CN109182792A - A kind of rare earth extraction pulsed perforated-plate tower - Google Patents
A kind of rare earth extraction pulsed perforated-plate tower Download PDFInfo
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- CN109182792A CN109182792A CN201811208719.9A CN201811208719A CN109182792A CN 109182792 A CN109182792 A CN 109182792A CN 201811208719 A CN201811208719 A CN 201811208719A CN 109182792 A CN109182792 A CN 109182792A
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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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- 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
- C22B3/26—Treatment or purification of solutions, e.g. obtained by leaching by liquid-liquid extraction using organic compounds
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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
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Abstract
The present invention relates to the technical fields of RE extraction separation process auxiliary equipment can make cleaning solution and counter current contacting of the rare earth extraction liquid on multiple groups sieve plate abundant more particularly to a kind of rare earth extraction pulsed perforated-plate tower, improve Rare Earth Separation effect；And it improves tower body and reduces inclination shaking in the long-term use；Including tower body, pedestal, multiple groups sieve plate, drive motor, transmission shaft, multiple groups left-hand rotation lever, multiple groups right-hand rotation lever, the left connecting column of multiple groups, the right connecting column of multiple groups, multiple groups left limit plate, multiple groups right limit plate, the first spring of a multiple groups left side, the left second spring of multiple groups, the left jolting plate of multiple groups, the first spring of the multiple groups right side, the right second spring of multiple groups, the right jolting plate of multiple groups, left drawing ring, right pull ring, Zola's rope, right drawstring, left front fixed ring, left back fixed ring, fixed ring before the right side, fixed ring behind the right side, left rotary shaft, right spindle, left support plate, right support plate, left adjustable plate, right adjustable plate, left locking bed, right locking bed, left fixing bolt and right fixing bolt.
Description
Technical field
The present invention relates to the technical fields of RE extraction separation process auxiliary equipment, more particularly to a kind of rare earth extraction pulse
Sieve-plate tower.
Background technique
It is well known that pulsed perforated-plate tower is a kind of extraction equipment, to improve two-phase contact condition, enhance interfacial turbulence journey
Degree strengthens mass transport process, and applied mechanical can be provided in common sieve-plate tower or packed tower to be caused to pulse, and this tower is known as
Pulsed perforated-plate tower, pulse sieve pole plate are used primarily in the post-processing and leachate extraction of uranium, rare earth extraction separation and nickel, cobalt extraction point
From etc., rare earth extraction is a kind of auxiliary device separated by cleaning solution to rare earth extraction liquid with pulsed perforated-plate tower,
It is widely used in a variety of applications in the field of RE extraction separation process；Existing rare earth extraction pulsed perforated-plate tower includes tower body, pedestal
With multiple groups sieve plate, the bottom end of tower body and the top middle portion of pedestal are connected, and tower body is internally provided with working chamber, and multiple groups sieve plate
Uniformly distributed longitudinal arrangement is mounted on the central region of working chamber, and the upper side and lower side of tower body is provided with and respectively communicated with inlet tube under
Inlet tube, and upper inlet tube and lower inlet tube with communicated inside working chamber；Existing rare earth extraction is made with pulsed perforated-plate tower
External pulse generator is mounted on the downside of the front end of tower body by the used time first, makes the output end and lower inlet tube of impulse generator
Then connection connects impulse generator and external power supply, rare earth extraction liquid is passed through impulse generator under working chamber certainly
On direction on injection to multiple groups sieve plate, while cleaning solution being sprayed downwards from working chamber upper inside to multiple groups by upper inlet tube
On sieve plate, so that rare earth extraction liquid is carried out counter current contacting on multiple groups sieve plate with cleaning solution and mix, then carries out detached job；
Existing rare earth extraction finds in pulsed perforated-plate tower use, cleaning solution and counter current contacting of the rare earth extraction liquid on multiple groups sieve plate
It is insufficient, cause Rare Earth Separation effect poor, practicability is poor；And since the height of tower body is higher, tower body is being used for a long time
It is easy inclination in the process to shake, the stability for causing tower body to use is poor, causes its use reliability lower.
Summary of the invention
In order to solve the above technical problems, the present invention provides and a kind of keeps cleaning solution inverse on multiple groups sieve plate with rare earth extraction liquid
Stream contact sufficiently, improves Rare Earth Separation effect, improves practicability；And it improves tower body and reduces inclination rolling in the long-term use
It is dynamic, the stability in use of tower body is improved, the rare earth extraction pulsed perforated-plate tower of use reliability is improved.
A kind of rare earth extraction pulsed perforated-plate tower of the invention, including tower body, pedestal and multiple groups sieve plate, the bottom end of tower body with
The top middle portion of pedestal connects, and tower body is internally provided with working chamber, and multiple groups sieve plate is evenly distributed with longitudinal arrangement and is mounted on work
The central region of chamber, the upper side and lower side of tower body are provided with and respectively communicated with inlet tube and lower inlet tube, and upper inlet tube and
Lower inlet tube with communicated inside working chamber；Including driving motor, transmission shaft, multiple groups left-hand rotation lever, multiple groups right-hand rotation lever, multiple groups
Left first spring of the right connecting column of left connecting column, multiple groups, multiple groups left limit plate, multiple groups right limit plate, multiple groups, left second bullet of multiple groups
Right first spring of the left jolting plate of spring, multiple groups, multiple groups, the right second spring of multiple groups and the right jolting plate of multiple groups, drive motor to be mounted on tower
The top of body, and the transmission shafts are located inside the working chamber, and the top of transmission shaft passes through tower body from inside working chamber
Top inner wall and extend out to the top external world of tower body with the bottom output end for driving motor is concentric connect, the multiple groups sieve
Perforative rotated through-hole up and down is provided in the middle part of plate, and the bottom end of transmission shaft is located at upside sieve plate from multiple groups sieve plate
Top sequentially passes through inside multiple groups rotated through-hole and extend out to extraneous positioned at the bottom end of downside sieve plate in multiple groups sieve plate, the multiple groups
Left-hand rotation lever and multiple groups right-hand rotation lever are located between multiple groups sieve plate, and the right end of the multiple groups left-hand rotation lever is uniformly distributed respectively
It is connect with the left end lower half region of the transmission shaft, and the left end of multiple groups right-hand rotation lever is evenly distributed with and the transmission shaft right end respectively
The connection of lower half region, the right end of the left connecting column of multiple groups is connect with the left end of multiple groups left-hand rotation lever respectively, and the multiple groups
The middle part of left jolting plate is horizontally arranged with the perforative left sliding through hole in left and right, and the left end of the left connecting column of the multiple groups is successively
Left sliding through hole on the left second spring of multiple groups, the left jolting plate inside of multiple groups and left first spring inner of multiple groups are simultaneously extend out to
The left end of the first spring of multiple groups is extraneous, connects respectively with the left end of the left connecting column of multiple groups in the middle part of the right end of the multiple groups left limit plate
It connects, right end of the left end of the first spring of a multiple groups left side respectively with multiple groups left limit plate is adjacent to, and the right end of left first spring of multiple groups
The left end with the left jolting plate of multiple groups is adjacent to respectively, the left end of the left second spring of the multiple groups right end with the left jolting plate of multiple groups respectively
It is adjacent to, and left end of the right end of the left second spring of multiple groups respectively with the multiple groups left-hand rotation lever is adjacent to, the right connection of multiple groups
