CN108220591A - A kind of easy to clean type wash mill for rare-earth oxalate - Google Patents
A kind of easy to clean type wash mill for rare-earth oxalate Download PDFInfo
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- CN108220591A CN108220591A CN201711390112.2A CN201711390112A CN108220591A CN 108220591 A CN108220591 A CN 108220591A CN 201711390112 A CN201711390112 A CN 201711390112A CN 108220591 A CN108220591 A CN 108220591A
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- cylinder
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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
- C22B3/22—Treatment or purification of solutions, e.g. obtained by leaching by physical processes, e.g. by filtration, by magnetic means, or by thermal decomposition
-
- 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
The present invention relates to a kind of wash mill more particularly to a kind of easy to clean type wash mills for rare-earth oxalate.The technical problem to be solved in the present invention is to provide a kind of easy to clean type wash mills for rare-earth oxalate.The present invention provides such a easy to clean type wash mills for rare-earth oxalate, include cylinder body etc.；Water sending device is provided with above cylinder body, cylinder body, washing filter device and water sending device are respectively positioned in portal frame, the upper frame of portal frame is provided with perforative long recess up and down, two lower ends of portal frame and the top of pedestal connect by welding, and the upper end of outlet tube and the middle part of cylinder base connect by welding.A kind of easy to clean type wash mill for rare-earth oxalate provided by the present invention, by using the structure of cylinder body, washing filter device and water sending device phase separation, staff is enable to be easy to easily clear up it, maintenance and repair is simple, and maintenance and repair is at low cost.
Description
Technical field
The present invention relates to a kind of wash mill more particularly to a kind of easy to clean type wash mills for rare-earth oxalate.
Background technology
Rare earth has the laudatory title of " industrial vitamin ", has nowadays become extremely important strategic resource.Rare earth element aoxidizes
Object refer to period of element atom ordinal number be 57 to 71 15 kinds of lanthanide oxides and with lanthanide series chemical property
The oxide of similar scandium and yttrium totally 17 kinds of elements.Rare earth element is in oil, chemical industry, metallurgy, weaving, ceramics, glass, permanent magnetism material
The fields such as material are obtained for and are widely applied, with advances in technology with the continuous breakthrough of application technology, the valency of rare earth oxide
Value will be increasing.Hydrometallurgy category chemical industry metallurgical mode, whole process is among solution, solvent mostly, such as rare earth ore concentrate
Decomposition, rare earth oxide, rare earth compound, the separation of single rare earth metal and extraction process are exactly using precipitation, crystallization, oxidation
The Chemical Decompositions technical process such as reduction, solvent extraction, ion exchange.Now using more generally organic solvent extractionprocess, it is
The common processes of industrial separation high-purity single rare earth element.Hydrometallurgical flowsheets are complicated, and product purity is high, and method production finished product should
With wide wealthy.Rare-earth oxalate mainly plays a part of dissolving and complexing in the separating technology of rare earth element, and oxalates exists
It needs to carry out washing filtering before use, so as to remove the impurity in oxalates.
The existing fixed structure traditional for the wash mill generally use of rare-earth oxalate, leads to staff to it
Be difficult to clear up, maintenance and repair is difficult, and maintenance and repair is of high cost, is unfavorable for the saving of business capital, be unfavorable for enterprise production and
Development.
Invention content
(1) technical problems to be solved
The present invention leads to overcome the existing fixed structure traditional for the wash mill generally use of rare-earth oxalate
Staff's the shortcomings that being difficult to clear up to it is caused, the technical problem to be solved in the present invention is to provide a kind of for rare-earth oxalate
Easy to clean type wash mill.
(2) technical solution
In order to solve the above technical problem, the present invention provides such a easy to clean type washings for rare-earth oxalate
Device includes cylinder body, washing filter device, water sending device, portal frame, pedestal, outlet tube, valve I, electric rotating machine I and length
Stroke cylinder I；Washing filter device is provided on the right side of cylinder body, water sending device, cylinder body, washing filtering are provided with above cylinder body
Device and water sending device are respectively positioned in portal frame, and the upper frame of portal frame is provided with perforative long recess up and down, under two of portal frame
End is connect by welding with the top of pedestal, and the upper end of outlet tube and the middle part of cylinder base connect by welding
It connects, outlet tube is connected with cylinder body, and valve I, right end and the cylinder body left side wall of I output shaft of electric rotating machine are equipped on outlet tube
Middle part connects by welding, the side that the right end of I telescopic rod of long stroke cylinder passes through welding with the left side wall of electric rotating machine I
Formula connects, and the left side wall of long stroke cylinder I is connect by welding with the right side wall of the left frame of portal frame.
Preferably, washing filter device includes upper and lower air cylinders I, long stroke cylinder II, electric rotating machine II, cylinder, intubation
And filter cloth；Upper and lower air cylinders I are located at the right side of cylinder body, and the bottom of upper and lower air cylinders I and the top of pedestal are by bolted connection
Connection, the upper end of I telescopic rod of upper and lower air cylinders are connect by welding with the bottom of long stroke cylinder II, long stroke cylinder II
The left end of telescopic rod is connect by welding with the right side wall of electric rotating machine II, the left end and cylinder of II output shaft of electric rotating machine
The middle part of body right side wall connects by welding, is that opened type is set at the top and bottom of cylinder, the upper bit of intubation
In in the lower part of cylinder, the outer tube wall of intubation and the inner tube wall of cylinder connect by welding, and filter cloth is located in cylinder, filter
The mode that the inner wall of cloth and cylinder is connected by screw connects, and filter cloth is located at the top of intubation, and intubation is inserted positioned at the top of cylinder body
Pipe is matched with cylinder body, and cylinder and intubation are set as being flexibly connected with cylinder body.
