CN202718149U - Automatic moving multidirectional adjustable type placer deposit mining, selecting and loading device - Google Patents
Automatic moving multidirectional adjustable type placer deposit mining, selecting and loading device Download PDFInfo
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- CN202718149U CN202718149U CN 201220367656 CN201220367656U CN202718149U CN 202718149 U CN202718149 U CN 202718149U CN 201220367656 CN201220367656 CN 201220367656 CN 201220367656 U CN201220367656 U CN 201220367656U CN 202718149 U CN202718149 U CN 202718149U
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- magnetic roller
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- wheel
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Abstract
An automatic moving multidirectional adjustable type placer deposit mining, selecting and loading device comprises a walking mechanism, a swing mechanism, an excavating mechanism, a sand conveying mechanism, a power source, a screening mechanism, an automatic reversing shuffling mechanism and a tailing conveying mechanism. The screening mechanism is arranged on a bottom disc of the swing mechanism through a support. The screening mechanism comprises a feeding bin, a vibrating screen, a magnetic roller and a material-dividing mechanism. The feeding bin is arranged below a discharge end of the sand conveying mechanism. The vibrating screen is arranged at an inlet of the feeding bin. The magnetic roller is arranged at a discharge port of the feeding bin and is connected with a motor through a speed reducer. The axial direction of the magnetic roller is arranged along the moving direction of the walking mechanism. The material-dividing mechanism is arranged below the magnetic roller. According to the automatic moving multidirectional adjustable type placer deposit mining, selecting and loading device, the positional relation of the walking mechanism, the swing mechanism, the excavating mechanism, the sand conveying mechanism, the screening mechanism, the automatic reversing shuffling mechanism and the tailing conveying mechanism are arranged reasonably, so that the device is compact in arrangement, and the integration degree of excavating, conveying, separation and collection is high.
Description
Technical field
The utility model relate to a kind of to loose unpacked material excavate, conveying, sorting and the integrated equipment for wastewater treatment collected respectively, specifically a kind of automated movement multi-azimuth adjustable Alluvial Mining loading attachment.
Background technology
At present, in the modernization industry, be used for continuously the loading and unloading bulk material and carry, integration apparatus be widely used in the fields such as metallurgy, cement, iron and steel works, coal storage plant, power plant, this equipment can be used for bulk materials such as ore, coal, coke, sandstone etc. in the extraction operation in storage stock ground, the conventional equipment that adopts generally is to finish this kind operation at bucket wheel reclaimer, yet, this kind equipment has very large shortcoming: one, do not possess separating effect, automaticity is not high mobile restricted; Secondly, too maximize, the high site requirements of cost is high, and use occasion is limited.
Progress along with technology, some enterprises develop gradually the higher large-scale mobile Alluvial Mining machine unit of automaticity and finish this type of work, yet this kind equipment still has defective: one, sorting mechanism arrangement are unreasonable, cause material collection and discharging difficulty after the sorting.And the efficiency of separation is lower; Two, the structure for conveying of the different material after the sorting arranges unreasonablely, and mineral aggregate is carried has significant limitation, thereby so that this automation degree of equipment is not high.
The utility model content
The utility model is the deficiency that solves the problems of the technologies described above, and a kind of automated movement multi-azimuth adjustable Alluvial Mining loading attachment is provided, and this installs good separation effect, and automaticity is high, has greatly improved production efficiency, and more compact structure, and result of use is better.
