CN202192025U - Mine rail type preparation equipment - Google Patents
Mine rail type preparation equipment Download PDFInfo
- Publication number
- CN202192025U CN202192025U CN2011203231137U CN201120323113U CN202192025U CN 202192025 U CN202192025 U CN 202192025U CN 2011203231137 U CN2011203231137 U CN 2011203231137U CN 201120323113 U CN201120323113 U CN 201120323113U CN 202192025 U CN202192025 U CN 202192025U
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- equipment
- waste material
- waste
- belt feeder
- ore deposit
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Abstract
The utility model discloses mine rail type preparation equipment, comprising primary selection equipment, a raw material belt conveyor, secondary selection equipment, a bearing platform, and waste transferring equipment, wherein the beating platform is provided with a travel mechanism which can drive the equipment arranged at the upper part of the travel mechanism to move; and the waste transferring equipment is arranged on the bearing platform and is used for transferring waste material discharged from the secondary selection equipment and piling the waste material on a spoil area. The mine rail type ore selection equipment realizes the way of mining and filling in an original site, reduces the damage on the ecosystem due to soil erosion caused by mining, realizes the aims of energy conservation and emission reduction, can enlarge the operation area of the preparation equipment and expand a space for piling the waste material under the condition of not adding an extra site, and fully utilizes the space on two sides of the preparation equipment.
Description
Technical field
The utility model belongs to selecting technology field, ore deposit, and a kind of mine rail formula ore deposit optional equipment particularly is provided.
Background technology
The mine almost is fixed with preparation equipment at present; In the continuous running of equipment; The waste material reserves constantly increase; Occurred producing and the fixing contradiction between the waste material memory space,, produced environment damage simultaneously and consumed mass energy because huge need of ore dressing earth volume adopted more transporting equipment.
The utility model content
The utility model provides a kind of mine rail formula ore deposit optional equipment; This equipment carries the waste material equipment that passes on, and can be implemented in on-the-spot former former the filling out of adopting, and need not increase transporting equipment separately waste material is dragged away from; Reduce soil erosion because of mining to the destruction of the ecosystem, and arrive the purpose of energy-saving and emission-reduction; This equipment also comprises walking mechanism, and has increased track, can under the condition that does not increase extra place, increase the preparation equipment working area, between the emptying of expansion scrap heap.
For solving the problems of the technologies described above, the utility model adopts following technical scheme:
A kind of mine rail formula ore deposit optional equipment; This equipment comprises: first optional equipment, raw material belt conveyer, picking equipment, carrying platform; Described just optional equipment, raw material belt conveyer, picking equipment all are installed on the carrying platform; Carrying platform has walking mechanism, can be with its top installed device to move; Mine rail formula ore deposit optional equipment also comprises the waste material equipment that passes on, and the waste material equipment that passes on also is installed on the carrying platform, links to each other with picking equipment simultaneously, is used for the waste material that picking equipment comes out is transported, and waste material is deposited on the spoil area.
Technical scheme further is:
The described waste material equipment that passes on comprises waste material belt conveyer, fixed column cantilever Liftable type haul belt feeder, aggregate bin; Wherein waste material belt conveyer one end is connected with the waste outlet of picking equipment; The inlet of another termination aggregate bin; The outlet of aggregate bin then is connected with fixed column cantilever Liftable type haul belt feeder, and transmission in the middle of fixed column cantilever Liftable type haul belt feeder adopts can realize the rotation of horizontal direction ± 15 °; And the up-down of vertical direction+30 °, and waste material is transported to jib-length scope in one's power.
Described walking mechanism be provided with the oil cylinder of advancing on the vertical direction, horizontal line oil-feed cylinder and with the rigidly connected road wheel of steel platform mechanism, guarantee carrying platform and interorbital relative motion, described walking mechanism is also from belt track.