Preferably, water sending device includes long stroke cylinder III, water tank, outlet pipe, valve II, fixed plate and T-shaped slider；
Long stroke cylinder III is located at the top of long stroke cylinder I, and the right side wall of the left side wall and the left frame of portal frame of long stroke cylinder III leads to
The mode for crossing welding connects, and the right end of III telescopic rod of long stroke cylinder and the left side wall of water tank connect by welding, water
The middle part in bottom portion and the upper end of outlet pipe connect by welding, and outlet pipe is connected with water tank, is installed on outlet pipe
There is valve II, the bottom of fixed plate and the top of water tank connect by welding, the top of fixed plate and the bottom of T-shaped slider
Portion connects by welding, and T-shaped slider slidingtype is arranged in the long recess of portal frame, and outlet pipe is located at the upper of cylinder
Side.
Preferably, upper and lower air cylinders II, electric rotating machine III, spill housing, brush, disc type nozzle, connecting tube, height have been further included
Press pump, water inlet pipe and valve III；Upper and lower air cylinders II are between cylinder body and upper and lower air cylinders I, the bottom of upper and lower air cylinders II and pedestal
Top connect by bolted connection, the upper end of II telescopic rod of upper and lower air cylinders and the bottom of electric rotating machine III pass through welding
Mode connect, the upper end of III output shaft of electric rotating machine is connect by welding with the middle part of spill housing bottom, spill
The left top and right top of housing and side wall are respectively connected with brush, and disc type nozzle is located at the left top of spill housing and right top
Between portion, spill housing is internally provided with accommodation space, and the middle part at top is provided with hole, the bottom of disc type nozzle in spill housing
It is embedded into spill housing in the hole at the middle part at top, disc type nozzle is connect by welding with spill housing, connecting tube
It is respectively positioned in spill housing with high-pressure pump, the upper end of connecting tube is connect by welding with the bottom of disc type nozzle, connection
Pipe is connected with disc type nozzle, and high-pressure pump is equipped in connecting tube, and the bottom of high-pressure pump passes through weldering with the interior bottom of spill housing
The mode connect connects, and water inlet pipe is located at the left side of connecting tube, the side that the upper end of water inlet pipe passes through welding with the bottom of spill housing
Formula connects, and water inlet pipe is connected with spill housing, valve III is equipped on water inlet pipe, spill housing is located under cylinder body and cylinder
Side, cylinder body and cylinder match with spill housing.
Preferably, stirring motor, agitating shaft and agitating paddle have been further included；In the top of stirring motor and water tank inner top
Portion connects by welding, and the upper end of agitating shaft is connected with stirring motor, at the top of the lower end of agitating shaft and agitating paddle
Middle part connects by welding.
Preferably, the rotating speed of electric rotating machine I is set as 200-300r/min, and the cylinder diameter of long stroke cylinder I is set as 50-
300mm, the stroke of long stroke cylinder I are set as 1-30m, and the cylinder diameter of upper and lower air cylinders I is set as 100-300mm, upper and lower air cylinders I
Stroke is set as 1-10m.
Operation principle：Because the present invention includes cylinder body, washing filter device, water sending device, portal frame, pedestal, goes out liquid
Pipe, valve I, electric rotating machine I and long stroke cylinder I, so oxalates first can be added to washing filter device by staff
It is interior, and add water in water sending device, washing filter device is then moved into the surface of cylinder body, and water sending device is transported
The surface of washing filter device is moved, is then delivered water into washing filter device by water sending device, so as to oxalic acid
Salt carries out washing filtering, and the waste water after washing is flowed downwardly into cylinder body, then opens valve I, is arranged waste water by outlet tube
Go out, after filtration washing, staff can be poured out the oxalates after washing by washing filter device, due to
The present apparatus uses split structure, so being easy to clear up the present apparatus, so staff can pass through water sending device
Easily cylinder body and washing filter device are cleaned, portal frame provides fixed branch for long stroke cylinder I and water sending device
Support.
Because washing filter device includes upper and lower air cylinders I, long stroke cylinder II, electric rotating machine II, cylinder, intubation and filter
Cloth so oxalates can first be added on the filter cloth in cylinder by staff, is then driven by long stroke cylinder II and revolved
Rotating motor II and cylinder are moved to the left, and cylinder and intubation are moved to the surface of cylinder body to the left, then by upper and lower
Cylinder I drives long stroke cylinder II and cylinder and intubation to be moved downwards, and intubation is inserted into cylinder body, Neng Goufang
Only liquid leaks, and is then delivered water into cylinder by water sending device, and water is flowed downwardly on filter cloth, and on filter cloth
Oxalates be filtered washing, waste water continues to flow downwardly into cylinder body, after to oxalates filtration washing, work people
Member can first pass through upper and lower air cylinders I and will be intubated to take out of out of cylinder body upwards, then by long stroke cylinder II by cylinder to right belt
The position of setting is moved, then cylinder is driven to carry out 180 degree overturning by electric rotating machine II, oxalates is poured out.Then
It can be delivered water into cylinder by water sending device, so as to easily be cleaned to cylinder and filter cloth.