The utility model is that the technical scheme that the deficiency of above-mentioned technical problem adopts is: automated movement multi-azimuth adjustable Alluvial Mining loading attachment, comprise walking mechanism, slew gear, digging mechanism, sand material conveyer structure and power source, slew gear is arranged on the walking mechanism and moves with walking mechanism, digging mechanism is arranged on the front end of the frame arm of sand material conveyer structure, sand material conveyer structure one end is arranged on the chassis of slew gear by support, be provided with the governor motion I between the other end and the chassis, also be provided with sorting mechanism, automatic overturning material mixing machine structure and tailing conveying mechanism, screening plant is arranged on the chassis of slew gear by support, described sorting mechanism is by feeding warehouse, vibrosieve, magnetic roller and feeding distribution mechanism form, feeding warehouse is arranged on the below of sand material conveyer structure exhaust end, vibrosieve is arranged on the import department of feeding warehouse, the magnetic roller is arranged on the discharge gate place of feeding warehouse and links to each other with motor by reducer, the moving direction setting that axially follows away mechanism of magnetic roller, the below that is positioned at the magnetic roller is provided with feeding distribution mechanism, and feeding distribution mechanism is provided with irony mineral aggregate discharge gate and tailing discharge gate;
Described automatic overturning material mixing machine structure is by storage bin hopper, movable stand, hydraulic cylinder I and hydraulic cylinder II form, the irony mineral aggregate discharge gate of feeding distribution mechanism is positioned at the top of storage bin hopper, movable stand is movably arranged on the chassis, the cylinder barrel end of hydraulic cylinder I is fixed on the chassis, its piston rod and movable stand are with chain connection, storage bin hopper is arranged on the movable stand upper surface, one side of storage bin hopper bottom is flexibly connected by rotating shaft and movable stand, be provided with the hydraulic cylinder II between the opposite side of storage bin hopper bottom and the movable stand, the cylinder barrel end of hydraulic cylinder II is fixed on the movable stand, and the bottom of its piston rod and storage bin hopper is with chain connection;
Described tailing conveying mechanism is the driving band type structure, the one side is for being horizontally disposed with, opposite side is obliquely installed, a horizontally disposed end is positioned at the below of the tailing discharge gate of feeding distribution mechanism, be provided with the governor motion II between the end that it is obliquely installed and the chassis of slew gear, by the angle of inclination of stretching to adjust tailing conveying mechanism tilting section of control and regulation mechanism II.
Described movable stand upper surface is provided with groove, and the cylinder barrel end of hydraulic cylinder II is arranged in the groove.
Described digging mechanism is arranged on the frame arm of sand material conveyer structure by gripper shoe, this digging mechanism mainly by motor, reducer, power transmission shaft and dig the wheel form, the clutch end of motor is connected with the input of reducer, the output of reducer links to each other with an end of power transmission shaft by shaft coupling, the other end of power transmission shaft by wheel rim with dig wheel and be connected, evenly be provided with bucket on the outer circumference surface of wheel digging.
Evenly be provided with brace rod on the described end face that digs wheel, a plurality of brace rods intersect at the center of digging wheel.
The beneficial effects of the utility model:
One, this device is by rationally arranging walking mechanism, slew gear, digging mechanism, sand material conveyer structure, sorting mechanism, the position relationship of automatic overturning material mixing machine structure and tailing conveying mechanism, so that this Plant arrangement is compacter, so that excavate, carry, sorting, it is higher to collect integrated degree, secondly, by adjusting the position relationship of sorting mechanism all parts, so that in assorting room, the irony mineral aggregate purity that obtains is higher, and the both sides below the sorting mechanism discharge gate arrange automatic overturning material mixing machine structure and tailing conveying mechanism, material falls into wherein after sorting automatically, and remove, automaticity is high, and in the tailing conveying mechanism, angle-adjusting mechanism is set, and in use can adjust arbitrarily delivery head, have very large flexibility.
Two, by the automatic overturning material mixing machine structure of flexible movement is set, can adjust arbitrarily irony mineral aggregate transporting position, and have the automatic lowering function, improve the Practical Performance of this kind equipment.
Three, in this equipment digging mechanism by motor, reducer, splined shaft, wheel rim rationally being set and digging the position relationship of wheel, so that the power of motor passes to and digs wheel through reducer, shaft coupling, splined shaft, wheel rim successively, dig in the wheel rotary course and drive the bucket feeding, simple in structure, connection and reasonable arrangement has improved the application life of digging wheel mechanism greatly.