The left end of column is connect with the right end of multiple groups right-hand rotation lever respectively, and the middle part of the right jolting plate of the multiple groups is horizontally arranged with a left side
Right perforative right sliding through hole, and the right end of the right connecting column of the multiple groups sequentially passes through the right second spring of multiple groups, the right shake of multiple groups
Right sliding through hole on movable plate inside and right first spring inner of multiple groups and the right end for extending out to the first spring of multiple groups is extraneous, it is described
Connect respectively with the right end of the right connecting column of multiple groups in the middle part of the left end of multiple groups right limit plate, the right end of right first spring of multiple groups respectively with
The left end of multiple groups right limit plate is adjacent to, and right end of the left end of right first spring of multiple groups respectively with the right jolting plate of multiple groups is adjacent to,
Left end of the right end of the right second spring of multiple groups respectively with the right jolting plate of multiple groups is adjacent to, and the left end of the right second spring of multiple groups
The right end with the multiple groups right-hand rotation lever is adjacent to respectively；It further include left drawing ring, right pull ring, Zuo Lasheng, right drawstring, left front fixation
Ring, left back fixed ring, it is right before fixed ring, it is right after fixed ring, left rotary shaft, right spindle, left support plate, right support plate, left adjustable plate,
Right adjustable plate, left locking bed, right locking bed, left fixing bolt and right fixing bolt, the right end of the left drawing ring and the tower body
Left end on the upside of connection, and connection on the upside of the right end of the left end of the right pull ring and tower body, the left front fixed ring and left back
The bottom end of fixed ring is connect with the front left side on pedestal top and left rear side respectively, and fixed ring and fixed ring behind the right side before the right side
Bottom end connect respectively with the forward right side on pedestal top and right lateral side, the top front left side of the pedestal is provided with left fixing groove,
And left fixing groove is internally provided with left ball bearing, and the bottom end of the left rotary shaft is inserted and fixed in installation to left ball bearing
Portion, and the top forward right side of the pedestal is provided with right fixing groove, and right fixing groove is internally provided with right ball bearing, institute
The bottom end for stating right spindle is inserted and fixed inside installation to right ball bearing, and the left support plate is located at the left side of left rotary shaft, and
And the bottom end of left support plate and the top left hand of pedestal connect, the right support plate is located at the right side of right spindle, and right support
Connected on the right side of the bottom end of plate and the top of pedestal, the left end of the left adjustable plate and left locking bed respectively with left support plate right end
Upside is connected with middle part, and the top middle portion of left locking bed is provided with left locking screw through-hole, and the top of left adjustable plate
Middle part is provided with perforative left adjusting through-hole up and down, the right end of the right adjustable plate and right locking bed respectively with right support plate left end
Upside connected with middle part, and the top middle portion of right locking bed is provided with right locking screw through-hole, in the top of right adjustable plate
Portion is provided with perforative right adjusting through-hole up and down, the top of the left rotary shaft and right spindle be arranged concentrically respectively left locking plate and
Right locking plate, and circumference is provided with the left fixed hole of multiple groups and right fixed hole, institute respectively on left locking plate and right locking plate
The top for stating bottom end from the left adjustable plate of left fixing bolt, which sequentially passes through, is located at a left side in left adjusting through-hole and the left fixed hole of multiple groups
The fixed hole inside of side and the bottom end external world for extending out to left locking plate, and simultaneously spiral shell is filled to a left side for the bottom end insertion of left fixing bolt
Inside locking screw through-hole, the top of bottom end from the right adjustable plate of the right fixing bolt sequentially passes through right adjusting through-hole and multiple groups
It is located inside the fixed hole on right side in right fixed hole and the bottom end for extending out to right locking plate is extraneous, and right fixing bolt
Simultaneously spiral shell is filled to inside right locking screw through-hole for bottom end insertion, and one end of Zola's rope is fixedly connected with the left back fixed ring,
And the other end of Zola's rope sequentially passes through the inside of left drawing ring and left front fixed ring from the rear end of left drawing ring and extend out to left front
The left end of fixed ring is extraneous, and the other end of Zola's rope is fastened in left rotary shaft, one end of the right drawstring with it is described
Fixed ring is fixedly connected behind the right side, and the rear end of the other end of right drawstring from right pull ring sequentially passes through fixed ring before right pull ring and the right side
Inside and extend out to fixed ring before the right side right end it is extraneous, and the other end of right drawstring is fastened on right spindle.
A kind of rare earth extraction pulsed perforated-plate tower of the invention further includes left fixed plate, right fixed plate, left vibration damper plate, the right side
Vibration damper plate, four groups of left damping springs and four groups of right damping springs, the left fixed plate and right fixed plate are located at the drive
The left and right side of motor, and the bottom end of left fixed plate and right fixed plate is connect with the left and right side on tower body top respectively,
The right end of the left vibration damper plate is connect with the left end for driving motor, and the left end of the right vibration damper plate and drive motor
Right end connection, the left end of four groups of left damping springs respectively with the upper front side of left fixed plate right end, upper rear side, lower front side and under
Rear side connection, and the right end of four groups of left damping springs respectively with the upper front side of left vibration damper plate left end, upper rear side, lower front side and under
Rear side connection, the right end of four groups of right damping springs respectively with the upper front side of right fixed plate left end, upper rear side, lower front side and under
Rear side connection, and the left end of four groups of right damping springs respectively with the upper front side of right vibration damper plate right end, upper rear side, lower front side and under
Rear side connection.
A kind of rare earth extraction pulsed perforated-plate tower of the invention further includes pressing plate and four groups of compression legs, the left end of the pressing plate
It is connect respectively on the upside of the right end of the left fixed plate and on the upside of the left end of right fixed plate with right end, and four groups of compression legs
Top is connect with the front left side of pressing plate bottom end, left rear side, forward right side and right lateral side respectively, the bottom end of four groups of compression legs respectively with drive
Front left side, left rear side, the forward right side on motor top are connected with right lateral side.
A kind of rare earth extraction pulsed perforated-plate tower of the invention further includes four groups of pre-embedded bolts and four groups of locking nuts, institute
Front left side, left rear side, forward right side and the right lateral side for stating pedestal top are provided with perforative pre-embedded bolt through-hole, and institute up and down
The top for stating four groups of pre-embedded bolts is each passed through inside four groups of pre-embedded bolt through-holes from the bottom end of pedestal and extend out to pedestal
Bottom end is extraneous, and four groups of locking nuts are respectively positioned on the top of the pedestal, and spiral shell encapsulation is located at four groups of locking nuts respectively
The external upper of four groups of pre-embedded bolts.
A kind of rare earth extraction pulsed perforated-plate tower of the invention further includes two groups of left limit circles and two groups of right limit circles, institute
External upper and downside that two groups of left limit circles are fixedly set in the left rotary shaft respectively are stated, and is wrapped in the institute in left rotary shaft
It states Zola's rope to be located between two groups of left limit circles, two groups of right limit circles are fixedly set in respectively on the outside of the right spindle
Side and downside, and the right drawstring on right spindle is wrapped between two groups of right limit circles.