Because water sending device includes long stroke cylinder III, water tank, outlet pipe, valve II, fixed plate and T-shaped slider, institute
It can first be added water in water tank with staff, then water tank be driven to carry out side-to-side movement, T shapes by long stroke cylinder III
Sliding block can slide left and right in the long recess of portal frame, and sliding support is provided for water tank and horizontally slipping for fixed plate,
And outlet pipe is moved to the surface of cylinder, valve II is then opened, is delivered water into cylinder by outlet pipe, so as to right
Oxalates on filter cloth is filtered washing, when needing to clean cylinder body, can be incited somebody to action by long stroke cylinder III
Outlet pipe is driven to the surface of cylinder body, then can be delivered water into cylinder body, you can easily cylinder body is cleaned,
When needing to clean cylinder and filter cloth, outlet pipe can be driven to the surface of cylinder by long stroke cylinder III,
Then it can deliver water into cylinder, you can easily cylinder and filter cloth are cleaned.
Because upper and lower air cylinders II, electric rotating machine III, spill housing, brush, disc type nozzle, connecting tube, high pressure are further included
Pump, water inlet pipe and valve III, so staff can open valve III, and pass through water inlet pipe and water are conveyed upwards into spill shell
In vivo, valve III is then shut off, then electric rotating machine I and cylinder body is driven to move right spill housing by long stroke cylinder I
Then surface drives cylinder body to carry out 180 degree overturning by electric rotating machine I, the cylinder mouth of cylinder body is towards underface, Ran Hougong at this time
Make personnel drives electric rotating machine III and spill housing to be moved upwards by upper and lower air cylinders II, and by spill housing and brush to
It is upper to drive into cylinder body, while start electric rotating machine III and spill housing and brush is driven to be rotated, while start high-pressure pump, lead to
It crosses connecting tube the water in spill housing is transported in disc type nozzle, and passes through disc type nozzle and be ejected into cylinder body, coordinate brush
Cylinder body is cleaned.When needing to clean cylinder and filter cloth, can by long stroke cylinder II by cylinder to
Right belt moves the surface of spill housing, then cylinder is driven to carry out 180 degree overturning by electric rotating machine II, then by upper and lower
Cylinder II brings up spill housing in cylinder, and according to the operating procedure of cleaning cylinder body, cylinder is cleaned.
Because having further included stirring motor, agitating shaft and agitating paddle, staff can start stirring motor progress
Operating, stirring motor drive agitating paddle to be rotated by agitating shaft, are subsequent mistake so as to be stirred to the water in water tank
Filter washing provides facility.
Because the rotating speed of electric rotating machine I is set as 200-300r/min, rotation is more precisely accurate, long stroke cylinder
I cylinder diameter is set as 50-300mm, and the stroke of long stroke cylinder I is set as 1-30m, and the cylinder diameter of upper and lower air cylinders I is set as 100-
300mm, the stroke of upper and lower air cylinders I are set as 1-10m, so operation is more steady, performance safety is reliable.
(3) advantageous effect
A kind of easy to clean type wash mill for rare-earth oxalate provided by the present invention, by using cylinder body, washing
Filter device and the structure of water sending device phase separation, enable staff to be easy to easily clear up it, safeguard dimension
It repaiies simply, maintenance and repair is at low cost, is conducive to the saving of business capital, is conducive to the production and development of enterprise, easily production system
It makes, convenient for disassembly and assembly, simple in structure, performance safety is reliable, use easy to spread.
Description of the drawings
Fig. 1 is the main view schematic diagram of the present invention.
Fig. 2 is the three-dimensional figure structure schematic representation of the portal frame of the present invention.
Fig. 3 is the front sectional view structure diagram of the spill housing of the present invention.
Fig. 4 is the main view schematic diagram of the stirring motor of the present invention.
Label in attached drawing for：1- cylinder bodies, 2- washing filter devices, 3- water sending devices, 4- portal frames, 5- pedestals, 6- go out
Liquid pipe, 7- valve Is, 8- electric rotating machines I, 9- long strokes cylinder I, 21- upper and lower air cylinders I, 22- long strokes cylinder II, 23- electric rotatings
Machine II, 24- cylinders, 25- intubations, 26- filter clothes, 31- long strokes cylinder III, 32- water tanks, 33- outlet pipes, 34- valves II, 35-
Fixed plate, 36-T shape sliding blocks, 40- long recess, 41- upper and lower air cylinders II, 42- electric rotating machines III, 43- spill housings, 44- brushes,
45- disc type nozzles, 46- connecting tubes, 47- high-pressure pumps, 48- water inlet pipes, 49- valves III, 51- stirring motors, 52- agitating shafts, 53-
Agitating paddle.
Specific embodiment
The present invention is further illustrated with reference to the accompanying drawings and examples.
Embodiment 1
A kind of easy to clean type wash mill for rare-earth oxalate as shown in Figs 1-4, includes cylinder body 1, washing filtering
Device 2, water sending device 3, portal frame 4, pedestal 5, outlet tube 6, valve I 7, electric rotating machine I 8 and long stroke cylinder I 9；Cylinder body 1
Right side is provided with washing filter device 2, and the top of cylinder body 1 is provided with water sending device 3, and cylinder body 1 washs filter device 2 and send water
Device 3 is respectively positioned in portal frame 4, and the upper frame of portal frame 4 is provided with perforative long recess 40 up and down, two lower ends of portal frame 4 with
The top of pedestal 5 connects by welding, and the middle part of the upper end and 1 bottom of cylinder body of outlet tube 6 connects by welding
It connects, outlet tube 6 is connected with cylinder body 1, and valve I 7 is equipped on outlet tube 6, and the right end and cylinder body 1 of I 8 output shaft of electric rotating machine are left
The middle part of side wall connects by welding, and the left side wall of the right end and electric rotating machine I 8 of I 9 telescopic rod of long stroke cylinder passes through
The mode of welding connects, and the left side wall of long stroke cylinder I 9 is connect by welding with the right side wall of 4 left frame of portal frame.
