CN109833970A - A kind of high-efficient automatic preparation equipment - Google Patents

Abstract

The present invention provides a kind of high-efficient automatic preparation equipments, including into mine device, water treatment plant, vibrating screen, screen centrifuge and water treatment facilities；The water treatment plant is located at into below the outlet of mine device；It is equipped with drainage frame and vibration device in the water treatment plant, is equipped with get water bucket below the water treatment plant and connects ore bucket；The get water bucket passes through the entrance that pipeline connect screen centrifuge and vibrating screen with ore bucket is connect respectively；Extensional vibration device and water filter plate axial vibration device are equipped in the vibrating screen；The screen centrifuge is set to the lower section of vibrating screen, and the vibrating screen outlet conduit leads to screen centrifuge entrance；The outlet of the screen centrifuge is connected with water treatment facilities.The present invention can by way of vertical, axial vibration and rolling automatic screening ore, different size of ore and barren rock are classified, subsequent processing is facilitated.Water treatment facilities of the invention can purify the sewage and mud being drawn into mining process, while having excellent ore dressing function, and will minimize to the destruction of environment.

Description

A kind of high-efficient automatic preparation equipment

Technical field

The invention belongs to ore screening technical fields, are related to a kind of high-efficient automatic preparation equipment.

Background technique

Ore dressing is the important link in entire mineral products production, is the key sector in mine enterprise, and general large ore enterprise is all It is comprehensive adopt, select, the resource-based enterprises of smelting.There are many method of screened ore, can substantially be divided into physical upgrading method and chemical mineral processing Method, wherein chemical mineral processing method is limited by ore type and chemical agent cost, and operation strategies are extensive not as good as physical upgrading method.Physics Ore dressing unit generally comprises shock concentrating machine group, centrifugal separation unit and the golden cotton composition of suction.Increasingly with primary mineral resources Poor, valuable mineral is more and more poorer to be lacked, and disseminated grain size becomes increasingly complex, and mineral granularity thickness is uneven, while energy consumption and being produced into This constantly rises, and mineral industry requires also to be continuously improved to ore-dressing technique, therefore it is faster to work, and sieves finer physics choosing Mine equipment is suitable for the requirement of development.Meanwhile exploiting Di Kuang and when the ore resources of river, often along with a large amount of underground water, River water, mud and slag and sandstone, but will be to environmental effects not only bad for the management of mine site if in line.

Summary of the invention

To solve the above problems, the present invention provides a kind of high-efficient automatic preparation equipments.The equipment passes through vertical, axial Different size of ore and barren rock sophisticated category are facilitated subsequent processing by the form of vibration and rolling screening, equipment work speed Degree is fast, and screening precision is high.The present invention carries out mine, water separation in ore dressing process, while there are also perfect effluent treatment plants, can The sewage and mud being drawn into purification mining process will be to environment while having excellent " one continuous line " ore dressing function Influence minimize.

In order to achieve the above-mentioned object of the invention, technical scheme is as follows:

A kind of high-efficient automatic preparation equipment, including into mine device, water treatment plant, vibrating screen, screen centrifuge and water treatment facilities；Institute Water treatment plant is stated to be set into below the outlet of mine device；The water treatment plant include crawler belt, two groups of drainage frames, vibration device and Slideway one；The slideway one is fixed on crawler belt two sides, and two groups of drainage frames are respectively arranged on the slideway one of two sides；The vibration Dynamic device is set between two groups of drainage frames, and connects two groups of drainage frames；The drainage frame, vibration device and slideway one are with crawler belt Rotation；Be equipped with get water bucket below the water treatment plant and connect ore bucket, the get water bucket with connect ore bucket and be connected to respectively by pipeline The inlet of the screen centrifuge and vibrating screen；The vibrating screen includes bracket one, sieve nest, connecting spring, extensional vibration device, filter Mine plate one, filter mine plate two filter mine plate three and filter mine board shaft to vibration device；Six are each provided in the top and bottom of the sieve nest A connecting spring, the sieve nest pass through connecting spring connecting bracket one；The sieve nest upper and lower ends are equipped with strut；Above and below described Connecting rod is connected among the strut at both ends；The extensional vibration device is set to the bottom of sieve nest, and withstands the sieve nest；It is described Extensional vibration device includes motor two, eccentric wheel one, block four and supporting block；The rotor of the motor two deviates from eccentric wheel one The position in the center of circle passes through eccentric wheel one, and connect with the supporting block bearing；The block four be fixed on sieve nest withstand block four, Filter mine plate two and the one end for filtering mine plate three are respectively equipped with one group of filter mine board shaft to vibration device；The filter mine board shaft is to vibration device Including motor three, eccentric wheel two, block five, spring three and block six；The block six is fixed on sieve nest；The spring three is set It is placed between block five and block six；Stock is stretched out in the side of the filter mine plate one, filter mine plate two and filter mine plate three respectively；It is described Stock sequentially passes through block six and spring three, connects surface of described block May Day；The eccentric wheel two withstands the another of block five One surface；The rotor of the motor three is passed through from the position that eccentric wheel two deviates the center of circle；The screen centrifuge is set to vibrating screen The outlet conduit of lower section, the vibrating screen leads to the inlet of screen centrifuge；The water treatment facilities includes buffer-precipitation pond, two heavy Pond inhales Jin Chi and squeezes pond；The extruding pond is equipped with pressurizing unit on six inner surfaces；The outlet of the screen centrifuge and slow The entrance for rushing sedimentation basin is connected.In the vibrating screen, the supporting block of the extensional vibration device and the rotor bearing of motor two Connection, support but the rotor rotation for not limiting the motor two；The motor two is rotated with movable eccentric wheel one, when the eccentric wheel When block four is withstood in side far from rotation point position, the sieve nest is jacked up upwards；When the eccentric wheel is close to rotation point When block four is withstood in the side set, the sieve nest is moved downward；Cooperate the connection of the connecting spring again, realizes that sieve nest longitudinally shakes It is dynamic；The strut is stretched out to sieve nest two sides, can support multiple connecting springs simultaneously；The connecting rod and strut, which rise, is cooperated to reinforcement sieve The effect of body globality；The motor three is rotated with movable eccentric wheel two, when the eccentric wheel two is withstood far from the side of rotation point When block five, the block five and stock are ejected, and drive the filter mine plate axially extended；When the eccentric wheel two is close to rotation When block five is withstood in the side of point, the spring three withstands block six, and the block five is returned together with stock top, drives the filter Mine board shaft realizes that the filter mine plate moves reciprocatingly in its axial direction to withdrawal, with this.The present invention by vertical and axial vibration, The form screened roll for different size of ore and barren rock sophisticated category, facilitates subsequent processing, the equipment operating rate is fast, sieve Divide precision high.The present invention carries out mine, water separation also in ore dressing process, while there are also perfect effluent treatment plants, can purify The sewage and mud being drawn into mining process, while having excellent " one continuous line " ore dressing function, by the shadow to environment Sound minimizes.

Further, described to be pumped into mine device including inhaling pipe road and inhaling mine；The suction mine pump separates two near exit Road branch pipe；The suction mine pump is set to before inhaling mine pipeline branch pipe bifurcation；It is provided in the get water bucket inner left wall Giant one.After ore and water are promoted to certain altitude by suction pipe road by suction mine pump, ore and water again respectively from The twice mouth of pipe for inhaling pipe road falls into the water treatment plant of lower section；The giant can clean down water treatment plant after mine The residues such as interior sandstone, mud.

Further, spring one is equipped in the slideway one；The drainage frame bottom is equipped with block one and pulley one；It is described Block one and pulley one are inserted in slideway one；The side wall of slideway one is withstood in described one one end of spring, and the other end withstands the block One；The vibration device includes motor one, elliptic cam, block two, block three and spring two；The rotor of the motor one connects The center of circle of elliptic cam；The elliptic cam withstands block two；The block two is connect with two one end of spring, and the spring two is another One end is connect with block three；The block three is fixed on the side of drainage frame；The drainage frame bottom is equipped with support column and hydraulic Cylinder；The push rod end of the hydraulic cylinder is equipped with water filter plate；When the push rod of the hydraulic cylinder is in most short status, the support capital Firmly water filter plate；The bottom surface of the drainage frame and water filter plate are equipped with drainage through-hole.The motor one drives elliptic cam rotation, when When block two is withstood in the longer two sides of elliptic cam diameter, block three is pushed by the spring two, makes filter described in two sides Water frame is mobile to both sides；It is described when block two is withstood in the shorter two sides of the elliptic cam diameter as the motor one rotates Spring one pushes block one mobile to centre, and the pulley one rolls in slideway one at this time, by the drainage frame toward third side To drive；The support column assisting hydraulic pressure cylinder push rod bears weight in frame when shortening；The drainage frame turns to the right side with crawler belt Side and when toppling over, the push rod of the hydraulic cylinder stretches out, and the water filter plate is ejected together with the ore on water filter plate；The vibration dress Set it is of reciprocating vibration, accelerate drainage frame in water and relatively fine silt fallen by the through-hole on water filter plate.

