CN203389864U - Effective tailings metal accumulating machine - Google Patents
Effective tailings metal accumulating machine Download PDFInfo
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- CN203389864U CN203389864U CN201320423825.5U CN201320423825U CN203389864U CN 203389864 U CN203389864 U CN 203389864U CN 201320423825 U CN201320423825 U CN 201320423825U CN 203389864 U CN203389864 U CN 203389864U
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Abstract
The utility model relates to a tailings concentration and recovery device, in particular to an effective tailings metal accumulating machine. The machine comprises a machine shell, a machine frame, a material dividing hopper and an accumulating device, wherein the machine frame is fixedly arranged on the bottom of the machine shell; the machine shell is cylindrical; an annular waste mine groove is formed in the machine shell and is provided with a water filling pipe and a water discharging pipe; the material dividing hopper is communicated with a mine feeding pipe; the bottom of the material dividing hopper is connected with the accumulating device; the accumulating device works in a vibrating or rotating way. According to the effective tailings metal accumulating machine, the working frequency of the accumulating device can be adjusted according to needs to realize different accumulation rate, the effective tailings metal accumulating machine is simple in structure and is not easy to damage, and the tailings concentration efficiency and quality are improved.
Description
Technical field
The utility model relates to the selected of metal or nonmetallic tailings, especially relates to the rich poly-machine of the adjustable mine tailing metal of efficient, selected grade.
Background technology
The distribution of some poor values of China is very extensive, is present in a large number among mine and tailings, and because beneficiation cost is too high, its exploitation and value are extremely low.For this situation, in order effectively to develop poor value, on market, mainly by various refiners, low-grade ore richness is polymerized to high-grade ore.
The frame for movement of existing refiner is mostly comparatively complicated, installation, maintenance inconvenience, and also the selected grade of ore is more fixing, cannot virtually increase production cost by a machine application to wider, and selected weak effect, parts are fragile.
Summary of the invention
In order to overcome the above-mentioned shortcoming of existing mine tailing refiner, the utility model aims to provide the rich poly-machine of adjustable, simple in structure, the non-damageable mine tailing metal of selected effective, selected grade.
The utility model is realized the technical scheme that above-mentioned purpose adopts:
The rich poly-machine of efficient mine tailing metal, comprises casing, frame, minute hopper and rich poly-device,
Described casing is cylindrical, and casing top center arranges into pipe, and bottom of shell sets out pipe, in casing, along enclosure wall, annular antiquated sand groove is set, and annular antiquated sand groove is provided with filler pipe and sediment outflow pipe;
Minute hopper and rich poly-device are also set in casing, within described minute, hopper top is provided with bucket cover, between bucket cover and minute hopper, leave gap, aforementionedly enter pipe and be communicated with dividing a hopper after through casing, bucket cover, divide in hopper the resistance ore deposit plate relative with entering the pipe mouth of pipe is set, plate bottom in described resistance ore deposit is fixedly connected with by joint pin with a minute hopper;
The poly-device of described richness is vibration-type or rotary.
According to the rich poly-machine of above-described efficient mine tailing metal, the rich poly-device of described vibration-type comprises electromagnetic shaker and spring, and described spring bottom is fixed to casing, and spring is fixedly connected with electromagnetic shaker and a minute feed hopper bottom, divides at the bottom of hopper and goes out pipe and mutually aim at.
According to the rich poly-machine of above-described efficient mine tailing metal, the poly-device of described rotary richness comprises motor, bracket, concentrate conduit and concentrate hopper, described motor is fixed under bracket, divide hopper on bracket, motor rotary shaft is fixedly connected with and the two concentric with a minute feed hopper bottom, and described concentrate conduit is communicated with a minute hopper, concentrate hopper, and described concentrate hopper is in described annular antiquated sand groove inner side, concentrate hopper is also for annular and filler pipe is set, concentrate hopper with go out pipe and be communicated with.
According to the rich poly-machine of above-described efficient mine tailing metal, described in go out pipe and set out ore deposit valve, sediment outflow pipe arranges sand flash valve; Described frame is more than three or three, and the joint pin of described resistance ore deposit plate is more than three or three.
Adopt the rich poly-machine of of the present utility model efficient mine tailing metal of above structure, frame for movement is simple, installation and repairing is convenient, utilizes the density of different ores in mine tailing different, by electromagnetic shaker, shakes or a motor rotation minute hopper is sorted into antiquated sand groove by lighter antiquated sand, heavier concentrate is chosen by going out pipe, the operating frequency of electromagnetic shaker and motor is adjustable, thereby can regulate selected tailings grade, makes machine be applicable to more mine tailings selected, improve machinery utilization rate, reduce production costs.
