CN106929670B - A kind of uniform coprecipitated settler of type of Rare Earth Mine precipitation reaction - Google Patents
A kind of uniform coprecipitated settler of type of Rare Earth Mine precipitation reaction Download PDFInfo
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- CN106929670B CN106929670B CN201710340873.0A CN201710340873A CN106929670B CN 106929670 B CN106929670 B CN 106929670B CN 201710340873 A CN201710340873 A CN 201710340873A CN 106929670 B CN106929670 B CN 106929670B
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- C—CHEMISTRY; METALLURGY
- C22—METALLURGY; FERROUS OR NON-FERROUS ALLOYS; TREATMENT OF ALLOYS OR NON-FERROUS METALS
- C22B—PRODUCTION AND REFINING OF METALS; PRETREATMENT OF RAW MATERIALS
- C22B3/00—Extraction of metal compounds from ores or concentrates by wet processes
- C22B3/02—Apparatus therefor
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- C—CHEMISTRY; METALLURGY
- C22—METALLURGY; FERROUS OR NON-FERROUS ALLOYS; TREATMENT OF ALLOYS OR NON-FERROUS METALS
- C22B—PRODUCTION AND REFINING OF METALS; PRETREATMENT OF RAW MATERIALS
- C22B3/00—Extraction of metal compounds from ores or concentrates by wet processes
- C22B3/20—Treatment or purification of solutions, e.g. obtained by leaching
- C22B3/44—Treatment or purification of solutions, e.g. obtained by leaching by chemical processes
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- C—CHEMISTRY; METALLURGY
- C22—METALLURGY; FERROUS OR NON-FERROUS ALLOYS; TREATMENT OF ALLOYS OR NON-FERROUS METALS
- C22B—PRODUCTION AND REFINING OF METALS; PRETREATMENT OF RAW MATERIALS
- C22B59/00—Obtaining rare earth metals
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P10/00—Technologies related to metal processing
- Y02P10/20—Recycling
Abstract
Coprecipitated settler is precipitated the present invention relates to a kind of Rare Earth Mine more particularly to a kind of Rare Earth Mine precipitation reacts the uniform coprecipitated settler of type.The technical problem to be solved in the present invention is to provide a kind of Rare Earth Mine precipitations to react the uniform coprecipitated settler of type.In order to solve the above technical problem, the present invention provides such a Rare Earth Mine precipitations to react the uniform coprecipitated settler of type, includes motor I etc.；Rotary shaft I is connected with motor I, the top of rotary shaft I is provided with pretipitatin jar, pretipitatin jar is set as being fixedly connected with rotary shaft I, is provided with above pretipitatin jar and is stirred to react device and feeding liquid device.A kind of Rare Earth Mine precipitation provided by the present invention reacts the uniform coprecipitated settler of type, by using the mode for being stirred to react device and feeding liquid device and being combined, can equably be sprayed at feed liquid in pretipitatin jar.
Description
Technical field
Coprecipitated settler is precipitated the present invention relates to a kind of Rare Earth Mine more particularly to a kind of Rare Earth Mine precipitation is equal with reaction
The even coprecipitated settler of type.
Background technology
On October 13rd, 2015, rare earth leading enterprise, northern rare earth is issued《The bulletin supported value about limited production》.Bulletin is aobvious
Show, in view of the continued downturn of current rare earth market, the situation of the long-term low level of product price, to promote China's Rare-earth Industry health to send out
Exhibition, is effectively relieved the rare earth demand and supply contraction, and northern rare earth determines that implementing limited production supports value, whole year smelt separation amount of product throughput compared with
The total amount of rare earth control plan index amounts in 2015 that Ministry of Industry and Information is assigned to company reduce 10% or so.Rare earth has " industrial vitamin "
Laudatory title, rare earth element was found successively since last years in 18th century, and people often claimed soild oxide not soluble in water at that time
For soil.Rare earth is usually to be separated with oxidation state, although reserves are very huge on earth, smelts purification difficulty
It is larger, it appears more rare, it is however generally that, tellurian rare earth exists in the form of rare earth oxide.Precipitation tank is two kinds of solution
It is reacted in a groove body, generates deposit, it is molten to commonly use ammonium hydrogen carbonate in rare-earth trade for final product deposit thus
Liquid reacts precipitation with Rare Earth Mine and prepares carbonated rare earth, and the production technology of use generally has positive sequence charging, and common charging and inverted sequence add
Material, the crystal form of the obtained carbonated rare earth of different feed way, are distributed also all different froms at granular size.Positive sequence feeds
Ammonium hydrogen carbonate after dilution is added by certain speed in rare earth feed liquid, the ammonium bicarbonate soln concentration prepared will be less than 1mol/
L, while charging rate is controlled, it otherwise will appear the excessively high phenomenon of local concentration so that particle is uneven.Upside-down loading will
Rare earth feed liquid is added in ammonium bicarbonate soln.
Existing Rare Earth Mine precipitates coprecipitated settler, and the traditional structure of generally use can only carry out mixed liquor single
One stirring causes mixed liquor reaction uneven, and reaction effect difference efficiency is low, is unfavorable for the production and development of enterprise.
Invention content
（1）Technical problems to be solved
For the present invention in order to overcome existing Rare Earth Mine to precipitate coprecipitated settler, the traditional structure of generally use can only
Single stirring is carried out to mixed liquor, mixed liquor is caused to react non-uniform disadvantage, the technical problem to be solved in the present invention is to provide
A kind of uniform coprecipitated settler of type of Rare Earth Mine precipitation reaction.
（2）Technical solution
In order to solve the above technical problem, the present invention provides the uniform type of such a Rare Earth Mine precipitation reaction is coprecipitated heavy
Shallow lake device includes motor I, rotary shaft I, pretipitatin jar, is stirred to react device and feeding liquid device；It is arranged in the top of motor I
There are rotary shaft I, rotary shaft I to be connected with motor I, the top of rotary shaft I is provided with pretipitatin jar, pretipitatin jar is set with rotary shaft I
It is set to and is fixedly connected, be provided with above pretipitatin jar and be stirred to react device and feeding liquid device.
Preferably, it includes upper and lower air cylinders I, upper and lower telescopic rod I, connecting plate I, connecting plate II, stirring to be stirred to react device
Plate, connecting shaft, agitating paddle I and agitating paddle II；The lower section of upper and lower air cylinders I be provided with up and down telescopic rod I, upper and lower telescopic rod I with
Upper and lower air cylinders I are connected, and connecting plate I is provided on upper and lower telescopic rod I, and connecting plate I and the top of upper and lower telescopic rod I are set as
It is fixedly connected, the lower section of connecting plate I is provided with connecting plate II, the middle part of connecting plate II and upper and lower telescopic rod I is set as fixed
Connection, agitating plate is provided in the lower section of connecting plate II, and agitating plate is set as being fixedly connected with the lower end of upper and lower telescopic rod I,
It is provided with hole on agitating plate, connecting shaft is provided in the hole of agitating plate, connecting shaft is set as being rotatablely connected with agitating plate, is stirring
It mixes and is provided with agitating paddle I on the right side of plate, agitating paddle I is connected with the right end of connecting shaft, and stirring is provided on the left of agitating plate
Paddle II, agitating paddle II are connected with the left end of connecting shaft, and agitating plate, connecting shaft, agitating paddle I and agitating paddle II are arranged at precipitation
The top of cylinder, agitating paddle I and agitating paddle II are corresponding with pretipitatin jar.
