CN107058729B - A kind of horizontal degreasing unit for rare earth feed liquid - Google Patents
A kind of horizontal degreasing unit for rare earth feed liquid Download PDFInfo
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- CN107058729B CN107058729B CN201710403217.0A CN201710403217A CN107058729B CN 107058729 B CN107058729 B CN 107058729B CN 201710403217 A CN201710403217 A CN 201710403217A CN 107058729 B CN107058729 B CN 107058729B
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- cartridge filter
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- side wall
- long stroke
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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
- 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 degreasing unit more particularly to a kind of horizontal degreasing units for rare earth feed liquid.The technical problem to be solved in the present invention is to provide a kind of horizontal degreasing units for rare earth feed liquid.In order to solve the above technical problem, the present invention provides such a horizontal degreasing units for rare earth feed liquid, include cartridge filter, feeding device, Oil sucking device, L-shaped connecting plate, piston, long stroke cylinder I etc.；Oil sucking device is arranged on the right side of feeding device, L-shaped connecting plate is arranged on the left side of feeding device, and the lower end of L-shaped connecting plate and the top of cartridge filter connect by welding, and piston is arranged in cartridge filter, piston is engaged with cartridge filter, and piston is arranged to be flexibly connected with cartridge filter.A kind of horizontal degreasing unit for rare earth feed liquid provided by the present invention, is formed using horizontal type structure, will not occupy tall and big space, is not required to enterprise and is built tall and big workshop, reduces the occupancy of business capital.
Description
Technical field
The present invention relates to a kind of degreasing unit more particularly to a kind of horizontal degreasing units for rare earth feed liquid.
Background technology
According to rare earth atoms electron structure and physicochemical properties and their symbiosis situations and not in mineral
Same ionic radius can generate feature of different nature, and 17 kinds of rare earth elements are generally divided into two groups：Light rare earth includes：Lanthanum, cerium,
Praseodymium, neodymium, promethium, samarium, europium, gadolinium.Heavy rare earth includes：Terbium, dysprosium, holmium, erbium, thulium, ytterbium, lutetium, scandium.Rare earth oxide refers to element week
Phase atom ordinal number is 57 to 71 15 kinds of lanthanide oxides and the scandium and yttrium similar to lanthanide series chemical property
The oxide of totally 17 kinds of elements.Rare earth element all obtains in fields such as oil, chemical industry, metallurgy, weaving, ceramics, glass, permanent-magnet materials
To being widely applied, with advances in technology with the continuous breakthrough of application technology, the value of rare earth oxide will be increasing.
Rare earth is important strategic resource, is known as " industrial vitamin ", is widely used in new energy, new material, electronic information, aviation
The fields such as space flight.At present, rare earth yield in China's occupies absolute status, accounts for the whole world more than 90% throughout the year, Chinese Government starts within 1998
Implement rare-earth products export quotas license granting mechanisms, and rare earths material is included in processing trade and forbids class goods catalogue.2006,
Implementation of China rare earth mining overall control management.2008, country's issue《National plan of the mineral resources》, to protectiveness such as rare earths
The specific mineral of exploitation carry out Planning Regulation, limitation exploitation, stringent access and comprehensive utilization.
The existing structure traditional for the degreasing unit generally use of rare earth feed liquid is led, it is necessary to occupy tall and big space
It causes enterprise that must build tall and big workshop, increases the spending of enterprise, aggravated the burden of enterprise, be unfavorable for the section of business capital
About, the development of enterprise is influenced.
The content of the invention
（1）Technical problems to be solved
The present invention is in order to overcome the existing structure traditional for the degreasing unit generally use of rare earth feed liquid, it is necessary to occupy
The shortcomings that tall and big space, the technical problem to be solved in the present invention is to provide a kind of horizontal degreasing units for rare earth feed liquid.
（2）Technical solution
In order to solve the above technical problem, the present invention provides such a horizontal degreasing unit for rare earth feed liquid,
Include cartridge filter, feeding device, Oil sucking device, L-shaped connecting plate, piston, long stroke cylinder I, stent I, stent II, out-feed liquid
Pipe and check valve I；Feeding device and Oil sucking device are provided with above cartridge filter, Oil sucking device is arranged on the right side of feeding device
Side, L-shaped connecting plate are arranged on the left side of feeding device, and the lower end of L-shaped connecting plate and the top of cartridge filter are by welding
Connection, piston are arranged in cartridge filter, and piston is engaged with cartridge filter, and piston is arranged to be flexibly connected with cartridge filter, long stroke
Cylinder I is arranged on the left side of cartridge filter, and the left side wall of cartridge filter is provided with hole, and the telescopic rod of long stroke cylinder I is left by cartridge filter
The hole of side wall is extend into cartridge filter, and the right end of I telescopic rod of long stroke cylinder and the left side wall of piston connect by welding
It connects, the upper end of stent I is connected by bolted connection with the bottom of long stroke cylinder I, and cartridge filter bottom is welded with several
A stent II, the right side wall of cartridge filter are welded with discharging liquid pipe, and discharging liquid pipe is connected with cartridge filter, is equipped in the liquid pipe that discharges
Check valve I, the right part at the top of cartridge filter are provided with inlet and outlet.
Preferably, feeding device includes feed liquid case, electric rotating machine, agitating plate, pressing plate, plunger, big connecting tube and long row
Stroke cylinder II；Feed liquid case is arranged on the top of cartridge filter, and electric rotating machine is mounted on the right part of feed liquid box top, feed liquid by bolt
The right part of box top is provided with hole, and the output shaft of electric rotating machine is extend into feed liquid case by the hole of the right part of feed liquid box top, stirred
It mixes plate to be arranged in feed liquid case, the top of agitating plate is connected by welding with the lower end of electric rotating machine output shaft, pressing plate
The lower section of agitating plate is arranged on, the bottom of pressing plate is arranged to be flexibly connected with the interior bottom of feed liquid case, the bottom of pressing plate and plunger
Top be arranged to be fixedly connected, plunger is inserted in big connecting tube, and plunger is engaged with big connecting tube, and plunger is set with big connecting tube
Flexible connection is set to, the upper end of big connecting tube is connected by welding with the bottom of feed liquid case, big connecting tube and feed liquid case
It is connected, long stroke cylinder II is mounted on the left part of feed liquid box top by bolt, and the left part of feed liquid box top is provided with hole, long row
The telescopic rod of stroke cylinder II is extend by the hole of the left part of feed liquid box top in feed liquid case, under II telescopic rod of long stroke cylinder
End is connected by welding with the left part at the top of pressing plate, and the left side wall of feed liquid case passes through weldering with the upper right side of L-shaped connecting plate
The mode connect connects, and big connecting tube is arranged on the right side of L-shaped connecting plate, passes through weldering at the top of the lower end of big connecting tube and cartridge filter
The mode connect connects, and big connecting tube is arranged on the left side of the inlet and outlet of cartridge filter.