Embodiment 2
A kind of easy to clean type wash mill for rare-earth oxalate as shown in Figs 1-4, includes cylinder body 1, washing filtering
Device 2, water sending device 3, portal frame 4, pedestal 5, outlet tube 6, valve I 7, electric rotating machine I 8 and long stroke cylinder I 9；Cylinder body 1
Right side is provided with washing filter device 2, and the top of cylinder body 1 is provided with water sending device 3, and cylinder body 1 washs filter device 2 and send water
Device 3 is respectively positioned in portal frame 4, and the upper frame of portal frame 4 is provided with perforative long recess 40 up and down, two lower ends of portal frame 4 with
The top of pedestal 5 connects by welding, and the middle part of the upper end and 1 bottom of cylinder body of outlet tube 6 connects by welding
It connects, outlet tube 6 is connected with cylinder body 1, and valve I 7 is equipped on outlet tube 6, and the right end and cylinder body 1 of I 8 output shaft of electric rotating machine are left
The middle part of side wall connects by welding, and the left side wall of the right end and electric rotating machine I 8 of I 9 telescopic rod of long stroke cylinder passes through
The mode of welding connects, and the left side wall of long stroke cylinder I 9 is connect by welding with the right side wall of 4 left frame of portal frame.
Washing filter device 2 includes upper and lower air cylinders I 21, long stroke cylinder II 22, electric rotating machine II 23, cylinder 24, inserts
Pipe 25 and filter cloth 26；Upper and lower air cylinders I 21 are located at the right side of cylinder body 1, and the bottom of upper and lower air cylinders I 21 passes through spiral shell with the top of pedestal 5
It tethers the mode connect to connect, the upper end of I 21 telescopic rod of upper and lower air cylinders and the bottom of long stroke cylinder II 22 are by welding
Connection, the left end of II 22 telescopic rod of long stroke cylinder are connect by welding with the right side wall of electric rotating machine II 23, are rotated
The left end of II 23 output shaft of motor is connect by welding with the middle part of 24 right side wall of cylinder, the top and bottom of cylinder 24
It is opened type setting, is intubated 25 top and is located in the lower part of cylinder 24, be intubated 25 outer tube wall and the inner tube wall of cylinder 24
It connects by welding, filter cloth 26 is located in cylinder 24, the mode that the inner wall of filter cloth 26 and cylinder 24 is connected by screw
Connection, filter cloth 26 are located at the top of intubation 25, and intubation 25 is located at the top of cylinder body 1, and intubation 25 is matched with cylinder body 1, cylinder 24
It is set as being flexibly connected with cylinder body 1 with intubation 25.
Embodiment 3
A kind of easy to clean type wash mill for rare-earth oxalate as shown in Figs 1-4, includes cylinder body 1, washing filtering
Device 2, water sending device 3, portal frame 4, pedestal 5, outlet tube 6, valve I 7, electric rotating machine I 8 and long stroke cylinder I 9；Cylinder body 1
Right side is provided with washing filter device 2, and the top of cylinder body 1 is provided with water sending device 3, and cylinder body 1 washs filter device 2 and send water
Device 3 is respectively positioned in portal frame 4, and the upper frame of portal frame 4 is provided with perforative long recess 40 up and down, two lower ends of portal frame 4 with
The top of pedestal 5 connects by welding, and the middle part of the upper end and 1 bottom of cylinder body of outlet tube 6 connects by welding
It connects, outlet tube 6 is connected with cylinder body 1, and valve I 7 is equipped on outlet tube 6, and the right end and cylinder body 1 of I 8 output shaft of electric rotating machine are left
The middle part of side wall connects by welding, and the left side wall of the right end and electric rotating machine I 8 of I 9 telescopic rod of long stroke cylinder passes through
The mode of welding connects, and the left side wall of long stroke cylinder I 9 is connect by welding with the right side wall of 4 left frame of portal frame.
Washing filter device 2 includes upper and lower air cylinders I 21, long stroke cylinder II 22, electric rotating machine II 23, cylinder 24, inserts
Pipe 25 and filter cloth 26；Upper and lower air cylinders I 21 are located at the right side of cylinder body 1, and the bottom of upper and lower air cylinders I 21 passes through spiral shell with the top of pedestal 5
It tethers the mode connect to connect, the upper end of I 21 telescopic rod of upper and lower air cylinders and the bottom of long stroke cylinder II 22 are by welding
Connection, the left end of II 22 telescopic rod of long stroke cylinder are connect by welding with the right side wall of electric rotating machine II 23, are rotated
The left end of II 23 output shaft of motor is connect by welding with the middle part of 24 right side wall of cylinder, the top and bottom of cylinder 24
It is opened type setting, is intubated 25 top and is located in the lower part of cylinder 24, be intubated 25 outer tube wall and the inner tube wall of cylinder 24
It connects by welding, filter cloth 26 is located in cylinder 24, the mode that the inner wall of filter cloth 26 and cylinder 24 is connected by screw
Connection, filter cloth 26 are located at the top of intubation 25, and intubation 25 is located at the top of cylinder body 1, and intubation 25 is matched with cylinder body 1, cylinder 24
It is set as being flexibly connected with cylinder body 1 with intubation 25.