Preferably, feeding liquid device includes feed liquid case I, feeding liquid pipe I, high-pressure pump I, valve I, nozzle I, feed liquid case
II, feeding liquid pipe II, high-pressure pump II, valve II and nozzle II；The lower right of feed liquid case I is provided with feeding liquid pipe I, feeding liquid
Pipe I is connected with feed liquid case I, and feeding liquid pipe I is set as hose, and high-pressure pump I and valve I, valve are provided in feeding liquid pipe I
I is arranged in the lower section of high-pressure pump I, and high-pressure pump I is arranged in the left side of connecting plate I, and high-pressure pump I is set as fixed company with connecting plate I
It connects, the lower section of feeding liquid pipe I is provided with nozzle I, nozzle I is connected with feeding liquid pipe I, and nozzle I is arranged in connecting plate II
Left side, nozzle I are set as being fixedly connected with connecting plate II, and nozzle I is arranged in the top of agitating paddle II, nozzle I and agitating paddle II
Corresponding, feed liquid case I, feeding liquid pipe I, high-pressure pump I, valve I and nozzle I are arranged at the left side for being stirred to react device；Expecting
The lower left of liquid case II is provided with feeding liquid pipe II, and feeding liquid pipe II is connected with feed liquid case II, and feeding liquid pipe II is set as soft
Pipe, is provided with high-pressure pump II and valve II, valve II is arranged in the lower section of high-pressure pump II, and high-pressure pump II is set in feeding liquid pipe II
It sets on the right side of connecting plate I, high-pressure pump II is set as being fixedly connected with connecting plate I, and the lower section of feeding liquid pipe II is provided with spray
First II, nozzle II is connected with feeding liquid pipe II, and nozzle II is arranged on the right side of connecting plate II, and nozzle II is arranged with connecting plate II
To be fixedly connected, nozzle II is arranged in the top of agitating paddle I, and nozzle II is corresponding with agitating paddle I, feed liquid case II, feeding liquid pipe
II, high-pressure pump II, valve II and nozzle II are arranged at the right side for being stirred to react device.
Preferably, further include having pedestal, connecting pole, motor II, rotary shaft II, gear, ring gear, T shapes connecting rod, rotation
Disk, upper and lower air cylinders II, upper and lower telescopic rod II, manipulator I, handle, lid, upper and lower air cylinders III, upper and lower telescopic rod III, manipulator
II, upper and lower air cylinders IV, upper and lower telescopic rod IV and manipulator III；Pedestal is arranged in the lower section of motor I, the right part of motor I and pedestal
It is set as being fixedly connected, connecting pole is provided with above pedestal, is set as being fixedly connected in the middle part of connecting pole and pedestal, connect
Column is arranged in the left side of motor I, and motor II is provided on the left of connecting pole, and motor II is set as being fixedly connected with connecting pole,
The top of motor II is provided with rotary shaft II, rotary shaft II is connected with motor II, and setting is with teeth in the top of rotary shaft II
Wheel, gear are connected with rotary shaft II, ring gear are provided on the outside of gear, gear is meshed with ring gear, and ring gear is set
It sets in the outside of connecting pole, T shape connecting rods is provided with above connecting pole, T shapes connecting rod is set as fixed company with connecting pole
It connects, rotating disk is provided with above connecting pole, rotating disk is set as being flexibly connected with connecting pole, in the centre of rotating disk
It is provided with hole, rotating disk through hole is sleeved in T shape connecting rods, and rotating disk is set as being rotatablely connected with T shape connecting rods, and rotating disk is set
It sets in the top of ring gear, ring gear is set as being fixedly connected with rotating disk, and upper and lower air cylinders II are provided with below rotating disk,
Upper and lower air cylinders II are set as being fixedly connected with rotating disk, and upper and lower air cylinders II are arranged in the left side of connecting pole, in upper and lower air cylinders II
Lower section is provided with telescopic rod II, upper and lower telescopic rod II up and down and is connected with upper and lower air cylinders II, is set in the lower section of upper and lower telescopic rod II
It is equipped with manipulator I, manipulator I is connected with upper and lower telescopic rod II, the lower section of manipulator I is provided with lid, on the top of lid
Portion is fixedly installed handle, and manipulator I is set as being flexibly connected with handle, and lid is set as being flexibly connected with pretipitatin jar, lid
Conjunction is mutually covered with pretipitatin jar, upper and lower air cylinders III are provided on the left of pretipitatin jar, and upper and lower air cylinders III are set as fixed company with pretipitatin jar
It connects, the top of upper and lower air cylinders III is provided with telescopic rod III up and down, upper and lower telescopic rod III is connected with upper and lower air cylinders III, upper and lower
The top of telescopic rod III is provided with manipulator II, and manipulator II is connected with upper and lower telescopic rod III, and manipulator II is opposite with lid
Answer, manipulator II is set as being flexibly connected with lid, is provided with upper and lower air cylinders IV on the right side of pretipitatin jar, upper and lower air cylinders IV with it is heavy
Shallow lake cylinder is set as being fixedly connected, and the top of upper and lower air cylinders IV is provided with telescopic rod IV up and down, upper and lower telescopic rod IV and upper and lower gas
Cylinder IV is connected, and the top of upper and lower telescopic rod IV is provided with manipulator III, manipulator III is connected with upper and lower telescopic rod IV, machine
Tool hand III is corresponding with lid, and manipulator III is set as being flexibly connected with lid, and feed liquid case I, upper and lower air cylinders I and feed liquid case II are equal
It is arranged in the lower section of rotating disk, feed liquid case I, upper and lower air cylinders I and feed liquid case II are set as being fixedly connected with rotating disk, feed liquid case
I is arranged on the right side of connecting pole.
Preferably, further include having upper and lower air cylinders V, upper and lower telescopic rod V, motor III, rotary shaft III and agitating paddle III；Up and down
Cylinder V is arranged in the front of connecting pole, and upper and lower air cylinders V are arranged in the lower section of rotating disk, and upper and lower air cylinders V are arranged with rotating disk
To be fixedly connected, the lower section of upper and lower air cylinders V is provided with telescopic rod V, upper and lower telescopic rod V up and down and is connected with upper and lower air cylinders V
It connects, the lower section of upper and lower telescopic rod V is provided with motor III, motor III is connected with upper and lower telescopic rod V, in the lower section of motor III
It is provided with rotary shaft III, rotary shaft III is connected with motor III, and the lower section of rotary shaft III is provided with agitating paddle III, agitating paddle III
It is connected with rotary shaft III, agitating paddle III is arranged in the top of pretipitatin jar, and agitating paddle III is corresponding with pretipitatin jar.
Preferably, the cylinder diameter of upper and lower air cylinders I is set as 50-100mm, and the stroke of upper and lower air cylinders I is set as 3-10m, up and down
The cylinder diameter of cylinder II is set as 100-200mm, and the stroke of upper and lower air cylinders II is set as 5-15m.
Operation principle：Because the present invention includes motor I, rotary shaft I, pretipitatin jar, is stirred to react device and feeding liquid dress
It sets；So crystal seed can be first added in pretipitatin jar by staff, and be added a certain amount of water and sized mixing, people is worked at the same time
Member's startup motor I is rotated, and motor I drives pretipitatin jar to be rotated together by rotary shaft I, and then staff makes stirring
Reaction unit is extend into pretipitatin jar, and then staff is molten by rare earth feed liquid and ammonium hydrogen carbonate respectively by feeding liquid device again
Liquid is transported in pretipitatin jar, and in pretipitatin jar, precipitated cylinder drives to be rotated mixed liquor together, is stirred to react device to mixed
It closes liquid passively to be stirred, mixed liquor is promoted to carry out homogeneous reaction, hybrid reaction effect is good.When to the mixed liquor in pretipitatin jar into
After the row stirring regular hour, staff stops the rotation of motor I, and staff makes to be stirred to react again device out of pretipitatin jar
It is mobile, and the regular hour is stood to the mixed liquor in pretipitatin jar, rare earth feed liquid and ammonium bicarbonate soln react, generation
Carbonated rare earth is then precipitated in pretipitatin jar, and is deposited in the bottom of pretipitatin jar, and layering is formed with the surplus solution after reacting,
Then staff is again respectively taken away the two by miscellaneous equipment.
