CN109224513A - A kind of driving structure of the centrifugal extractor applied to biochemical industry liquid - Google Patents
A kind of driving structure of the centrifugal extractor applied to biochemical industry liquid Download PDFInfo
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- CN109224513A CN109224513A CN201811211020.8A CN201811211020A CN109224513A CN 109224513 A CN109224513 A CN 109224513A CN 201811211020 A CN201811211020 A CN 201811211020A CN 109224513 A CN109224513 A CN 109224513A
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- density
- liquid
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- bar
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D11/00—Solvent extraction
- B01D11/04—Solvent extraction of solutions which are liquid
- B01D11/0476—Moving receptacles, e.g. rotating receptacles
- B01D11/048—Mixing by counter-current streams provoked by centrifugal force, in rotating coils or in other rotating spaces
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- Chemical Kinetics & Catalysis (AREA)
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Abstract
The invention discloses a kind of driving structures of centrifugal extractor applied to biochemical industry liquid, including centrifugal shaft, centrifugal shaft is equipped with separating barrel, all separating barrels include columnar staving, the slide-bar being laterally arranged is equipped in staving, partition component is arranged on slide-bar, partition component includes the internal plug set gradually from inside to outside along slide-bar, stripper loop, outer plug, stripper loop is equipped with liquid-leaking nozzle, the top surface that staving is located inside is equipped with air hole, slide-bar is equipped with low-density taphole, and opening and closing set is arranged on slide-bar.Successively start the active electromagnetic block on liquid receptacle, allows between the passive permanent magnet on active electromagnetic block and staving and generate repulsion or suction, separating barrel is allowed to turn over.The present invention allows the density of partition component and the density of the first liquid of mixed liquor and second liquid to be adapted, partition component can separate the first liquid and second liquid in this way, and the first liquid is allowed to release from low-density taphole, and second liquid is released from high density taphole.The present invention is used for centrifugal extractor.
Description
Technical field
The present invention relates to biofluids, industrial chemicals Preparation equipment field, in particular to a kind of to be applied to biochemical industry liquid
The driving structure of the centrifugal extractor of body.
Background technique
Centrifugal extractor is a kind of fast and efficiently extraction equipment.
Its principle is that staving is allowed to carry out high speed rotation, and the liquid for making density big is mobile toward bucket wall, and low density liquid stays
In the central area of bucket, to realize the layering of two kinds of liquid, discharge.Once but staving stops rotating or rotation speed drop
It is low, it will lead to two kinds of liquid and mix again.Moreover, two kinds of liquid are often difficult to the presence of apparent boundary, just it is difficult to two kinds not
It is extracted with liquid, and must also allow staving to continue to keep high speed rotation in extraction process, result in additional energy consumption.
Summary of the invention
The technical problem to be solved by the present invention is providing a kind of driving of centrifugal extractor applied to biochemical industry liquid
Structure.
The solution that the present invention solves its technical problem is:
A kind of driving structure of the centrifugal extractor applied to biochemical industry liquid further includes including the centrifugal shaft being vertically arranged
Liquid receptacle, centrifugal shaft be equipped at least two separating barrels being laterally arranged, all separating barrels using centrifugal shaft as rotary shaft etc. across
Square ring shape is laid, and separating barrel includes columnar staving, and the slide-bar being laterally arranged is equipped in staving, is arranged with separation group on slide-bar
Part, partition component include the internal plug set gradually from inside to outside along slide-bar, stripper loop, outer plug, the outside of stripper loop and staving
Inner wall is tightly connected, and internal plug, outer plug and slide-bar sealing are socketed, and stripper loop is equipped with liquid-leaking nozzle, and the inside of internal plug is equipped with interior sealing
The outside of ring, outer plug is equipped with outer seal ring, and inner seal ring, outer seal ring can be tightly connected with liquid-leaking nozzle, and the density of outer plug is less than
The density of stripper loop, the density of internal plug are greater than the density of stripper loop, and outer plug, internal plug are tightly connected with slide-bar, outside stripper loop
The inner wall of side and staving is tightly connected, and the bottom surface that staving is located at outside is equipped with high density taphole, and staving is located at the top surface of inside
Equipped with air hole, slide-bar is equipped with low-density taphole, the position of low-density taphole and partition component along slide-bar extension side
To size fit, when so that outermost partition component being moved to outermost, the separation on the outermost side of low-density taphole
The inside of component is arranged with opening and closing set on slide-bar, and the outside for opening and closing set is equipped with float, and float is cylindrical in shape, and float is set in slide-bar
On, so that float pushes opening and closing set to low-density taphole to realize the closing of low-density taphole, opening and closing, which is put on, is equipped with connection
