CN204469872U - Coaxial oppositely gravitation bilateral moves compound ore separators - Google Patents
Coaxial oppositely gravitation bilateral moves compound ore separators Download PDFInfo
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- CN204469872U CN204469872U CN201520128825.1U CN201520128825U CN204469872U CN 204469872 U CN204469872 U CN 204469872U CN 201520128825 U CN201520128825 U CN 201520128825U CN 204469872 U CN204469872 U CN 204469872U
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- 238000003860 storage Methods 0.000 claims abstract description 52
- 210000003454 tympanic membrane Anatomy 0.000 claims abstract description 50
- 229910052500 inorganic mineral Inorganic materials 0.000 claims abstract description 45
- 239000011707 mineral Substances 0.000 claims abstract description 45
- 229910000831 Steel Inorganic materials 0.000 claims abstract description 44
- 239000010959 steel Substances 0.000 claims abstract description 44
- 230000005540 biological transmission Effects 0.000 claims abstract description 27
- 230000005484 gravity Effects 0.000 claims abstract description 8
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- 239000000047 product Substances 0.000 claims description 32
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- 230000001089 mineralizing effect Effects 0.000 claims description 4
- 238000003825 pressing Methods 0.000 claims description 4
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- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 claims description 3
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Abstract
The utility model relates to coaxial oppositely gravitation bilateral and moves compound ore separators, mainly comprise: ungraded amplitude koji tray combines, the transmission combination of main shaft gravitation, two-stage bilateral opening and closing rubber eardrum combines, two-stage water storage box body combinations, two-stage concentration basin combines, ungraded amplitude koji tray is driven by buncher, main shaft gravitation bar is driven through universal joint again by the self-aligning bearing box connection for transmission push rod on amplitude modulation koji tray, spanner is utilized to borrow power mode, increase main shaft gravitation pole length, drive main shaft from left to right to alternately rotating, the current alternation connected on the bilateral rubber eardrum of left and right through upper and lower kinematic link by the upper and lower drive sleeve of main shaft drives steel plate, two-stage coaxial oppositely borrows power motion, complete bilateral rubber eardrum opening and closing campaign, current in water storage casing are made to form vertical alternation active force, in concentration basin, mineral are under the effect of vertical alternation medium stream, sinking speed speed is determined by density ratio size, realize separating into ore deposit by density ratio, complete than gravity ore object.
Description
Technical field
The utility model relates to physics proportion jigging field, is that a kind of coaxial oppositely gravitation bilateral moves compound ore separators.
Background technology
In Mineral Processing Industry, mainly divide magnetic separation, flotation and gravity treatment three major types.The magnetic iron ore class mineral of strong magnetic conductivity, efficiency of magnetic separation is the highest, easily adopts magnetic separation process.The weak magnetic conductivity mineral of manganese ore, bloodstone, limonite, titanium ore class, the producting process difficulty of magnetic separation is large, cost is high, production capacity is low, and the economic benefit of magnetic separation does not have advantage.Tin ore, antimony ore, copper mine, the not easily magnetic separation of gold mine class non-magnetic mineral, can only adopt gravity-floatation technique.In non-renewable mineral resources, major part is lean ore, extremely low containing ore deposit quality, directly adopts floatation process production cost high, loses extraction value, and after utilizing the enrichment of gravity separation technology jigging, flotation is the direction of development again.Major part density ratio is greater than 1: 1.3, and crystallizable mineral body decomposable asymmetric choice net granularity is greater than the mineral of more than 1mm, and adopt gravity treatment directly can obtain the finished product ore deposit of high-quality, production technology is simple, cost is low, efficiency is high, production capacity largeizationr.Gravity treatment jigging is simple and practical with it, economical and efficient and capture the leading position of Mineral Processing Industry.Traditional lower-moving type, side activated jigging machine, need in concentration basin to add intrinsic in rough grain do bed course and fill out the end, selected mineral granularity is had higher requirements, it is no matter the thicker easy ore dressing of crystallizable mineral body decomposable asymmetric choice net granularity, or the difficult ore dressing that association ore body needs thin broken to be separated, all needs leading thin broken to become ore in sand form just can reach selected requirement.Though movable-sieve jig all has a distinct increment to feed particle size and beneficiating efficiency, but Composite Double moves structural manufacturing process complexity, manufacturing cost is high, water consumption is large, for manufacture large production capacity, high efficiency large-scale ore separators, due to composite moving sieve non-sine uniform stressed on drive mechanism, opening and closing impulsive force can not be steadily balanced, receives certain restriction.