Because be stirred to react device include upper and lower air cylinders I, upper and lower telescopic rod I, connecting plate I, connecting plate II, agitating plate,
Connecting shaft, agitating paddle I and agitating paddle II；So staff can start upper and lower air cylinders I and act, upper and lower air cylinders I pass through
Upper and lower telescopic rod I drives agitating paddle I and agitating paddle II to move up and down together, and agitating paddle I and agitating paddle II are transported downwards
It moves in pretipitatin jar, the mixed liquor in pretipitatin jar is passively stirred.It is finished when being stirred to the mixed liquor in pretipitatin jar
Afterwards, agitating paddle I and agitating paddle II are brought back to origin-location by staff upwards by upper and lower air cylinders I again.
Because feeding liquid device includes feed liquid case I, feeding liquid pipe I, high-pressure pump I, valve I, nozzle I, feed liquid case II, send
Feed liquid pipe II, high-pressure pump II, valve II and nozzle II；So rare earth feed liquid can be added to feed liquid case I by staff in advance
It is interior, then ammonium bicarbonate soln is added in feed liquid case II again.When agitating paddle I and agitating paddle II are located in pretipitatin jar, work
Make personnel and open valve I and valve II respectively again, high-pressure pump I and high-pressure pump II is then respectively started again, high-pressure pump I passes through feeding
Rare earth feed liquid is transported in nozzle I by liquid pipe I, and is ejected into pretipitatin jar.Since agitating paddle II is arranged in the lower section of nozzle I,
So the rare earth feed liquid sprayed out of nozzle I can drive agitating paddle II to be rotated, and the agitating paddle II rotated can make spray
The rare earth feed liquid gone out is equably sprayed in pretipitatin jar.Ammonium bicarbonate soln is transported to spray by high-pressure pump II by feeding liquid pipe II
In first II, and it is ejected into pretipitatin jar.Since agitating paddle I is identical as II shape design of agitating paddle, the two is simultaneously connected by connecting shaft
It connects, so the ammonium bicarbonate soln sprayed out of nozzle II also can drive agitating paddle I to be rotated, and the agitating paddle I rotated
Also the ammonium bicarbonate soln of ejection can be made equably to be sprayed in pretipitatin jar, is conducive to the homogeneous reaction of mixed liquor, reaction effect
Fruit is good.
Because further include have pedestal, connecting pole, motor II, rotary shaft II, gear, ring gear, T shapes connecting rod, rotating disk,
Upper and lower air cylinders II, upper and lower telescopic rod II, manipulator I, handle, lid, upper and lower air cylinders III, upper and lower telescopic rod III, manipulator II, on
Lower cylinder IV, upper and lower telescopic rod IV and manipulator III；So staff can start motor II and rotate, motor II passes through
Rotary shaft II is rotated with moving gear, and gear drives rotating disk to be rotated by ring gear, and rotating disk is made to horizontally rotate
180 degree, upper and lower air cylinders II and lid etc. are located at the surface of pretipitatin jar at this time, and upper and lower air cylinders I, feed liquid case I and feed liquid case II
It is then driven by rotating disk and has rotated 180 degree, and removed above pretipitatin jar.Then staff start upper and lower air cylinders II into
Action is made, and upper and lower air cylinders II drive manipulator I and handle and lid to be moved downwardly together by upper and lower telescopic rod II, when
When lid is moved downwardly to the position where pretipitatin jar, lid just covers pretipitatin jar, and then staff makes manipulator I again
It unclamps, and manipulator I is brought back into origin-location upwards by upper and lower air cylinders II.Then staff starts gas up and down simultaneously again
Cylinder III and upper and lower air cylinders IV are acted, and manipulator II is moved upward to lid institute by upper and lower air cylinders III by upper and lower telescopic rod III
Position, manipulator III moves upward to the position where lid by upper and lower telescopic rod IV by upper and lower air cylinders IV, then work
Make personnel again by manipulator II and manipulator III by lid catching tightly, staff can be driven by motor I at this time
Pretipitatin jar carries out the rotation of hypervelocity, and lid can prevent mixed liquor from splashing out.
Because further including having upper and lower air cylinders V, upper and lower telescopic rod V, motor III, rotary shaft III and agitating paddle III；So work
Making personnel can make rotating disk carry out 90 degree of rotations by motor II, and agitating paddle III is rotated to the surface of pretipitatin jar, so
Staff starts upper and lower air cylinders V and acts afterwards, and upper and lower air cylinders V drive motor III and agitating paddle by upper and lower telescopic rod V
III moves up and down together, and agitating paddle III is moved downwardly in pretipitatin jar, then staff restart motor III into
Row rotation, motor III drive agitating paddle III to carry out active stirring to mixed liquor by rotary shaft III.
Because the cylinder diameter of upper and lower air cylinders I is set as 50-100mm, the stroke of upper and lower air cylinders I is set as 3-10m, upper and lower air cylinders
II cylinder diameter is set as 100-200mm, and the stroke of upper and lower air cylinders II is set as 5-15m, so the present apparatus has a wide range of application, fortune
Row stationary performance is safe and reliable.
（3）Advantageous effect
A kind of Rare Earth Mine precipitation provided by the present invention reacts the uniform coprecipitated settler of type, by using being stirred to react
Feed liquid can be equably sprayed in pretipitatin jar by the mode that device and feeding liquid device are combined, and be the subsequent mixing of feed liquid
Reaction provides great convenience, so that mixed liquor is reacted more uniform, improves the quality of product, simple in structure, easy to use,
Repair easy to maintain.
Description of the drawings
Fig. 1 is the main view schematic diagram of the present invention.
Fig. 2 is the main view schematic diagram for being stirred to react device of the present invention.
Fig. 3 is the three-dimensional figure structure schematic representation of the agitating plate of the present invention.
Fig. 4 is the main view schematic diagram of the pedestal of the present invention.
Fig. 5 is the main view schematic diagram of the agitating paddle III of the present invention.
Label in attached drawing be：1- motors I, 2- rotary shafts I, 3- pretipitatin jars, 4- are stirred to react device, 5- feeding liquid dress
It sets, 10- pedestals, 11- connecting poles, 12- motors II, 13- rotary shafts II, 14- gears, 15- ring gears, 16-T shape connecting rods, 17-
Rotating disk, 18- upper and lower air cylinders II, 19- or more telescopic rods II, 20- manipulators I, 21- handles, 22- lids, 23- upper and lower air cylinders
Telescopic rod III above or below III, 24-, 25- manipulators II, 26- upper and lower air cylinders IV, 27- or more telescopic rods IV, 28- manipulators III, 30-
Upper and lower air cylinders V, 31- or more telescopic rods V, 32- motors III, 33- rotary shafts III, 34- agitating paddles III, 40- upper and lower air cylinders I, 41-
Upper and lower telescopic rod I, 42- connecting plates I, 43- connecting plates II, 44- agitating plates, 45- connecting shafts, 46- agitating paddles I, 47- agitating paddles
II, 50- feed liquid case I, 51- feedings liquid pipe I, 52- high-pressure pumps I, 53- valve Is, 54- nozzles I, 55- feed liquids case II, 56- feeding liquid
Pipe II, 57- high-pressure pumps II, 58- valves II, 59- nozzles II.