A kind of rare earth extraction pulsed perforated-plate tower of the invention, further includes left hand wheel and right hand wheel, the left hand wheel and right
The bottom end of handwheel respectively with the top of the left locking plate and right locking plate is concentric connect.
A kind of rare earth extraction pulsed perforated-plate tower of the invention further includes the fixed anchor of multiple groups, the top of the fixed anchor of the multiple groups
End is uniformly distributed respectively to connect the bottom end that the pedestal is arranged in.
A kind of rare earth extraction pulsed perforated-plate tower of the invention further includes four groups of stop nuts, four groups of stop nuts
Spiral shell encapsulation is located at the external upper of four groups of pre-embedded bolts respectively, and the bottom end of four groups of stop nuts respectively with described four groups
Lock contact in the top of locking nut.
A kind of rare earth extraction pulsed perforated-plate tower of the invention, Zola's rope and right drawstring are disposed as steel wire wick.
Compared with prior art the invention has the benefit that when cleaning solution and rare earth extraction liquid adverse current to multiple groups sieve plate it
Between when, transmission shaft shaft can be made, to drive multiple groups left-hand rotation lever and multiple groups right-hand rotation lever point by driving the rotation of motor
It does not rotate, the cleaning solution between multiple groups sieve plate is sufficiently stirred with rare earth extraction liquid, while passing through multiple groups between multiple groups sieve plate
Left jolting plate being slidably matched between the left connecting column of multiple groups respectively, make the left jolting plate of multiple groups respectively in left first spring of multiple groups and
It is supported between the left second spring of multiple groups, and is matched by sliding of the right jolting plate of multiple groups respectively between the right connecting column of multiple groups
It closes, is supported the right jolting plate of multiple groups between right first spring of multiple groups and the right second spring of multiple groups respectively, in transmission shaft
Under rotation, make the left jolting plate of multiple groups and the right jolting plate of multiple groups under the influence of centrifugal force to respectively along the left connecting column of multiple groups and more
The direction of the right connecting column of group slides in and out, while passing through the elastic force or pulling force of multiple groups left first spring and the left second spring of multiple groups
Cooperation, make the left jolting plate of the multiple groups in rotary course while can horizontally slip on the left connecting column of multiple groups, and by more
The cooperation of right first spring of group and the elastic force or pulling force of the right second spring of multiple groups, keeps the right jolting plate of the multiple groups in rotary course same
When can horizontally slip on the right connecting column of multiple groups, so as to between multiple groups sieve plate cleaning solution and make cleaning solution rare earth extract
It takes liquid to carry out vibration stirring, improves the mixing effect of cleaning solution rare earth extraction liquid, so as to so that cleaning solution and rare earth extraction liquid
Counter current contacting on multiple groups sieve plate is abundant, and the mixed liquor dispersed phase of cleaning solution and rare earth extraction liquid is made to form droplet, enhancing
Mass transfer area facilitates light phase and heavy phase separation in mixed liquor, improves Rare Earth Separation effect, improve practicability；And it can lead to
It crosses Zola's rope and right drawstring and tower body is subjected to stretch support, by the rotation of left rotary shaft, Zola's rope can be made constantly in left rotary shaft
Upper winding tenses so as to which Zola restricts, and can pass through the left locking screw of left fixing bolt and left locking bed top
Spiral shell between through-hole, which assembles, to be closed, and the position of the left locking plate after rotation is locked, so as to the left side after tensing
The position of drawstring is locked, and by the rotation of right spindle, right drawstring can be made constantly to wind on right spindle, so as to
To tense right drawstring, and can be filled by the spiral shell between right fixing bolt and the right locking screw through-hole on right locking bed top
Cooperation, the position of the right locking plate after rotation is locked, so as to the position progress of the right drawstring after tensing
It is locked, so as to which so that Zola's rope and right drawstring carry out tension support to tower body, raising tower body is in the long-term use
It reduces inclination to shake, improves the stability in use of tower body, improve the rare earth extraction pulsed perforated-plate tower of use reliability.
Detailed description of the invention
Fig. 1 is structural schematic diagram of the invention；
Fig. 2 is the partial enlargement structural representation at A of the present invention；
Fig. 3 is the partial enlargement structural representation at B of the present invention；
Fig. 4 is the partial enlargement structural representation at C of the present invention；
Fig. 5 is the partial enlargement structural representation at D of the present invention；
Fig. 6 is the overlooking structure diagram of right part locking plate of the present invention；
Fig. 7 is the right side structural representation of the connections such as tower body, right drawstring and right pull ring of the present invention；
It is attached marked in the figure: 1, tower body；2, pedestal；3, sieve plate；4, motor is driven；5, transmission shaft；6, left-hand rotation lever；7, Zuo Lian
Connect column；8, left limit plate；9, left first spring；10, left second spring；11, left jolting plate；12, right pull ring；13, right drawstring；
14, fixed ring before the right side；15, right spindle；16, right support plate；17, right adjustable plate；18, right locking bed；19, right fixing bolt；20,
Left fixed plate；21, left vibration damper plate；22, left damping spring；23, pressing plate；24, compression leg；25, pre-embedded bolt；26, locking nut；
27, right limit circle；28, right hand wheel；29, fixed anchor；30, stop nut；31, right locking plate.
Specific embodiment
With reference to the accompanying drawings and examples, specific embodiments of the present invention will be described in further detail.Implement below
Example is not intended to limit the scope of the invention for illustrating the present invention.