Summary of the invention
The utility model mainly solves the shortcoming of above-mentioned prior art, provides a kind of coaxial oppositely gravitation bilateral to move compound ore separators.
For solving the problems of the technologies described above, the utility model adopts coaxial oppositely gravitation bilateral to move compound ore separators, mainly comprise: ungraded amplitude koji tray combines, the transmission combination of main shaft gravitation, two-stage bilateral opening and closing rubber eardrum combines, two-stage water storage box body combinations, two-stage concentration basin combines, ungraded amplitude koji tray is driven by buncher, main shaft gravitation bar is driven through universal joint again by the self-aligning bearing box connection for transmission push rod on amplitude modulation koji tray, spanner is utilized to borrow power mode, increase main shaft gravitation pole length, drive main shaft from left to right to alternately rotating, the current alternation connected on the bilateral rubber eardrum of left and right through upper and lower kinematic link by the upper and lower drive sleeve of main shaft drives steel plate, two-stage coaxial oppositely borrows power motion, complete bilateral rubber eardrum opening and closing campaign, current in water storage casing are made to form vertical alternation active force, in concentration basin, mineral are under the effect of vertical alternation medium stream, sinking speed speed is determined by density ratio size, realize separating into ore deposit by density ratio, complete than gravity ore object.
Described ungraded amplitude koji tray combination is made up of buncher, ungraded amplitude koji tray, self-aligning bearing box, transmission push rod, universal joint, ungraded amplitude koji tray is driven by buncher, amplitude modulation koji tray is installed self-aligning bearing box, transmission push rod is driven by self-aligning bearing, transmission push rod drives main shaft gravitation bar through universal joint, realize amplitude modulation, regulator drive, change amplitude and speed can change mineral and production capacity.
The transmission combination of described main shaft gravitation is by main shaft gravitation bar, main shaft, fixed bearing block before main shaft, fixed bearing block after main shaft, main shaft one-level upper driving cover, main shaft one-level underdrive cover, one-level upper driving connecting rod, one-level underdrive connecting rod, main shaft secondary upper driving cover, main shaft secondary underdrive cover, secondary upper driving connecting rod, secondary underdrive connecting rod forms, spanner is utilized to borrow power mode, increase main shaft gravitation pole length, drive main shaft from left to right to alternately rotating, left and right bilateral opening and closing rubber eardrum is connected through upper and lower kinematic link by the upper and lower drive sleeve of main shaft, main shaft gravitation transmission combination one-level oppositely connects up and down with secondary is coaxial, borrow power each other, efficient energy-saving.
Described two-stage bilateral opening and closing rubber eardrum combination is by rubber eardrum on the left of one-level, rubber eardrum on the right side of one-level, on the left of one-level, current alternation drives steel plate, on the right side of one-level, current alternation drives steel plate, steel plate drive sleeve on the left of one-level, steel plate drive sleeve on the right side of one-level, rubber eardrum on the left of secondary, rubber eardrum on the right side of secondary, on the left of secondary, current alternation drives steel plate, on the right side of secondary, current alternation drives steel plate, steel plate drive sleeve on the left of secondary, steel plate drive sleeve composition on the right side of secondary, bilateral opening and closing rubber eardrum is inside and outside squared design, housing is fixed on water storage casing, inside casing is fixed on current alternation and drives on steel plate, steel plate drive sleeve is utilized to be connected on main shaft through kinematic link, with main shaft from left to right to alternately rotating, complete bilateral rubber eardrum opening and closing campaign, current in water storage casing are made to form vertical alternation active force, realize pressing density ratio layering ore dressing, the square bilateral two-stage design of rubber eardrum, effective rate of utilization maximizes.