Preferably, Oil sucking device includes upper and lower air cylinders, upper and lower telescopic rod, Semicircular baffle, connecting rod, leaf spring and oil suction
Paper；The left side wall of upper and lower air cylinders is connected by welding with the right side wall of feed liquid case, the upper end of upper and lower telescopic rod with up and down
Cylinders connect, and the lower end of upper and lower telescopic rod and the top of Semicircular baffle connect by welding, Semicircular baffle with
The inlet and outlet of cartridge filter are corresponding, and Semicircular baffle is arranged to be flexibly connected with cartridge filter, and Semicircular baffle bottom is welded with company
Extension bar, connecting rod are provided with pre-and post perforative groove, and leaf spring is arranged in the groove of connecting rod, the middle part of leaf spring right side wall and connection
The right side wall of the groove of bar connects by welding, and oil-Absorbing Sheets are arranged in the groove of connecting rod, and oil-Absorbing Sheets are arranged on plate
The left side of spring, connecting rod and leaf spring are arranged to be flexibly connected with oil-Absorbing Sheets.
Preferably, stent III, Rose Box, large baffle, filter cloth I, middle partition plate, small connecting tube, check valve II, filter have been further included
Cloth II, small baffle, discharge liquid pipe and valve；Rose Box is arranged on the right side of cartridge filter, the lower part of Rose Box left side wall and discharging
The right end of liquid pipe connects by welding, is disposed with large baffle, middle partition plate and septulum from left to right in Rose Box
Plate, the lower end of large baffle, middle partition plate and small baffle are connected by welding with the interior bottom of Rose Box, large baffle, in
The inside of Rose Box is divided into four accommodation spaces by partition plate and small baffle, and large baffle is higher than middle partition plate, and middle partition plate is higher than septulum
Plate, filter cloth I are arranged between the left inside side wall of Rose Box and large baffle, and the left end of filter cloth I and the left inside side wall of Rose Box pass through
The mode of screw connection connects, and the right end of filter cloth I is connected with the mode that the upper end of large baffle left side wall is connected by screw, interval
The lower weld of plate has small connecting tube, and the left part of small connecting tube is between large baffle and middle partition plate, the right end position of small connecting tube
Between middle partition plate and small baffle, the left part of small connecting tube is equipped with check valve II, and filter cloth II is arranged on middle partition plate and small baffle
Between, the left end of filter cloth II is connected with the mode that the right side wall of middle partition plate is connected by screw, the right end and small baffle of filter cloth II
The mode that the upper end of left side wall is connected by screw connects, and the left end of discharge liquid pipe passes through welding with the lower end of Rose Box right side wall
Mode connect, discharge liquid pipe is connected with Rose Box, is equipped with valve in discharge liquid pipe, and the bottom of Rose Box is welded with several
A stent III.
Preferably, stirring motor, agitating shaft and agitating paddle have been further included；The top of stirring motor and the inner top of Rose Box
It connects by bolted connection, stirring motor is connected with the upper end of agitating shaft, the lower end of agitating shaft and the top of agitating paddle
Portion connects by welding, and agitating paddle and agitating shaft are respectively positioned between large baffle and middle partition plate, and agitating paddle is located at small connection
The top of pipe.
Preferably, the cylinder diameter of long stroke cylinder I is arranged to 150-400mm, and the stroke of long stroke cylinder I is arranged to 2-15m,
The rotating speed of electric rotating machine is arranged to 700-1800r/min, and the cylinder diameter of long stroke cylinder II is arranged to 50-150mm, long stroke cylinder
II stroke is arranged to 3-7m.
Operation principle：Because the present invention includes cartridge filter, feeding device, Oil sucking device, L-shaped connecting plate, piston, long row
Stroke cylinder I, stent I, stent II, discharging liquid pipe and check valve I, so rare earth feed liquid first can be encased in charging by staff
In device, then Oil sucking device is inserted by the inlet and outlet of cartridge filter in cartridge filter, then staff is filled by feeding
It puts and rare earth feed liquid is transported in cartridge filter, then staff starts long stroke cylinder I and acted, I band of long stroke cylinder
Piston is moved to the right, and piston promotes to the right the rare earth feed liquid in cartridge filter, rare earth feed liquid when flowing through Oil sucking device,
Oil contained therein is absorbed by Oil sucking device, is then discharged to again by the liquid pipe that discharges outside cartridge filter.
Because feeding device includes feed liquid case, electric rotating machine, agitating plate, pressing plate, plunger, big connecting tube and long stroke gas
Cylinder II, so rare earth feed liquid can be first added in feed liquid case by staff, then staff starts electric rotating machine and carries out
Operating, electric rotating machine drive agitating plate to be stirred rare earth feed liquid, facility are provided for subsequent removal operation.When needing to mistake
When rare earth feed liquid is added in filter cylinder, staff can start long stroke cylinder II and be acted, and long stroke cylinder II is with dynamic pressure
Plate and plunger are moved upwards, and plunger decontrols the big connecting tube blocked, and the rare earth feed liquid in feed liquid case passes through big connecting tube
It is flowed into cartridge filter.
Because Oil sucking device includes upper and lower air cylinders, upper and lower telescopic rod, Semicircular baffle, connecting rod, leaf spring and oil-Absorbing Sheets,
So staff can start upper and lower air cylinders and be acted, upper and lower air cylinders drive Semicircular baffle by upper and lower telescopic rod, connect
Extension bar and leaf spring and oil-Absorbing Sheets are moved downwardly together, and the disengaging that connecting rod, leaf spring and oil-Absorbing Sheets are passed through cartridge filter
Mouth is inserted into cartridge filter, and since Semicircular baffle is corresponding with the inlet and outlet of cartridge filter, Semicircular baffle can be by mistake
The inlet and outlet of filter cylinder are tightly blocked.After the oil-Absorbing Sheets in cartridge filter absorb the oil in rare earth feed liquid, work people
Oil-Absorbing Sheets can be taken out of the outside of cartridge filter upwards by member by the action of upper and lower air cylinders, and then staff stirs leaf spring,
The oil-Absorbing Sheets for being filled oil are removed, place into new oil-Absorbing Sheets, and passes through leaf spring and is blocked, leaf spring can prevent oil-Absorbing Sheets quilt
Rare earth feed liquid impacts, and oil-Absorbing Sheets can also be replaced with to sponge or filter cloth here.