Described optional equipment just comprises material feeding box, and material feeding box is contained on the carrying platform, and material feeding box has feeding-distribution device; Oversize rock material is after the feeding-distribution device sub-material; Get into the building stones case through the sub-material passage, useful raw materials then gets into the vibratory sieve of below, material feeding box exit, and building stones case below connects woollen belt feeder; The waste wool material is discharged from the outlet of building stones case, and is transported to the waste material equipment that passes on through woollen belt feeder; The rear connects the raw material belt conveyer under the vibratory sieve; Make through the useful raw materials that vibratory sieve screens evenly to be given on the conveying starting end of raw material belt conveyer transmission mode in the middle of the raw material belt conveyer adopts.
Described picking equipment involving vibrations distributing device, raw material belt conveyer carry end end then to be connected with vibrating distributor, and the vibrating distributor below is equipped with at least one dry-dressing machine, also is provided with feeding distribution mechanism under the dry-dressing machine; The place ahead, dry-dressing machine bottom is equipped with the fine fodder belt feeder, the conveying end termination fine fodder case of fine fodder belt feeder; The dry-dressing machine bottom rear connects the waste material belt conveyer.
The feeding distribution mechanism that described dry-dressing machine is provided with down adopts stainless steel or other non-magnetic material, and is adjustable with the magnet drum distance.
The walking mechanism type selecting of the utility model:
(1) oil cylinder of advancing: accomplish the both direction action in advance, vertical lift and level are stretched; The vertical lift stroke can use HSGK01-160/100x300FA-FB model oil cylinder than weak point, and the flexible stroke of level can adopt HSGK01-160/80X3000-2501 model oil cylinder than length.
(2) road wheel: adopt 220 series standard trains.
Ore deposit optional equipment type selecting:
(1) material feeding box: the material feeding box exit is provided with vibratory sieve and sub-material mouth, and undersize material satisfies the examination requirement of magnet drum to mineral aggregate, and the discharging opening width is decided according to belt width, and can realize even feeding.Waste material is discharged for woollen mouthful from bypass, and a woollen mouthful width determines according to woollen machine belt width.
(2) haul belt feeder: transmission in the middle of the haul belt feeder adopts, according to production scale design belt material conveyer width.
(3) dry-dressing machine: dry-dressing machine adopts GT930-00 series dry-dressing machine.
(4) the waste wool material is handled: the waste wool material is deposited in assigned address through woollen material conveyer..
(5) feeding distribution mechanism: feeding distribution mechanism adopts stainless steel or other non-magnetic material under the dry-dressing machine, and is adjustable with the magnet drum distance, adapts to more extensively mineral aggregate requirement.
(6) fixed column cantilever Liftable type haul belt feeder: fixed column cantilever Liftable type haul belt feeder can be realized the rotation of horizontal direction ± 15 °; And the up-down of 0～30 ° of vertical direction; And with material transporting to jib-length scope in one's power, transmission in the middle of adopting; The waste material of feeding distribution mechanism discharge is backfilling into the rational position of spoil area appointment.
The technology of the utility model is following:
The mining site material gets into material feeding box through the mine car transportation; Again through the vibratory sieve even feeding to the raw material belt conveyer; The raw material belt conveyer is connected with dry-dressing machine through connection device; Utilize iron ore magnetic to separate the mineral that screen out in the material, define mineral aggregate and waste material through feeding distribution mechanism with the parabolic principle.Wherein, waste material is stacked to assigned address through waste material belt feeder and fixed column cantilever Liftable type haul belt feeder, and mineral aggregate gets into the fine fodder case through the fine fodder belt feeder, transports with lorry.When the spoil area space that fixed column cantilever Liftable type belt feeder can reach has been filled, suspend the operation of money optional equipment, the walking mechanism of starting device.Moving process is: at first the short stroke oil cylinder is with whole equipment jack-up; Make equipment break away from ground, extend to predetermined rectilinear direction with long stroke hydraulic oil cylinder driving track then, short stroke oil cylinder unloading then; Equipment relays on the ground; Shrink long stroke oil cylinder, equipment can be advanced moving to predetermined direction, and 3m can advance at every turn.When whole equipment moved to the precalculated position, spoil area had had enough spaces, and the ore deposit optional equipment restarts operation.
The beneficial effect that the utility model is compared prior art is:
1, on the optional equipment of ore deposit, adds walking mechanism, equipment can be moved on walking mechanism, enlarged ore deposit optional equipment scope of activities.