As shown in Figures 1 to 7, a kind of rare earth extraction pulsed perforated-plate tower of the invention, including tower body 1, pedestal 2 and multiple groups
The bottom end of sieve plate 3, tower body 1 is connect with the top middle portion of pedestal 2, and tower body 1 is internally provided with working chamber, and multiple groups sieve plate 3
Uniformly distributed longitudinal arrangement is mounted on the central region of working chamber, the upper side and lower side of tower body 1 be provided with and respectively communicated with inlet tube and
Lower inlet tube, and upper inlet tube and lower inlet tube with communicated inside working chamber；Including driving motor 4, transmission shaft 5, multiple groups
Left-hand rotation lever 6, multiple groups right-hand rotation lever, the left connecting column 7 of multiple groups, the right connecting column of multiple groups, multiple groups left limit plate 8, multiple groups right limit plate,
The first spring 9 of a multiple groups left side, the left second spring 10 of multiple groups, the left jolting plate 11 of multiple groups, multiple groups right first spring, the right second spring of multiple groups
With the right jolting plate of multiple groups, motor 4 is driven to be mounted on the top of tower body 1, and 5 axle position of transmission shaft is inside working chamber, transmission shaft 5
Top pass through the top inner wall of tower body 1 inside the working chamber and extend out to the top external world of tower body 1 and drive the bottom of motor 4
Output end connects with one heart, and the middle part of multiple groups sieve plate 3 is provided with perforative rotated through-hole up and down, and the bottom end of transmission shaft 5 is certainly
Top in multiple groups sieve plate 3 positioned at upside sieve plate 3, which sequentially passes through inside multiple groups rotated through-hole and extend out in multiple groups sieve plate 3, to be located at
The bottom end of downside sieve plate 3 is extraneous, and multiple groups left-hand rotation lever 6 and multiple groups right-hand rotation lever are located between multiple groups sieve plate 3, and multiple groups
The right end of left-hand rotation lever 6 is uniformly distributed respectively to be connect with the left end lower half region of transmission shaft 5, and the left end difference of multiple groups right-hand rotation lever
Uniformly distributed to connect with 5 right end lower half region of transmission shaft, the right end of the left connecting column 7 of multiple groups connects with the left end of multiple groups left-hand rotation lever 6 respectively
It connects, and the middle part of the left jolting plate 11 of multiple groups is horizontally arranged with the perforative left sliding through hole in left and right, and the left connecting column 7 of multiple groups
Left end sequentially pass through left sliding through hole on left 11 inside of jolting plate of the left second spring 10 of multiple groups, multiple groups and left first bullet of multiple groups
The inside of the spring 9 and left end for extending out to the first spring of multiple groups is extraneous, in the middle part of the right end of multiple groups left limit plate 8 respectively with the left connection of multiple groups
The left end of column 7 connects, and right end of the left end of the first spring 9 of a multiple groups left side respectively with multiple groups left limit plate 8 is adjacent to, and multiple groups are left
Left end of the right end of first spring 9 respectively with the left jolting plate 11 of multiple groups is adjacent to, the left end of the left second spring 10 of multiple groups respectively with it is more
The right end of the left jolting plate 11 of group is adjacent to, and the right end of the left second spring 10 of multiple groups is pasted with the left end of multiple groups left-hand rotation lever 6 respectively
Tightly, the left end of the right connecting column of multiple groups is connect with the right end of multiple groups right-hand rotation lever respectively, and the middle part of the right jolting plate of multiple groups is horizontal
To being provided with the perforative right sliding through hole in left and right, and the right end of the right connecting column of multiple groups sequentially passes through the right second spring of multiple groups, more
It organizes right first spring inner of right sliding through hole and multiple groups on right jolting plate inside and extend out to outside the right end of the first spring of multiple groups
The left end middle part on boundary, multiple groups right limit plate is connect with the right end of the right connecting column of multiple groups respectively, the right end point of the first spring of the multiple groups right side
Left end not with multiple groups right limit plate is adjacent to, and the left end of right first spring of multiple groups is pasted with the right end of the right jolting plate of multiple groups respectively
Tightly, left end of the right end of the right second spring of multiple groups respectively with the right jolting plate of multiple groups is adjacent to, and the left end of the right second spring of multiple groups
The right end with multiple groups right-hand rotation lever is adjacent to respectively；It further include left drawing ring, right pull ring 12, Zuo Lasheng, right drawstring 13, left front fixation
Ring, left back fixed ring, it is right before fixed ring 14, it is right after fixed ring, left rotary shaft, right spindle 15, left support plate, right support plate 16, left
Adjustable plate, right adjustable plate 17, left locking bed, right locking bed 18, left fixing bolt and right fixing bolt 19, the right end of left drawing ring with
Connection on the upside of the left end of tower body 1, and the left end of right pull ring 12 is connect with the right end of tower body 1 upside, left front fixed ring and left back
The bottom end of fixed ring is connect with the front left side on 2 top of pedestal and left rear side respectively, and fixed ring 14 and fixed ring behind the right side before the right side
Bottom end connect respectively with the forward right side on 2 top of pedestal and right lateral side, the top front left side of pedestal 2 is provided with left fixing groove, and
And left fixing groove is internally provided with left ball bearing, the bottom end of left rotary shaft, which is inserted and fixed, installs to the pearl Bearing inner that rolls left, and
And the top forward right side of pedestal 2 is provided with right fixing groove, and right fixing groove is internally provided with right ball bearing, right spindle 15
Bottom end is inserted and fixed inside installation to right ball bearing, and left support plate is located at the left side of left rotary shaft, and the bottom of left support plate
End is connect with the top left hand of pedestal 2, and right support plate 16 is located at the right side of right spindle 15, and the bottom end of right support plate 16 and
Connection on the right side of the top of pedestal 2, the left end of left adjustable plate and left locking bed connects with the upside of left support plate right end and middle part respectively
It connects, and the top middle portion of left locking bed is provided with left locking screw through-hole, and the top middle portion of left adjustable plate is provided with
Under perforative left adjusting through-hole, the right end of right adjustable plate 17 and right locking bed 18 respectively with the upside of 16 left end of right support plate and in
Portion's connection, and the top middle portion of right locking bed 18 is provided with right locking screw through-hole, the top middle portion setting of right adjustable plate 17
The top of perforative right adjusting through-hole above and below having, left rotary shaft and right spindle 15 has been arranged concentrically left locking plate and right locking respectively
Disk 31, and circumference is provided with the left fixed hole of multiple groups and right fixed hole, Zuo Gu respectively on left locking plate and right locking plate 31
The top for determining bottom end from the left adjustable plate of bolt, which sequentially passes through in left adjusting through-hole and the left fixed hole of multiple groups, is located at consolidating for left side
Determine inside through-hole and the bottom end for extending out to left locking plate is extraneous, and simultaneously spiral shell is filled to left locking screw for the bottom end insertion of left fixing bolt
Inside line through-hole, the top of bottom end from the right adjustable plate 17 of right fixing bolt 19 sequentially passes through right adjusting through-hole and the right fixation of multiple groups
It is located inside the fixed hole on right side in through-hole and the bottom end for extending out to right locking plate 31 is extraneous, and the bottom of right fixing bolt 19
Simultaneously spiral shell is filled to inside right locking screw through-hole for end insertion, and one end of Zola's rope is fixedly connected with left back fixed ring, and Zola restricts
The other end sequentially pass through the inside of left drawing ring and left front fixed ring from the rear end of left drawing ring and extend out to a left side for left front fixed ring
End is extraneous, and the other end of Zola's rope is fastened in left rotary shaft, and fixed ring is fixed behind one end and the right side of right drawstring 13 connects
Connect, and the rear end of the other end of right drawstring 13 from right pull ring 12 sequentially pass through right pull ring 12 with it is right before fixed ring 14 inside simultaneously
The right end for extending out to fixed ring 14 before the right side is extraneous, and the other end of right drawstring 13 is fastened on right spindle 15；Work as washing