Because stent III, Rose Box, large baffle, filter cloth I, middle partition plate, small connecting tube, check valve II, filter cloth are further included
IIth, small baffle, discharge liquid pipe and valve, and the inside of Rose Box is divided into four appearances by large baffle, middle partition plate and small baffle
Receive space, and large baffle, higher than middle partition plate, middle partition plate is higher than small baffle, therefore when the rare earth feed liquid quilt after primary oil removing
After piston is pushed to by the liquid pipe that discharges in Rose Box, check valve I can prevent the rare earth feed liquid in Rose Box from flowing backwards, continue into
Enter in the space that the rare earth feed liquid in Rose Box is first between the left inside side wall of Rose Box and large baffle, with liquid level
Rise, the oil in rare earth feed liquid is absorbed by filter cloth I, and then rare earth feed liquid crosses large baffle, be flowed into large baffle and middle partition plate it
Between space in, then be flowed into the space between middle partition plate and small baffle by small connecting tube, with the rising of liquid level, rare earth
Remaining oil is absorbed in filter cloth II in feed liquid, and then rare earth feed liquid crosses the right side that small baffle is flowed into small baffle, by right
The multilevel oil removal operation of rare earth feed liquid greatly reduces the content of organic phase in rare earth feed liquid.It is finished when needing discharge oil removing
Rare earth feed liquid when, staff open valve, can be discharged it by discharge liquid pipe.
Because having further included stirring motor, agitating shaft and agitating paddle, stirring motor is connected with the upper end of agitating shaft, stirring
The lower end of axis and the top of agitating paddle connect by welding, so staff can start stirring motor and be transported
Turn, stirring motor drives agitating paddle to be stirred to being located at the rare earth feed liquid between large baffle and middle partition plate by agitating shaft, has
Beneficial to removal operation.
Because the cylinder diameter of long stroke cylinder I is arranged to 150-400mm, the stroke of long stroke cylinder I is arranged to 2-15m, institute
More steady to run, the rotating speed of electric rotating machine is arranged to 700-1800r/min, so rotating more accurate, long stroke cylinder
II cylinder diameter is arranged to 50-150mm, and the stroke of long stroke cylinder II is arranged to 3-7m, so performance is more safe and reliable.
（3）Advantageous effect
A kind of horizontal degreasing unit for rare earth feed liquid provided by the present invention, is formed, Bu Huizhan using horizontal type structure
It with tall and big space, is not required to enterprise and builds tall and big workshop, reduce the occupancy of business capital, alleviate the burden of enterprise, and
And the oil-Absorbing Sheets in Oil sucking device are replaced conveniently, are conducive to being carried out continuously for oil removing work, deoiling effect is good efficient, structure letter
It is single flexible, it is easy to operate, it easily manufactures, repair easy to maintain.
Description of the drawings
Fig. 1 is the main view schematic diagram of the present invention.
Fig. 2 is the front sectional view structure diagram of the feed liquid case of the present invention.
Fig. 3 is the left view figure structure schematic representation of the Semicircular baffle of the present invention.
Fig. 4 is the main view schematic diagram of the leaf spring of the present invention.
Fig. 5 is the main view schematic diagram of the Rose Box of the present invention.
Fig. 6 is the front sectional view structure diagram of the large baffle of the present invention.
Fig. 7 is the main view schematic diagram of the stirring motor of the present invention.
Mark in attached drawing for：1- cartridge filters, 2- feeding devices, 3- Oil sucking devices, 4-L shape connecting plates, 5- pistons, 6- long
Stroke cylinder I, 7- stents I, 8- stents II, 9- discharging liquid pipes, 10- check valves I, 11- inlet and outlet, 21- feed liquid casees, 22- rotations
Motor, 23- agitating plates, 24- pressing plates, 25- plungers, the big connecting tubes of 26-, 27- long strokes cylinder II, 31- upper and lower air cylinders, on 32-
Lower telescopic rod, 33- Semicircular baffles, 34- connecting rods, 35- leaf springs, 36- oil-Absorbing Sheets, 40- stents III, 41- Rose Boxes, 42- are big
Partition plate, 43- filter clothes I, partition plate in 44-, the small connecting tubes of 45-, 46- check valves II, 47- filter clothes II, 48- small baffles, 49- discharge liquid
Pipe, 50- valves, 51- stirring motors, 52- agitating shafts, 53- agitating paddles.
Specific embodiment
The present invention is further illustrated with reference to the accompanying drawings and examples.
Embodiment 1
A kind of horizontal degreasing unit for rare earth feed liquid as shown in figs. 1-7, includes cartridge filter 1, feeding device 2, inhales
Oily device 3, L-shaped connecting plate 4, piston 5, long stroke cylinder I 6, stent I 7, stent II 8, discharging liquid pipe 9 and check valve I 10；
The top of cartridge filter 1 is provided with feeding device 2 and Oil sucking device 3, and Oil sucking device 3 is arranged on the right side of feeding device 2, and L-shaped connects
Fishplate bar 4 is arranged on the left side of feeding device 2, and the lower end of L-shaped connecting plate 4 is connected by welding with the top of cartridge filter 1,
Piston 5 is arranged in cartridge filter 1, and piston 5 is engaged with cartridge filter 1, and piston 5 is arranged to be flexibly connected with cartridge filter 1, long stroke
Cylinder I 6 is arranged on the left side of cartridge filter 1, and the left side wall of cartridge filter 1 is provided with hole, and the telescopic rod of long stroke cylinder I 6 passes through filtering
The hole of 1 left side wall of cylinder is extend into cartridge filter 1, and the right end of I 6 telescopic rod of long stroke cylinder passes through welding with the left side wall of piston 5
Mode connect, the upper end of stent I 7 is connected by bolted connection with the bottom of long stroke cylinder I 6,1 bottom of cartridge filter
Several stents II 8 are welded with, the right side wall of cartridge filter 1 is welded with discharging liquid pipe 9, and discharging liquid pipe 9 is connected with cartridge filter 1,
Check valve I 10 is installed, the right part at 1 top of cartridge filter is provided with inlet and outlet 11 in discharging liquid pipe 9.