Specific implementation mode
The present invention is further illustrated with reference to the accompanying drawings and examples.
Embodiment 1
A kind of uniform coprecipitated settler of type of Rare Earth Mine precipitation reaction includes as shown in Figs. 1-5 motor I 1, rotation
Axis I 2, is stirred to react device 4 and feeding liquid device 5 at pretipitatin jar 3；The top of motor I 1 is provided with rotary shaft I 2, rotary shaft I 2
It is connected with motor I 1, the top of rotary shaft I 2 is provided with pretipitatin jar 3, pretipitatin jar 3 is set as being fixedly connected with rotary shaft I 2,
It is provided in the top of pretipitatin jar 3 and is stirred to react device 4 and feeding liquid device 5.
Embodiment 2
A kind of uniform coprecipitated settler of type of Rare Earth Mine precipitation reaction includes as shown in Figs. 1-5 motor I 1, rotation
Axis I 2, is stirred to react device 4 and feeding liquid device 5 at pretipitatin jar 3；The top of motor I 1 is provided with rotary shaft I 2, rotary shaft I 2
It is connected with motor I 1, the top of rotary shaft I 2 is provided with pretipitatin jar 3, pretipitatin jar 3 is set as being fixedly connected with rotary shaft I 2,
It is provided in the top of pretipitatin jar 3 and is stirred to react device 4 and feeding liquid device 5.
Device 4 is stirred to react to include upper and lower air cylinders I 40, upper and lower telescopic rod I 41, connecting plate I 42, connecting plate II 43, stir
Mix plate 44, connecting shaft 45, agitating paddle I 46 and agitating paddle II 47；The lower section of upper and lower air cylinders I 40 is provided with telescopic rod I 41 up and down,
Upper and lower telescopic rod I 41 is connected with upper and lower air cylinders I 40, is provided with connecting plate I 42 on upper and lower telescopic rod I 41, connecting plate I 42 and
The top of upper and lower telescopic rod I 41 is set as being fixedly connected, and the lower section of connecting plate I 42 is provided with connecting plate II 43, connecting plate II
43 are set as being fixedly connected with the middle part of upper and lower telescopic rod I 41, and the lower section of connecting plate II 43 is provided with agitating plate 44, agitating plate
44 are set as being fixedly connected with the lower end of upper and lower telescopic rod I 41, and hole is provided on agitating plate 44, are set in the hole of agitating plate 44
It is equipped with connecting shaft 45, connecting shaft 45 is set as being rotatablely connected with agitating plate 44, and the right side of agitating plate 44 is provided with agitating paddle I
46, agitating paddle I 46 is connected with the right end of connecting shaft 45, and the left side of agitating plate 44 is provided with agitating paddle II 47, agitating paddle II
47 are connected with the left end of connecting shaft 45, and agitating plate 44, connecting shaft 45, agitating paddle I 46 and agitating paddle II 47 are arranged at precipitation
The top of cylinder 3, agitating paddle I 46 and agitating paddle II 47 are corresponding with pretipitatin jar 3.
Embodiment 3
A kind of uniform coprecipitated settler of type of Rare Earth Mine precipitation reaction includes as shown in Figs. 1-5 motor I 1, rotation
Axis I 2, is stirred to react device 4 and feeding liquid device 5 at pretipitatin jar 3；The top of motor I 1 is provided with rotary shaft I 2, rotary shaft I 2
It is connected with motor I 1, the top of rotary shaft I 2 is provided with pretipitatin jar 3, pretipitatin jar 3 is set as being fixedly connected with rotary shaft I 2,
It is provided in the top of pretipitatin jar 3 and is stirred to react device 4 and feeding liquid device 5.
Device 4 is stirred to react to include upper and lower air cylinders I 40, upper and lower telescopic rod I 41, connecting plate I 42, connecting plate II 43, stir
Mix plate 44, connecting shaft 45, agitating paddle I 46 and agitating paddle II 47；The lower section of upper and lower air cylinders I 40 is provided with telescopic rod I 41 up and down,
Upper and lower telescopic rod I 41 is connected with upper and lower air cylinders I 40, is provided with connecting plate I 42 on upper and lower telescopic rod I 41, connecting plate I 42 and
The top of upper and lower telescopic rod I 41 is set as being fixedly connected, and the lower section of connecting plate I 42 is provided with connecting plate II 43, connecting plate II
43 are set as being fixedly connected with the middle part of upper and lower telescopic rod I 41, and the lower section of connecting plate II 43 is provided with agitating plate 44, agitating plate
44 are set as being fixedly connected with the lower end of upper and lower telescopic rod I 41, and hole is provided on agitating plate 44, are set in the hole of agitating plate 44
It is equipped with connecting shaft 45, connecting shaft 45 is set as being rotatablely connected with agitating plate 44, and the right side of agitating plate 44 is provided with agitating paddle I
46, agitating paddle I 46 is connected with the right end of connecting shaft 45, and the left side of agitating plate 44 is provided with agitating paddle II 47, agitating paddle II
47 are connected with the left end of connecting shaft 45, and agitating plate 44, connecting shaft 45, agitating paddle I 46 and agitating paddle II 47 are arranged at precipitation
The top of cylinder 3, agitating paddle I 46 and agitating paddle II 47 are corresponding with pretipitatin jar 3.
Feeding liquid device 5 includes feed liquid case I 50, feeding liquid pipe I 51, high-pressure pump I 52, valve I 53, nozzle I 54, feed liquid
Case II 55, feeding liquid pipe II 56, high-pressure pump II 57, valve II 58 and nozzle II 59；It is provided with and send in the lower right of feed liquid case I 50
Feed liquid pipe I 51, feeding liquid pipe I 51 are connected with feed liquid case I 50, and feeding liquid pipe I 51 is set as hose, in feeding liquid pipe I 51
It is provided with high-pressure pump I 52 and valve I 53, valve I 53 is arranged in the lower section of high-pressure pump I 52, and high-pressure pump I 52 is arranged in connecting plate I
42 left side, high-pressure pump I 52 are set as being fixedly connected with connecting plate I 42, and the lower section of feeding liquid pipe I 51 is provided with nozzle I 54,
Nozzle I 54 is connected with feeding liquid pipe I 51, and nozzle I 54 is arranged in the left side of connecting plate II 43, nozzle I 54 and connecting plate II 43
It is set as being fixedly connected, nozzle I 54 is arranged in the top of agitating paddle II 47, and nozzle I 54 is corresponding with agitating paddle II 47, feed liquid case
I 50, feeding liquid pipe I 51, high-pressure pump I 52, valve I 53 and nozzle I 54 are arranged at the left side for being stirred to react device 4；In feed liquid
The lower left of case II 55 is provided with feeding liquid pipe II 56, and feeding liquid pipe II 56 is connected with feed liquid case II 55, feeding liquid pipe II 56
It is set as hose, high-pressure pump II 57 and valve II 58 are provided in feeding liquid pipe II 56, valve II 58 is arranged in high-pressure pump II
57 lower section, high-pressure pump II 57 are arranged on the right side of connecting plate I 42, and high-pressure pump II 57 is set as being fixedly connected with connecting plate I 42,
The lower section of feeding liquid pipe II 56 is provided with nozzle II 59, nozzle II 59 is connected with feeding liquid pipe II 56, and nozzle II 59 is arranged
On the right side of connecting plate II 43, nozzle II 59 is set as being fixedly connected with connecting plate II 43, and nozzle II 59 is arranged in agitating paddle I 46
Top, nozzle II 59 is corresponding with agitating paddle I 46, feed liquid case II 55, feeding liquid pipe II 56, high-pressure pump II 57, valve II 58
The right side for being stirred to react device 4 is arranged at nozzle II 59.