2, increased the waste material equipment that passes on; Cooperate aforesaid walking mechanism; Under prerequisite without transporting equipment, realized the former former operating type of filling out of adopting, simultaneously original soil layer is carried out the top layer soil improvement; Reduce soil erosion because of mining to the destruction of the ecosystem, and reach the purpose of energy-saving and emission-reduction.
Description of drawings
Fig. 1 is a rail mounted ore deposit optional equipment overall schematic;
Fig. 2 is the vertical view of Fig. 1;
Fig. 3 is the side-looking enlarged drawing of first optional equipment among Fig. 1;
Fig. 4 is Fig. 1 picking equipment enlarged diagram;
Fig. 5 is a fixed column cantilever Liftable type belt feeder enlarged diagram.
The specific embodiment
Below in conjunction with accompanying drawing the utility model is done further to set forth.
Like Fig. 1,2, shown in 5; A kind of mine rail formula ore deposit optional equipment; This equipment comprises: first optional equipment 1, raw material belt conveyer 2, picking equipment 3, carrying platform 10; Just optional equipment 1, raw material belt conveyer 2, picking equipment 3 all are installed on the carrying platform 10, and carrying platform 10 has walking mechanism, can be with its top installed device to move; Mine rail formula ore deposit optional equipment also comprises the waste material equipment 5 that passes on, and the waste material equipment 5 that passes on also is installed on the carrying platform 10, links to each other with picking equipment 3 simultaneously, is used for the waste material that picking equipment 3 comes out is transported, and waste material is deposited on the spoil area.The waste material equipment 5 that passes on comprises waste material belt conveyer 51, fixed column cantilever Liftable type haul belt feeder 52, aggregate bin 53; Wherein waste material belt conveyer 51 1 ends are connected with the waste outlet of picking equipment 3; The inlet of another termination aggregate bin 53; The outlet of aggregate bin 53 then is connected with fixed column cantilever Liftable type haul belt feeder 52, and fixed column cantilever Liftable type haul belt feeder 52 can be realized the rotation of horizontal direction ± 15 °, and the up-down of vertical direction+30 °; And with material transporting to jib-length scope in one's power, transmission in the middle of adopting.Walking mechanism be provided with the oil cylinder of advancing on the vertical direction, horizontal line oil-feed cylinder and with the rigidly connected road wheel of steel platform mechanism, guarantee carrying platform 10 and interorbital relative motion, described walking mechanism is also from belt track.
Like Fig. 1,2, shown in 3, described optional equipment 1 just is installed on the carrying platform 10, and the walking mechanism of carrying platform 10 comprises lift oil cylinder 4; Just optional equipment 1 comprises that material feeding box 11, material feeding box 11 are contained on the carrying platform 10; Material feeding box 11 has feeding-distribution device, and oversize rock material gets into building stones case 13 through the sub-material passage after the feeding-distribution device sub-material; Useful raw materials then gets into the vibratory sieve 12 of below, material feeding box 11 exits; Building stones case 13 belows connect woollen belt feeder, and the waste wool material is discharged from 13 outlets of building stones case, and is transported to the waste material equipment 5 that passes on through woollen belt feeder; 12 times rears of vibratory sieve connect raw material belt conveyer 2; Make through the useful raw materials that vibratory sieve 12 screens evenly to be given on the conveying starting end of raw material belt conveyer 2 transmission mode in the middle of raw material belt conveyer 2 adopts; Certainly we can also be provided with maintenance platform 16 in a side of vibratory sieve 12, are convenient to maintenance.
Like Fig. 1,2, shown in 4; Picking equipment 3 involving vibrations distributing devices 31; The conveying end end of raw material belt conveyer 2 then is connected with aggregate bin 2 36, and the below of aggregate bin 2 36 is provided with two trippers 35, is connected with two vibrating distributors 31 respectively; Each vibrating distributor 31 below is equipped with a dry-dressing machine 32, also is provided with feeding distribution mechanism under the dry-dressing machine; The place ahead, dry-dressing machine 32 bottom is equipped with fine fodder belt feeder 37, and fine fodder belt feeder 37 is carried end termination fine fodder case 33; Dry-dressing machine 32 bottom rear connect waste material belt conveyer 51.The feeding distribution mechanism that dry-dressing machine is provided with for 32 times adopts stainless steel or other non-magnetic material, and is adjustable with the magnet drum distance.