Described two-stage water storage box body combinations is by one-level water storage casing, secondary water storage casing, one-level finished product thin ore deposit automatic discharge outlet, secondary finished product thin ore deposit automatic discharge outlet, one-level supplements feed water valve, secondary supplements feed water valve composition, one-level water storage casing and secondary water storage casing seal water storage separately, front and back are linked to be entirety, main shaft passes from two-stage water storage casing center, bilateral is connected with rubber eardrum, top is connected with two-stage concentration basin, bottom mounting finished product thin ore deposit automatic discharge outlet, independent supplementary feed water valve is established in one secondary junction, two-stage water storage casing is storage tank, also be the pedestal of complete machine, simple and practical, efficient energy-saving.
Described two-stage concentration basin combination is by one-level concentration basin, secondary concentration basin, detachable mesh screen, become ore deposit observation window, the rough mineral regulator of one-level finished product, the rough automatic discharge outlet of one-level finished product, the rough mineral regulator of secondary finished product, the rough automatic discharge outlet of secondary finished product, selected charging aperture, trash discharge mouth forms, two-stage concentration basin is connected with two-stage water storage casing, current in storage tank are utilized to form vertical alternation active force, penetrate the ore bed in concentration basin on mesh screen, in concentration basin, mineral are under the effect of vertical alternation medium stream, sinking speed speed is determined by density ratio size, the larger ore deposit of density ratio of fine quality is the closer to mesh screen bottom, hierarchal arrangement successively, the concentration basin the superiors are waste material, discharged by trash discharge mouth, by becoming ore deposit observation window, observe layering mineralizing process, regulate mineral regulator, control mineral, by the regulation and control rate of recovery that ore dressing requirement is artificial, the automatic bed course in coarse granule ore deposit, exceed bed course height, discharged by the rough automatic discharge outlet of finished product through mineral regulator, according to different minerals, density and granularity, regulate ore separators amplitude and speed, maximal efficiency is obtained within the scope of best effort.
The beneficial effects of the utility model are: coaxial oppositely gravitation bilateral moves compound ore dressing, main shaft gravitation bar is very long, and only need less power that main shaft from left to right just can be driven to alternately rotating, main shaft gravitation transmission combination one-level oppositely connects up and down with secondary is coaxial, borrow power each other, efficient energy-saving.Rubber eardrum housing is fixed on water storage casing, inside casing is fixed on current alternation and drives on steel plate, steel plate drive sleeve is utilized to be connected on main shaft through kinematic link, with main shaft from left to right to alternately rotating, complete bilateral rubber eardrum opening and closing campaign, make current in water storage casing form vertical alternation active force, realize pressing density ratio layering ore dressing.The square bilateral two-stage design of rubber eardrum, effective rate of utilization maximizes, and increases hydraulic pressure, strengthens the penetration power to ore bed, improve mineral and production capacity.By becoming ore deposit observation window, observe layering mineralizing process, regulate mineral control valve, control mineral, by the regulation and control rate of recovery that ore dressing requirement is artificial, the automatic bed course in coarse granule ore deposit, exceed bed course height, discharged, according to different minerals, density and granularity by the rough automatic discharge outlet of finished product through mineral regulator, regulate ore separators amplitude and speed, within the scope of best effort, obtain maximal efficiency.
Accompanying drawing explanation
Fig. 1 is the main TV structure schematic diagram of the utility model, and Fig. 2 is left view, and Fig. 3 is rearview, and Fig. 4 is main shaft gravitation transmission combination cut-away view.