Moving axis shoulder, the outer dimension for the shaft shoulder that links is greater than the outer dimension of slide-bar, so that outermost partition component is moved to outermost
When outside plug is abutted with the linkage shaft shoulder, and opening and closing set is moved outward, so that allowing opening and closing to cover leaves low-density taphole, realization low-density
The unlatching of taphole, the density of float is identical as the density of outer plug or the density of float is less than the density of outer plug；Liquid receptacle is equipped with
Low-density liquid storage chamber, high density liquid storage chamber, low-density liquid storage chamber are equipped with cricoid first liquid receiving port, set in high density liquid storage chamber
There is cricoid second liquid receiving port, staving is equipped with the low-density drain pipe being connected to low-density taphole, and low-density drain pipe is stretched
Enter in the first liquid receiving port, staving is equipped with the high density drain pipe that is connected to high density taphole, and high density drain pipe protrudes into the
In two liquid receiving ports；The downside outer wall of staving is equipped with passive permanent magnet, and the upper surface of liquid receptacle is equipped with electromagnetic assembly, the electromagnetism group
Part includes the active electromagnetic block that several lay around centrifugal shaft annular.
As a further improvement of the foregoing solution, partition component further includes the sealing ring being fixedly connected with stripper loop, is separated
Ring is realized by sealing ring and is tightly connected with the inner wall of staving.
As a further improvement of the foregoing solution, the upper end of centrifugal shaft is equipped with lower bearing, and lower bearing is deep groove ball bearing, under
The outer ring of bearing is fixedly connected with centrifugal shaft, and the downside of interconnecting piece is equipped with groove, the fixed company of the inner ring of the groove and lower bearing
It connects, the upper end of the shaft of driving motor is removable to be connected with gland, and the outer of gland is equipped with the fastening ring extended down, fastens
Ring is equipped with several and fastens notch, and the upside of interconnecting piece is equipped with upper projecting portion, and interconnecting piece is connect with notch is fastened, upper projecting portion
It is located between the shaft of the inner wall and driving motor that fasten ring.
As a further improvement of the foregoing solution, stripper loop is in the cone-shaped component being laterally arranged, and stripper loop inside is small and outer
Side is big.
As a further improvement of the foregoing solution, the upside outer wall of the downside outer wall of staving and liquid receptacle is connected with sliding branch structure
It connects, sliding branch structure includes the perpendicular baffle outside the device of outer wall that is located on the upside of liquid receptacle positioned at outside, and the upside of perpendicular baffle is equipped with outside device
Device pressing plate, sets that there are two ball layers below device pressing plate, and each ball layer includes that several lay around centrifugal shaft annular array
Ball, the inside that device erects baffle outside are located in device perpendicular baffle and erect gear outside with device equipped with baffle, underlying ball layer is erected in device
Between plate, the downside outer wall of staving is equipped with bucket riser, and the ball layer being located above is located at outside barrel riser and device between perpendicular baffle,
The lower end of bucket riser is equipped with bucket transverse slat, and bucket transverse slat is located between described two ball layers.
The beneficial effects of the present invention are: allowing the mixing liquid of the first liquid and second liquid to be put into staving, wherein first
The density of liquid be less than second liquid density, while allow the density of stripper loop between the density of the first liquid and second liquid it
Between, it allows the density of internal plug to be greater than the density of the first liquid, allows the density of outer plug to be less than the density of second liquid, in high density tapping
Hole is clogged with rubber plug, then successively starts each active electromagnetic block, is allowed between active electromagnetic block and passive permanent magnet and is generated repulsion
Or suction, allow staving to rotate around the axis of centrifugal shaft with rate of extraction, to allow mixing liquid to be layered, at this point, due to close
The effect internal plug of envelope frictional force, stripper loop, outer plug will not move, according to technique, after reaching the time for completing layering, raising bucket
The velocity of rotation of body, buoyancy caused by centrifugal acceleration has been above frictional force at this time, then, under the action of buoyancy, separates
Ring, which can be moved to, separates the first liquid and second liquid, and internal plug and outer plug can all enter in liquid-leaking nozzle, to realize
Then the separation of two kinds of liquid improves the velocity of rotation of entire body, allow rubber plug abjection to automatically open high density taphole, thus
Releasing second liquid, after second liquid completes discharge, partition component is covered with opening and closing is pressed to, and allows opening and closing set to move outward, to beat
Low-density taphole is opened, so that the first liquid be allowed to be discharged from low-density taphole, realizes layering, the extraction of two kinds of liquid.And this
The liquid receptacle of invention can store the first liquid and second liquid well.The present invention is used for centrifugal extractor.