Water sending device 3 includes long stroke cylinder III 31, water tank 32, outlet pipe 33, valve II 34, fixed plate 35 and T shapes
Sliding block 36；Long stroke cylinder III 31 is located at the top of long stroke cylinder I 9, and the left side wall and portal frame 4 of long stroke cylinder III 31 are left
The right side wall of frame connects by welding, and the right end of III 31 telescopic rod of long stroke cylinder passes through weldering with the left side wall of water tank 32
The mode connect connects, and the middle part of 32 bottom of water tank is connect by welding with the upper end of outlet pipe 33, outlet pipe 33 and water
Case 32 is connected, and valve II 34, the side that the bottom of fixed plate 35 passes through welding with the top of water tank 32 are equipped on outlet pipe 33
Formula connects, and the top of fixed plate 35 is connect by welding with the bottom of T-shaped slider 36, and 36 slidingtype of T-shaped slider is set
It puts in the long recess 40 of portal frame 4, outlet pipe 33 is located at the top of cylinder 24.
Embodiment 4
A kind of easy to clean type wash mill for rare-earth oxalate as shown in Figs 1-4, includes cylinder body 1, washing filtering
Device 2, water sending device 3, portal frame 4, pedestal 5, outlet tube 6, valve I 7, electric rotating machine I 8 and long stroke cylinder I 9；Cylinder body 1
Right side is provided with washing filter device 2, and the top of cylinder body 1 is provided with water sending device 3, and cylinder body 1 washs filter device 2 and send water
Device 3 is respectively positioned in portal frame 4, and the upper frame of portal frame 4 is provided with perforative long recess 40 up and down, two lower ends of portal frame 4 with
The top of pedestal 5 connects by welding, and the middle part of the upper end and 1 bottom of cylinder body of outlet tube 6 connects by welding
It connects, outlet tube 6 is connected with cylinder body 1, and valve I 7 is equipped on outlet tube 6, and the right end and cylinder body 1 of I 8 output shaft of electric rotating machine are left
The middle part of side wall connects by welding, and the left side wall of the right end and electric rotating machine I 8 of I 9 telescopic rod of long stroke cylinder passes through
The mode of welding connects, and the left side wall of long stroke cylinder I 9 is connect by welding with the right side wall of 4 left frame of portal frame.
Washing filter device 2 includes upper and lower air cylinders I 21, long stroke cylinder II 22, electric rotating machine II 23, cylinder 24, inserts
Pipe 25 and filter cloth 26；Upper and lower air cylinders I 21 are located at the right side of cylinder body 1, and the bottom of upper and lower air cylinders I 21 passes through spiral shell with the top of pedestal 5
It tethers the mode connect to connect, the upper end of I 21 telescopic rod of upper and lower air cylinders and the bottom of long stroke cylinder II 22 are by welding
Connection, the left end of II 22 telescopic rod of long stroke cylinder are connect by welding with the right side wall of electric rotating machine II 23, are rotated
The left end of II 23 output shaft of motor is connect by welding with the middle part of 24 right side wall of cylinder, the top and bottom of cylinder 24
It is opened type setting, is intubated 25 top and is located in the lower part of cylinder 24, be intubated 25 outer tube wall and the inner tube wall of cylinder 24
It connects by welding, filter cloth 26 is located in cylinder 24, the mode that the inner wall of filter cloth 26 and cylinder 24 is connected by screw
Connection, filter cloth 26 are located at the top of intubation 25, and intubation 25 is located at the top of cylinder body 1, and intubation 25 is matched with cylinder body 1, cylinder 24
It is set as being flexibly connected with cylinder body 1 with intubation 25.
Water sending device 3 includes long stroke cylinder III 31, water tank 32, outlet pipe 33, valve II 34, fixed plate 35 and T shapes
Sliding block 36；Long stroke cylinder III 31 is located at the top of long stroke cylinder I 9, and the left side wall and portal frame 4 of long stroke cylinder III 31 are left
The right side wall of frame connects by welding, and the right end of III 31 telescopic rod of long stroke cylinder passes through weldering with the left side wall of water tank 32
The mode connect connects, and the middle part of 32 bottom of water tank is connect by welding with the upper end of outlet pipe 33, outlet pipe 33 and water
Case 32 is connected, and valve II 34, the side that the bottom of fixed plate 35 passes through welding with the top of water tank 32 are equipped on outlet pipe 33
Formula connects, and the top of fixed plate 35 is connect by welding with the bottom of T-shaped slider 36, and 36 slidingtype of T-shaped slider is set
It puts in the long recess 40 of portal frame 4, outlet pipe 33 is located at the top of cylinder 24.