Description of drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the structural representation of automatic overturning material mixing machine structure in the utility model.
Fig. 3 is the structural representation that storage bin hopper is connected with movable stand.
Fig. 4 is the front view of digging mechanism in the utility model.
Fig. 5 is the top view of digging mechanism in the utility model.
Mark among the figure: 1, walking mechanism, 2, slew gear, 201, the chassis, 3, digging mechanism, 301, motor, 302, reducer, 303, power transmission shaft, 304, dig wheel, 305, wheel rim, 306, gripper shoe, 307, bucket, 308, brace rod, 4, sand material conveyer structure, 401, the governor motion I, 5, support, 6, sorting mechanism, 601, feeding warehouse, 602, vibrosieve, 603, the magnetic roller, 604, feeding distribution mechanism, 7, the automatic overturning material mixing machine structure, 701, the hydraulic cylinder I, 702, storage bin hopper, 703, movable stand, 704, the hydraulic cylinder II, 705, rotating shaft, 706, groove, 8, the tailing conveying mechanism, 801, the governor motion II, 9, OPS.
The specific embodiment
As shown in the figure, automated movement multi-azimuth adjustable Alluvial Mining loading attachment, comprise walking mechanism 1, slew gear 2, digging mechanism 3, sand material conveyer structure 4, OPS 9 and power source, slew gear 2 is arranged on the walking mechanism 1 and moves with walking mechanism, digging mechanism 3 is arranged on the front end of the frame arm of sand material conveyer structure 4, sand material conveyer structure 4 one ends are arranged on the chassis 201 of slew gear 2 by support 5, be provided with governor motion I 401 between the other end and the chassis 201, also be provided with sorting mechanism 6, automatic overturning material mixing machine structure 7 and tailing conveying mechanism 8, screening plant 6 is arranged on the chassis 201 of slew gear 2 by support 5, described sorting mechanism 6 is by feeding warehouse 601, vibrosieve 602, magnetic roller 603 and feeding distribution mechanism 604 form, feeding warehouse 601 is arranged on the below of sand material conveyer structure 4 exhaust ends, vibrosieve 602 is arranged on the import department of feeding warehouse 601, magnetic roller 603 is arranged on the discharge gate place of feeding warehouse 601 and links to each other with motor by reducer, the moving direction setting that axially follows away mechanism 1 of magnetic roller 603, the below that is positioned at magnetic roller 603 is provided with feeding distribution mechanism 604, and feeding distribution mechanism 604 is provided with irony mineral aggregate discharge gate and tailing discharge gate;
Magnetic roller used herein also can adopt other different size screening structures, for example different size mesh screen or high-frequency screen can reach the effect of sorting too, the magnetic roller that this device adopts is prior art, its inner general semi-circumference of roller core outer circumference surface is the magnetic region, second half is non-magnetic field, motor drives the running of magnetic roller by reducer, when the magnetic roller forwards the magnetic region to, magnetic roller outer wall has magnetic and can be adsorbed onto the irony ore deposit, when forwarding non-magnetic field to, no longer have magnetic, the irony ore deposit on it can be thrown away to assigned address.。
Described automatic overturning material mixing machine structure 7 is by storage bin hopper 702, movable stand 703, hydraulic cylinder I 701 and hydraulic cylinder II 704 form, the irony mineral aggregate discharge gate of feeding distribution mechanism 604 is positioned at the top of storage bin hopper 702, movable stand 703 is movably arranged on the chassis, the cylinder barrel end of hydraulic cylinder I 701 is fixed on the chassis, its piston rod and movable stand 703 are with chain connection, storage bin hopper 702 is arranged on movable stand 703 upper surfaces, one side of storage bin hopper 702 bottoms is flexibly connected by rotating shaft 705 and movable stand 703, be provided with hydraulic cylinder II 704 between the opposite side of storage bin hopper 702 bottoms and the movable stand 703, the cylinder barrel end of hydraulic cylinder II 704 is fixed on the movable stand 703, and the bottom of its piston rod and storage bin hopper 702 is with chain connection;
Described tailing conveying mechanism 8 is the driving band type structure, the one side is for being horizontally disposed with, opposite side is obliquely installed, a horizontally disposed end is positioned at the below of the tailing discharge gate of feeding distribution mechanism 604, be provided with governor motion II 801 between the end that it is obliquely installed and the chassis 201 of slew gear 2, by the angle of inclination of stretching to adjust tailing conveying mechanism 8 tilting sections of control and regulation mechanism II 801.