Further, the filter mine plate one, filter mine plate two and filter mine plate three are in tilted layout inside sieve nest；Respectively described Go out mine mouth one there are three setting on the delivery position of filter mine plate one, filter mine plate two and filter mine plate three and sieve nest；The filter mine plate one, filter Mine plate two and filter mine plate three are set as two layers of filter plate superposition with filtering through-hole, and are equipped with adjustment motor one；The filter mine plate one, Filter mine plate two and the filtering through-hole diameter for filtering mine plate three are sequentially reduced；The filter mine plate one, filter mine plate two and filter three bottom of mine plate It is respectively arranged with giant two；The giant two is fixed on sieve nest；The entrance and exit of the sieve nest is provided with Fold hose；The fold hose inner surface is equipped with the wear-resisting stratum reticulare of wire.The filter mine plate one, filter mine plate two, filter mine plate three Be in tilted layout, different size of ore and other barren rocks be discharged from different outlet, so as to it is subsequent by superseded barren rock material into Row is deep plus handles；The adjustment motor one can drive adjustment filter mine plate one, filter mine plate two, two layers filter plate is mutual in filter mine plate three Position further adjusts the size of the filtering through-hole；The filter mine plate one, filter mine plate two, filter mine plate three successively screen greatly, In, the ore of small size；The giant can clean remaining mud and sandstone in sieve nest；The fold hose can be with sieve Body extensional vibration and stretch or compress；The wear-resisting stratum reticulare of wire protects fold hose not to be worn easily；

Further, the screen centrifuge includes motor four, drum strainer one, drum strainer two and mine mouth two out；The roller filter Net one and drum strainer two side faces are two concentric circles, rotor the series connection drum strainer one, two side of drum strainer of the motor four The face center of circle；The mesh diameter of the drum strainer one and drum strainer two is sequentially reduced；The drum strainer one and drum strainer Two be two layers of strainer superposition, and is equipped with adjustment motor two；The screen centrifuge side goes out mine mouth two there are three setting.The motor four Drum strainer one, drum strainer two is driven to roll；Being superimposed on two layers strainer and can pass through on the drum strainer one, drum strainer two Adjustment motor two adjusts separately position each other, further adjusts the size of mesh；Described three go out mine mouth two and can arrange respectively The different ore of granular size out.

Further, the buffer-precipitation pond is above pond body and bottom is respectively equipped with upper outlet and lower outlet, it is described on Outlet connection secondary settling tank, the lower outlet connection squeeze pond；Filter bag is equipped among the extruding pond；The pressurizing unit includes liquid Pressure motor, screw rod, motor bearing, bracket two, thread stop dog and stripper plate；The setting of bracket two is on squeezing pond inner surface； The bracket two is equipped with slideway two；The motor bearing side is equipped with pulley two；The pulley two is inserted in slideway two；It is described Hydraulic motor is arranged on motor bearing；The rotor connecting screw of the hydraulic motor；The screw thread baffle is fixed on top of support Portion, centre are equipped with tapped through hole；The screw rod passes through the thread stop dog by tapped through hole；The stripper plate is arranged in spiral shell Boom end；The stripper plate is equipped with protrusion on the direction towards filter bag；The extruding pond side is equipped with lifting device；It is described to mention It rises device and filter bag is linked by rope；The outlet for squeezing pond is passed through secondary settling tank；The outlet of the secondary settling tank connects filtering ponds； It is divided into upper layer, middle layer and lower layer inside the filtering ponds, the upper layer and lower interior part are equipped with wear-resisting filter core, inside the middle layer Equipped with active carbon；Giant three is provided in the upper layer, middle layer and lower layer；Gold is inhaled in the outlet connection of the filtering ponds Pond；It is equipped with inside the golden pond of the suction and inhales golden cotton；The lower outlet in the buffer-precipitation pond and filtering bottom of pond portion are connected by pipeline It squeezes in the filter bag in pond；The buffer-precipitation pond, secondary settling tank, inhale Jin Chi and squeeze pond exit and entrance be equipped with valve and Water pump；The discharge outlet of the water treatment facilities is equipped with water quality monitoring instrument.The upper layer in the buffer-precipitation pond passes through compared with clear liquid body Upper outlet flows into secondary settling tank；Buffer-precipitation pond lower sediment thing is flowed into the filter bag squeezed in pond by lower outlet；It is described Hydraulic motor drives screw rod to screw in thread stop dog；The pulley two rolls in slideway two, drives the motor bearing and hydraulic Motor is rotated with screw rod and is moved on bracket two；The hydraulic motor squeezed on the inner surface of six, pond provides biggish torsion The stripper plate is pressed to filter bag by power；The protrusion can increase stripper plate unit area pressure, and the hydraulic pressure in the filter bag is gone out More thoroughly, silt presses to obtain more consolidation；The lifting device can haul out the filter bag pressed together with silt therein, facilitate subsequent place Reason；Flocculant is manually added in the secondary settling tank, accelerates to be not easy the accumulation of impurities precipitated precipitating in water；In the filtering ponds Wear-resisting filter core further crosses fine sand in drainage, while being not easy to be ground away by fine sand；Remaining impurity in the adsorbable water of active carbon； The giant three can be rinsed filtering ponds；Fine sand in the filtering ponds is passed through in the filter bag squeezed in pond, is carried out Extrusion process；The further adsorbing metal substance of suction gold cotton inhaled in golden pond；The valve and water pump control water treatment facilities In each pond water disengaging；To treated, water detects the water quality detection instrument, can be in line after water quality reaching standard.