Description of reference numerals: 1, ungraded amplitude koji tray combination 2, main shaft gravitation transmission combination 3, two-stage bilateral opening and closing rubber eardrum combination 4, two-stage water storage box body combinations 5, two-stage concentration basin combination 6, ungraded amplitude koji tray 7, self-aligning bearing box 8, transmission push rod 9, universal joint 10, main shaft gravitation bar 11, main shaft 12, fixed bearing block 13 before main shaft, fixed bearing block 14 after main shaft, main shaft one-level upper driving cover 15, main shaft one-level underdrive cover 16, one-level upper driving connecting rod 17, one-level underdrive connecting rod 18, main shaft secondary upper driving cover 19, main shaft secondary underdrive cover 20, secondary upper driving connecting rod 21, secondary underdrive connecting rod 22, rubber eardrum 23 on the left of one-level, rubber eardrum 24 on the right side of one-level, on the left of one-level, current alternation drives steel plate 25, on the right side of one-level, current alternation drives steel plate 26, steel plate drive sleeve 27 on the left of one-level, steel plate drive sleeve 28 on the right side of one-level, rubber eardrum 29 on the left of secondary, rubber eardrum 30 on the right side of secondary, on the left of secondary, current alternation drives steel plate 31, on the right side of secondary, current alternation drives steel plate 32, steel plate drive sleeve 33 on the left of secondary, steel plate drive sleeve 34 on the right side of secondary, one-level water storage casing 35, secondary water storage casing 36, one-level finished product thin ore deposit automatic discharge outlet 37, secondary finished product thin ore deposit automatic discharge outlet 38, one-level supplements feed water valve 39, secondary supplements feed water valve 40, one-level concentration basin 41, secondary concentration basin 42, detachable mesh screen 43, become ore deposit observation window 44, the rough mineral regulator 45 of one-level finished product, the rough automatic discharge outlet 46 of one-level finished product, the rough mineral regulator 47 of secondary finished product, the rough automatic discharge outlet 48 of secondary finished product, selected charging aperture 49, trash discharge mouth
Detailed description of the invention
As shown in the figure, this coaxial oppositely gravitation bilateral moves compound ore separators, mainly comprises: ungraded amplitude koji tray combination (1), main shaft gravitation transmission combination (2), two-stage bilateral opening and closing rubber eardrum combination (3), two-stage water storage box body combinations (4), two-stage concentration basin combination (5), ungraded amplitude koji tray (6) is driven by buncher, main shaft gravitation bar (10) is driven through universal joint (9) again by self-aligning bearing box (7) the connection for transmission push rod (8) on amplitude modulation koji tray, spanner is utilized to borrow power mode, increase main shaft gravitation pole length, drive main shaft (11) from left to right to alternately rotating, by the upper and lower drive sleeve of main shaft (14), (15), (18), (19) through upper and lower kinematic link (16), (17), (20), (21) left and right bilateral opening and closing rubber eardrum (22) are connected, (23), (28), (29) the current alternation on drives steel plate (24), (25), (30), (31), two-stage coaxial oppositely borrows power motion, completes bilateral rubber eardrum opening and closing campaign, makes water storage casing (34), (35) interior current form vertical alternation active force, concentration basin (40), (41) interior mineral are under the effect of vertical alternation medium stream, determine sinking speed speed, realize separating into ore deposit by density ratio, complete than gravity ore object by density ratio size.
Ungraded amplitude koji tray combination (1) is made up of buncher, ungraded amplitude koji tray (6), self-aligning bearing box (7), transmission push rod (8), universal joint (9), ungraded amplitude koji tray (6) is driven by buncher, amplitude modulation koji tray is installed self-aligning bearing box (7), transmission push rod (8) is driven by self-aligning bearing, transmission push rod drives main shaft gravitation bar (10) through universal joint (9), realize amplitude modulation, regulator drive, change amplitude and speed can change mineral and production capacity.
Main shaft gravitation transmission combination (2) is by main shaft gravitation bar (10), main shaft (11), fixed bearing block (12) before main shaft, with dead axle bearing (13) after main shaft, main shaft one-level upper driving cover (14), main shaft one-level underdrive cover (15), one-level upper driving connecting rod (16), one-level underdrive connecting rod (17), main shaft secondary upper driving cover (18), main shaft secondary underdrive cover (19), secondary upper driving connecting rod (20), secondary underdrive connecting rod (21) forms, and utilizes spanner to borrow power mode, increases main shaft gravitation bar (10) length, drives main shaft (11) from left to right to alternately rotating, by the upper and lower drive sleeve of main shaft (14), (15), (18), (19) through upper and lower kinematic link (16), (17), (20), (21) left and right bilateral opening and closing rubber eardrum (22) are connected, (23), (28), (29), main shaft gravitation transmission combination one-level oppositely connects up and down with secondary is coaxial, borrows power each other, efficient energy-saving.