The method that the utility model utilizes mine rail formula ore deposit optional equipment to carry out ore dressing may further comprise the steps:
Step 1: material gets into optional equipment 1 just,
Step 2; Just optional equipment 1 comprises material feeding box 11, vibratory sieve 12, building stones case 13, and material feeding box is provided with feeding-distribution device, the feeding distribution mechanism of vibratory sieve 12; Material is behind vibratory sieve 12 vibration screenings; The waste wool material gets into building stones case 13, gets into the below again and connects woollen belt feeder 15, and be deposited in the bottom through woollen belt feeder 15; Useful raw materials then gets into and connects raw material belt conveyer 2; Just optional equipment 1 comprises material feeding box 11; Oversize rock material is after the feeding-distribution device sub-material of material feeding box 11; Get into building stones case 13 through the sub-material passage, useful raw materials then gets into the vibratory sieve 12 of below, material feeding box 11 exits, and building stones case 13 belows connect woollen belt feeder; The waste wool material is discharged from 13 outlets of building stones case, and is transported to the waste material equipment 5 that passes on through woollen belt feeder;
Step 3; Raw material belt conveyer 2 inputs to useful raw materials in the picking equipment 3; Utilize iron ore magnetic to separate the mineral that screen out in the material with the parabolic principle, distinguish mineral aggregate and waste material through the feeding distribution mechanism of picking equipment 3, mineral aggregate wherein gets into fine fodder case 33 through the mineral aggregate belt feeder; Waste material is through passing on the stacking of waste material equipment 5 machines to original position of gathering, to reach the former former effect of filling out of adopting.Specifically in the step 3, picking equipment 3 involving vibrations distributing devices 31, dry-dressing machine 32, the feeding distribution mechanism of dry-dressing machine, fine fodder belt feeder, fine fodder case; The waste material equipment 5 that passes on comprises waste material belt conveyer 51, fixed column cantilever Liftable type haul belt feeder 52, aggregate bin 53; Connect the useful raw materials of sending here in the raw material belt conveyer 2 in the step 2 by vibrating distributor 31; Distinguish mineral aggregate and waste material through dry-dressing machine 32; Mineral aggregate wherein gets into fine fodder case 33 through fine fodder belt feeder 37; Waste material then transports to aggregate bin 53 through waste material belt conveyer 51 and transports to fixed column cantilever Liftable type haul belt feeder 52 again, through 52 flexible, the landings of control fixed column cantilever Liftable type haul belt feeder, waste material is put to the intended ground position.
In above-mentioned step; Just optional equipment 1, raw material belt conveyer 2, picking equipment 3, the waste material equipment 5 that passes on all are installed in and have on the walking mechanism carrying platform 10; Take out 52 spoil area spaces that can reach of fixed column cantilever Liftable type belt feeder when being filled when passing on waste material equipment 5; Suspend ore deposit optional equipment operation, start the walking mechanism of carrying platform 10, mobile step is:
At first the short stroke oil cylinder makes equipment break away from ground whole equipment jack-up, extends to predetermined rectilinear direction with long stroke hydraulic oil cylinder driving track then; Short stroke oil cylinder unloading then, equipment relays on the ground, shrinks long stroke oil cylinder; Equipment can be advanced moving to predetermined direction, and the 3m that at every turn can advance is when whole equipment moves to the precalculated position; Spoil area has had enough spaces, and the ore deposit optional equipment restarts operation.
Claims (6)
1. mine rail formula ore deposit optional equipment; This equipment comprises: first optional equipment (1), raw material belt conveyer (2), picking equipment (3), carrying platform (10); Described just optional equipment (1), raw material belt conveyer (2), picking equipment (3) all are installed on the carrying platform (10); It is characterized in that: described carrying platform (10) has walking mechanism, can be with its top installed device to move; And described mine rail formula ore deposit optional equipment also comprises the waste material equipment (5) that passes on; The described waste material equipment (5) that passes on also is installed on the carrying platform (10); Link to each other with picking equipment (3) simultaneously; Be used for the waste material that picking equipment (3) comes out is transported, and waste material is deposited on the spoil area.