Upper and lower air cylinders II 41, electric rotating machine III 42, spill housing 43, brush 44, disc type nozzle 45, connecting tube are further included
46th, high-pressure pump 47, water inlet pipe 48 and valve III 49；Upper and lower air cylinders II 41 are between cylinder body 1 and upper and lower air cylinders I 21, upper and lower gas
The bottom of cylinder II 41 is connect by bolted connection with the top of pedestal 5, the upper end of II 41 telescopic rod of upper and lower air cylinders and rotation
The bottom of rotating motor III 42 connects by welding, upper end and 43 bottom of spill housing of III 42 output shaft of electric rotating machine
Middle part connects by welding, and the left top and right top of spill housing 43 and side wall are respectively connected with brush 44, disc type
Nozzle 45 is located between left top and the right top of spill housing 43, and spill housing 43 is internally provided with accommodation space, spill
The middle part at top is provided with hole in housing 43, and the bottom of disc type nozzle 45 is embedded into spill housing 43 in the hole at the middle part at top,
Disc type nozzle 45 is connect by welding with spill housing 43, and connecting tube 46 and high-pressure pump 47 are respectively positioned on spill housing 43
Interior, the upper end of connecting tube 46 is connect by welding with the bottom of disc type nozzle 45, connecting tube 46 and 45 phase of disc type nozzle
It connects, high-pressure pump 47, the side that the bottom of high-pressure pump 47 passes through welding with the interior bottom of spill housing 43 is installed in connecting tube 46
Formula connects, and water inlet pipe 48 is located at the left side of connecting tube 46, and the upper end of water inlet pipe 48 passes through welding with the bottom of spill housing 43
Mode connects, and water inlet pipe 48 is connected with spill housing 43, and valve III 49 is equipped on water inlet pipe 48, and spill housing 43 is located at cylinder
The lower section of body 1 and cylinder 24, cylinder body 1 and cylinder 24 match with spill housing 43.
Stirring motor 51, agitating shaft 52 and agitating paddle 53 are further included；The top of stirring motor 51 and 32 inner top of water tank
Middle part connect by welding, the upper end of agitating shaft 52 is connected with stirring motor 51, and the lower end of agitating shaft 52 is with stirring
The middle part for mixing 53 top of paddle connects by welding.
The rotating speed of electric rotating machine I 8 is set as 200-300r/min, and the cylinder diameter of long stroke cylinder I 9 is set as 50-300mm,
The stroke of long stroke cylinder I 9 is set as 1-30m, and the cylinder diameter of upper and lower air cylinders I 21 is set as 100-300mm, upper and lower air cylinders I 21
Stroke is set as 1-10m.
Operation principle：Because the present invention include cylinder body 1, washing filter device 2, water sending device 3, portal frame 4, pedestal 5,
Outlet tube 6, valve I 7, electric rotating machine I 8 and long stroke cylinder I 9, so oxalates first can be added to washing by staff
It in filter device 2, and adds water in water sending device 3, then washing filter device 2 is moved to the surface of cylinder body 1, and
Water sending device 3 is moved to the surface of washing filter device 2, washing filtering dress is then delivered water by water sending device 3
It puts in 2, so as to carry out washing filtering to oxalates, the waste water after washing is flowed downwardly into cylinder body 1, then opens valve I 7,
Waste water is discharged by outlet tube 6, after filtration washing, staff can will be washed by washing filter device 2
Oxalates after washing is poured out, since the present apparatus uses split structure, so being easy to clear up the present apparatus, so work
Personnel easily can clean cylinder body 1 and washing filter device 2 by water sending device 3, and portal frame 4 is long stroke gas
Cylinder I 9 and water sending device 3 provide fixed support.
Because washing filter device 2 includes upper and lower air cylinders I 21, long stroke cylinder II 22, electric rotating machine II 23, cylinder
24th, intubation 25 and filter cloth 26, so oxalates can first be added on the filter cloth 26 in cylinder 24 by staff, then pass through
Long stroke cylinder II 22 drives electric rotating machine II 23 and cylinder 24 to be moved to the left, and by cylinder 24 and is intubated 25 to left movement
To the surface of cylinder body 1, then long stroke cylinder II 22 and cylinder 24 and intubation 25 are driven by upper and lower air cylinders I 21 downwards
It is moved, and intubation 25 is inserted into cylinder body 1, can prevent liquid from leaking, it is then by water sending device 3 that water is defeated
Be sent in cylinder 24, water is flowed downwardly on filter cloth 26, and washing is filtered to the oxalates on filter cloth 26, waste water continue to
Under be flowed into cylinder body 1, after to oxalates filtration washing, staff can first pass through upper and lower air cylinders I 21 will be intubated
25 take out of upwards out of cylinder body 1, are then driven cylinder 24 to the position of setting, Ran Houtong to the right by long stroke cylinder II 22
Crossing electric rotating machine II 23 drives cylinder 24 to carry out 180 degree overturning, and oxalates is poured out.It may then pass through water sending device 3
It delivers water into cylinder 24, so as to easily be cleaned to cylinder 24 and filter cloth 26.
Because water sending device 3 includes long stroke cylinder III 31, water tank 32, outlet pipe 33, valve II 34,35 and of fixed plate
T-shaped slider 36 so staff can be first added water in water tank 32, then drives water tank by long stroke cylinder III 31
32 carry out side-to-side movement, and T-shaped slider 36 can slide left and right in the long recess 40 of portal frame 4, for water tank 32 and fix
Horizontally slipping for plate 35 provides sliding support, and outlet pipe 33 is moved to the surface of cylinder 24, then opens valve II 34,
It is delivered water into cylinder 24 by outlet pipe 33, so as to be filtered washing to the oxalates on filter cloth 26, works as needs
When being cleaned to cylinder body 1, outlet pipe 33 by long stroke cylinder III 31 can be driven to the surface of cylinder body 1, be then
It can deliver water into cylinder body 1, you can easily cylinder body 1 is cleaned, when needing that cylinder 24 and filter cloth 26 are carried out clearly
When washing, outlet pipe 33 by long stroke cylinder III 31 can be driven to the surface of cylinder 24, then can be delivered water into
In cylinder 24, you can easily cylinder 24 and filter cloth 26 are cleaned.