Embodiment 2
A kind of horizontal degreasing unit for rare earth feed liquid as shown in figs. 1-7, includes cartridge filter 1, feeding device 2, inhales
Oily device 3, L-shaped connecting plate 4, piston 5, long stroke cylinder I 6, stent I 7, stent II 8, discharging liquid pipe 9 and check valve I 10；
The top of cartridge filter 1 is provided with feeding device 2 and Oil sucking device 3, and Oil sucking device 3 is arranged on the right side of feeding device 2, and L-shaped connects
Fishplate bar 4 is arranged on the left side of feeding device 2, and the lower end of L-shaped connecting plate 4 is connected by welding with the top of cartridge filter 1,
Piston 5 is arranged in cartridge filter 1, and piston 5 is engaged with cartridge filter 1, and piston 5 is arranged to be flexibly connected with cartridge filter 1, long stroke
Cylinder I 6 is arranged on the left side of cartridge filter 1, and the left side wall of cartridge filter 1 is provided with hole, and the telescopic rod of long stroke cylinder I 6 passes through filtering
The hole of 1 left side wall of cylinder is extend into cartridge filter 1, and the right end of I 6 telescopic rod of long stroke cylinder passes through welding with the left side wall of piston 5
Mode connect, the upper end of stent I 7 is connected by bolted connection with the bottom of long stroke cylinder I 6,1 bottom of cartridge filter
Several stents II 8 are welded with, the right side wall of cartridge filter 1 is welded with discharging liquid pipe 9, and discharging liquid pipe 9 is connected with cartridge filter 1,
Check valve I 10 is installed, the right part at 1 top of cartridge filter is provided with inlet and outlet 11 in discharging liquid pipe 9.
Feeding device 2 includes feed liquid case 21, electric rotating machine 22, agitating plate 23, pressing plate 24, plunger 25, big connecting tube 26
With long stroke cylinder II 27；Feed liquid case 21 is arranged on the top of cartridge filter 1, and electric rotating machine 22 is mounted on feed liquid case 21 by bolt
The right part at top, the right part at 21 top of feed liquid case are provided with hole, and the output shaft of electric rotating machine 22 passes through the right part at the top of feed liquid case 21
Hole extend into feed liquid case 21, agitating plate 23 is arranged in feed liquid case 21, and top and the electric rotating machine 22 of agitating plate 23 export
The lower end of axis connects by welding, and pressing plate 24 is arranged on the lower section of agitating plate 23, bottom and the feed liquid case 21 of pressing plate 24
Interior bottom be arranged to be flexibly connected, the bottom of pressing plate 24 is arranged to be fixedly connected with the top of plunger 25, and plunger 25 is inserted in greatly
In connecting tube 26, plunger 25 is engaged with big connecting tube 26, and plunger 25 is arranged to be flexibly connected with big connecting tube 26, big connecting tube
26 upper end is connected by welding with the bottom of feed liquid case 21, and big connecting tube 26 is connected with feed liquid case 21, long stroke
Cylinder II 27 is mounted on the left part at 21 top of feed liquid case by bolt, and the left part at 21 top of feed liquid case is provided with hole, long stroke cylinder
II 27 telescopic rod is extend by the hole of the left part at 21 top of feed liquid case in feed liquid case 21, II 27 telescopic rod of long stroke cylinder
Lower end is connected by welding with the left part at 24 top of pressing plate, the left side wall of feed liquid case 21 and the upper right side of L-shaped connecting plate 4
It connects by welding, big connecting tube 26 is arranged on the right side of L-shaped connecting plate 4, lower end and the cartridge filter 1 of big connecting tube 26
Top connect by welding, big connecting tube 26 is arranged on the left side of the inlet and outlet 11 of cartridge filter 1.
Embodiment 3
A kind of horizontal degreasing unit for rare earth feed liquid as shown in figs. 1-7, includes cartridge filter 1, feeding device 2, inhales
Oily device 3, L-shaped connecting plate 4, piston 5, long stroke cylinder I 6, stent I 7, stent II 8, discharging liquid pipe 9 and check valve I 10；
The top of cartridge filter 1 is provided with feeding device 2 and Oil sucking device 3, and Oil sucking device 3 is arranged on the right side of feeding device 2, and L-shaped connects
Fishplate bar 4 is arranged on the left side of feeding device 2, and the lower end of L-shaped connecting plate 4 is connected by welding with the top of cartridge filter 1,
Piston 5 is arranged in cartridge filter 1, and piston 5 is engaged with cartridge filter 1, and piston 5 is arranged to be flexibly connected with cartridge filter 1, long stroke
Cylinder I 6 is arranged on the left side of cartridge filter 1, and the left side wall of cartridge filter 1 is provided with hole, and the telescopic rod of long stroke cylinder I 6 passes through filtering
The hole of 1 left side wall of cylinder is extend into cartridge filter 1, and the right end of I 6 telescopic rod of long stroke cylinder passes through welding with the left side wall of piston 5
Mode connect, the upper end of stent I 7 is connected by bolted connection with the bottom of long stroke cylinder I 6,1 bottom of cartridge filter
Several stents II 8 are welded with, the right side wall of cartridge filter 1 is welded with discharging liquid pipe 9, and discharging liquid pipe 9 is connected with cartridge filter 1,
Check valve I 10 is installed, the right part at 1 top of cartridge filter is provided with inlet and outlet 11 in discharging liquid pipe 9.
