole (6-1) are immersed in the inside of filtered fluid (6-2), and the upper end of Rose Box (6) is welded with filtering
The lower end of case gas outlet (6-3), Rose Box (6) is welded with filtered fluid floss hole (6-4)；
The upper end of Y tube (7) is provided with feed inlet I (7-1), feed inlet II (7-2), Y tube discharge port (7-3), Y tube (7)
Left end be provided with feed inlet I (7-1), the right end of Y tube (7) is provided with feed inlet II (7-2), the lower end setting of Y tube (7)
There is Y tube discharge port (7-3)；
The upper end of crush box (8) is provided with crush box slideway (8-1), gear ring (8-2), gear ring slide post (8-3), sector gear
(8-4), sector gear belt (8-5), sector gear motor (8-6), crush box motor base (8-7), crush box motor (8-
8), crush box rotation axis (8-9), crush box spiral reamer (8-10), crush box limit pedestal (8-11), crush box feed inlet
The broken cone (8-13) of (8-12), crush box, crush box discharge port (8-14), crush box filter plate (8-15), crush box (8) it is interior
Portion is provided with crush box slideway (8-1), the upper end welding rack gear slide post (8-3) of gear ring (8-2), the upper end of crush box (8)
Rack gear slide post (8-3) is slided, the inner rotation of crush box (8) has sector gear (8-4), sector gear (8-4) and gear ring
The upper end of tooth engagement on the inside of (8-2), sector gear (8-4) is provided with sector gear belt (8-5), the left end of crush box (8)
It is fixed with sector gear motor (8-6), the upper end of sector gear motor (8-6) is provided with belt pulley, sector gear motor (8-6)
The upper end of belt pulley is provided with sector gear belt (8-5), and the upper end sliding of crush box slideway (8-1) has crush box motor base
(8-7), crush box motor base (8-7) left end welding rack gear slide post (8-3), crush box motor base (8-7) it is upper
End is provided with crush box motor (8-8), and the upper end of crush box motor (8-8) is connected with crush box rotation axis (8-9), and crush box turns
The upper end of moving axis (8-9) is welded with crush box spiral reamer (8-10), and the right end of crush box rotation axis (8-9) is welded with crush box
The interior welds of broken cone (8-13), crush box (8) have crush box to limit pedestal (8-11), and the upper end of crush box (8) is welded with
The right end of crush box feed inlet (8-12), crush box (8) is welded with crush box discharge port (8-14), crush box discharge port (8-14)
Interior welds have crush box filter plate (8-15)；
The interior welds of babinet (1) have a sub-sieve case (2), and the interior welds of babinet (1) are magnetic material feeding box (3), magnetic material feeding box
The upper end of discharge port (3-10) is welded with sub-sieve case feeding mouth (2-3), and the interior welds of babinet (1) have broken case pedestal (4-9),
The upper end of boulder discharge port (2-8) is welded with broken case (4), and the interior welds of babinet (1) have air exhaust box (5), air inlet pipe (5-
3) upper end is welded with broken case ash hole (4-10), and the interior welds of babinet (1) have Rose Box (6), air exhaust box ash hole (5-
7) upper end is welded with Rose Box ash hole (6-1), and the interior welds of babinet (1) have a Y tube (7), feed inlet I (7-1) it is upper
End is welded with small stone discharge port (2-10), and the upper end of feed inlet II (7-2) is welded with broken case discharge port (4-12), babinet
(1) interior welds have crush box (8), the upper end of crush box feed inlet (8-12) to be welded with Y tube discharge port (7-3).
2. a kind of ore factory lithotripsy apparatus according to claim 1, it is characterised in that：The electromagnetic cage (3-1),
Electromagnetic cage baffle (3-2), iron core (3-3), coil (3-4), support arm (4-4), support arm spring (4-5), spring retainer block (4-
6) two are disposed as.
3. a kind of ore factory lithotripsy apparatus according to claim 1, it is characterised in that：The crush box motor
(8-8), crush box rotation axis (8-9), crush box spiral reamer (8-10), crush box are crushed cone (8-13) concentrically line.
4. a kind of ore factory lithotripsy apparatus according to claim 1, it is characterised in that：The babinet (1), sub-sieve
Case (2), magnetic material feeding box (3), broken case (4), air exhaust box (5), Rose Box (6), Y tube (7), crush box (8) material selection
Stainless steel.
5. a kind of ore factory lithotripsy apparatus according to claim 1, it is characterised in that：Rotary rollers (the 3-
7), it is crushed case gear (4-7), turbine (5-1) is provided with necessary electromotor.
6. a kind of ore factory lithotripsy apparatus according to claim 1, it is characterised in that：The sector gear belt
(8-5) material selection rubber.
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| CN201810612043.3A CN108714446B (en) | 2018-06-14 | 2018-06-14 | Stone crushing device for ore factory |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810612043.3A CN108714446B (en) | 2018-06-14 | 2018-06-14 | Stone crushing device for ore factory |
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| CN109174296A (en) * | 2018-08-31 | 2019-01-11 | 刘丽军 | A kind of stone grinding device for building |
| CN109433390A (en) * | 2018-10-31 | 2019-03-08 | 李娜 | A kind of building waste grinding device for building |
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| CN114260095A (en) * | 2021-12-22 | 2022-04-01 | 安徽大昌矿业集团有限公司 | Beneficiation method and device for preparing ultrapure iron concentrate by using magnetite concentrate |
| CN114588988A (en) * | 2022-03-15 | 2022-06-07 | 安徽龙钰徽派古建工艺制品有限公司 | Utilize building waste to prepare archaize building brick and tile processing equipment |
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| CN114260095B (en) * | 2021-12-22 | 2024-02-02 | 安徽大昌矿业集团有限公司 | Ore dressing method and device for preparing ultra-pure iron concentrate from magnetite concentrate |
| CN114588988A (en) * | 2022-03-15 | 2022-06-07 | 安徽龙钰徽派古建工艺制品有限公司 | Utilize building waste to prepare archaize building brick and tile processing equipment |
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Effective date of registration: 20191111 Address after: 311100 Renhe street, Yuhang District, Hangzhou City, Zhejiang Province Applicant after: Hangzhou Shanhu Machinery Co., Ltd. Address before: 350011 No. 50, Yuefeng village, Yuefeng village, Jinan District, Fuzhou, Fujian Applicant before: Zou Fuzao |
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