Embodiment 4
A kind of uniform coprecipitated settler of type of Rare Earth Mine precipitation reaction includes as shown in Figs. 1-5 motor I 1, rotation
Axis I 2, is stirred to react device 4 and feeding liquid device 5 at pretipitatin jar 3；The top of motor I 1 is provided with rotary shaft I 2, rotary shaft I 2
It is connected with motor I 1, the top of rotary shaft I 2 is provided with pretipitatin jar 3, pretipitatin jar 3 is set as being fixedly connected with rotary shaft I 2,
It is provided in the top of pretipitatin jar 3 and is stirred to react device 4 and feeding liquid device 5.
Device 4 is stirred to react to include upper and lower air cylinders I 40, upper and lower telescopic rod I 41, connecting plate I 42, connecting plate II 43, stir
Mix plate 44, connecting shaft 45, agitating paddle I 46 and agitating paddle II 47；The lower section of upper and lower air cylinders I 40 is provided with telescopic rod I 41 up and down,
Upper and lower telescopic rod I 41 is connected with upper and lower air cylinders I 40, is provided with connecting plate I 42 on upper and lower telescopic rod I 41, connecting plate I 42 and
The top of upper and lower telescopic rod I 41 is set as being fixedly connected, and the lower section of connecting plate I 42 is provided with connecting plate II 43, connecting plate II
43 are set as being fixedly connected with the middle part of upper and lower telescopic rod I 41, and the lower section of connecting plate II 43 is provided with agitating plate 44, agitating plate
44 are set as being fixedly connected with the lower end of upper and lower telescopic rod I 41, and hole is provided on agitating plate 44, are set in the hole of agitating plate 44
It is equipped with connecting shaft 45, connecting shaft 45 is set as being rotatablely connected with agitating plate 44, and the right side of agitating plate 44 is provided with agitating paddle I
46, agitating paddle I 46 is connected with the right end of connecting shaft 45, and the left side of agitating plate 44 is provided with agitating paddle II 47, agitating paddle II
47 are connected with the left end of connecting shaft 45, and agitating plate 44, connecting shaft 45, agitating paddle I 46 and agitating paddle II 47 are arranged at precipitation
The top of cylinder 3, agitating paddle I 46 and agitating paddle II 47 are corresponding with pretipitatin jar 3.
Feeding liquid device 5 includes feed liquid case I 50, feeding liquid pipe I 51, high-pressure pump I 52, valve I 53, nozzle I 54, feed liquid
Case II 55, feeding liquid pipe II 56, high-pressure pump II 57, valve II 58 and nozzle II 59；It is provided with and send in the lower right of feed liquid case I 50
Feed liquid pipe I 51, feeding liquid pipe I 51 are connected with feed liquid case I 50, and feeding liquid pipe I 51 is set as hose, in feeding liquid pipe I 51
It is provided with high-pressure pump I 52 and valve I 53, valve I 53 is arranged in the lower section of high-pressure pump I 52, and high-pressure pump I 52 is arranged in connecting plate I
42 left side, high-pressure pump I 52 are set as being fixedly connected with connecting plate I 42, and the lower section of feeding liquid pipe I 51 is provided with nozzle I 54,
Nozzle I 54 is connected with feeding liquid pipe I 51, and nozzle I 54 is arranged in the left side of connecting plate II 43, nozzle I 54 and connecting plate II 43
It is set as being fixedly connected, nozzle I 54 is arranged in the top of agitating paddle II 47, and nozzle I 54 is corresponding with agitating paddle II 47, feed liquid case
I 50, feeding liquid pipe I 51, high-pressure pump I 52, valve I 53 and nozzle I 54 are arranged at the left side for being stirred to react device 4；In feed liquid
The lower left of case II 55 is provided with feeding liquid pipe II 56, and feeding liquid pipe II 56 is connected with feed liquid case II 55, feeding liquid pipe II 56
It is set as hose, high-pressure pump II 57 and valve II 58 are provided in feeding liquid pipe II 56, valve II 58 is arranged in high-pressure pump II
57 lower section, high-pressure pump II 57 are arranged on the right side of connecting plate I 42, and high-pressure pump II 57 is set as being fixedly connected with connecting plate I 42,
The lower section of feeding liquid pipe II 56 is provided with nozzle II 59, nozzle II 59 is connected with feeding liquid pipe II 56, and nozzle II 59 is arranged
On the right side of connecting plate II 43, nozzle II 59 is set as being fixedly connected with connecting plate II 43, and nozzle II 59 is arranged in agitating paddle I 46
Top, nozzle II 59 is corresponding with agitating paddle I 46, feed liquid case II 55, feeding liquid pipe II 56, high-pressure pump II 57, valve II 58
The right side for being stirred to react device 4 is arranged at nozzle II 59.
Further include having pedestal 10, connecting pole 11, motor II 12, rotary shaft II 13, gear 14, ring gear 15, T shape connecting rods
16, rotating disk 17, upper and lower air cylinders II 18, upper and lower telescopic rod II 19, manipulator I 20, handle 21, lid 22, upper and lower air cylinders III 23,
Upper and lower telescopic rod III 24, manipulator II 25, upper and lower air cylinders IV 26, upper and lower telescopic rod IV 27 and manipulator III 28；Pedestal 10 is arranged
In the lower section of motor I 1, motor I 1 is set as being fixedly connected with the right part of pedestal 10, and the top of pedestal 10 is provided with connecting pole
11, connecting pole 11 is set as being fixedly connected with the middle part of pedestal 10, and connecting pole 11 is arranged in the left side of motor I 1, in connecting pole 11
Left side be provided with motor II 12, motor II 12 is set as being fixedly connected with connecting pole 11, is provided in the top of motor II 12
Rotary shaft II 13, rotary shaft II 13 are connected with motor II 12, and the top of rotary shaft II 13 is provided with gear 14, gear 14 with
Rotary shaft II 13 is connected, and the outside of gear 14 is provided with ring gear 15, gear 14 is meshed with ring gear 15, ring gear 15
It is arranged in the outside of connecting pole 11, the top of connecting pole 11 is provided with T shapes connecting rod 16, T shapes connecting rod 16 and connecting pole 11
It is set as being fixedly connected, the top of connecting pole 11 is provided with rotating disk 17, rotating disk 17 is set as activity even with connecting pole 11
It connects, the centre of rotating disk 17 is provided with hole, 17 through hole of rotating disk is sleeved in T shapes connecting rod 16, rotating disk 17 and T shapes
Connecting rod 16 is set as being rotatablely connected, and rotating disk 17 is arranged in the top of ring gear 15, and ring gear 15 is set as with rotating disk 17
It is fixedly connected, the lower section of rotating disk 17 is provided with upper and lower air cylinders II 18, upper and lower air cylinders II 18 are set as fixed with rotating disk 17
Connection, upper and lower air cylinders II 18 are arranged in the left side of connecting pole 11, and the lower section of upper and lower air cylinders II 18 is provided with telescopic rod II up and down
19, upper and lower telescopic rod II 19 is connected with upper and lower air cylinders II 18, and the lower section of upper and lower telescopic rod II 19 is provided with manipulator I 20,
Manipulator I 20 is connected with upper and lower telescopic rod II 19, the lower section of manipulator I 20 is provided with lid 22, at the top of lid 22
It is fixedly installed handle 21, manipulator I 20 is set as being flexibly connected with handle 21, and lid 22 is set as activity even with pretipitatin jar 3
It connects, lid 22 is closed with 3 phase lid of pretipitatin jar, and the left side of pretipitatin jar 3 is provided with upper and lower air cylinders III 23, upper and lower air cylinders III 23 and precipitation
Cylinder 3 is set as being fixedly connected, the top of upper and lower air cylinders III 23 be provided with up and down telescopic rod III 24, upper and lower telescopic rod III 24 with it is upper
Lower cylinder III 23 is connected, and the top of upper and lower telescopic rod III 24 is provided with manipulator II 25, manipulator II 25 stretches with upper and lower
Bar III 24 is connected, and manipulator II 25 is corresponding with lid 22, and manipulator II 25 is set as being flexibly connected with lid 22, is precipitating
The right side of cylinder 3 is provided with upper and lower air cylinders IV 26, and upper and lower air cylinders IV 26 are set as being fixedly connected with pretipitatin jar 3, in upper and lower air cylinders IV
26 top is provided with telescopic rod IV 27 up and down, and upper and lower telescopic rod IV 27 is connected with upper and lower air cylinders IV 26, in upper and lower telescopic rod
IV 27 top is provided with manipulator III 28, and manipulator III 28 is connected with upper and lower telescopic rod IV 27, manipulator III 28 and lid
22 is corresponding, and manipulator III 28 is set as being flexibly connected with lid 22, and feed liquid case I 50, upper and lower air cylinders I 40 and feed liquid case II 55 are equal
It is arranged in the lower section of rotating disk 17, feed liquid case I 50, upper and lower air cylinders I 40 and feed liquid case II 55 are set as fixed with rotating disk 17
Connection, feed liquid case I 50 are arranged on the right side of connecting pole 11.