When liquid and rare earth extraction liquid adverse current are between multiple groups sieve plate, transmission shaft shaft can be made, thus band by the rotation of drive motor
Dynamic multiple groups left-hand rotation lever and multiple groups right-hand rotation lever rotate between multiple groups sieve plate respectively, between multiple groups sieve plate cleaning solution with it is dilute
Native extract liquor is sufficiently stirred, while passing through the left jolting plate of multiple groups being slidably matched between the left connecting column of multiple groups respectively, makes multiple groups
Left jolting plate is supported between left first spring of multiple groups and the left second spring of multiple groups respectively, and passes through the right jolting plate of multiple groups
Being slidably matched between the right connecting column of multiple groups respectively makes the right jolting plate of multiple groups respectively on right first spring of multiple groups and the multiple groups right side the
It is supported between two springs, under the rotation of transmission shaft, makes the left jolting plate of multiple groups and the right jolting plate of multiple groups in the work of centrifugal force
It is slid in and out with lower to the direction respectively along the left connecting column of multiple groups and the right connecting column of multiple groups, while passing through left first spring of multiple groups
With the cooperation of the elastic force or pulling force of the left second spring of multiple groups, make the left jolting plate of the multiple groups in rotary course while can be in multiple groups
It horizontally slips on left connecting column, and passes through right first spring of multiple groups and the elastic force of the right second spring of multiple groups or matching for pulling force
It closes, makes the right jolting plate of the multiple groups in rotary course while can horizontally slip on the right connecting column of multiple groups, so as to multiple groups
Cleaning solution between sieve plate carries out vibration stirring with cleaning solution rare earth extraction liquid is made, and improves the stirring effect of cleaning solution rare earth extraction liquid
Fruit, so as to make cleaning solution and rare earth extraction so that cleaning solution and counter current contacting of the rare earth extraction liquid on multiple groups sieve plate are abundant
The mixed liquor dispersed phase of liquid forms droplet, and mass transfer enhancement area facilitates the light phase and heavy phase separation in mixed liquor, improves rare earth
Separating effect improves practicability；And it can be restricted by Zola and tower body is subjected to stretch support with right drawstring, pass through left rotary shaft
Rotation can be such that Zola's rope constantly winds in left rotary shaft, tense so as to which Zola restricts, and can pass through left fixed spiral shell
Spiral shell between bolt and the left locking screw through-hole on left locking bed top, which assembles, to be closed, and the position of the left locking plate after rotation is locked
It fastens, the position restricted so as to the Zola after tensing is locked, and by the rotation of right spindle, can make right drawing
Rope is constantly wound on right spindle, so as to tense right drawstring, and can pass through right fixing bolt and right locking bed top
Spiral shell between the right locking screw through-hole at end, which assembles, to be closed, and the position of the right locking plate after rotation is locked, so as to
The position of the right drawstring after tensing to be locked, so as to so that Zola's rope and right drawstring carry out tower body to tense branch
Support improves tower body and reduces inclination shaking in the long-term use, improves the stability in use of tower body, improve use reliability
Rare earth extraction pulsed perforated-plate tower.
A kind of rare earth extraction pulsed perforated-plate tower of the invention further includes left fixed plate 20, right fixed plate, left vibration damper plate
21, right vibration damper plate, four groups of left damping springs 22 and four groups of right damping springs, left fixed plate 20 and right fixed plate are located at drive
The left and right side of motor 4, and the bottom end of left fixed plate 20 and right fixed plate connects with the left and right side on 1 top of tower body respectively
It connects, the right end of left vibration damper plate 21 is connect with the left end of motor 4 is driven, and the left end of right vibration damper plate and the right end for driving motor 4
Connection, the left end of four groups of left damping springs 22 respectively with the upper front side of left 20 right end of fixed plate, upper rear side, lower front side and lower rear side
Connection, and the right end of four groups of left damping springs 22 respectively with the upper front side of left 21 left end of vibration damper plate, upper rear side, lower front side and under
Rear side connection, the right end of four groups of right damping springs respectively with the upper front side of right fixed plate left end, upper rear side, lower front side and lower rear side
Connection, and the left end of four groups of right damping springs respectively with the upper front side of right vibration damper plate right end, upper rear side, lower front side and lower rear side
Connection；Can by left fixed plate, the cooperation of four groups of left damping springs and left vibration damper plate, while pass through right fixed plate, four groups it is right
The cooperation of damping spring and right vibration damper plate can carry out bradyseism to the running drive motor that works, reduce and drive motor and tower
Mechanical shaking between body, improves use reliability.
A kind of rare earth extraction pulsed perforated-plate tower of the invention further includes pressing plate 23 and four groups of compression legs 24, a left side for pressing plate 23
It holds and is connect respectively on the upside of the right end of left fixed plate 20 and on the upside of the left end of right fixed plate with right end, and the top of four groups of compression legs 24
End connect respectively with front left side, left rear side, forward right side and the right lateral side of 23 bottom end of pressing plate, the bottom end of four groups of compression legs 24 respectively with band
Front left side, left rear side, the forward right side on dynamic 4 top of motor are connected with right lateral side；Electricity can will be driven by pressing plate and four groups of compression legs
Machine is compressed on the top of tower body, improves the installation stability for driving motor.
A kind of rare earth extraction pulsed perforated-plate tower of the invention further includes four groups of pre-embedded bolts 25 and four groups of locking nuts
26, front left side, left rear side, forward right side and the right lateral side on 2 top of pedestal are provided with perforative pre-embedded bolt through-hole up and down, and
The top of four groups of pre-embedded bolts 25 is each passed through inside four groups of pre-embedded bolt through-holes from the bottom end of pedestal 2 and extend out to pedestal 2
Bottom end it is extraneous, four groups of locking nuts 26 are respectively positioned on the top of pedestal 2, and spiral shell encapsulation is located at four to four groups of locking nuts 26 respectively
The external upper of group pre-embedded bolt 25；When tower body needs to install, can be previously inserted respectively by four groups of pre-embedded bolts pre-buried
Into mattess, when lumping together after pre-embedded bolt and mattess dry, tower body is made pedestal bottom end and mixed
Solidifying soil top is adjacent to, and is each passed through the top of four groups of pre-embedded bolts inside four groups of pre-embedded bolt through-holes from the bottom end of pedestal
And the top for extending out to pedestal is extraneous, then by four groups of locking nuts, the spiral shell between four groups of pre-embedded bolts assembles conjunction respectively,
Pedestal and mattess locking are installed, improve the installation stability of tower body, while facilitating tower body integral demounting, is improved
Practicability.
A kind of rare earth extraction pulsed perforated-plate tower of the invention, further includes two groups of left limit circles and two groups of right limit circles 27,
Two groups of left limit circles are fixedly set in external upper and the downside of left rotary shaft respectively, and are wrapped in the rope of the Zola in left rotary shaft position
Between two groups of left limit circles, two groups of right limit circles 27 are fixedly set in external upper and the downside of right spindle 15 respectively, and
The right drawstring 13 on right spindle 15 is wrapped between two groups of right limit circles 27；It can be right by two groups of left limit circles and two groups
The setting of spacing collar can prevent Zola's rope and the winding at random in left rotary shaft and right spindle of right drawstring respectively, improve left rotary shaft
With the use reliability of right spindle.
A kind of rare earth extraction pulsed perforated-plate tower of the invention, further includes left hand wheel and right hand wheel 28, left hand wheel and the right hand
The bottom end of wheel 28 respectively with the top of left locking plate and right locking plate 31 is concentric connect；Left hand wheel and right hand wheel can be passed through respectively
Facilitate operator to rotate left rotary shaft and right spindle and tension operation is carried out to Zola's rope and right drawstring respectively, mitigates manpower, improve
Practicability.