The utility model, described governor motion I and governor motion II all can adopt hydraulic cylinder or cylinder.
Described movable stand 703 upper surfaces are provided with groove 706, and the cylinder barrel end of hydraulic cylinder II 704 is arranged in the groove 706.
Described digging mechanism 3 is arranged on the frame arm of sand material conveyer structure 4 by gripper shoe 306, this digging mechanism 3 is mainly by motor 301, reducer 302, power transmission shaft 303 is taken turns 304 compositions with digging, the clutch end of motor 301 is connected with the input of reducer 302, the output of reducer 302 links to each other with an end of power transmission shaft 303 by shaft coupling, the other end of power transmission shaft 303 by wheel rim 305 with dig wheel and 304 be connected, described power transmission shaft can adopt splined shaft, evenly be provided with bucket on the outer circumference surface of wheel digging, during digging mechanism work, motor start-up, behind the reducer reduction of speed, power passes through shaft coupling, power transmission shaft, wheel rim passes to and digs wheel, and the wheel that digs of rotation is delivered to bulk material on the conveyer belt.
Described gripper shoe comprises front end panel and rear bearing sheet, and motor and reducer support by front end panel, and rear bearing sheet is supported on the power transmission shaft, and this reasonable structural arrangement improves the functional performance that this digs wheel mechanism.
Evenly be provided with brace rod 308 on the described end face that digs wheel, a plurality of brace rods intersect at the center of digging wheel, and this structure is to dig the intensity of wheel higher, long service life.
Claims (4)
1. automated movement multi-azimuth adjustable Alluvial Mining loading attachment, comprise walking mechanism (1), slew gear (2), digging mechanism (3), sand material conveyer structure (4) and power source, slew gear (2) is arranged on walking mechanism (1) and upward moves with walking mechanism, digging mechanism (3) is arranged on the front end of the frame arm of sand material conveyer structure (4), sand material conveyer structure (4) one ends are arranged on the chassis (201) of slew gear (2) by support (5), be provided with governor motion I (401) between the other end and the chassis (201), it is characterized in that: also be provided with sorting mechanism (6), automatic overturning material mixing machine structure (7) and tailing conveying mechanism (8), screening plant (6) is arranged on the chassis (201) of slew gear (2) by support (5), described sorting mechanism (6) is by feeding warehouse (601), vibrosieve (602), magnetic roller (603) and feeding distribution mechanism (604) form, feeding warehouse (601) is arranged on the below of sand material conveyer structure (4) exhaust end, vibrosieve (602) is arranged on the import department of feeding warehouse (601), magnetic roller (603) is arranged on the discharge gate place of feeding warehouse (601) and links to each other with motor by reducer, the moving direction setting that axially follows away mechanism (1) of magnetic roller (603), the below that is positioned at magnetic roller (603) is provided with feeding distribution mechanism (604), and feeding distribution mechanism (604) is provided with irony mineral aggregate discharge gate and tailing discharge gate;
Described automatic overturning material mixing machine structure (7) is by storage bin hopper (702), movable stand (703), hydraulic cylinder I (701) and hydraulic cylinder II (704) form, the irony mineral aggregate discharge gate of feeding distribution mechanism (604) is positioned at the top of storage bin hopper (702), movable stand (703) is movably arranged on the chassis, the cylinder barrel end of hydraulic cylinder I (701) is fixed on the chassis, its piston rod and movable stand (703) are with chain connection, storage bin hopper (702) is arranged on movable stand (703) upper surface, one side of storage bin hopper (702) bottom is flexibly connected by rotating shaft (705) and movable stand (703), be provided with hydraulic cylinder II (704) between the opposite side of storage bin hopper (702) bottom and the movable stand (703), the cylinder barrel end of hydraulic cylinder II (704) is fixed on the movable stand (703), and the bottom of its piston rod and storage bin hopper (702) is with chain connection;
Described tailing conveying mechanism (8) is the driving band type structure, the one side is for being horizontally disposed with, opposite side is obliquely installed, a horizontally disposed end is positioned at the below of the tailing discharge gate of feeding distribution mechanism (604), be provided with governor motion II (801) between the chassis (201) of the end that it is obliquely installed and slew gear (2), by the angle of inclination of stretching to adjust tailing conveying mechanism (8) tilting section of control and regulation mechanism's II (801).