Accompanying drawing explanation
Fig. 1 is the structural representation of the rich poly-machine embodiment of efficient mine tailing metal of the rich poly-device of employing oscillatory type of the present utility model.
Fig. 2 is the structural representation of the rich poly-machine embodiment of efficient mine tailing metal of the poly-device of the rotary richness of employing of the present utility model.
The specific embodiment
The description of symbols relating in accompanying drawing:
In Fig. 1, casing 1, frame 2, minute hopper 3, bucket cover 31，Zu ore deposit plate 32, joint pin 33, electromagnetic shaker 4, spring 41, enters pipe 5, enters the pipe mouth of pipe 51, goes out pipe 6, ore removal valve 61, annular antiquated sand groove 7, filler pipe 71, sediment outflow pipe 72, sand flash valve 73.
In Fig. 2, casing 101, enters pipe 102, concentrate conduit 103, frame 201, minute hopper 301, bucket cover 302, resistance ore deposit plate 303, joint pin 304, annular antiquated sand groove 401, filler pipe 402, sediment outflow pipe 403, sand flash valve 404, concentrate hopper 501, filler pipe 502, goes out pipe 503, ore removal valve 504, motor 601, bracket 701.
Below in conjunction with accompanying drawing, take embodiment is elaborated to the technical scheme of the rich poly-machine of efficient mine tailing metal of the present utility model as example.
embodiment 1
As Fig. 1, the rich poly-machine of efficient mine tailing metal, comprise casing 1, frame 2, minute hopper 3, electromagnetic shaker 4 and annular antiquated sand groove 7, described casing 1 is cylindrical, casing 1 top center arranges into pipe 5, casing 1 bottom sets out pipe 6, and casing 1 is interior arranges annular antiquated sand groove 7 along casing 1 wall, and annular antiquated sand groove 7 is provided with filler pipe 71 and sediment outflow pipe 72;
Within described minute, hopper 3 tops are provided with bucket cover 31, between bucket cover 31 and minute hopper 3, leave gap, aforementionedly enter pipe 5 and be communicated with dividing a hopper 3 after through casing 1, bucket cover 31, divide the interior setting of the hopper 3 resistance ore deposit plate 32 relative with entering pipe 5 mouths of pipe, plate 32 bottoms, described resistance ore deposit are fixedly connected with by joint pin 33 with a minute hopper 3;
Electromagnetic shaker 4 and spring 41 are set in casing, and described spring 41 bottoms are fixed to casing 1, and spring 41 is fixedly connected with electromagnetic shaker 4 and minute hopper 3 bottoms, divide 3 ends of hopper and go out pipe 6 and mutually aim at; Describedly go out pipe 6 ore removal valve 61 is set, sediment outflow pipe 72 arranges sand flash valve 73; Described frame is three, and the joint pin 33 of described resistance ore deposit plate 32 is three.
During work, after switching on power, electromagnetic shaker 4 drives minute hopper 3 vertical tremor under spring 41 effects, from entering pipe 5, add mine tailing, mine tailing is encountered resistance ore deposit plate 32 and is disperseed, under the vibrations of minute hopper 3, the antiquated sand of lightweight enters in annular antiquated sand groove 7 from the gap between bucket cover 31 and minute hopper 3, from filler pipe 71 to the interior water filling of annular antiquated sand groove 7, antiquated sand is washed in sediment outflow pipe 72, opens sand flash valve 73 antiquated sand is discharged; Minute hopper 3 that heavier concentrate is shaken carries out Fu Juhou, from falling into out pipe 6 from minute hopper 3 bottoms between joint pin 33, opens ore removal valve and concentrate can be discharged.
embodiment 2
As Fig. 2, the rich poly-machine of efficient mine tailing metal, comprise casing 101, frame 201, minute hopper 301, motor 601, annular antiquated sand groove 401 and concentrate hopper 501, described casing 101 is cylindrical, and casing 101 top center arrange into pipe 102, and casing 101 bottoms set out pipe 503, casing 101 is interior arranges annular antiquated sand groove 401 along casing 101 walls, and annular antiquated sand groove 401 is provided with filler pipe 402 and sediment outflow pipe 403;
Within described minute, hopper 301 tops are provided with bucket cover 302, between bucket cover 302 and minute hopper 301, leave gap, aforementionedly enter pipe 102 and be communicated with dividing a hopper 301 after through casing 101, bucket cover 302, divide the interior setting of the hopper 301 resistance ore deposit plate 303 relative with entering pipe 102 mouths of pipe, plate 303 bottoms, described resistance ore deposit are fixedly connected with by joint pin 304 with a minute hopper 301;
Described motor 601 is fixed to bracket 701 times, divide hopper 301 on bracket 701, motor 601 rotating shafts are fixedly connected with and the two concentric with minute hopper 301 bottoms, described concentrate conduit 103 is communicated with a minute hopper 301, concentrate hopper 501, described concentrate hopper 501 is in described annular antiquated sand groove 401 inner sides, concentrate hopper 501 is also for annular and filler pipe 502 is set, concentrate hopper 501 with go out pipe 503 and be communicated with;
Describedly go out pipe 503 ore removal valve 504 is set, sediment outflow pipe 403 arranges sand flash valve 404; Described frame 201 is four, and the joint pin 304 of described resistance ore deposit plate 303 is four.