A kind of rare earth extraction pulsed perforated-plate tower of the invention further includes the fixed anchor 29 of multiple groups, the top of the fixed anchor 29 of multiple groups
End is uniformly distributed respectively to connect the bottom end that pedestal 2 is arranged in；It can further be improved by the fixed anchor of multiple groups whole in concrete ground
Installation stability inside face.
A kind of rare earth extraction pulsed perforated-plate tower of the invention further includes four groups of stop nuts 30, four groups of stop nuts 30
Spiral shell encapsulation is located at the external upper of four groups of pre-embedded bolts 25 respectively, and the bottom end of four groups of stop nuts 30 respectively with four groups of lockings
Lock contact in the top of nut 26；It can be cooperated by the locking between four groups of stop nuts and four groups of locking nuts, prevent from growing
Four groups of locking nuts that phase uses loosen on four groups of pre-embedded bolts respectively, improve the use reliability of pre-embedded bolt.
A kind of rare earth extraction pulsed perforated-plate tower of the invention, Zola's rope and right drawstring 13 are disposed as steel wire wick；It can
It to improve the use intensity of Zola's rope and right drawstring by steel wire wick, while reducing and getting rusty, improve making for tower body stretch support
Use the service life.
A kind of rare earth extraction pulsed perforated-plate tower of the invention at work will select that user is suitble to set tower first
Then the position of body installation excavates mounting foundation foundation pit in installation site and is erected at pedestal in the solid concrete of foundation pit
On foundation pit, while it is pre-buried into concrete to be inserted into four groups of pre-embedded bolts and the fixed anchor of multiple groups, when pre-embedded bolt and concrete
When ground is lumped together after drying, it is adjacent to pedestal bottom end with concrete top tower body, then makes four groups of pre-embedded bolts
Top is each passed through inside four groups of pre-embedded bolt through-holes from the bottom end of pedestal and extend out to the top external world of pedestal, then passes through four
The spiral shell between four groups of pre-embedded bolts assembles conjunction to group locking nut respectively, and pedestal and mattess locking are installed, pass through four
Locking between group stop nut and four groups of locking nuts cooperates, and prevents four groups of locking nuts being used for a long time pre- at four groups respectively
It buries and is loosened on bolt, tower body is carried out by stretch support by Zola's rope and right drawstring, it is convenient by left hand wheel and right hand wheel
Operator rotates left rotary shaft and right spindle and carries out tension operation to Zola's rope and right drawstring respectively, by two groups of left limit circles and
The setting of two groups of right limit circles can prevent Zola's rope and the winding at random in left rotary shaft and right spindle of right drawstring respectively, pass through
The rotation of left rotary shaft can be such that Zola's rope constantly winds in left rotary shaft, tense so as to which Zola restricts, and can pass through
Spiral shell between left fixing bolt and the left locking screw through-hole on left locking bed top, which assembles, to be closed, by the position of the left locking plate after rotation
It sets and is locked, the position restricted so as to the Zola after tensing is locked, can by the rotation of right spindle
So that right drawstring is constantly wound on right spindle, so as to tense right drawstring, and right fixing bolt and the right side can be passed through
Spiral shell between the right locking screw through-hole on locking bed top, which assembles, to be closed, and the position of the right locking plate after rotation lock solid
It is fixed, so as to which the position of the right drawstring after tensing is locked, so as to so that Zola restricts and right drawstring is to tower body
Tension support is carried out, tower body is improved and reduces inclination shaking in the long-term use, external pulse generator is mounted on tower body
Front end on the downside of, be connected to the output end of impulse generator with lower inlet tube, then by impulse generator and external power supply connection,
Rare earth extraction liquid is sprayed to multiple groups sieve plate from the lower section of working chamber upwards from passing through impulse generator, while passing through upper feed liquor
Pipe sprays downwards cleaning solution to multiple groups sieve plate from working chamber upper inside, makes rare earth extraction liquid and cleaning solution in multiple groups sieve plate
Upper progress counter current contacting mixing can pass through when cleaning solution and rare earth extraction liquid adverse current are between multiple groups sieve plate and drive motor
Rotation, make transmission shaft shaft, so that multiple groups left-hand rotation lever and multiple groups right-hand rotation lever be driven to rotate between multiple groups sieve plate respectively,
Cleaning solution between multiple groups sieve plate is sufficiently stirred with rare earth extraction liquid, at the same by the left jolting plate of multiple groups respectively with the left company of multiple groups
Being slidably matched between column is connect, carries out the left jolting plate of multiple groups between left first spring of multiple groups and the left second spring of multiple groups respectively
Support, and pass through the right jolting plate of multiple groups being slidably matched between the right connecting column of multiple groups respectively, make the right jolting plate difference of multiple groups
It is supported between right first spring of multiple groups and the right second spring of multiple groups, under the rotation of transmission shaft, makes the left jolting plate of multiple groups
It is outside to the direction respectively along the left connecting column of multiple groups and the right connecting column of multiple groups under the influence of centrifugal force with the right jolting plate of multiple groups
Sliding, while by the cooperation of left first spring of multiple groups and the elastic force or pulling force of the left second spring of multiple groups, make in rotary course
The left jolting plate of multiple groups can horizontally slip on the left connecting column of multiple groups simultaneously, and pass through right first spring of multiple groups and the multiple groups right side
The cooperation of the elastic force or pulling force of second spring, makes the right jolting plate of the multiple groups in rotary course while can be in the right connecting column of multiple groups
On horizontally slip, so as to between multiple groups sieve plate cleaning solution and so that cleaning solution rare earth extraction liquid is carried out vibration stirring, mention
The mixing effect of high cleaning solution rare earth extraction liquid, so as to so that cleaning solution connects with adverse current of the rare earth extraction liquid on multiple groups sieve plate
Touching sufficiently, makes the mixed liquor dispersed phase of cleaning solution and rare earth extraction liquid form droplet, and mass transfer enhancement area facilitates in mixed liquor
Light phase and heavy phase separation, carry out detached job, by left fixed plate, the cooperation of four groups of left damping springs and left vibration damper plate, together
When by right fixed plate, the cooperation of four groups of right damping springs and right vibration damper plate, can be to running the drives motor progress that works
Bradyseism, reduces the mechanical shaking driven between motor and tower body, motor will be driven on the top of tower body by pressing plate and four groups of compression legs
End is compressed.
It is to purchase on the market that a kind of rare earth extraction of the invention drives motor used in pulsed perforated-plate tower, in the industry
Technical staff only need to install and operate according to its subsidiary operation instructions.
In addition, term " installation ", " setting ", " being equipped with ", " connection ", " connected ", " suit " shall be understood in a broad sense, for example,
It may be a fixed connection, be detachably connected or monolithic construction；It can be mechanical connection, or electrical connection；It can be direct phase
It even, or indirectly connected through an intermediary, or is two connections internal between device, element or component,
For those of ordinary skills, the specific meanings of the above terms in the present invention can be understood according to specific conditions.