Feeding device 2 includes feed liquid case 21, electric rotating machine 22, agitating plate 23, pressing plate 24, plunger 25, big connecting tube 26
With long stroke cylinder II 27；Feed liquid case 21 is arranged on the top of cartridge filter 1, and electric rotating machine 22 is mounted on feed liquid case 21 by bolt
The right part at top, the right part at 21 top of feed liquid case are provided with hole, and the output shaft of electric rotating machine 22 passes through the right part at the top of feed liquid case 21
Hole extend into feed liquid case 21, agitating plate 23 is arranged in feed liquid case 21, and top and the electric rotating machine 22 of agitating plate 23 export
The lower end of axis connects by welding, and pressing plate 24 is arranged on the lower section of agitating plate 23, bottom and the feed liquid case 21 of pressing plate 24
Interior bottom be arranged to be flexibly connected, the bottom of pressing plate 24 is arranged to be fixedly connected with the top of plunger 25, and plunger 25 is inserted in greatly
In connecting tube 26, plunger 25 is engaged with big connecting tube 26, and plunger 25 is arranged to be flexibly connected with big connecting tube 26, big connecting tube
26 upper end is connected by welding with the bottom of feed liquid case 21, and big connecting tube 26 is connected with feed liquid case 21, long stroke
Cylinder II 27 is mounted on the left part at 21 top of feed liquid case by bolt, and the left part at 21 top of feed liquid case is provided with hole, long stroke cylinder
II 27 telescopic rod is extend by the hole of the left part at 21 top of feed liquid case in feed liquid case 21, II 27 telescopic rod of long stroke cylinder
Lower end is connected by welding with the left part at 24 top of pressing plate, the left side wall of feed liquid case 21 and the upper right side of L-shaped connecting plate 4
It connects by welding, big connecting tube 26 is arranged on the right side of L-shaped connecting plate 4, lower end and the cartridge filter 1 of big connecting tube 26
Top connect by welding, big connecting tube 26 is arranged on the left side of the inlet and outlet 11 of cartridge filter 1.
Oil sucking device 3 includes upper and lower air cylinders 31, upper and lower telescopic rod 32, Semicircular baffle 33, connecting rod 34,35 and of leaf spring
Oil-Absorbing Sheets 36；The left side wall of upper and lower air cylinders 31 is connected by welding with the right side wall of feed liquid case 21, upper and lower telescopic rod 32
Upper end be connected with upper and lower air cylinders 31, the lower end of upper and lower telescopic rod 32 and the top of Semicircular baffle 33 are by welding
Connection, Semicircular baffle 33 is corresponding with the inlet and outlet 11 of cartridge filter 1, and Semicircular baffle 33 is arranged to activity even with cartridge filter 1
It connects, 33 bottom of Semicircular baffle is welded with connecting rod 34, and connecting rod 34 is provided with pre-and post perforative groove, and leaf spring 35 is arranged on connection
In the groove of bar 34, the middle part of 35 right side wall of leaf spring is connected by welding with the right side wall of the groove of connecting rod 34, is inhaled
Oilpaper 36 is arranged in the groove of connecting rod 34, and oil-Absorbing Sheets 36 are arranged on the left side of leaf spring 35, connecting rod 34 and leaf spring 35 with
Oil-Absorbing Sheets 36 are arranged to be flexibly connected.
Embodiment 4
A kind of horizontal degreasing unit for rare earth feed liquid as shown in figs. 1-7, includes cartridge filter 1, feeding device 2, inhales
Oily device 3, L-shaped connecting plate 4, piston 5, long stroke cylinder I 6, stent I 7, stent II 8, discharging liquid pipe 9 and check valve I 10；
The top of cartridge filter 1 is provided with feeding device 2 and Oil sucking device 3, and Oil sucking device 3 is arranged on the right side of feeding device 2, and L-shaped connects
Fishplate bar 4 is arranged on the left side of feeding device 2, and the lower end of L-shaped connecting plate 4 is connected by welding with the top of cartridge filter 1,
Piston 5 is arranged in cartridge filter 1, and piston 5 is engaged with cartridge filter 1, and piston 5 is arranged to be flexibly connected with cartridge filter 1, long stroke
Cylinder I 6 is arranged on the left side of cartridge filter 1, and the left side wall of cartridge filter 1 is provided with hole, and the telescopic rod of long stroke cylinder I 6 passes through filtering
The hole of 1 left side wall of cylinder is extend into cartridge filter 1, and the right end of I 6 telescopic rod of long stroke cylinder passes through welding with the left side wall of piston 5
Mode connect, the upper end of stent I 7 is connected by bolted connection with the bottom of long stroke cylinder I 6,1 bottom of cartridge filter
Several stents II 8 are welded with, the right side wall of cartridge filter 1 is welded with discharging liquid pipe 9, and discharging liquid pipe 9 is connected with cartridge filter 1,
Check valve I 10 is installed, the right part at 1 top of cartridge filter is provided with inlet and outlet 11 in discharging liquid pipe 9.
Feeding device 2 includes feed liquid case 21, electric rotating machine 22, agitating plate 23, pressing plate 24, plunger 25, big connecting tube 26
With long stroke cylinder II 27；Feed liquid case 21 is arranged on the top of cartridge filter 1, and electric rotating machine 22 is mounted on feed liquid case 21 by bolt
The right part at top, the right part at 21 top of feed liquid case are provided with hole, and the output shaft of electric rotating machine 22 passes through the right part at the top of feed liquid case 21
Hole extend into feed liquid case 21, agitating plate 23 is arranged in feed liquid case 21, and top and the electric rotating machine 22 of agitating plate 23 export
The lower end of axis connects by welding, and pressing plate 24 is arranged on the lower section of agitating plate 23, bottom and the feed liquid case 21 of pressing plate 24
Interior bottom be arranged to be flexibly connected, the bottom of pressing plate 24 is arranged to be fixedly connected with the top of plunger 25, and plunger 25 is inserted in greatly
In connecting tube 26, plunger 25 is engaged with big connecting tube 26, and plunger 25 is arranged to be flexibly connected with big connecting tube 26, big connecting tube
26 upper end is connected by welding with the bottom of feed liquid case 21, and big connecting tube 26 is connected with feed liquid case 21, long stroke
Cylinder II 27 is mounted on the left part at 21 top of feed liquid case by bolt, and the left part at 21 top of feed liquid case is provided with hole, long stroke cylinder
II 27 telescopic rod is extend by the hole of the left part at 21 top of feed liquid case in feed liquid case 21, II 27 telescopic rod of long stroke cylinder
Lower end is connected by welding with the left part at 24 top of pressing plate, the left side wall of feed liquid case 21 and the upper right side of L-shaped connecting plate 4
It connects by welding, big connecting tube 26 is arranged on the right side of L-shaped connecting plate 4, lower end and the cartridge filter 1 of big connecting tube 26
Top connect by welding, big connecting tube 26 is arranged on the left side of the inlet and outlet 11 of cartridge filter 1.