2. a kind of automated movement multi-azimuth adjustable Alluvial Mining loading attachment according to claim 1, it is characterized in that: described movable stand (703) upper surface is provided with groove (706), and the cylinder barrel end of hydraulic cylinder II (704) is arranged in the groove (706).
3. a kind of automated movement multi-azimuth adjustable Alluvial Mining loading attachment according to claim 1, it is characterized in that: described digging mechanism (3) is arranged on the frame arm of sand material conveyer structure (4) by gripper shoe (306), this digging mechanism (3) is mainly by motor (301), reducer (302), power transmission shaft (303) and dig wheel (304) and form, the clutch end of motor (301) is connected with the input of reducer (302), the output of reducer (302) links to each other by the end of shaft coupling with power transmission shaft (303), the other end of power transmission shaft (303) by wheel rim (305) with dig wheel (304) and be connected, on the outer circumference surface that digs wheel (304), evenly be provided with bucket (307).
4. a kind of automated movement multi-azimuth adjustable Alluvial Mining loading attachment according to claim 3, it is characterized in that: evenly be provided with brace rod (308) on the described end face that digs wheel (304), a plurality of brace rods (308) intersect at the center of digging wheel (304).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220367656 CN202718149U (en) | 2012-07-27 | 2012-07-27 | Automatic moving multidirectional adjustable type placer deposit mining, selecting and loading device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220367656 CN202718149U (en) | 2012-07-27 | 2012-07-27 | Automatic moving multidirectional adjustable type placer deposit mining, selecting and loading device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202718149U true CN202718149U (en) | 2013-02-06 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220367656 Expired - Lifetime CN202718149U (en) | 2012-07-27 | 2012-07-27 | Automatic moving multidirectional adjustable type placer deposit mining, selecting and loading device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202718149U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102797272A (en) * | 2012-07-27 | 2012-11-28 | 白国钦 | Automatic moving universal adjustable type placer exploiting selecting and loading device |
| CN104328811A (en) * | 2014-11-26 | 2015-02-04 | 北方重工集团有限公司 | Mining type compact bucket wheel excavator |
| CN113250460A (en) * | 2021-06-01 | 2021-08-13 | 三门峡职业技术学院 | Auxiliary feeding equipment for construction engineering construction |
-
2012
- 2012-07-27 CN CN 201220367656 patent/CN202718149U/en not_active Expired - Lifetime
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102797272A (en) * | 2012-07-27 | 2012-11-28 | 白国钦 | Automatic moving universal adjustable type placer exploiting selecting and loading device |
| CN104328811A (en) * | 2014-11-26 | 2015-02-04 | 北方重工集团有限公司 | Mining type compact bucket wheel excavator |
| CN113250460A (en) * | 2021-06-01 | 2021-08-13 | 三门峡职业技术学院 | Auxiliary feeding equipment for construction engineering construction |
| CN113250460B (en) * | 2021-06-01 | 2022-12-23 | 三门峡职业技术学院 | Auxiliary feeding equipment for construction engineering construction |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20130206 Effective date of abandoning: 20140716 |
|
| RGAV | Abandon patent right to avoid regrant |