Because it further includes upper and lower air cylinders II 41, electric rotating machine III 42, spill housing 43, brush 44, disc type nozzle 45, connected
Take over 46, high-pressure pump 47, water inlet pipe 48 and valve III 49, so staff can open valve III 49, and pass through water inlet pipe
48 are conveyed upwards into water in spill housing 43, are then shut off valve III 49, then drive electric rotating machine I by long stroke cylinder I 9
8 and cylinder body 1 move right the surface of spill housing 43, then cylinder body 1 is driven to carry out 180 degree by electric rotating machine I 8 and turned over
Turn, the cylinder mouth of cylinder body 1 is towards underface at this time, and then staff drives electric rotating machine III 42 and recessed by upper and lower air cylinders II 41
Shape housing 43 is moved upwards, and spill housing 43 and brush 44 is brought up in cylinder body 1, while start electric rotating machine
III 42 drive spill housings 43 and brush 44 are rotated, while start high-pressure pump 47, by connecting tube 46 by spill housing 43
Interior water is transported in disc type nozzle 45, and is passed through disc type nozzle 45 and be ejected into cylinder body 1, and cooperation brush 44 carries out cylinder body 1
Cleaning.When needing to clean cylinder 24 and filter cloth 26, can by long stroke cylinder II 22 by cylinder 24 to the right
The surface of spill housing 43 is driven, then cylinder 24 is driven to carry out 180 degree overturning by electric rotating machine II 23, then passed through
Upper and lower air cylinders II 41 bring up spill housing 43 in cylinder 24, according to cleaning cylinder body 1 operating procedure, to cylinder 24 into
Row cleaning.
Because having further included stirring motor 51, agitating shaft 52 and agitating paddle 53, staff can start stirring electricity
Machine 51 is operated, stirring motor 51 by agitating shaft 52 drive agitating paddle 53 rotated, so as to the water in water tank 32 into
Row stirring, facility is provided for subsequent filtration washing.
Because the rotating speed of electric rotating machine I 8 is set as 200-300r/min, rotation is more precisely accurate, long stroke gas
The cylinder diameter of cylinder I 9 is set as 50-300mm, and the stroke of long stroke cylinder I 9 is set as 1-30m, the cylinder diameter setting of upper and lower air cylinders I 21
For 100-300mm, the stroke of upper and lower air cylinders I 21 is set as 1-10m, so operation is more steady, performance safety is reliable.
Embodiment described above only expresses the preferred embodiment of the present invention, and description 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 (6)
1. a kind of easy to clean type wash mill for rare-earth oxalate, which is characterized in that include cylinder body (1), washing filtering
Device (2), water sending device (3), portal frame (4), pedestal (5), outlet tube (6), valve I (7), electric rotating machine I (8) and long stroke
Cylinder I (9)；Washing filter device (2) is provided on the right side of cylinder body (1), water sending device (3), cylinder are provided with above cylinder body (1)
Body (1), washing filter device (2) and water sending device (3) are respectively positioned in portal frame (4), and the upper frame of portal frame (4) is provided with to be passed through up and down
The long recess (40) worn, two lower ends of portal frame (4) are connect by welding with the top of pedestal (5), outlet tube (6)
Upper end connect by welding with the middle part of cylinder body (1) bottom, outlet tube (6) is connected with cylinder body (1), outlet tube
(6) valve I (7), the side that the right end of electric rotating machine I (8) output shaft passes through welding with the middle part of cylinder body (1) left side wall are installed on
Formula connects, and the right end of long stroke cylinder I (9) telescopic rod is connect by welding with the left side wall of electric rotating machine I (8), long
The left side wall of stroke cylinder I (9) is connect by welding with the right side wall of portal frame (4) left frame.
A kind of 2. easy to clean type wash mill for rare-earth oxalate according to claim 1, which is characterized in that washing
Filter device (2) includes upper and lower air cylinders I (21), long stroke cylinder II (22), electric rotating machine II (23), cylinder (24), intubation
(25) and filter cloth (26)；Upper and lower air cylinders I (21) are positioned at the right side of cylinder body (1), bottom and the pedestal (5) of upper and lower air cylinders I (21)
Top connects by bolted connection, the upper end of upper and lower air cylinders I (21) telescopic rod and the bottom of long stroke cylinder II (22)
It connects by welding, the left end of long stroke cylinder II (22) telescopic rod passes through weldering with the right side wall of electric rotating machine II (23)
The mode connect connects, and the middle part of the left end and cylinder (24) right side wall of electric rotating machine II (23) output shaft connects by welding
It connects, is opened type setting at the top and bottom of cylinder (24), the top of intubation (25) is located in the lower part of cylinder (24), is intubated
(25) outer tube wall is connect by welding with the inner tube wall of cylinder (24), and filter cloth (26) is in cylinder (24), filter cloth
(26) mode being connected by screw with the inner wall of cylinder (24) is connect, and filter cloth (26) is positioned at the top of intubation (25), intubation
(25) positioned at the top of cylinder body (1), intubation (25) is matched with cylinder body (1), and cylinder (24) and intubation (25) are set with cylinder body (1)
It is set to flexible connection.