Detailed description of the invention
To describe the technical solutions in the embodiments of the present invention more clearly, make required in being described below to embodiment
Attached drawing is briefly described.Obviously, described attached drawing is a part of the embodiments of the present invention, rather than is all implemented
Example, those skilled in the art without creative efforts, can also be obtained according to these attached drawings other designs
Scheme and attached drawing.
Fig. 1 is the structural schematic diagram of the embodiment of the present invention；
Fig. 2 is the partial structural diagram of the embodiment of the present invention.
Specific embodiment
It is carried out below with reference to technical effect of the embodiment and attached drawing to design of the invention, specific structure and generation clear
Chu is fully described by, to be completely understood by the purpose of the present invention, feature and effect.Obviously, described embodiment is this hair
Bright a part of the embodiment, rather than whole embodiments, based on the embodiment of the present invention, those skilled in the art are not being paid
Other embodiments obtained, belong to the scope of protection of the invention under the premise of creative work.In addition, be previously mentioned in text
All connection/connection relationships not singly refer to that component directly connects, and referring to can be added deduct according to specific implementation situation by adding
Few couple auxiliary, to form more preferably coupling structure.Each technical characteristic in the present invention, in the premise of not conflicting conflict
Under can be with combination of interactions.
Referring to Figures 1 and 2, this is the embodiment of the present invention, specifically:
A kind of driving structure of the centrifugal extractor applied to biochemical industry liquid further includes including the centrifugal shaft 1 being vertically arranged
Liquid receptacle, centrifugal shaft 1 are equipped at least two separating barrels being laterally arranged, and all separating barrels are rotary shaft etc. with centrifugal shaft 1
Across square ring shape is laid, and separating barrel includes columnar staving 31, and the slide-bar 32 being laterally arranged is equipped in staving 31, is arranged on slide-bar 32
There is partition component, partition component includes the internal plug 332 set gradually from inside to outside along slide-bar 32, stripper loop 331, outer plug 333, is divided
The outside of spacer ring 331 and the inner wall of staving 31 are tightly connected, and internal plug 332, outer plug 333 and the sealing of slide-bar 32 are socketed, stripper loop 331
It is equipped with liquid-leaking nozzle, the inside of internal plug 332 is equipped with inner seal ring, and the outside of outer plug 333 is equipped with outer seal ring, inner seal ring, outer
Sealing ring can be tightly connected with liquid-leaking nozzle, and the density of outer plug 333 is less than the density of stripper loop 331, and the density of internal plug 332, which is greater than, divides
The density of spacer ring 331, outer plug 333, internal plug 332 are tightly connected with slide-bar 32, the outside of stripper loop 331 and the inner wall of staving 31
It is tightly connected, the bottom surface that staving 31 is located at outside is equipped with high density taphole 313, and the top surface that staving 31 is located inside is equipped with ventilative
Hole 312, slide-bar 32 are equipped with low-density taphole 314, the position of low-density taphole 314 and prolonging along slide-bar 32 for partition component
The size fit in direction is stretched, when so that outermost partition component being moved to outermost, low-density taphole 314 is located at outermost
Partition component inside, opening and closing set 321 is arranged on slide-bar 32, the outside of opening and closing set 321 is equipped with float 322, and float 322 is in
Tubular, float 322 are set on slide-bar 32, so that float 322 pushes opening and closing set 321 to low-density taphole 314 to realize
The closing of low-density taphole 314, opening and closing set 321 are equipped with the linkage shaft shoulder, and the outer dimension for the shaft shoulder that links is greater than slide-bar 32
Outer dimension so that plug 333 is abutted with the linkage shaft shoulder outside when outermost partition component is moved to outermost, and opening and closing is covered
321 move outward, so that opening and closing set 321 be allowed to leave low-density taphole 314, realize the unlatching of low-density taphole 314, float
322 density and outer plug 333 density is identical or the density of float 322 is less than the density of outer plug 333；Liquid receptacle is equipped with low-density
Liquid storage chamber 51, high density liquid storage chamber 52, low-density liquid storage chamber 51 are equipped with cricoid first liquid receiving port 511, high density liquid storage chamber