Further include having upper and lower air cylinders V 30, upper and lower telescopic rod V 31, motor III 32, rotary shaft III 33 and agitating paddle III 34；
Upper and lower air cylinders V 30 are arranged in the front of connecting pole 11, and upper and lower air cylinders V 30 are arranged in the lower section of rotating disk 17, upper and lower air cylinders V
30 are set as being fixedly connected with rotating disk 17, and the lower section of upper and lower air cylinders V 30 is provided with telescopic rod V 31 up and down, flexible up and down
Bar V 31 is connected with upper and lower air cylinders V 30, and the lower section of upper and lower telescopic rod V 31 is provided with motor III 32, motor III 32 with it is upper
Lower telescopic rod V 31 is connected, and the lower section of motor III 32 is provided with rotary shaft III 33, rotary shaft III 33 is connected with motor III 32
It connects, the lower section of rotary shaft III 33 is provided with agitating paddle III 34, agitating paddle III 34 is connected with rotary shaft III 33, agitating paddle III 34
It is arranged in the top of pretipitatin jar 3, agitating paddle III 34 is corresponding with pretipitatin jar 3.
The cylinder diameter of upper and lower air cylinders I 40 is set as 50-100mm, and the stroke of upper and lower air cylinders I 40 is set as 3-10m, upper and lower air cylinders
II 18 cylinder diameter is set as 100-200mm, and the stroke of upper and lower air cylinders II 18 is set as 5-15m.
Operation principle：Because the present invention includes motor I 1, rotary shaft I 2, pretipitatin jar 3, is stirred to react device 4 and feeding
Liquid device 5；So crystal seed can be first added in pretipitatin jar 3 by staff, and be added a certain amount of water and sized mixing, simultaneously
Staff starts motor I 1 and rotates, and motor I 1 drives pretipitatin jar 3 to be rotated together by rotary shaft I 2, then works
Personnel, which make to be stirred to react device 4, to be extend into pretipitatin jar 3, and then staff is again by feeding liquid device 5 respectively by rare earth material
Liquid and ammonium bicarbonate soln are transported in pretipitatin jar 3, and in pretipitatin jar 3, precipitated cylinder 3 drives to be turned mixed liquor together
It is dynamic, it is stirred to react device 4 and mixed liquor is passively stirred, mixed liquor is promoted to carry out homogeneous reaction, hybrid reaction effect is good.When
After being stirred the regular hour to the mixed liquor in pretipitatin jar 3, staff stops the rotation of motor I 1, and staff makes again
It is stirred to react device 4 to move out of pretipitatin jar 3, and the regular hour is stood to the mixed liquor in pretipitatin jar 3, rare earth feed liquid and carbon
Sour hydrogen ammonium salt solution reacts, and the carbonated rare earth of generation is then precipitated in pretipitatin jar 3, and is deposited in the bottom of pretipitatin jar 3,
Layering is formed with the surplus solution after reacting, then staff is again respectively taken away the two by miscellaneous equipment.
Because it includes upper and lower air cylinders I 40, upper and lower telescopic rod I 41, connecting plate I 42, connecting plate II to be stirred to react device 4
43, agitating plate 44, connecting shaft 45, agitating paddle I 46 and agitating paddle II 47；So staff can start upper and lower air cylinders I 40 into
Action is made, and upper and lower air cylinders I 40 drive agitating paddle I 46 and agitating paddle II 47 to move up and down together by upper and lower telescopic rod I 41,
And agitating paddle I 46 and agitating paddle II 47 are moved downwardly in pretipitatin jar 3, the mixed liquor in pretipitatin jar 3 is passively stirred.
After being stirred to the mixed liquor in pretipitatin jar 3, staff by agitating paddle I 46 and is stirred by upper and lower air cylinders I 40 again
It mixes paddle II 47 and brings back to origin-location upwards.
Because feeding liquid device 5 include feed liquid case I 50, feeding liquid pipe I 51, high-pressure pump I 52, valve I 53, nozzle I 54,
Feed liquid case II 55, feeding liquid pipe II 56, high-pressure pump II 57, valve II 58 and nozzle II 59；So staff can in advance by
Rare earth feed liquid is added in feed liquid case I 50, and then ammonium bicarbonate soln is added in feed liquid case II 55 again.When agitating paddle I 46
When being located in pretipitatin jar 3 with agitating paddle II 47, staff opens valve I 53 and valve II 58 respectively again, then opens respectively again
Rare earth feed liquid is transported in nozzle I 54 by dynamic high-pressure pump I 52 and high-pressure pump II 57, high-pressure pump I 52 by feeding liquid pipe I 51, and
It is ejected into pretipitatin jar 3.Since agitating paddle II 47 is arranged in the lower section of nozzle I 54, so the rare earth material sprayed out of nozzle I 54
Liquid energy enough drives agitating paddle II 47 to be rotated, and the agitating paddle II 47 rotated can be such that the rare earth feed liquid of ejection equably sprays
In pretipitatin jar 3.Ammonium bicarbonate soln is transported in nozzle II 59 by high-pressure pump II 57 by feeding liquid pipe II 56, and is ejected into
In pretipitatin jar 3.Since agitating paddle I 46 is identical as II 47 shape design of agitating paddle, the two is simultaneously connected by connecting shaft 45, so from
The ammonium bicarbonate soln sprayed in nozzle II 59 also can drive agitating paddle I 46 to be rotated, and the agitating paddle I 46 rotated also can
So that the ammonium bicarbonate soln of ejection is equably sprayed in pretipitatin jar 3, is conducive to the homogeneous reaction of mixed liquor, reaction effect
It is good.