Compared with prior art, advantages of the present invention:

1. the equipment is different from traditional single vibration ore dressing, improves mine by way of vertical and axial vibration, rolling screening The fineness and efficiency of stone screening.

2. ore makes mine, water separation before entering vibrating screen, excess moisture is removed, because of buoyancy shadow when avoiding screening river mine It rings and is precipitated compared with grail, improve vibrating screen ore dressing precision and efficiency.

3. have perfect effluent treatment plant, the sewage and mud that can be drawn into purification filtering mining process, complete While operation at " one continuous line " ore dressing, the influence of environment will be minimized.

4. the achievable automatic charging of the present invention, carries out mine, water separation in ore dressing process, optimization traditional shaker unidirectionally shakes Dynamic working method, strainer width of mesh can also be adjusted arbitrarily, while can carry out the mating operation of wastewater treatment, improve ore dressing Fine degree and working efficiency, and be able to achieve the classification of barren rock material, the subsequent processing of waste water and mud is efficiently, environmental protection, very suitable It closes river mine and the more ground mine containing underground water is exploited and used.

Detailed description of the invention

Fig. 1 is overall schematic of the present invention.

Fig. 2 is into mine device and water treatment plant schematic diagram.

Fig. 3 is Water filter structure schematic diagram.

Fig. 4 is Structure of Vibrating Screen schematic diagram.

Fig. 5 is extensional vibration schematic device.

Fig. 6 is filter mine board shaft to vibration device and filters mine plate schematic diagram.

Fig. 7 is pressurizing unit schematic diagram.

Parts title and serial number in figure:

Into mine device 1, water treatment plant 2, vibrating screen 3, screen centrifuge 4, water treatment facilities 5, inhale pipe road 6, suction mine pump 7, drainage frame 8, water filter plate 9, vibration device 10, crawler belt 11, motor 1, elliptic cam 13, block 2 14, spring 2 15, block 3 16, branch Dagger 17, hydraulic cylinder 18, drainage through-hole 19, spring 1, block 1, pulley 1, slideway 1, giant 1, Get water bucket 25 connects ore bucket 26, fold hose 27, connecting spring 28, bracket 1, strut 30, connecting rod 31, motor 2 32, bias It takes turns one 33, block 4 34, supporting block 35, filter mine plate 1, filter mine plate 2 37, filter mine plate 3 38, go out mine mouth 1, motor three 40, eccentric wheel 2 41, block 5 42, spring 3 43, block 6 44, filter plate 45, filtering through-hole 46, giant 2 47, motor 4 48, drum strainer 1, out mine mouth 2 50, buffer-precipitation pond 51, secondary settling tank 52, filtering ponds 53, suction golden pond 54, pressurizing unit 55, hydraulic motor 56, screw rod 57, motor bearing 58, pulley 2 59, bracket 2 60, slideway 2 61, thread stop dog 62, stripper plate 63, protrusion 64, lifting device 65, valve 66, water pump 67, wear-resisting filter core 68, active carbon 69, giant 3 70, inhale golden cotton 71, Sieve nest 72, extensional vibration device 73 filter mine board shaft to vibration device 74, extruding pond 75, filter bag 76, drum strainer 2 77, stock 78。

Specific embodiment

The following further describes the present invention with reference to the drawings.

Embodiment 1:

A kind of high-efficient automatic preparation equipment, including filled into mine device 1, water treatment plant 2, vibrating screen 3, screen centrifuge 4 and water process Set 5；The water treatment plant 2 is set into below the outlet of mine device 1；The water treatment plant 2 includes 11, two groups of drainage frames of crawler belt 8, vibration device 10 and slideway 1；The slideway 1 is fixed on 11 two sides of crawler belt, and two groups of drainage frames 8 are respectively arranged at On the slideway 1 of two sides；The vibration device 10 is set between two groups of drainage frames 8, and connects two groups of drainage frames 8；The filter Water frame 8, vibration device 10 and slideway 1 are rotated with crawler belt 11；It is equipped with get water bucket 25 below the water treatment plant 2 and connects ore bucket 26, the get water bucket 25 and the inlet for connecing ore bucket 26 and being connected to the screen centrifuge 4 and vibrating screen 3 by pipeline respectively；It is described Vibrating screen 3 includes bracket 1, sieve nest 72, connecting spring 28, extensional vibration device 73, filter mine plate 1, filter mine plate 2 37, filter Mine plate 3 38 and filter mine board shaft are to vibration device 74；Six connecting springs are each provided in the top and bottom of the sieve nest 72 28, the sieve nest 72 passes through 28 connecting bracket 1 of connecting spring；72 upper and lower ends of sieve nest are equipped with strut 30；On described Connecting rod 31 is connected among the strut 30 at lower both ends；The extensional vibration device 73 is set to the bottom of sieve nest 72, and withstands institute State sieve nest 72；The extensional vibration device 73 includes motor 2 32, eccentric wheel 1, block 4 34 and supporting block 35；The electricity The rotor of machine 2 32 passes through eccentric wheel 1 from the position that eccentric wheel 1 deviates the center of circle, and connects with 35 bearing of supporting block It connects；The block 4 34 is fixed on 72 lower section of sieve nest；The eccentric wheel 1 withstands block 4 34；The filter mine plate 1, filter Mine plate 2 37 and the one end for filtering mine plate 3 38 are respectively equipped with one group of filter mine board shaft to vibration device 74；The filter mine plate axial vibration Device 74 includes motor 3 40, eccentric wheel 2 41, block 5 42, spring 3 43 and block 6 44；The block 6 44 is fixed on On sieve nest 72；The spring 3 43 is set between block 5 42 and block 6 44；The filter mine plate 1, filter mine plate 2 37 and Stock 78 is stretched out in the side of filter mine plate 3 38 respectively；The stock 78 sequentially passes through block 6 44 and spring 3 43, described in connection 5 42 1 surfaces of block；The eccentric wheel 2 41 withstands another surface of block 5 42；The rotor of the motor 3 40 is from inclined The position that heart wheel 2 41 deviates the center of circle passes through；The screen centrifuge 4 is set to the lower section of vibrating screen 3, the outlet of the vibrating screen 3 Road leads to the inlet of screen centrifuge 4；The water treatment facilities 5 includes buffer-precipitation pond 51, secondary settling tank 52, filtering ponds 53, inhales gold Pond 54 and extruding pond 75；The extruding pond 75 is equipped with pressurizing unit 55 on six inner surfaces；The outlet of the screen centrifuge 4 with The entrance in buffer-precipitation pond 51 is connected.

It is described to pump 7 including inhaling pipe road 6 and inhaling mine into mine device 1；The suction mine pump 7 separates twice branch near exit Pipe；The suction mine pump 7 is set to before inhaling 6 branch pipe bifurcation of pipe road.

Spring 1 is equipped in the slideway 1；8 bottom of drainage frame is equipped with block 1 and pulley 1；It is described Block 1 and pulley 1 are inserted in slideway 1；Withstand the side wall of slideway 1, other end top in described one 20 one end of spring State block 1 in residence；The vibration device 10 includes motor 1, elliptic cam 13, block 2 14, block 3 16 and spring 2 15；The center of circle of the rotor connection elliptic cam 13 of the motor 1；The elliptic cam 13 withstands block 2 14；The gear Block 2 14 is connect with 2 15 one end of spring, and 2 15 other end of spring is connect with block 3 16；The block 3 16 is fixed on The side of drainage frame 8；8 bottom of drainage frame is equipped with drainage through-hole 19.

The filter mine plate 1, filter mine plate 2 37 and filter mine plate 3 38 are in tilted layout inside sieve nest 72；Respectively described Go out mine mouth 1 there are three setting on the delivery position of filter mine plate 1, filter mine plate 2 37 and filter mine plate 3 38 and sieve nest 72；It is described Filter mine plate 1, filter mine plate 2 37 and filter mine plate 3 38 are set as two layers of filter plate 45 with filtering through-hole 46 and are superimposed, and are equipped with and adjust Whole motor one；The filtering through-hole diameter of the filter mine plate 1, filter mine plate 2 37 and filter mine plate 3 38 is sequentially reduced；The filter mine Plate 1, filter mine plate 2 37 and filter 3 38 bottom of mine plate are respectively arranged with giant 2 47；The giant 2 47 is fixed On sieve nest 72；The entrance and exit of the sieve nest 72 is provided with fold hose 27；27 inner surface of fold hose is equipped with The wear-resisting stratum reticulare of wire.