Two-stage bilateral opening and closing rubber eardrum combination (3) is by rubber eardrum (22) on the left of one-level, rubber eardrum (23) on the right side of one-level, on the left of one-level, current alternation drives steel plate (24), on the right side of one-level, current alternation drives steel plate (25), steel plate drive sleeve (26) on the left of one-level, steel plate drive sleeve (27) on the right side of one-level, rubber eardrum (28) on the left of secondary, rubber eardrum (29) on the right side of secondary, on the left of secondary, current alternation drives steel plate (30), on the right side of secondary, current alternation drives steel plate (31), steel plate drive sleeve (32) on the left of secondary, steel plate drive sleeve (33) composition on the right side of secondary, bilateral opening and closing rubber eardrum (22), (23), (28), (29) be inside and outside squared design, housing is fixed on water storage casing, and inside casing is fixed on current alternation and drives steel plate (24), (25), (30), (31), on, steel plate drive sleeve (26) is utilized, (27), (32), (33) through kinematic link (16), (17), (20), (21) be connected on main shaft (11), with main shaft from left to right to alternately rotating, complete bilateral rubber eardrum opening and closing campaign, current in water storage casing are made to form vertical alternation active force, realize pressing density ratio layering ore dressing, the square bilateral two-stage design of rubber eardrum, effective rate of utilization maximizes.
Two-stage water storage box body combinations (4) is by one-level water storage casing (34), secondary water storage casing (35), one-level finished product thin ore deposit automatic discharge outlet (36), secondary finished product thin ore deposit automatic discharge outlet (37), one-level supplements feed water valve (38), secondary supplements feed water valve (39) composition, one-level water storage casing (34) and secondary water storage casing (35) seal water storage separately, front and back are linked to be entirety, main shaft (11) passes from two-stage water storage casing center, bilateral and rubber eardrum (22), (23), (28), (29) connect, top and two-stage concentration basin (40), (41) connect, bottom mounting finished product thin ore deposit automatic discharge outlet (36), (37), independent supplementary feed water valve (38) is established in one secondary junction, (39), two-stage water storage casing is storage tank, also be the pedestal of complete machine, simple and practical, efficient energy-saving.
Two-stage concentration basin combination (5) is by one-level concentration basin (40), secondary concentration basin (41), detachable mesh screen (42), become ore deposit observation window (43), the rough mineral regulator (44) of one-level finished product, the rough automatic discharge outlet of one-level finished product (45), the rough mineral regulator (46) of secondary finished product, the rough automatic discharge outlet of secondary finished product (47), selected charging aperture (48), trash discharge mouth (49) forms, two-stage concentration basin (40), (41) with two-stage water storage casing (34), (35) connect, current in storage tank are utilized to form vertical alternation active force, penetrate the ore bed on mesh screen in concentration basin (42), in concentration basin, mineral are under the effect of vertical alternation medium stream, sinking speed speed is determined by density ratio size, the larger ore deposit of density ratio of fine quality is the closer to mesh screen bottom, hierarchal arrangement successively, the concentration basin the superiors are waste material, discharged by trash discharge mouth (49), by becoming ore deposit observation window (43), observe layering mineralizing process, regulate mineral regulator (44), (46), control mineral, by the regulation and control rate of recovery that ore dressing requirement is artificial, the automatic bed course in coarse granule ore deposit, exceed bed course height, through mineral regulator by the rough automatic discharge outlet of finished product (45), (47) discharge, according to different minerals, density and granularity, regulate ore separators amplitude and speed, maximal efficiency is obtained within the scope of best effort.