52 are equipped with cricoid second liquid receiving port 521, and staving 31 is equipped with the low-density drain pipe being connected to low-density taphole 314
61, low-density drain pipe 61 protrudes into the first liquid receiving port 511, and staving 31 is highly dense equipped with being connected to high density taphole 313
Drain pipe 62 is spent, high density drain pipe 62 protrudes into the second liquid receiving port 521；The downside outer wall of staving 31 is equipped with passive permanent magnet
21, the upper surface of liquid receptacle is equipped with electromagnetic assembly, and the electromagnetic assembly includes the active electricity that several lay around 1 annular of centrifugal shaft
Magnetic patch 22.The mixing liquid of the first liquid and second liquid is allowed to be put into staving, wherein the density of the first liquid is less than the second liquid
The density of body, while the density of stripper loop is allowed between the first liquid and the density of second liquid, allow the density of internal plug to be greater than
The density of first liquid, allow outer plug density be less than second liquid density, clogged in high density taphole with rubber plug, then according to
The secondary each active electromagnetic block of starting, allows and generates repulsion or suction between active electromagnetic block and passive permanent magnet, driven by magnetic force
Dynamic staving is rotated around the axis of centrifugal shaft with rate of extraction, to allow mixing liquid to be layered, at this point, due to seal friction force
Effect internal plug, stripper loop, outer plug will not move, according to technique, after reaching the time for completing layering, improve the rotation of staving
Speed, buoyancy caused by centrifugal acceleration has been above frictional force at this time, and then, under the action of buoyancy, stripper loop can be moved
It is separated to by the first liquid and second liquid, and internal plug and outer plug can all enter in liquid-leaking nozzle, to realize two kinds of liquid
Separation, then improve the velocity of rotation of entire body, allow rubber plug abjection to automatically opening high density taphole, to release second
Liquid, after second liquid completes discharge, partition component is covered with opening and closing is pressed to, and allows opening and closing set to move outward, to open low-density
Taphole realizes layering, the extraction of two kinds of liquid so that the first liquid be allowed to be discharged from low-density taphole.The density of float with
The density of outer plug is identical or the density of float is less than the density of outer plug, and such float 322 pushes opening and closing set under the action of buoyancy
321, allow opening and closing set 321 to seal low-density taphole 314, and filled under 333 promotion outside, just allow opening and closing set 321 to move outward.
And liquid receptacle of the invention can store the first liquid and second liquid well.Underlying ball layer can support well
Staving can also prevent interconnecting piece to be broken and lead to throwing away for staving.
For the ease of sealing, partition component further includes the sealing ring 334 being fixedly connected with stripper loop 331, and stripper loop 331 is logical
Sealing ring 334 is crossed to realize and the sealed connection of the inner wall of staving 31.
The upper end of the centrifugal shaft 1 of the present embodiment is equipped with lower bearing 42, and lower bearing 42 is deep groove ball bearing, lower bearing 42 it is outer
Circle is fixedly connected with centrifugal shaft 1, and the downside of interconnecting piece 311 is equipped with groove, and the groove is fixedly connected with the inner ring of lower bearing 42.
It is easily installed in this way, is also beneficial to reduce the rotational resistance of separating barrel.The upper end of the shaft of driving motor 2 is removable to be connected with pressure
Lid 90, the outer of gland 90 are equipped with the fastening ring extended down, fasten ring and are equipped with several fastening notches, interconnecting piece 311
Upside be equipped with upper projecting portion, interconnecting piece 311 with fasten notch connect, upper projecting portion be located at fastening ring inner wall and driving motor
Between 2 shaft.And lower bearing and gland cooperate, and can be fixed on separating barrel in shaft well, and fasten notch
It is able to achieve equal across the angle isolation of adjacent separating barrel.Staving further includes bung, the ladle body positioned inside positioned at outside, centrifugal shaft
1 outer end connect with bung, the inside inner wall of the inner end of centrifugal shaft 1 and ladle body connects, bung and the removable connection of ladle body.Bung
It is threadedly coupled with ladle body.
The stripper loop 331 of the present embodiment is in the cone-shaped component being laterally arranged, and 331 inside of stripper loop is small and outside is big, in this way
The first liquid and second liquid can be allowed to separate well.