The screen centrifuge 4 mine mouth 2 50 including motor 4 48, drum strainer 1 and drum strainer 2 77 and out；The rolling Cylinder strainer 1 and 2 77 side of drum strainer be two concentric circles, the motor 4 48 rotor series connection drum strainer 1 and The 2 77 side center of circle of drum strainer；The mesh diameter of the drum strainer 1 and drum strainer 2 77 is sequentially reduced；The rolling Cylinder strainer 1 and drum strainer 2 77 are two layers of strainer superposition, and are equipped with adjustment motor two；4 side of screen centrifuge is equipped with Three go out mine mouth 2 50.

The buffer-precipitation pond 51 is above pond body and bottom is respectively equipped with upper outlet and lower outlet, the upper outlet connection Secondary settling tank 52, the lower outlet connection squeeze pond 75；The extruding pond 75 is equipped with pressurizing unit 55, institute on six inner surfaces It states to squeeze and is equipped with filter bag 76 among pond 75；The pressurizing unit includes hydraulic motor 56, screw rod 57, motor bearing 58, bracket two 60, thread stop dog 62 and stripper plate 63；The setting of bracket 2 60 is on squeezing 75 inner surface of pond；The bracket 2 60 is equipped with Slideway 2 61；58 side of motor bearing is equipped with pulley 2 59；The pulley 2 59 is inserted in slideway 2 61；The hydraulic horse It is arranged on motor bearing 58 up to 56；The rotor connecting screw 57 of the hydraulic motor 56；The screw thread baffle 62 is fixed on branch 60 top of frame, centre is equipped with tapped through hole；The screw rod 57 passes through the thread stop dog 62 by tapped through hole；The extruding Plate 63 is arranged in 57 end of screw rod；The stripper plate 63 is equipped with protrusion 64 on the direction towards filter bag 76；The extruding pond 75 Side is equipped with lifting device 65；The drag-line of the lifting device 65 links filter bag 76；It is heavy that the outlet for squeezing pond 75 is passed through two Pond 52；The outlet of the secondary settling tank 52 connects filtering ponds 53；It is divided into upper layer, middle layer and lower layer inside the filtering ponds 53, it is described Upper layer and lower interior part are equipped with wear-resisting filter core 68, are equipped with active carbon 69 inside the middle layer；In the upper layer, middle layer and lower layer It is provided with giant 3 70；Golden pond 54 is inhaled in the outlet connection of the filtering ponds 53；It is equipped with inside the golden pond 54 of the suction and inhales golden cotton 71；The lower outlet in the buffer-precipitation pond 51 and filtering bottom of pond portion pass through pipeline and are connected into filter bag 76；The buffer-precipitation pond 51, secondary settling tank 52, filtering ponds 53, the golden pond 54 of suction and the exit and entrance in extruding pond 75 are equipped with valve 66 and water pump 67；It is described The discharge outlet of water treatment facilities 5 is equipped with water quality monitoring instrument.

Embodiment 2:

The present embodiment two is essentially identical with one structure of embodiment and principle, the difference is that being arranged on 25 inner sidewall of get water bucket There is giant 1.When the drainage frame 8 moves to the leftmost side with crawler belt 11, the giant 24 is sprayed into drainage frame Water cleans the drainage frame.

Embodiment 3:

The present embodiment three is essentially identical with one structure of embodiment and principle, the difference is that 8 bottom of drainage frame is equipped with support column 17 and hydraulic cylinder 18；The push rod end of the hydraulic cylinder 18 is equipped with water filter plate 9；The push rod of the hydraulic cylinder 18 is in most short status When, the support column 17 withstands water filter plate 9,18 load-bearing of assisting hydraulic pressure cylinder；The bottom surface of the drainage frame 8 and water filter plate 9 are equipped with Drainage through-hole 19.When the drainage frame 8 moves to the rightmost side with crawler belt 11, the drainage frame 8 is downwardly turned over, at this time the liquid Cylinder pressure 18 ejects water filter plate 9 together with the ore on water filter plate 9；Water can be flowed out from the drainage through-hole 19.

Embodiment 4:

The present embodiment four is essentially identical with one structure of embodiment and principle, the difference is that being provided on 25 side wall of get water bucket Giant 1.When the drainage frame 8 moves to the leftmost side with crawler belt 11, the giant 24 is sprayed into drainage frame Water cleans the drainage frame.8 bottom of drainage frame is equipped with support column 17 and hydraulic cylinder 18；The push rod end of the hydraulic cylinder 18 Portion is equipped with water filter plate 9；When the push rod of the hydraulic cylinder 18 is in most short status, the support column 17 withstands water filter plate 9, assists liquid 18 load-bearing of cylinder pressure；The bottom surface of the drainage frame 8 and water filter plate 9 are equipped with drainage through-hole 19.When the drainage frame 8 is transported with crawler belt 11 When moving to the rightmost side, the drainage frame 8 is downwardly turned over, and the hydraulic cylinder 18 is by water filter plate 9 together with the ore on water filter plate 9 at this time Ejection；Water can be flowed out from the drainage through-hole 19.