Oil sucking device 3 includes upper and lower air cylinders 31, upper and lower telescopic rod 32, Semicircular baffle 33, connecting rod 34,35 and of leaf spring
Oil-Absorbing Sheets 36；The left side wall of upper and lower air cylinders 31 is connected by welding with the right side wall of feed liquid case 21, upper and lower telescopic rod 32
Upper end be connected with upper and lower air cylinders 31, the lower end of upper and lower telescopic rod 32 and the top of Semicircular baffle 33 are by welding
Connection, Semicircular baffle 33 is corresponding with the inlet and outlet 11 of cartridge filter 1, and Semicircular baffle 33 is arranged to activity even with cartridge filter 1
It connects, 33 bottom of Semicircular baffle is welded with connecting rod 34, and connecting rod 34 is provided with pre-and post perforative groove, and leaf spring 35 is arranged on connection
In the groove of bar 34, the middle part of 35 right side wall of leaf spring is connected by welding with the right side wall of the groove of connecting rod 34, is inhaled
Oilpaper 36 is arranged in the groove of connecting rod 34, and oil-Absorbing Sheets 36 are arranged on the left side of leaf spring 35, connecting rod 34 and leaf spring 35 with
Oil-Absorbing Sheets 36 are arranged to be flexibly connected.
Stent III 40, Rose Box 41, large baffle 42, filter cloth I 43, middle partition plate 44, small connecting tube 45, check valve are further included
II 46, filter cloth II 47, small baffle 48, discharge liquid pipe 49 and valve 50；Rose Box 41 is arranged on the right side of cartridge filter 1, Rose Box
The lower part of 41 left side walls is connected by welding with the right end for the liquid pipe 9 that discharges, and is set successively from left to right in Rose Box 41
Be equipped with large baffle 42, middle partition plate 44 and small baffle 48, the lower end of large baffle 42, middle partition plate 44 and small baffle 48 with Rose Box 41
Interior bottom connect by welding, the inside of Rose Box 41 is divided by large baffle 42, middle partition plate 44 and small baffle 48
Four accommodation spaces, large baffle 42 are higher than middle partition plate 44, and middle partition plate 44 is higher than small baffle 48, and filter cloth I 43 is arranged on Rose Box 41
Left inside side wall and large baffle 42 between, mode that the left end of filter cloth I 43 and the left inside side wall of Rose Box 41 are connected by screw
Connection, the right end of filter cloth I 43 are connected with the mode that the upper end of 42 left side wall of large baffle is connected by screw, the lower part of middle partition plate 44
Small connecting tube 45 is welded with, the left part of small connecting tube 45 is between large baffle 42 and middle partition plate 44, the right end of small connecting tube 45
Between middle partition plate 44 and small baffle 48, the left part of small connecting tube 45 is equipped with check valve II 46, during filter cloth II 47 is arranged on
Between partition plate 44 and small baffle 48, the left end of filter cloth II 47 is connected with the mode that the right side wall of middle partition plate 44 is connected by screw,
The right end of filter cloth II 47 is connected with the mode that the upper end of 48 left side wall of small baffle is connected by screw, the left end of discharge liquid pipe 49 with
The lower end of 41 right side wall of Rose Box connects by welding, and discharge liquid pipe 49 is connected with Rose Box 41, discharge liquid pipe 49
On valve 50 is installed, the bottom of Rose Box 41 is welded with several stents III 40.
Stirring motor 51, agitating shaft 52 and agitating paddle 53 are further included；The top of stirring motor 51 is interior with Rose Box 41
Top connects by bolted connection, and stirring motor 51 is connected with the upper end of agitating shaft 52, the lower end of agitating shaft 52 with
The top of agitating paddle 53 connects by welding, agitating paddle 53 and agitating shaft 52 be respectively positioned on large baffle 42 and middle partition plate 44 it
Between, agitating paddle 53 is located at the top of small connecting tube 45.
The cylinder diameter of long stroke cylinder I 6 is arranged to 150-400mm, and the stroke of long stroke cylinder I 6 is arranged to 2-15m, rotation
The rotating speed of motor 22 is arranged to 700-1800r/min, and the cylinder diameter of long stroke cylinder II 27 is arranged to 50-150mm, long stroke cylinder
II 27 stroke is arranged to 3-7m.
Operation principle：Because the present invention includes cartridge filter 1, feeding device 2, Oil sucking device 3, L-shaped connecting plate 4, piston
5th, long stroke cylinder I 6, stent I 7, stent II 8, discharging liquid pipe 9 and check valve I 10, so staff can be first by rare earth material
Liquid is encased in feeding device 2, is then inserted into Oil sucking device 3 in cartridge filter 1 by the inlet and outlet 11 of cartridge filter 1, then
Rare earth feed liquid is transported in cartridge filter 1 by staff by feeding device 2, then staff start long stroke cylinder I 6 into
Action is made, and I 6 band piston 5 of long stroke cylinder is moved to the right, and piston 5 promotes to the right the rare earth feed liquid in cartridge filter 1,
When flowing through Oil sucking device 3, oil contained therein is absorbed rare earth feed liquid by Oil sucking device 3, then passes through 9 row of liquid pipe that discharges again
Go out to outside cartridge filter 1.
Because feeding device 2 includes feed liquid case 21, electric rotating machine 22, agitating plate 23, pressing plate 24, plunger 25, big connection
Pipe 26 and long stroke cylinder II 27, so rare earth feed liquid can be first added in feed liquid case 21 by staff, then work people
Member's startup electric rotating machine 22 is operated, and electric rotating machine 22 drives agitating plate 23 to be stirred rare earth feed liquid, is removed to be subsequent
Oil operation provides facility.When needing to add in rare earth feed liquid into cartridge filter 1, staff can start long stroke cylinder II 27
It is acted, II 27 band dynamic pressure plate 24 of long stroke cylinder and plunger 25 are moved upwards, the big connecting tube that plunger 25 will be blocked
26 decontrol, and the rare earth feed liquid in feed liquid case 21 is flowed by big connecting tube 26 in cartridge filter 1.
Because Oil sucking device 3 includes upper and lower air cylinders 31, upper and lower telescopic rod 32, Semicircular baffle 33, connecting rod 34, leaf spring
35 and oil-Absorbing Sheets 36, so staff can start upper and lower air cylinders 31 and be acted, upper and lower air cylinders 31 pass through upper and lower telescopic rod
32 drive Semicircular baffles 33, connecting rod 34 and leaf spring 35 and oil-Absorbing Sheets 36 are moved downwardly together, and by connecting rod
34th, leaf spring 35 and oil-Absorbing Sheets 36 are inserted by the inlet and outlet 11 of cartridge filter 1 in cartridge filter 1, due to Semicircular baffle 33 and mistake
The inlet and outlet 11 of filter cylinder 1 are corresponding, therefore Semicircular baffle 33 can tightly block the inlet and outlet 11 of cartridge filter 1.When positioned at
After oil-Absorbing Sheets 36 in cartridge filter 1 absorb the oil in rare earth feed liquid, staff can pass through the dynamic of upper and lower air cylinders 31
Oil-Absorbing Sheets 36 are taken out of the outside of cartridge filter 1 by work upwards, and then staff stirs leaf spring 35, will be filled the oil-Absorbing Sheets 36 of oil
It removes, places into new oil-Absorbing Sheets 36, and pass through leaf spring 35 and blocked, leaf spring 35 can prevent oil-Absorbing Sheets 36 by rare earth feed liquid
Impact is got off, and can also oil-Absorbing Sheets 36 be replaced with sponge or filter cloth here.