During work, after switching on power, motor 6014 drives 301 rotations of minute hopper, from entering pipe 102, add mine tailing, mine tailing is encountered resistance ore deposit plate 303 and is disperseed, under the turning effort of minute hopper 301, the antiquated sand of lightweight enters in annular antiquated sand groove 401 from the gap between bucket cover 302 and minute hopper 301, from filler pipe 402 to the interior water filling of annular antiquated sand groove 401, antiquated sand is washed in sediment outflow pipe 403, opens sand flash valve 404 antiquated sand is discharged; Heavier concentrate carries out Fu Juhou through a minute hopper 301 for rotation, from falling into concentrate hopper 501 through minute hopper 301 bottoms through concentrate conduit 103 between joint pin 304, from filler pipe 502 water fillings, concentrate is washed into out in pipe 503, opens ore removal valve 504 and concentrate can be discharged.
Claims (5)
1. the rich poly-machine of efficient mine tailing metal, comprises casing, frame, minute hopper and rich poly-device, it is characterized in that:
Described casing is cylindrical, and casing top center arranges into pipe, and bottom of shell sets out pipe, in casing, along enclosure wall, annular antiquated sand groove is set, and annular antiquated sand groove is provided with filler pipe and sediment outflow pipe;
Minute hopper and rich poly-device are also set in casing, within described minute, hopper top is provided with bucket cover, between bucket cover and minute hopper, leave gap, aforementionedly enter pipe and be communicated with dividing a hopper after through casing, bucket cover, divide in hopper the resistance ore deposit plate relative with entering the pipe mouth of pipe is set, plate bottom in described resistance ore deposit is fixedly connected with by joint pin with a minute hopper;
The poly-device of described richness is vibration-type or rotary.
2. efficient mine tailing metal richness according to claim 1 is gathered machine, it is characterized in that: the rich poly-device of described vibration-type comprises electromagnetic shaker and spring, described spring bottom is fixed to casing, and spring is fixedly connected with electromagnetic shaker and a minute feed hopper bottom, divides at the bottom of hopper and goes out pipe and mutually aim at.
3. efficient mine tailing metal richness according to claim 1 is gathered machine, it is characterized in that: the poly-device of described rotary richness comprises motor, bracket, concentrate conduit and concentrate hopper, described motor is fixed under bracket, divide hopper on bracket, motor rotary shaft is fixedly connected with and the two concentric with a minute feed hopper bottom, and described concentrate conduit is communicated with a minute hopper, concentrate hopper, and described concentrate hopper is in described annular antiquated sand groove inner side, concentrate hopper is also for annular and filler pipe is set, concentrate hopper with go out pipe and be communicated with.
4. according to the rich poly-machine of the efficient mine tailing metal described in any one in claim 1-3, it is characterized in that: described in go out pipe and set out ore deposit valve, sediment outflow pipe arranges sand flash valve.
5. the rich poly-machine of efficient mine tailing metal according to claim 1, is characterized in that: described frame is more than three or three, and the joint pin of described resistance ore deposit plate is more than three or three.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320423825.5U CN203389864U (en) | 2013-07-17 | 2013-07-17 | Effective tailings metal accumulating machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320423825.5U CN203389864U (en) | 2013-07-17 | 2013-07-17 | Effective tailings metal accumulating machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203389864U true CN203389864U (en) | 2014-01-15 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320423825.5U Expired - Fee Related CN203389864U (en) | 2013-07-17 | 2013-07-17 | Effective tailings metal accumulating machine |
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| CN (1) | CN203389864U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103406276A (en) * | 2013-07-17 | 2013-11-27 | 彭建家 | High-efficiency mine tailing metal concentrating machine |
-
2013
- 2013-07-17 CN CN201320423825.5U patent/CN203389864U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103406276A (en) * | 2013-07-17 | 2013-11-27 | 彭建家 | High-efficiency mine tailing metal concentrating machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| 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: 20140115 Termination date: 20140717 |
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| EXPY | Termination of patent right or utility model |