Because further including thering is pedestal 10, connecting pole 11, motor II 12, rotary shaft II 13, gear 14, ring gear 15, T shapes to connect
Extension bar 16, rotating disk 17, upper and lower air cylinders II 18, upper and lower telescopic rod II 19, manipulator I 20, handle 21, lid 22, upper and lower air cylinders
III 23, upper and lower telescopic rod III 24, manipulator II 25, upper and lower air cylinders IV 26, upper and lower telescopic rod IV 27 and manipulator III 28；So work
Make personnel and can start motor II 12 to rotate, motor II 12 is rotated by II 13 band moving gear 14 of rotary shaft, gear
14 drive rotating disk 17 to be rotated by ring gear 15, and rotating disk 17 is made to horizontally rotate 180 degree, at this time upper and lower air cylinders II 18
It is equal positioned at the surface of pretipitatin jar 3 with lid 22, and upper and lower air cylinders I 40, feed liquid case I 50 and II 55, feed liquid case are by rotating disk 17
It drives and has rotated 180 degree, and removed from the top of pretipitatin jar 3.Then staff starts upper and lower air cylinders II 18 and acts,
Upper and lower air cylinders II 18 drive manipulator I 20 and handle 21 and lid 22 to be transported downwardly together by upper and lower telescopic rod II 19
Dynamic, when lid 22 is moved downwardly to the position at 3 place of pretipitatin jar, lid 22 just covers pretipitatin jar 3, then staff
It again unclamps manipulator I 20, and manipulator I 20 is brought back into origin-location upwards by upper and lower air cylinders II 18.Then work people
Member starts upper and lower air cylinders III 23 simultaneously again and upper and lower air cylinders IV 26 are acted, and upper and lower air cylinders III 23 pass through upper and lower telescopic rod III 24
Manipulator II 25 moves upward to the position where lid 22, upper and lower air cylinders IV 26 are by upper and lower telescopic rod IV 27 by manipulator
III 28 move upward to the position where lid 22, and then staff is again by manipulator II 25 and manipulator III 28 by lid
22 catching tightly, at this time staff pretipitatin jar 3 can be driven to carry out the rotation of hypervelocity by motor I 1, lid 22 can
Prevent mixed liquor from splashing out.
Because further including having upper and lower air cylinders V 30, upper and lower telescopic rod V 31, motor III 32, rotary shaft III 33 and agitating paddle III
34；Rotated so staff can make rotating disk 17 carry out 90 degree by motor II 12, and agitating paddle III 34 rotated to it is heavy
The surface of shallow lake cylinder 3, then staff start upper and lower air cylinders V 30 act, upper and lower air cylinders V 30 pass through upper and lower telescopic rod
V 31 drive motors III 32 and agitating paddle III 34 move up and down together, and agitating paddle III 34 is moved downwardly to pretipitatin jar 3
Interior, then staff restarts motor III 32 and rotates, and motor III 32 drives III 34 pairs of agitating paddle by rotary shaft III 33
Mixed liquor carries out active stirring.
Because the cylinder diameter of upper and lower air cylinders I 40 is set as 50-100mm, the stroke of upper and lower air cylinders I 40 is set as 3-10m, up and down
The cylinder diameter of cylinder II 18 is set as 100-200mm, and the stroke of upper and lower air cylinders II 18 is set as 5-15m, so the application of the present apparatus
Range is wide, and the performance that operates steadily is safe and reliable.
The preferred embodiment of the present invention above described embodiment only expresses, the description thereof is more specific and detailed, but simultaneously
Cannot the limitation to the scope of the claims of the present invention therefore be interpreted as.It should be pointed out that for those of ordinary skill in the art
For, without departing from the inventive concept of the premise, several deformations can also be made, improves and substitutes, these belong to this hair
Bright protection domain.Therefore, the protection domain of patent of the present invention should be determined by the appended claims.
Claims (3)
- Include motor I (1), rotary shaft I (2), pretipitatin jar 1. a kind of Rare Earth Mine precipitation reacts the uniform coprecipitated settler of type (3), device (4) and feeding liquid device (5) are stirred to react；Rotary shaft I (2), rotary shaft I are provided with above motor I (1) (2) it is connected with motor I (1), pretipitatin jar (3) is provided with above rotary shaft I (2), pretipitatin jar (3) is set with rotary shaft I (2) It is set to and is fixedly connected, be provided with above pretipitatin jar (3) and be stirred to react device (4) and feeding liquid device (5)；It is stirred to react dress Set (4) include upper and lower air cylinders I (40), upper and lower telescopic rod I (41), connecting plate I (42), connecting plate II (43), agitating plate (44), Connecting shaft (45), agitating paddle I (46) and agitating paddle II (47)；Telescopic rod I up and down is provided with below upper and lower air cylinders I (40) (41), upper and lower telescopic rod I (41) is connected with upper and lower air cylinders I (40), and connecting plate I is provided on upper and lower telescopic rod I (41) (42), connecting plate I (42) is set as being fixedly connected with the top of upper and lower telescopic rod I (41), is arranged in the lower section of connecting plate I (42) There is connecting plate II (43), is set as being fixedly connected in the middle part of connecting plate II (43) and upper and lower telescopic rod I (41), in connecting plate II (43) agitating plate (44) is provided with below, agitating plate (44) is set as being fixedly connected with the lower end of upper and lower telescopic rod I (41), Agitating plate is provided with hole on (44), and connecting shaft (45), connecting shaft (45) and agitating plate are provided in the hole of agitating plate (44) (44) it is set as being rotatablely connected, agitating paddle I (46), agitating paddle I (46) and connecting shaft is provided on the right side of agitating plate (44) (45) right end is connected, and agitating paddle II (47), agitating paddle II (47) and connecting shaft are provided on the left of agitating plate (44) (45) left end is connected, and agitating plate (44), connecting shaft (45), agitating paddle I (46) and agitating paddle II (47) are arranged at precipitation The top of cylinder (3), agitating paddle I (46) and agitating paddle II (47) are corresponding with pretipitatin jar (3)；Feeding liquid device (5) includes Feed liquid case I (50), feeding liquid pipe I (51), high-pressure pump I (52), valve I (53), nozzle I (54), feed liquid case II (55), feeding liquid Pipe II (56), high-pressure pump II (57), valve II (58) and nozzle II (59)；The lower right of feed liquid case I (50) is provided with feeding Liquid pipe I (51), feeding liquid pipe I (51) are connected with feed liquid case I (50), and feeding liquid pipe I (51) is set as hose, in feeding liquid pipe High-pressure pump I (52) and valve I (53) are provided on I (51), valve I (53) is arranged in the lower section of high-pressure pump I (52), high-pressure pump I (52) it is arranged in the left side of connecting plate I (42), high-pressure pump I (52) is set as being fixedly connected with connecting plate I (42), in feeding liquid pipe Nozzle I (54) is provided with below I (51), nozzle I (54) is connected with feeding liquid pipe I (51), and nozzle I (54) setting is connecting The left side of plate II (43), nozzle I (54) are set as being fixedly connected with connecting plate II (43), and nozzle I (54) is arranged in agitating paddle II (47) top, nozzle I (54) is corresponding with agitating paddle II (47), feed liquid case I (50), feeding liquid pipe I (51), high-pressure pump I (52), valve I (53) and nozzle I (54) are arranged at the left side for being stirred to react device (4)；In the lower left of feed liquid case II (55) It is provided with feeding liquid pipe II (56), feeding liquid pipe II (56) is connected with feed liquid case II (55), and feeding liquid pipe II (56) is set as Hose, is provided with high-pressure pump II (57) and valve II (58) in feeding liquid pipe II (56), and valve II (58) is arranged in high-pressure pump The lower section of II (57), high-pressure pump II (57) are arranged on the right side of connecting plate I (42), and high-pressure