The above is only a preferred embodiment of the present invention, it is noted that for the ordinary skill people of the art
For member, without departing from the technical principles of the invention, several improvements and modifications, these improvements and modifications can also be made
Also it should be regarded as protection scope of the present invention.
Claims (9)
1. a kind of rare earth extraction pulsed perforated-plate tower, including tower body (1), pedestal (2) and multiple groups sieve plate (3), the bottom end of tower body (1)
It is connect with the top middle portion of pedestal (2), tower body (1) is internally provided with working chamber, and multiple groups sieve plate (3) is evenly distributed with longitudinal arrangement
It is mounted on the central region of working chamber, the upper side and lower side of tower body (1) is provided with and respectively communicated with inlet tube and lower inlet tube, and
And upper inlet tube and lower inlet tube with communicated inside working chamber；It is characterised in that it includes drive motor (4), transmission shaft (5),
It is multiple groups left-hand rotation lever (6), multiple groups right-hand rotation lever, the left connecting column of multiple groups (7), the right connecting column of multiple groups, multiple groups left limit plate (8), more
Left first spring (9) of group right limit plate, multiple groups, the left second spring of multiple groups (10), the left jolting plate of multiple groups (11), right first bullet of multiple groups
The right second spring of spring, multiple groups and the right jolting plate of multiple groups drive motor (4) to be mounted on the top of tower body (1), and the transmission shaft
(5) inside the working chamber, the top of transmission shaft (5) passes through the top inner wall of tower body (1) from inside working chamber and stretches axle position
Out to the top external world of tower body (1) with it is described drive motor (4) bottom output end it is concentric connect, the multiple groups sieve plate (3)
Middle part is provided with perforative rotated through-hole up and down, and the bottom end of transmission shaft (5) is located at upside sieve plate from multiple groups sieve plate (3)
(3) top sequentially passes through inside multiple groups rotated through-hole and extend out in multiple groups sieve plate (3) outside the bottom end of downside sieve plate (3)
Boundary, the multiple groups left-hand rotation lever (6) and multiple groups right-hand rotation lever are located between multiple groups sieve plate (3), and the multiple groups are turned left
The right end of lever (6) is uniformly distributed respectively to be connect with the left end lower half region of the transmission shaft (5), and the left end of multiple groups right-hand rotation lever
Uniformly distributed respectively to connect with the transmission shaft (5) right end lower half region, the right end of the left connecting column of multiple groups (7) is left with multiple groups respectively
The left end of rotating bar (6) connects, and the middle part of the left jolting plate of the multiple groups (11) is horizontally arranged with the perforative left cunning in left and right
Dynamic through-hole, and the left end of the left connecting column of the multiple groups (7) sequentially passes through the left second spring of multiple groups (10), the left jolting plate of multiple groups
(11) the left sliding through hole on inside and left first spring (9) inside of multiple groups and the left end external world for extending out to the first spring of multiple groups,
It is connect respectively with the left end of the left connecting column of multiple groups (7) in the middle part of the right end of the multiple groups left limit plate (8), the first spring of a multiple groups left side
(9) right end of the left end respectively with multiple groups left limit plate (8) is adjacent to, and the right end of left first spring (9) of multiple groups respectively with it is more
The left end of the left jolting plate (11) of group is adjacent to, the left end of the left second spring of multiple groups (10) respectively with the left jolting plate of multiple groups (11)
Right end is adjacent to, and left end of the right end of the left second spring of multiple groups (10) respectively with the multiple groups left-hand rotation lever (6) is adjacent to, described
The left end of the right connecting column of multiple groups is connect with the right end of multiple groups right-hand rotation lever respectively, and the middle part of the right jolting plate of the multiple groups is horizontal
To being provided with the perforative right sliding through hole in left and right, and the right end of the right connecting column of the multiple groups sequentially passes through right second bullet of multiple groups
Right sliding through hole and multiple groups the first spring inner of the right side on the right jolting plate inside of spring, multiple groups and the right side for extending out to the first spring of multiple groups
End is extraneous, connect respectively with the right end of the right connecting column of multiple groups in the middle part of the left end of the multiple groups right limit plate, the first spring of the multiple groups right side
Left end of the right end respectively with multiple groups right limit plate be adjacent to, and the left end of right first spring of multiple groups respectively with the right jolting plate of multiple groups
Right end be adjacent to, left end of the right end of the right second spring of multiple groups respectively with the right jolting plate of multiple groups is adjacent to, and the multiple groups right side
Right end of the left end of two springs respectively with the multiple groups right-hand rotation lever is adjacent to；Further include left drawing ring, right pull ring (12), Zuo Lasheng,
Right drawstring (13), left front fixed ring, left back fixed ring, it is right before fixed ring (14), it is right after fixed ring, left rotary shaft, right spindle (15),
Left support plate, right support plate (16), left adjustable plate, right adjustable plate (17), left locking bed, right locking bed (18), left fixing bolt
With right fixing bolt (19), it is connect on the upside of the right end of the left drawing ring and the left end of the tower body (1), and the right pull ring
(12) connect on the upside of the right end of left end and tower body (1), the bottom end of the left front fixed ring and left back fixed ring respectively with pedestal
(2) front left side on top is connected with left rear side, and it is described it is right before behind fixed ring (14) and the right side fixed ring bottom end respectively with bottom
The forward right side on seat (2) top is connected with right lateral side, and the top front left side of the pedestal (2) is provided with left fixing groove, and left solid
To determine slot and is internally provided with left ball bearing, the bottom end of the left rotary shaft, which is inserted and fixed, installs to the pearl Bearing inner that rolls left, and
The top forward right side of the pedestal (2) is provided with right fixing groove, and right fixing groove is internally provided with right ball bearing, the right side
The bottom end of shaft (15) is inserted and fixed inside installation to right ball bearing, and the left support plate is located at the left side of left rotary shaft, and
And the bottom end of left support plate is connect with the top left hand of pedestal (2), the right support plate (16) is located at the right side of right spindle (15),
And it is connect on the right side of the bottom end of right support plate (16) and the top of pedestal (2), the left end point of the left adjustable plate and left locking bed
It is not connect with the upside of left support plate right end and middle part, and the top middle portion of left locking bed is provided with left locking screw through-hole,
And the top middle portion of left adjustable plate is provided with perforative left adjusting through-hole up and down, the right adjustable plate (17) and right locking bed
(18) right end is connect with the upside of right support plate (16) left end and middle part respectively, and the top middle portion of right locking bed (18) is set
It is equipped with right locking screw through-hole, the top middle portion of right adjustable plate (17) is provided with perforative right adjusting through-hole up and down, the left-hand rotation
The top of axis and right spindle (15) has been arranged concentrically left locking plate and right locking plate (31), and left locking plate and right locking respectively
Circumference is provided with the left fixed hole of multiple groups and right fixed hole respectively on disk (31), and the bottom end of the left fixing bolt is from left adjusting
The top of plate, which sequentially passes through, to be located inside the fixed hole in left side in left adjusting through-hole and the left fixed hole of multiple groups and extend out to a left side
The bottom end of locking plate is extraneous, and simultaneously spiral shell is filled to inside left locking screw through-hole for the bottom end insertion of left fixing bolt, described right solid
The top for determining bottom end from the right adjustable plate (17) of bolt (19) sequentially passes through to be located in right adjusting through-hole and the right fixed hole of multiple groups
The fixed hole inside on right side and the bottom end external world for extending out to right locking plate (31), and the bottom end insertion of right fixing bolt (19)
And spiral shell is filled to inside right locking screw through-hole, one end of Zola's rope is fixedly connected with the left back fixed ring, and Zola
The other end of rope sequentially passes through the inside of left drawing ring and left front fixed ring from the rear end of left drawing ring and extend out to left front fixed ring
Left end is extraneous, and the other end of Zola's rope is fastened in left rotary shaft, behind one end of the right drawstring (13) and the right side
Fixed ring is fixedly connected, and the rear end of the other end of right drawstring (13) from right pull ring (12) sequentially passes through right pull ring (12) and the right side
The inside of preceding fixed ring (14) and the right end external world for extending out to fixed ring (14) before the right side, and the other end winding of right drawstring (13)
It is fixed on right spindle (15).