The sliding branch structure connection of upside outer wall of the downside outer wall and liquid receptacle of staving 31, sliding branch structure includes being located at outside
Be located on the upside of liquid receptacle perpendicular baffle 71 outside the device of outer wall, the upside of perpendicular baffle 71 is equipped with device pressing plate 72 outside device, device pressing plate 72
Lower section is set there are two ball layer, and each ball layer includes the ball 73 that several lay around 1 annular array of centrifugal shaft, perpendicular gear outside device
The inside of plate 71, which is equipped in device, erects baffle 74, underlying ball layer be located in device erect baffle 74 and baffle 71 perpendicular outside device it
Between, the downside outer wall of staving 31 is equipped with bucket riser 75, and the ball layer being located above is located at perpendicular baffle 71 outside barrel riser 75 and device
Between, the lower end of bucket riser 75 is equipped with bucket transverse slat 76, and bucket transverse slat 76 is located between described two ball layers, in this way, being located below
Ball layer can support staving well, can also prevent interconnecting piece be broken and lead to throwing away for staving.
Better embodiment of the invention is illustrated above, but the present invention is not limited to the embodiment,
Those skilled in the art can also make various equivalent modifications or replacement on the premise of without prejudice to spirit of the invention, this
Equivalent variation or replacement are all included in the scope defined by the claims of the present application a bit.
Claims (6)
1. a kind of driving structure of the centrifugal extractor applied to biochemical industry liquid, including the centrifugal shaft (1) being vertically arranged,
Be characterized in that: further including liquid receptacle, centrifugal shaft (1) is equipped at least two separating barrels being laterally arranged, all separating barrels with
Centrifugal shaft (1) is that across the square ring shape such as rotary shaft is laid, and separating barrel includes columnar staving (31), is equipped in staving (31) and laterally sets
The slide-bar (32) set is arranged with partition component on slide-bar (32), and partition component includes setting gradually from inside to outside along slide-bar (32)
Internal plug (332), stripper loop (331), outer plug (333), the inner wall of the outside of stripper loop (331) and staving (31) is tightly connected,
Internal plug (332), outer plug (333) and slide-bar (32) sealing are socketed, and stripper loop (331) is equipped with liquid-leaking nozzle, the inside of internal plug (332)
Equipped with inner seal ring, the outside of outer plug (333) is equipped with outer seal ring, and inner seal ring, outer seal ring can be tightly connected with liquid-leaking nozzle,
The density of outer plug (333) is less than the density of stripper loop (331), and the density of internal plug (332) is greater than the density of stripper loop (331), outside
It fills in (333), internal plug (332) to be tightly connected with slide-bar (32), the outside of stripper loop (331) and the inner wall of staving (31) seal and connect
It connects, the bottom surface that staving (31) is located at outside is equipped with high density taphole (313), and the top surface that staving (31) is located inside is equipped with ventilative
Hole (312), slide-bar (32) are equipped with low-density taphole (314), the position of low-density taphole (314) and the edge of partition component
The size fit of slide-bar (32) extending direction, when so that outermost partition component being moved to outermost, low-density taphole
(314) inside of partition component on the outermost side is arranged with opening and closing set (321), the outside of opening and closing set (321) on slide-bar (32)
Equipped with float (322), float (322) is cylindrical in shape, and float (322) is set on slide-bar (32), so that float (322) covers opening and closing
(321) push low-density taphole (314) to realize the closing of low-density taphole (314), opening and closing set (321) is equipped with connection
Moving axis shoulder, the outer dimension for the shaft shoulder that links is greater than the outer dimension of slide-bar (32), so that outermost partition component is moved to most
Plug (333) is abutted with the linkage shaft shoulder outside when outside, and opening and closing set (321) is moved outward, so that it is low close to allow opening and closing set (321) to leave
It spends taphole (314), realizes the unlatching of low-density taphole (314), the density phase of the density of float (322) and outer plug (333)
Same or float (322) density is less than the density of outer plug (333)；Liquid receptacle is equipped with low-density liquid storage chamber (51), high density liquid storage
Chamber (52), low-density liquid storage chamber (51) are equipped with cricoid first liquid receiving port (511), and high density liquid storage chamber (52) is equipped with ring-type
The second liquid receiving port (521), staving (31) is equipped with the low-density drain pipe (61) that is connected to low-density taphole (314), low
Density drain pipe (61) protrudes into the first liquid receiving port (511), and staving (31) is equipped with the height being connected to high density taphole (313)
Density drain pipe (62), high density drain pipe (62) protrude into the second liquid receiving port (521)；The downside outer wall of staving (31) is equipped with quilt
Dynamic permanent magnet (21), the upper surface of liquid receptacle are equipped with electromagnetic assembly, and the electromagnetic assembly includes several around centrifugal shaft (1) annular
The active electromagnetic block (22) of laying.