Because stent III 40, Rose Box 41, large baffle 42, filter cloth I 43, middle partition plate 44, small connecting tube 45, list are further included
To valve II 46, filter cloth II 47, small baffle 48, discharge liquid pipe 49 and valve 50, and large baffle 42, middle partition plate 44 and small baffle 48
The inside of Rose Box 41 is divided into four accommodation spaces, and large baffle 42, higher than middle partition plate 44, middle partition plate 44 is higher than septulum
Plate 48, therefore after the rare earth feed liquid after primary oil removing is pushed in Rose Box 41 by piston 5 by the liquid pipe 9 that discharges, it is single
It can prevent the rare earth feed liquid in Rose Box 41 from flowing backwards to valve I 10, the rare earth feed liquid continued into Rose Box 41 initially enters
Into the space between the left inside side wall of Rose Box 41 and large baffle 42, with the rising of liquid level, the oil in rare earth feed liquid is filtered
Cloth I 43 absorbs, and then rare earth feed liquid crosses large baffle 42, is flowed into the space between large baffle 42 and middle partition plate 44, then leads to
Too small connecting tube 45 is flowed into the space between middle partition plate 44 and small baffle 48, with the rising of liquid level, is remained in rare earth feed liquid
Remaining oil is absorbed in filter cloth II 47, and then rare earth feed liquid crosses the right side that small baffle 48 is flowed into small baffle 48, by dilute
The multilevel oil removal operation of earth material liquid greatly reduces the content of organic phase in rare earth feed liquid.It is finished when needing to discharge oil removing
During rare earth feed liquid, staff opens valve 50, can be discharged it by discharge liquid pipe 49.
Because having further included stirring motor 51, agitating shaft 52 and agitating paddle 53, the upper end of stirring motor 51 and agitating shaft 52
It is connected, the lower end of agitating shaft 52 is connected by welding with the top of agitating paddle 53, so staff can start
Stirring motor 51 is operated, and stirring motor 51 drives agitating paddle 53 to being located at large baffle 42 and middle partition plate 44 by agitating shaft 52
Between rare earth feed liquid be stirred, be conducive to removal operation.
Because the cylinder diameter of long stroke cylinder I 6 is arranged to 150-400mm, the stroke of long stroke cylinder I 6 is arranged to 2-15m,
So operation is more steady, the rotating speed of electric rotating machine 22 is arranged to 700-1800r/min, so rotating more accurate, long stroke
The cylinder diameter of cylinder II 27 is arranged to 50-150mm, and the stroke of long stroke cylinder II 27 is arranged to 3-7m, so performance is safer
Reliably.
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 (4)
1. a kind of horizontal degreasing unit for rare earth feed liquid, which is characterized in that include cartridge filter (1), feeding device (2),
Oil sucking device (3), L-shaped connecting plate (4), piston (5), long stroke cylinder I (6), stent I (7), stent II (8), discharging liquid pipe
(9) and check valve I (10)；Feeding device (2) and Oil sucking device (3), Oil sucking device (3) are provided with above cartridge filter (1)
It is arranged on the right side of feeding device (2), L-shaped connecting plate (4) is arranged on the left side of feeding device (2), under L-shaped connecting plate (4)
End is connected by welding with the top of cartridge filter (1), and piston (5) is arranged in cartridge filter (1), piston (5) and filtering
Cylinder (1) is engaged, and piston (5) is arranged to be flexibly connected with cartridge filter (1), and long stroke cylinder I (6) is arranged on cartridge filter (1)
Left side, the left side wall of cartridge filter (1) are provided with hole, and the telescopic rod of long stroke cylinder I (6) is stretched by the hole of cartridge filter (1) left side wall
Enter into cartridge filter (1), the left side wall of the right end and piston (5) of long stroke cylinder I (6) telescopic rod connects by welding
It connects, the upper end of stent I (7) is connected by bolted connection with the bottom of long stroke cylinder I (6), the weldering of cartridge filter (1) bottom
Several stents II (8) are connected to, the right side wall of cartridge filter (1) is welded with discharging liquid pipe (9), discharging liquid pipe (9) and cartridge filter (1)
It is connected, check valve I (10) is installed in discharging liquid pipe (9), the right part at the top of cartridge filter (1) is provided with inlet and outlet (11)；Charging
Device (2) includes feed liquid case (21), electric rotating machine (22), agitating plate (23), pressing plate (24), plunger (25), big connecting tube
(26) and long stroke cylinder II (27)；Feed liquid case (21) is arranged on the top of cartridge filter (1), and electric rotating machine (22) is pacified by bolt
Right part at the top of feed liquid case (21), the right part at the top of feed liquid case (21) are provided with hole, and the output shaft of electric rotating machine (22) passes through
The hole of right part at the top of feed liquid case (21) is extend into feed liquid case (21), and agitating plate (23) is arranged in feed liquid case (21), stirring
The top of plate (23) is connected by welding with the lower end of electric rotating machine (22) output shaft, and pressing plate (24) is arranged on agitating plate
(23) lower section, the bottom of pressing plate (24) are arranged to be flexibly connected with the interior bottom of feed liquid case (21), the bottom of pressing plate (24) with
Plunger is arranged to be fixedly connected at the top of (25), and plunger (25) is inserted in big connecting tube (26), plunger (25) and big connecting tube
(26) it is engaged, plunger (25) is arranged to be flexibly connected with big connecting tube (26), upper end and the feed liquid case of big connecting tube (26)
(21) bottom connects by welding, and big connecting tube (26) is connected with feed liquid case (21), long stroke cylinder II (27)
By left part of the bolt at the top of feed liquid case (21), the left part at the top of feed liquid case (21) is provided with hole, long stroke cylinder II
(27) telescopic rod is extend by the hole of the left part at the top of feed liquid case (21) in feed liquid case (21), and long stroke cylinder II (27) is stretched
The lower end of contracting bar is connected by welding with the left part at the top of pressing plate (24), and the left side wall of feed liquid case (21) is connected with L-shaped
The upper right side of plate (4) connects by welding, and big connecting tube (26) is arranged on the right side of L-shaped connecting plate (4), big connecting tube
(26) lower end is connected by welding with the top of cartridge filter (1), big connecting tube (26) be arranged on cartridge filter (1) into
Export the left side of (11)；Oil sucking device (3) includes upper and lower air cylinders (31), upper and lower telescopic rod (32), Semicircular baffle (33), company
Extension bar (34), leaf spring (35) and oil-Absorbing Sheets (36)；The left side wall of upper and lower air cylinders (31) passes through weldering with the right side wall of feed liquid case (21)
The mode connect connects, and the upper end of upper and lower telescopic rod (32) is connected with upper and lower air cylinders (31), the lower end of upper and lower telescopic rod (32) with
The top of Semicircular baffle (33) connects by welding, the inlet and outlet (11) of Semicircular baffle (33) and cartridge filter (1)
Corresponding, Semicircular baffle (33) is arranged to be flexibly connected with cartridge filter (1), and Semicircular baffle (33) bottom is welded with connecting rod
(34), connecting rod (34) is provided with pre-and post perforative groove, and leaf spring (35) is arranged in the groove of connecting rod (34), and leaf spring (35) is right
The middle part of side wall is connected by welding with the right side wall of the groove of connecting rod (34), and oil-Absorbing Sheets (36) are arranged on connecting rod
(34) in groove, oil-Absorbing Sheets (36) are arranged on the left side of leaf spring (35), and connecting rod (34) and leaf spring (35) are and oil-Absorbing Sheets
(36) it is arranged to be flexibly connected.