Specific embodiment described herein is only an example for the spirit of the invention.The neck of technology belonging to the present invention The technical staff in domain can make various modifications or additions to the described embodiments or replace by a similar method In generation, however, it does not deviate from the spirit of the invention or beyond the scope of the appended claims.

Claims (6)

1. a kind of high-efficient automatic preparation equipment, it is characterised in that: including into mine device (1), water treatment plant (2), vibrating screen (3), screen centrifuge (4) and water treatment facilities (5)；The water treatment plant (2) is set into below the outlet of mine device (1)；It is described Water treatment plant (2) includes crawler belt (11), two groups of drainage frames (8), vibration device (10) and slideway one (23)；The slideway one (23) Crawler belt (11) two sides are fixed on, two groups of drainage frames (8) are respectively arranged on the slideway one (23) of two sides；The vibration device (10) it is set between two groups of drainage frames (8), and connects two groups of drainage frames (8)；The drainage frame (8), vibration device (10) and Slideway one (23) is rotated with crawler belt (11)；It is equipped with get water bucket (25) below the water treatment plant (2) and connects ore bucket (26), it is described to connect Bucket (25) and connect the inlet that ore bucket (26) is connected to the screen centrifuge (4) Yu vibrating screen (3) by pipeline respectively；The vibration Dynamic sieve (3) includes bracket one (29), sieve nest (72), connecting spring (28), extensional vibration device (73), filter mine plate one (36), filter Mine plate two (37) filters mine plate three (38) and filter mine board shaft to vibration device (74)；It is each in the top and bottom of the sieve nest (72) There are six connecting spring (28), the sieve nests (72) to pass through connecting spring (28) connecting bracket one (29) for setting；The sieve nest (72) upper and lower ends are equipped with strut (30)；Connecting rod (31) are connected among the strut (30) of the upper and lower ends；The longitudinal direction Vibration device (73) is set to the bottom of sieve nest (72), and withstands the sieve nest (72)；The extensional vibration device (73) includes Motor two (32), eccentric wheel one (33), block four (34) and supporting block (35)；The rotor of the motor two (32) is from eccentric wheel one (33) position for deviateing the center of circle passes through eccentric wheel one (33), and connect with the supporting block (35) bearing；The block four (34) It is fixed below sieve nest (72)；The eccentric wheel one (33) withstands block four (34)；The filter mine plate one (36), filter mine plate two (37) and one end of filter mine plate three (38) is respectively equipped with one group of filter mine board shaft to vibration device (74)；The filter mine plate axial vibration Device (74) includes motor three (40), eccentric wheel two (41), block five (42), spring three (43) and block six (44)；The gear Block six (44) is fixed on sieve nest (72)；The spring three (43) is set between block five (42) and block six (44)；It is described Stock (78) are stretched out in the side of filter mine plate one (36), filter mine plate two (37) and filter mine plate three (38) respectively；The stock (78) according to It is secondary to pass through block six (44) and spring three (43), connect surface of the block five (42)；The eccentric wheel two (41) is withstood Another surface of block five (42)；The rotor of the motor three (40) is passed through from the position that eccentric wheel two (41) deviates the center of circle；Institute The lower section that screen centrifuge (4) is set to vibrating screen (3) is stated, the outlet conduit of the vibrating screen (3) leads to the entrance of screen centrifuge (4) Place；The water treatment facilities (5) includes buffer-precipitation pond (51), secondary settling tank (52), filtering ponds (53), inhales Jin Chi (54) and squeeze Pond (75)；The extruding pond (75) is equipped with pressurizing unit (55) on six inner surfaces；The outlet of the screen centrifuge (4) and slow The entrance for rushing sedimentation basin (51) is connected.

2. a kind of high-efficient automatic preparation equipment according to claim 1, it is characterised in that: described to be wrapped into mine device (1) It includes to inhale pipe road (6) and inhale mine and pumps (7)；The suction mine pump (7) separates twice branch pipe near exit；The suction mine pump (7) sets It is placed in front of inhaling pipe road (6) branch pipe bifurcation；Giant one is provided in the get water bucket (25) inner left wall (24).