Claims (6)
1. coaxial oppositely gravitation bilateral moves a compound ore separators, mainly comprises ungraded amplitude koji tray combination (1), main shaft gravitation transmission combination (2), two-stage bilateral opening and closing rubber eardrum combination (3), two-stage water storage box body combinations (4), two-stage concentration basin combination (5), it is characterized in that: drive ungraded amplitude koji tray (6) by buncher, main shaft gravitation bar (10) is driven through universal joint (9) again by self-aligning bearing box (7) the connection for transmission push rod (8) on amplitude modulation koji tray, spanner is utilized to borrow power mode, increase main shaft gravitation pole length, drive main shaft (11) from left to right to alternately rotating, by the upper and lower drive sleeve of main shaft (14), (15), (18), (19) through upper and lower kinematic link (16), (17), (20), (21) left and right bilateral opening and closing rubber eardrum (22) are connected, (23), (28), (29) the current alternation on drives steel plate (24), (25), (30), (31), two-stage coaxial oppositely borrows power motion, completes bilateral rubber eardrum opening and closing campaign, makes water storage casing (34), (35) interior current form vertical alternation active force, concentration basin (40), (41) interior mineral are under the effect of vertical alternation medium stream, determine sinking speed speed, realize separating into ore deposit by density ratio, complete than gravity ore object by density ratio size.
2. coaxial oppositely gravitation bilateral according to claim 1 moves compound ore separators, it is characterized in that: described ungraded amplitude koji tray combination (1) is by buncher, ungraded amplitude koji tray (6), self-aligning bearing box (7), transmission push rod (8), universal joint (9) forms, ungraded amplitude koji tray (6) is driven by buncher, amplitude modulation koji tray is installed self-aligning bearing box (7), transmission push rod (8) is driven by self-aligning bearing, transmission push rod drives main shaft gravitation bar (10) through universal joint (9), realize amplitude modulation, regulator drive, change amplitude and speed can change mineral and production capacity.
3. coaxial oppositely gravitation bilateral according to claim 1 moves compound ore separators, it is characterized in that: described main shaft gravitation transmission combination (2) is by main shaft gravitation bar (10), main shaft (11), fixed bearing block (12) before main shaft, fixed bearing block (13) after main shaft, main shaft one-level upper driving cover (14), main shaft one-level underdrive cover (15), one-level upper driving connecting rod (16), one-level underdrive connecting rod (17), main shaft secondary upper driving cover (18), main shaft secondary underdrive cover (19), secondary upper driving connecting rod (20), secondary underdrive connecting rod (21) forms, and utilizes spanner to borrow power mode, increases main shaft gravitation bar (10) length, drives main shaft (11) from left to right to alternately rotating, by the upper and lower drive sleeve of main shaft (14), (15), (18), (19) through upper and lower kinematic link (16), (17), (20), (21) left and right bilateral opening and closing rubber eardrum (22) are connected, (23), (28), (29), main shaft gravitation transmission combination one-level oppositely connects up and down with secondary is coaxial, borrows power each other, efficient energy-saving.
4. coaxial oppositely gravitation bilateral according to claim 1 moves compound ore separators, it is characterized in that: described two-stage bilateral opening and closing rubber eardrum combination (3) is by rubber eardrum (22) on the left of one-level, rubber eardrum (23) on the right side of one-level, on the left of one-level, current alternation drives steel plate (24), on the right side of one-level, current alternation drives steel plate (25), steel plate drive sleeve (26) on the left of one-level, steel plate drive sleeve (27) on the right side of one-level, rubber eardrum (28) on the left of secondary, rubber eardrum (29) on the right side of secondary, on the left of secondary, current alternation drives steel plate (30), on the right side of secondary, current alternation drives steel plate (31), steel plate drive sleeve (32) on the left of secondary, steel plate drive sleeve (33) composition on the right side of secondary, bilateral opening and closing rubber eardrum (22), (23), (28), (29) be inside and outside squared design, housing is fixed on water storage casing, and inside casing is fixed on current alternation and drives steel plate (24), (25), (30), (31), on, steel plate drive sleeve (26) is utilized, (27), (32), (33) through kinematic link (16), (17), (20), (21) be connected on main shaft (11), with main shaft from left to right to alternately rotating, complete bilateral rubber eardrum opening and closing campaign, current in water storage casing are made to form vertical alternation active force, realize pressing density ratio layering ore dressing, the square bilateral two-stage design of rubber eardrum, effective rate of utilization maximizes.