2. a kind of horizontal degreasing unit for rare earth feed liquid according to claim 1, which is characterized in that further included branch
Frame III (40), Rose Box (41), large baffle (42), filter cloth I (43), middle partition plate (44), small connecting tube (45), check valve II
(46), filter cloth II (47), small baffle (48), discharge liquid pipe (49) and valve (50)；Rose Box (41) is arranged on cartridge filter (1)
Right side, the lower part of Rose Box (41) left side wall is connected by welding with the right end of discharging liquid pipe (9), in Rose Box (41)
Inside be disposed with large baffle (42), middle partition plate (44) and small baffle (48) from left to right, large baffle (42), middle partition plate (44) and
Interior bottom of the lower end of small baffle (48) with Rose Box (41) is connected by welding, large baffle (42), middle partition plate
(44) and the inside of Rose Box (41) is divided into four accommodation spaces by small baffle (48), and large baffle (42) is higher than middle partition plate
(44), middle partition plate (44) is higher than small baffle (48), and filter cloth I (43) is arranged on the left inside side wall of Rose Box (41) and large baffle (42)
Between, the left end of filter cloth I (43) is connected with the mode that the left inside side wall of Rose Box (41) is connected by screw, filter cloth I (43)
Right end is connected with the mode that the upper end of large baffle (42) left side wall is connected by screw, and the lower weld of middle partition plate (44) has little Lian
It takes over (45), the left part of small connecting tube (45) is located between large baffle (42) and middle partition plate (44), the right end of small connecting tube (45)
Between middle partition plate (44) and small baffle (48), the left part of small connecting tube (45) is equipped with check valve II (46), filter cloth II
(47) it is arranged between middle partition plate (44) and small baffle (48), the left end of filter cloth II (47) and the right side wall of middle partition plate (44) pass through
The mode of screw connection connects, the mode that the right end of filter cloth II (47) is connected by screw with the upper end of small baffle (48) left side wall
Connection, the left end of discharge liquid pipe (49) are connected by welding with the lower end of Rose Box (41) right side wall, discharge liquid pipe
(49) be connected with Rose Box (41), valve (50) be installed in discharge liquid pipe (49), Rose Box (41) if bottom be welded with
Dry stent III (40).
3. a kind of horizontal degreasing unit for rare earth feed liquid according to claim 2, which is characterized in that further included and stirred
Mix motor (51), agitating shaft (52) and agitating paddle (53)；The top of stirring motor (51) and the inner top of Rose Box (41) pass through
Bolted mode connects, and stirring motor (51) is connected with the upper end of agitating shaft (52), and the lower end of agitating shaft (52) is with stirring
The top for mixing paddle (53) connects by welding, and agitating paddle (53) and agitating shaft (52) are respectively positioned on large baffle (42) and interval
Between plate (44), agitating paddle (53) is located at the top of small connecting tube (45).
A kind of 4. horizontal degreasing unit for rare earth feed liquid according to claim 3, which is characterized in that long stroke cylinder
The cylinder diameter of I (6) is arranged to 150-400mm, and the stroke of long stroke cylinder I (6) is arranged to 2-15m, the rotating speed of electric rotating machine (22)
700-1800r/min is arranged to, the cylinder diameter of long stroke cylinder II (27) is arranged to 50-150mm, the row of long stroke cylinder II (27)
Journey is arranged to 3-7m.
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| CN112121468A (en) * | 2020-09-19 | 2020-12-25 | 周力 | Easy-to-clean rare earth feed liquid deoiling device |
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| CN202322954U (en) * | 2011-11-23 | 2012-07-11 | 德庆兴邦稀土新材料有限公司 | Rare-earth feed liquid deoiling device |
| JP5720583B2 (en) * | 2012-01-13 | 2015-05-20 | 信越化学工業株式会社 | Liquid-liquid extraction apparatus, multistage liquid-liquid extraction apparatus using the same, and multistage continuous extraction apparatus for rare earth elements |
| CN105749591B (en) * | 2016-04-08 | 2018-02-02 | 徐州工程学院 | A kind of vortex method processing Oil in Sewage Water dirt device and its minimizing technology |
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Effective date of registration: 20180428 Address after: 224700 18 Guangming Road, Jianhu County Economic Development Zone, Yancheng City, Jiangsu Applicant after: Jiangsu Yongchao Magnetic Materials Co., Ltd. Address before: 362200 room 1305, unit 9, Kam Tong court, San Guang Tian community, Meiling street, Jinjiang, Quanzhou, Fujian Applicant before: Jinjiang shield Machinery Design Co., Ltd. |
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