2. a kind of driving structure of centrifugal extractor applied to biochemical industry liquid according to claim 1, feature
Be: partition component further includes the sealing ring (334) being fixedly connected with stripper loop (331), and stripper loop (331) passes through sealing ring
(334) it realizes and is tightly connected with the inner wall of staving (31).
3. a kind of driving structure of centrifugal extractor applied to biochemical industry liquid according to claim 1, feature
Be: the upper end of centrifugal shaft (1) be equipped with lower bearing (42), lower bearing (42) be deep groove ball bearing, the outer ring of lower bearing (42) with
Centrifugal shaft (1) is fixedly connected, and the downside of interconnecting piece (311) is equipped with groove, the fixed company of the inner ring of the groove and lower bearing (42)
It connects, the upper end of the shaft of driving motor (2) is removable to be connected with gland (90), and the outer of gland (90) is equipped with to be extended down
Fasten ring, fasten ring and be equipped with several and fasten notch, the upside of interconnecting piece (311) is equipped with upper projecting portion, interconnecting piece (311) with
Notch connection is fastened, upper projecting portion is located between the shaft of the inner wall and driving motor (2) that fasten ring.
4. a kind of driving structure of centrifugal extractor applied to biochemical industry liquid according to claim 1, feature
Be: stripper loop (331) is in the cone-shaped component being laterally arranged, and stripper loop (331) inside is small and outside is big.
5. a kind of driving structure of centrifugal extractor applied to biochemical industry liquid according to claim 1, feature
Be: the downside outer wall of staving (31) and the sliding branch structure connection of the upside outer wall of liquid receptacle, sliding branch structure includes being located at outside
Be located on the upside of liquid receptacle perpendicular baffle (71) outside the device of outer wall, the upside of perpendicular baffle (71) is equipped with device pressing plate (72) outside device, device pressure
It is set below plate (72) there are two ball layer, each ball layer includes the ball that several lay around centrifugal shaft (1) annular array
(73), the inside of perpendicular baffle (71) is equipped in device and erects baffle (74) outside device, and underlying ball layer, which is located in device, erects baffle
(74) and outside device it erects between baffle (71), the downside outer wall of staving (31) is equipped with bucket riser (75), the ball layer being located above
It is located between baffle (71) perpendicular outside a barrel riser (75) and device, the lower end of bucket riser (75) is equipped with bucket transverse slat (76), bucket transverse slat (76)
It is located between described two ball layers.
6. a kind of driving structure of centrifugal extractor applied to biochemical industry liquid according to claim 1, feature
Be: staving (31) further includes bung, the ladle body positioned inside positioned at outside, the outer end of centrifugal shaft (1) connect with bung, from
The inner end of mandrel (1) and the inside inner wall of ladle body connect, bung and the removable connection of ladle body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811211020.8A CN109224513A (en) | 2018-10-17 | 2018-10-17 | A kind of driving structure of the centrifugal extractor applied to biochemical industry liquid |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811211020.8A CN109224513A (en) | 2018-10-17 | 2018-10-17 | A kind of driving structure of the centrifugal extractor applied to biochemical industry liquid |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109224513A true CN109224513A (en) | 2019-01-18 |
Family
ID=65053432
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811211020.8A Withdrawn CN109224513A (en) | 2018-10-17 | 2018-10-17 | A kind of driving structure of the centrifugal extractor applied to biochemical industry liquid |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109224513A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112957769A (en) * | 2021-03-02 | 2021-06-15 | 西安近代化学研究所 | Anti-emulsification liquid distribution sleeve and anti-emulsification centrifugal extractor |
-
2018
- 2018-10-17 CN CN201811211020.8A patent/CN109224513A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112957769A (en) * | 2021-03-02 | 2021-06-15 | 西安近代化学研究所 | Anti-emulsification liquid distribution sleeve and anti-emulsification centrifugal extractor |
| CN112957769B (en) * | 2021-03-02 | 2022-06-10 | 西安近代化学研究所 | Anti-emulsification liquid distribution sleeve and anti-emulsification centrifugal extractor |
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Application publication date: 20190118 |
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