5. coaxial oppositely gravitation bilateral according to claim 1 moves compound ore separators, it is characterized in that: described two-stage water storage box body combinations (4) is by one-level water storage casing (34), secondary water storage casing (35), one-level finished product thin ore deposit automatic discharge outlet (36), secondary finished product thin ore deposit automatic discharge outlet (37), one-level supplements feed water valve (38), secondary supplements feed water valve (39) composition, one-level water storage casing (34) and secondary water storage casing (35) seal water storage separately, front and back are linked to be entirety, main shaft (11) passes from two-stage water storage casing center, bilateral and rubber eardrum (22), (23), (28), (29) connect, top and two-stage concentration basin (40), (41) connect, bottom mounting finished product thin ore deposit automatic discharge outlet (36), (37), independent supplementary feed water valve (38) is established in a secondary junction, (39), two-stage water storage casing is storage tank, is also the pedestal of complete machine, simple and practical, efficient energy-saving.
6. coaxial oppositely gravitation bilateral according to claim 1 moves compound ore separators, it is characterized in that: described two-stage concentration basin combination (5) is by one-level concentration basin (40), secondary concentration basin (41), detachable mesh screen (42), become ore deposit observation window (43), the rough mineral regulator (44) of one-level finished product, the rough automatic discharge outlet of one-level finished product (45), the rough mineral regulator (46) of secondary finished product, the rough automatic discharge outlet of secondary finished product (47), selected charging aperture (48), trash discharge mouth (49) forms, two-stage concentration basin (40), (41) with two-stage water storage casing (34), (35) connect, current in storage tank are utilized to form vertical alternation active force, penetrate the ore bed on mesh screen in concentration basin (42), in concentration basin, mineral are under the effect of vertical alternation medium stream, sinking speed speed is determined by density ratio size, the larger ore deposit of density ratio of fine quality is the closer to mesh screen bottom, hierarchal arrangement successively, the concentration basin the superiors are waste material, discharged by trash discharge mouth (49), by becoming ore deposit observation window (43), observe layering mineralizing process, regulate mineral regulator (44), (46), control mineral, by the regulation and control rate of recovery that ore dressing requirement is artificial, the automatic bed course in coarse granule ore deposit, exceed bed course height, through mineral regulator by the rough automatic discharge outlet of finished product (45), (47) discharge, according to different minerals, density and granularity, regulate ore separators amplitude and speed, maximal efficiency is obtained within the scope of best effort.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520128825.1U CN204469872U (en) | 2015-03-06 | 2015-03-06 | Coaxial oppositely gravitation bilateral moves compound ore separators |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520128825.1U CN204469872U (en) | 2015-03-06 | 2015-03-06 | Coaxial oppositely gravitation bilateral moves compound ore separators |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104668083A (en) * | 2015-03-06 | 2015-06-03 | 韦竟旖 | Coaxial reverse gravity bilateral dynamic compound concentrator |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104668083A (en) * | 2015-03-06 | 2015-06-03 | 韦竟旖 | Coaxial reverse gravity bilateral dynamic compound concentrator |
| CN104668083B (en) * | 2015-03-06 | 2017-04-26 | 韦竟旖 | Coaxial reverse gravity bilateral dynamic compound concentrator |
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Effective date of registration: 20160629 Address after: 570105 Hainan City, Longhua Province, Xingang Road, No. 3 Jin Jin building, floor, room seventh, South Block, room 703 Patentee after: Hainan Zhongdi Equipment Investment Co.,Ltd. Address before: The development of a limited liability company settlement department of Nanning city 530031 Zhuang Jin Road No. 33 the Guangxi Zhuang Autonomous Region city construction investment Patentee before: Wei Jingyi |
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| CF01 | Termination of patent right due to non-payment of annual fee |