3. a kind of high-efficient automatic preparation equipment according to claim 1, it is characterised in that: set in the slideway one (23) There is spring one (20)；Drainage frame (8) bottom is equipped with block one (21) and pulley one (22)；The block one (21) and pulley It is inserted in slideway one (23) one (22)；The side wall of slideway one (23) is withstood in described spring one (20) one end, and the other end withstands described Block one (21)；The vibration device (10) includes motor one (12), elliptic cam (13), block two (14), block three (16) And spring two (15)；The center of circle of rotor connection elliptic cam (13) of the motor one (12)；The elliptic cam (13) is withstood Block two (14)；The block two (14) connect with spring two (15) one end, spring two (15) other end and block three (16) it connects；The block three (16) is fixed on the side of drainage frame (8)；Drainage frame (8) bottom is equipped with support column (17) And hydraulic cylinder (18)；The push rod end of the hydraulic cylinder (18) is equipped with water filter plate (9)；The push rod of the hydraulic cylinder (18) is in most When short status, the support column (17) withstands water filter plate (9)；The bottom surface of the drainage frame (8) and water filter plate (9) are equipped with drainage Through-hole (19).

4. a kind of high-efficient automatic preparation equipment according to claim 1, it is characterised in that: the filter mine plate one (36), It filters mine plate two (37) and filter mine plate three (38) is in tilted layout in sieve nest (72) inside；Respectively in the filter mine plate one (36), filter mine Go out mine mouth one (39) there are three setting on the delivery position of plate two (37) and filter mine plate three (38) and sieve nest (72)；The filter mine plate one (36), mine plate two (37) are filtered and filter mine plate three (38) and are set as two layers of filter plate (45) superposition with filtering through-hole (46), and are equipped with Adjust motor one；The filtering through-hole diameter of filter mine plate one (36), filter mine plate two (37) and filter mine plate three (38) is sequentially reduced； The filter mine plate one (36), filter mine plate two (37) and filter mine plate three (38) bottom are respectively arranged with giant two (47)；It is described Giant two (47) is fixed on sieve nest (72)；The entrance and exit of the sieve nest (72) is provided with fold hose (27)； Fold hose (27) inner surface is equipped with the wear-resisting stratum reticulare of wire.

5. a kind of high-efficient automatic preparation equipment according to claim 1, it is characterised in that: the screen centrifuge (4) includes Motor four (48), drum strainer one (49), drum strainer two (77) and mine mouth two (50) out；The drum strainer one (49) and rolling Cylinder strainer two (77) side is two concentric circles, rotor series connection drum strainer one (49), drum strainer of the motor four (48) Two (77) sides center of circle；The mesh diameter of the drum strainer one (49) and drum strainer two (77) is sequentially reduced；The roller Strainer one (49) and drum strainer two (77) are two layers of strainer superposition, and are equipped with adjustment motor two；Screen centrifuge (4) side If there are three go out mine mouth two (50).

6. a kind of high-efficient automatic preparation equipment according to claim 1, it is characterised in that: the buffer-precipitation pond (51) Above pond body and bottom is respectively equipped with upper outlet and lower outlet, and the upper outlet connects secondary settling tank (52), and the lower outlet connects It connects and squeezes pond (75)；Filter bag (76) are equipped among the extruding pond (75)；The pressurizing unit (55) include hydraulic motor (56), Screw rod (57), motor bearing (58), bracket two (60), thread stop dog (62) and stripper plate (63)；Bracket two (60) setting On squeezing pond (75) inner surface；The bracket two (60) is equipped with slideway two (61)；Motor bearing (58) side is equipped with Pulley two (59)；The pulley two (59) is inserted in slideway two (61)；The hydraulic motor (56) is arranged in motor bearing (58) On；The rotor connecting screw (57) of the hydraulic motor (56)；The screw thread baffle (62) is fixed at the top of bracket (60), intermediate Equipped with tapped through hole；The screw rod (57) is passed through the thread stop dog (62) by tapped through hole；Stripper plate (63) setting In screw rod (57) end；The stripper plate (63) is equipped with raised (64) on the direction towards filter bag (76)；The extruding pond (75) side is equipped with lifting device (65)；The lifting device (65) links filter bag (76) by rope；The extruding pond (75) Outlet be passed through secondary settling tank (52)；The outlet of the secondary settling tank (52) connects filtering ponds (53)；Filtering ponds (53) inner part For upper layer, middle layer and lower layer, the upper layer and lower interior part are equipped with wear-resisting filter core (68), and active carbon is equipped with inside the middle layer (69)；Giant three (70) is provided in the upper layer, middle layer and lower layer；Gold is inhaled in the outlet connection of the filtering ponds (53) Pond (54)；It is equipped with inside the suction Jin Chi (54) and inhales golden cotton (71)；The lower outlet of the buffer-precipitation pond (51) and filtering ponds (53) bottom passes through pipeline and is connected into the filter bag (76) squeezed in pond (75)；The buffer-precipitation pond (51), secondary settling tank (52), The exit and entrance of filtering ponds (53), suction Jin Chi (54) and extruding pond (75) is equipped with valve (66) and water pump (67)；The water The discharge outlet of processing unit (5) is equipped with water quality monitoring instrument.