pump II (57) is set with connecting plate I (42) It is set to and is fixedly connected, nozzle II (59), nozzle II (59) and feeding liquid pipe II are provided with below feeding liquid pipe II (56) (56) it is connected, nozzle II (59) is arranged on the right side of connecting plate II (43), and nozzle II (59) is set as with connecting plate II (43) It is fixedly connected, nozzle II (59) is arranged in the top of agitating paddle I (46), and nozzle II (59) is corresponding with agitating paddle I (46), feed liquid Case II (55), feeding liquid pipe II (56), high-pressure pump II (57), valve II (58) and nozzle II (59), which are arranged at, is stirred to react dress Set the right side of (4)；It is characterized in that, further including having pedestal (10), connecting pole (11), motor II (12), rotary shaft II (13), tooth Take turns (14), ring gear (15), T shapes connecting rod (16), rotating disk (17), upper and lower air cylinders II (18), upper and lower telescopic rod II (19), machine Tool hand I (20), handle (21), lid (22), upper and lower air cylinders III (23), upper and lower telescopic rod III (24), manipulator II (25), up and down Cylinder IV (26), upper and lower telescopic rod IV (27) and manipulator III (28)；Pedestal (10) is arranged in the lower section of motor I (1), motor I (1) it is set as being fixedly connected with the right part of pedestal (10), connecting pole (11), connecting pole (11) is provided with above pedestal (10) It is set as being fixedly connected in the middle part of pedestal (10), connecting pole (11) is arranged in the left side of motor I (1), in connecting pole (11) Left side is provided with motor II (12), and motor II (12) is set as being fixedly connected with connecting pole (11), in the top of motor II (12) It is provided with rotary shaft II (13), rotary shaft II (13) is connected with motor II (12), is provided with above rotary shaft II (13) Gear (14), gear (14) are connected with rotary shaft II (13), and ring gear (15), gear are provided on the outside of gear (14) (14) it is meshed with ring gear (15), ring gear (15) is arranged in the outside of connecting pole (11), is set above connecting pole (11) It is equipped with T shapes connecting rod (16), T shapes connecting rod (16) is set as being fixedly connected with connecting pole (11), the top in connecting pole (11) It is provided with rotating disk (17), rotating disk (17) is set as being flexibly connected with connecting pole (11), the centre in rotating disk (17) It is provided with hole, rotating disk (17) through hole is sleeved in T shapes connecting rod (16), and rotating disk (17) is set as with T shapes connecting rod (16) Rotation connection, rotating disk (17) setting are set as fixed company in the top of ring gear (15), ring gear (15) with rotating disk (17) It connects, upper and lower air cylinders II (18) is provided with below rotating disk (17), upper and lower air cylinders II (18) are set as solid with rotating disk (17) Fixed connection, upper and lower air cylinders II (18) are arranged in the left side of connecting pole (11), are provided with below upper and lower air cylinders II (18) up and down Telescopic rod II (19), upper and lower telescopic rod II (19) are connected with upper and lower air cylinders II (18), in the lower section of upper and lower telescopic rod II (19) It is provided with manipulator I (20), manipulator I (20) is connected with upper and lower telescopic rod II (19), is arranged in the lower section of manipulator I (20) There is lid (22), handle (21) is fixedly installed at the top of lid (22), manipulator I (20) is set as activity with handle (21) Connection, lid (22) are set as being flexibly connected with pretipitatin jar (3), and lid (22) mutually covers conjunction with pretipitatin jar (3), in pretipitatin jar (3) Left side be provided with upper and lower air cylinders III (23), upper and lower air cylinders III (23) are set as being fixedly connected with pretipitatin jar (3), in upper and lower air cylinders Telescopic rod III (24), upper and lower telescopic rod III (24) up and down is provided with above III (23) with upper and lower air cylinders III (23) to be connected, It is provided with manipulator II (25) above upper and lower telescopic rod III (24), manipulator II (25) is connected with upper and lower telescopic rod III (24) It connects, manipulator II (25) is corresponding with lid (22), and manipulator II (25) is set as being flexibly connected with lid (22), in pretipitatin jar (3) upper and lower air cylinders IV (26) are provided on the right side of, upper and lower air cylinders IV (26) are set as being fixedly connected with pretipitatin jar (3), upper and lower Telescopic rod IV (27), upper and lower telescopic rod IV (27) up and down is provided with above cylinder IV (26) with upper and lower air cylinders IV (26) to be connected It connects, manipulator III (28), manipulator III (28) and upper and lower telescopic rod IV (27) is provided with above upper and lower telescopic rod IV (27) It is connected, manipulator III (28) is corresponding with lid (22), and manipulator III (28) is set as being flexibly connected with lid (22), feed liquid Case I (50), upper and lower air cylinders I (40) and feed liquid case II (55) are arranged at the lower section of rotating disk (17), feed liquid case I (50), up and down Cylinder I (40) and feed liquid case II (55) are set as being fixedly connected with rotating disk (17), and feed liquid case I (50) is arranged in connecting pole (11) right side.
- 2. a kind of Rare Earth Mine precipitation according to claim 1 reacts the uniform coprecipitated settler of type, which is characterized in that also Include upper and lower air cylinders V (30), upper and lower telescopic rod V (31), motor III (32), rotary shaft III (33) and agitating paddle III (34)； In the front of connecting pole (11), upper and lower air cylinders V (30) are arranged in the lower section of rotating disk (17) for upper and lower air cylinders V (30) setting, on Lower cylinder V (30) is set as being fixedly connected with rotating disk (17), and telescopic rod up and down is provided with below upper and lower air cylinders V (30) V (31), upper and lower telescopic rod V (31) are connected with upper and lower air cylinders V (30), are provided with below upper and lower telescopic rod V (31) Motor III (32), motor III (32) are connected with upper and lower telescopic rod V (31), and rotary shaft is provided with below motor III (32) III (33), rotary shaft III (33) are connected with motor III (32), and agitating paddle III (34) is provided with below rotary shaft III (33), Agitating paddle III (34) is connected with rotary shaft III (33), and agitating paddle III (34) is arranged in the top of pretipitatin jar (3), agitating paddle III (34) corresponding with pretipitatin jar (3).
- 3. a kind of Rare Earth Mine precipitation according to claim 2 reacts the uniform coprecipitated settler of type, which is characterized in that on The cylinder diameter of lower cylinder I (40) is set as 50-100mm, and the stroke of upper and lower air cylinders I (40) is set as 3-10m, upper and lower air cylinders II (18) Cylinder diameter be set as 100-200mm, the stroke of upper and lower air cylinders II (18) is set as 5-15m.
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| CN201710340873.0A CN106929670B (en) | 2017-05-16 | 2017-05-16 | A kind of uniform coprecipitated settler of type of Rare Earth Mine precipitation reaction |
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| CN201710340873.0A CN106929670B (en) | 2017-05-16 | 2017-05-16 | A kind of uniform coprecipitated settler of type of Rare Earth Mine precipitation reaction |
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Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107586974A (en) * | 2017-09-30 | 2018-01-16 | 无锡市稀土永磁厂 | The rare-earth precipitation extraction element of subsidiary rabbling mechanism |
| CN108149032B (en) * | 2017-12-18 | 2019-09-20 | 龙南县京利有色金属有限责任公司 | A kind of new-type purifying plant for rare-earth liquid |
| CN107937738A (en) * | 2017-12-21 | 2018-04-20 | 李本根 | A kind of new purifying plant for rare earth feed liquid |
| CN109082541B (en) * | 2018-08-08 | 2020-12-01 | 防城港澳加粮油工业有限公司 | A evenly add feed liquid device for tombarthite deposits |
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