2. mine rail formula according to claim 1 ore deposit optional equipment is characterized in that: the described waste material equipment (5) that passes on comprises waste material belt conveyer (51), fixed column cantilever Liftable type haul belt feeder (52), aggregate bin (53); Wherein waste material belt conveyer (51) one ends are connected with the waste outlet of picking equipment (3); The inlet of another termination aggregate bin (53); The outlet of aggregate bin (53) then is connected with fixed column cantilever Liftable type haul belt feeder (52); Fixed column cantilever Liftable type haul belt feeder can be realized the rotation of horizontal direction ± 15 °; And the up-down of vertical direction+30 °, and with material transporting to jib-length scope in one's power, transmission mode in the middle of fixed column cantilever Liftable type haul belt feeder (52) adopts.
3. mine rail formula according to claim 1 ore deposit optional equipment; It is characterized in that: described walking mechanism be provided with the oil cylinder of advancing on the vertical direction, horizontal line oil-feed cylinder and with the rigidly connected road wheel of steel platform mechanism; Guarantee carrying platform (10) and interorbital relative motion, described walking mechanism is also from belt track.
4. according to claim 1---3 described any mine rail formula ore deposit optional equipments; It is characterized in that: described optional equipment (1) just comprises that material feeding box (11), material feeding box (11) are contained on the carrying platform (10), and material feeding box (11) has feeding-distribution device, and the sub-material passage is connected feeding-distribution device with building stones case (13); Oversize rock material is after the feeding-distribution device sub-material; Get into building stones casees (13) through the sub-material passage, useful raw materials then gets into the vibratory sieve (12) of below, material feeding box (11) exit, and building stones case (13) below connects woollen belt feeder; The waste wool material is discharged from building stones case (13) outlet, and is transported to the waste material equipment (5) that passes on through woollen belt feeder; Vibratory sieve (12) connects raw material belt conveyer (2) in the rear down; Useful raw materials through vibratory sieve (12) screens can evenly be given on the conveying starting end of raw material belt conveyer (2).
5. according to claim 2 or 3 described mine rail formula ore deposit optional equipments; It is characterized in that: described picking equipment (3) involving vibrations distributing device (31); The conveying end end of raw material belt conveyer (2) then is connected with vibrating distributor (31); Vibrating distributor (31) below is equipped with at least one dry-dressing machine (32), and dry-dressing machine also is provided with feeding distribution mechanism under (32); The place ahead, dry-dressing machine (32) bottom is equipped with fine fodder belt feeder (37), and fine fodder belt feeder (37) is carried end termination fine fodder case (33); Dry-dressing machine (32) bottom rear connects waste material belt conveyer (51).
6. mine rail formula according to claim 5 ore deposit optional equipment is characterized in that: the feeding distribution mechanism that described dry-dressing machine (32) is provided with down adopts stainless steel to make, and is adjustable with the magnet drum distance.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011203231137U CN202192025U (en) | 2011-08-31 | 2011-08-31 | Mine rail type preparation equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011203231137U CN202192025U (en) | 2011-08-31 | 2011-08-31 | Mine rail type preparation equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202192025U true CN202192025U (en) | 2012-04-18 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011203231137U Expired - Fee Related CN202192025U (en) | 2011-08-31 | 2011-08-31 | Mine rail type preparation equipment |
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| Country | Link |
|---|---|
| CN (1) | CN202192025U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102430475A (en) * | 2011-08-31 | 2012-05-02 | 成都西力投资有限公司 | Mine track type dressing equipment and dressing method thereof |
-
2011
- 2011-08-31 CN CN2011203231137U patent/CN202192025U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102430475A (en) * | 2011-08-31 | 2012-05-02 | 成都西力投资有限公司 | Mine track type dressing equipment and dressing method thereof |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20120418 Termination date: 20140831 |
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| EXPY | Termination of patent right or utility model |