3. a kind of easy to clean type wash mill for rare-earth oxalate according to claim 2, which is characterized in that send water
Device (3) includes long stroke cylinder III (31), water tank (32), outlet pipe (33), valve II (34), fixed plate (35) and T shapes
Sliding block (36)；Long stroke cylinder III (31) positioned at the top of long stroke cylinder I (9), the left side wall of long stroke cylinder III (31) with
The right side wall of portal frame (4) left frame connects by welding, the right end and water tank of long stroke cylinder III (31) telescopic rod
(32) left side wall connects by welding, and the middle part of water tank (32) bottom passes through welding with the upper end of outlet pipe (33)
Mode connects, and outlet pipe (33) is connected with water tank (32), and valve II (34) is equipped on outlet pipe (33), fixed plate (35)
Bottom is connect by welding with the top of water tank (32), and the top and the bottom of T-shaped slider (36) of fixed plate (35) lead to
The mode for crossing welding connects, in the long recess (40) for being arranged on portal frame (4) of T-shaped slider (36) slidingtype, outlet pipe (33)
Positioned at the top of cylinder (24).
4. a kind of easy to clean type wash mill for rare-earth oxalate according to claim 3, which is characterized in that also wrap
Upper and lower air cylinders II (41), electric rotating machine III (42), spill housing (43), brush (44), disc type nozzle (45), connecting tube are included
(46), high-pressure pump (47), water inlet pipe (48) and valve III (49)；Upper and lower air cylinders II (41) are positioned at cylinder body (1) and upper and lower air cylinders I
(21) between, the bottom of upper and lower air cylinders II (41) is connect by bolted connection with the top of pedestal (5), upper and lower air cylinders II
(41) upper end of telescopic rod is connect by welding with the bottom of electric rotating machine III (42), electric rotating machine III (42) output shaft
Upper end connect by welding with the middle part of spill housing (43) bottom, the left top and right top of spill housing (43)
Portion and side wall are respectively connected with brush (44), disc type nozzle (45) between the left top of spill housing (43) and right top,
Spill housing (43) is internally provided with accommodation space, and the middle part at the middle top of spill housing (43) is provided with hole, disc type nozzle (45)
Bottom be embedded into spill housing (43) in the hole at the middle part at top, disc type nozzle (45) passes through welding with spill housing (43)
Mode connect, connecting tube (46) and high-pressure pump (47) are respectively positioned in spill housing (43), the upper end of connecting tube (46) and disc type
The bottom of nozzle (45) connects by welding, and connecting tube (46) is connected with disc type nozzle (45), in connecting tube (46)
High-pressure pump (47) is installed, the bottom of high-pressure pump (47) is connect by welding with the interior bottom of spill housing (43), into
The side that water pipe (48) passes through welding positioned at the left side of connecting tube (46), the upper end of water inlet pipe (48) with the bottom of spill housing (43)
Formula connects, and water inlet pipe (48) is connected with spill housing (43), and valve III (49), spill housing are equipped on water inlet pipe (48)
(43) match positioned at the lower section of cylinder body (1) and cylinder (24), cylinder body (1) and cylinder (24) with spill housing (43).
5. a kind of easy to clean type wash mill for rare-earth oxalate according to claim 4, which is characterized in that also wrap
Stirring motor (51), agitating shaft (52) and agitating paddle (53) are included；The top of stirring motor (51) and water tank (32) inner top
Middle part connects by welding, and the upper end of agitating shaft (52) is connected with stirring motor (51), the lower end of agitating shaft (52)
It is connect by welding with the middle part at the top of agitating paddle (53).
A kind of 6. easy to clean type wash mill for rare-earth oxalate according to claim 5, which is characterized in that rotation
The rotating speed of motor I (8) is set as 200-300r/min, and the cylinder diameter of long stroke cylinder I (9) is set as 50-300mm, long stroke gas
The stroke of cylinder I (9) is set as 1-30m, and the cylinder diameter of upper and lower air cylinders I (21) is set as 100-300mm, the row of upper and lower air cylinders I (21)
Journey is set as 1-10m.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711390112.2A CN108220591A (en) | 2017-12-21 | 2017-12-21 | A kind of easy to clean type wash mill for rare-earth oxalate |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201711390112.2A CN108220591A (en) | 2017-12-21 | 2017-12-21 | A kind of easy to clean type wash mill for rare-earth oxalate |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109621524A (en) * | 2018-12-03 | 2019-04-16 | 毛海虹 | A kind of carbonic acid rare earth chloride production re chloride swing type filter plant |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2144469Y (en) * | 1992-03-30 | 1993-10-27 | 邹原平 | Scouring brush with spraying device |
| CN202774865U (en) * | 2012-08-24 | 2013-03-13 | 张建尧 | Water-spraying brush |
| CN107130108A (en) * | 2017-06-01 | 2017-09-05 | 深圳高佳研机械研究设计有限公司 | It is a kind of to facilitate cleaning-type rare-earth feed liquid deoiling device |
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2017
- 2017-12-21 CN CN201711390112.2A patent/CN108220591A/en not_active Withdrawn
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2144469Y (en) * | 1992-03-30 | 1993-10-27 | 邹原平 | Scouring brush with spraying device |
| CN202774865U (en) * | 2012-08-24 | 2013-03-13 | 张建尧 | Water-spraying brush |
| CN107130108A (en) * | 2017-06-01 | 2017-09-05 | 深圳高佳研机械研究设计有限公司 | It is a kind of to facilitate cleaning-type rare-earth feed liquid deoiling device |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109621524A (en) * | 2018-12-03 | 2019-04-16 | 毛海虹 | A kind of carbonic acid rare earth chloride production re chloride swing type filter plant |
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