2. a kind of rare earth extraction pulsed perforated-plate tower as described in claim 1, which is characterized in that further include left fixed plate
(20), right fixed plate, left vibration damper plate (21), right vibration damper plate, four groups of left damping springs (22) and four groups of right damping springs, the left side
Fixed plate (20) and right fixed plate are located at the left and right side for driving motor (4), and left fixed plate (20) and the right side
The bottom end of fixed plate is connect with the left and right side on tower body (1) top respectively, the right end and the band of the left vibration damper plate (21)
The left end connection of dynamic motor (4), and the left end of the right vibration damper plate is connect with the right end of motor (4) is driven, and described four groups are left
The left end of damping spring (22) is connect with the upper front side of left fixed plate (20) right end, upper rear side, lower front side and lower rear side respectively, and
And the right end of four groups of left damping springs (22) respectively with the upper front side of left vibration damper plate (21) left end, upper rear side, lower front side and it is lower after
Side connection, the right end of four groups of right damping springs respectively with the upper front side of right fixed plate left end, upper rear side, lower front side and it is lower after
Side connection, and the left end of four groups of right damping springs respectively with the upper front side of right vibration damper plate right end, upper rear side, lower front side and it is lower after
Side connection.
3. a kind of rare earth extraction pulsed perforated-plate tower as claimed in claim 2, which is characterized in that further include pressing plate (23) and four
Group compression leg (24), the left end of the pressing plate (23) and right end are respectively and on the upside of the right end of the left fixed plate (20) and right fixed plate
Left end on the upside of connection, and the top of four groups of compression legs (24) front left side, the left rear side, the right side with pressing plate (23) bottom end respectively
Front side is connected with right lateral side, and the bottom end of four groups of compression legs (24) is respectively and before the front left side, left rear side, the right side on drive motor (4) top
Side is connected with right lateral side.
4. a kind of rare earth extraction pulsed perforated-plate tower as claimed in claim 3, which is characterized in that further include four groups of pre-embedded bolts
(25) it is provided with four groups of locking nuts (26), front left side, left rear side, forward right side and the right lateral side on pedestal (2) top
Upper and lower perforative pre-embedded bolt through-hole, and the top of four groups of pre-embedded bolts (25) is worn from the bottom end of pedestal (2) respectively
It crosses inside four groups of pre-embedded bolt through-holes and the bottom end for extending out to pedestal (2) is extraneous, four groups of locking nuts (26) are respectively positioned on institute
State the top of pedestal (2), and spiral shell encapsulation is located at the external uppers of four groups of pre-embedded bolts (25) to four groups of locking nuts (26) respectively.
5. a kind of rare earth extraction pulsed perforated-plate tower as claimed in claim 4, which is characterized in that further include two groups of left limit circles
With two groups of right limit circles (27), two groups of left limit circles are fixedly set in external upper and the downside of the left rotary shaft respectively,
And it is wrapped in the rope of the Zola in left rotary shaft to be located between two groups of left limit circles, two groups of right limit circles (27) are solid respectively
Surely it is sleeved on external upper and the downside of the right spindle (15), and is wrapped in the right drawstring (13) on right spindle (15)
Between two groups of right limit circles (27).
6. a kind of rare earth extraction pulsed perforated-plate tower as claimed in claim 5, which is characterized in that further include left hand wheel and the right hand
It takes turns (28), the bottom end of the left hand wheel and right hand wheel (28) is concentric with the top of the left locking plate and right locking plate (31) respectively
Connection.
7. a kind of rare earth extraction pulsed perforated-plate tower as claimed in claim 6, which is characterized in that further include the fixed anchor of multiple groups
(29), uniformly connection is arranged in the bottom end of the pedestal (2) respectively on the top of the multiple groups fixed anchor (29).
8. a kind of rare earth extraction pulsed perforated-plate tower as claimed in claim 7, which is characterized in that further include four groups of stop nuts
(30), spiral shell encapsulation is located at the external uppers of four groups of pre-embedded bolts (25), and four to four groups of stop nuts (30) respectively
The bottom end of group stop nut (30) is contacted with the locking of the top of four groups of locking nuts (26) respectively.
9. a kind of rare earth extraction pulsed perforated-plate tower as claimed in claim 8, which is characterized in that Zola's rope and right drawstring
(13) it is disposed as steel wire wick.
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| CN201811208719.9A CN109182792B (en) | 2018-10-17 | 2018-10-17 | Pulse sieve plate tower for rare earth extraction |
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| CN201811208719.9A CN109182792B (en) | 2018-10-17 | 2018-10-17 | Pulse sieve plate tower for rare earth extraction |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116656974A (en) * | 2023-07-21 | 2023-08-29 | 吉水金诚新材料加工有限公司 | Method for extracting and recovering rare earth from low-concentration rare earth solution |
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|---|---|---|---|---|
| DE2502414A1 (en) * | 1975-01-22 | 1976-07-29 | Metallgesellschaft Ag | Liq-liq extraction in pulsed sieve-plate columns - having in excess of one metre |
| CN102277493A (en) * | 2011-08-04 | 2011-12-14 | 陆文光 | Method for extracting rare earth elements and rare earth extraction system |
| CN102936664A (en) * | 2011-08-04 | 2013-02-20 | 陆文光 | Method for extracting rare earth elements and rare earth extraction system |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116656974A (en) * | 2023-07-21 | 2023-08-29 | 吉水金诚新材料加工有限公司 | Method for extracting and recovering rare earth from low-concentration rare earth solution |
| CN116656974B (en) * | 2023-07-21 | 2024-08-30 | 吉水金诚新材料加工有限公司 | Method for extracting and recovering rare earth from low-concentration rare earth solution |
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| Publication number | Publication date |
|---|---|
| CN109182792B (en) | 2020-11-17 |
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Denomination of invention: A pulse sieve plate tower for rare earth extraction Effective date of registration: 20221206 Granted publication date: 20201117 Pledgee: Ganzhou Bank Co.,Ltd. Xinfeng Sub branch Pledgor: XINFENG BAOGANG XINLI RARE EARTH Co.,Ltd. Registration number: Y2022980025196 |
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