CN109499757A - Magnetic for producing Ah not 's dispersible tablet filters device and method - Google Patents
Magnetic for producing Ah not 's dispersible tablet filters device and method Download PDFInfo
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- CN109499757A CN109499757A CN201910038609.0A CN201910038609A CN109499757A CN 109499757 A CN109499757 A CN 109499757A CN 201910038609 A CN201910038609 A CN 201910038609A CN 109499757 A CN109499757 A CN 109499757A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B03—SEPARATION OF SOLID MATERIALS USING LIQUIDS OR USING PNEUMATIC TABLES OR JIGS; MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
- B03C—MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
- B03C1/00—Magnetic separation
- B03C1/02—Magnetic separation acting directly on the substance being separated
- B03C1/10—Magnetic separation acting directly on the substance being separated with cylindrical material carriers
- B03C1/12—Magnetic separation acting directly on the substance being separated with cylindrical material carriers with magnets moving during operation; with movable pole pieces
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Abstract
The invention discloses the magnetic for producing Ah not 's dispersible tablet to filter device and method, including hollow tubular shell, the shell upper end is equipped with top cover, bottom cover is arranged in the lower end of shell, it further include shaft and magnetic filter structure, one end of the shaft pass through top cover after, extend axially downward along shell to bottom cover and be rotatablely connected, the other end of shaft passes through motor driven rotation；The magnetic filter structure is arranged in the intracorporal shaft of shell, and magnetic filter structure is with shaft rotational motion；The upper end side wall of shell is equipped with feed pipe, the feedstock direction of the feed pipe and shell it is axially vertical；The lower end of shell is equipped with discharge nozzle.Equipment provided by the invention is conducive to prevent the secondary pollution of dust, impurity, and effective substance absorbs ferrous contaminants in powder, ensures the purity of amoxicillin dispersible tablet finished product.
Description
Technical field
The present invention relates to medical production technical fields, and in particular to it is a kind of for produce Ah not 's dispersible tablet magnetic filter equipment and
Method.
Background technique
Amoxicillin dispersible tablet, indication are that Amoxicillin is suitable for caused by sensitive bacteria (not producing beta lactamase bacterial strain)
Following infection: tympanitis caused by Streptococcus hemolyticus, streptococcus pneumonia, staphylococcus or haemophilus influenzae, nasosinusitis, pharyngitis,
The infection of the upper respiratory tracts such as tonsillitis；Urogenital infections caused by escherichia coli, proteus mirabilis or enterococcus faecalis；
Skin soft-tissue infection caused by Streptococcus hemolyticus, staphylococcus or escherichia coli；Streptococcus hemolyticus, streptococcus pneumonia, Portugal
The lower respiratory tract infection such as grape coccus or haemophilus influenzae induced Acute bronchitis, pneumonia；Acute simple gonorrhea；A Mo
XiLin dispersible tablet is still used to treat typhoid fever, typhoid carrier and leptospirosis；It Amoxicillin also can be with clarithromycin, orchid
Rope draws azoles three-drug therapy to eradicate Stomach duodenum helicobacter pylori, reduces digestive tract ulcer recurrence rate.Amoxicillin is dispersed
Piece supplementary material is processed into medicinal powder, generally takes crushing, is ground up, sieved, dries, examining, the processes such as component, packaging, storage, due to
The equipment such as crushing, be ground up, sieved is mostly irony, these irony equipment inevitably result from iron powder in process
End, iron Xiao or iron rust etc., since these iron powders, thin iron Xiao or iron rust etc. not can effectively clear, thus affect Amoxicillin
The purity of dispersible tablet medicinal powder.
Summary of the invention
The technical problems to be solved by the present invention are: iron powder, thin iron can be introduced in amoxicillin dispersible tablet process
The ferrous contaminants such as Xiao or iron rust influence the purity of final amoxicillin dispersible tablet medicinal powder, and the present invention provides what is solved the above problems
Magnetic for producing Ah not 's dispersible tablet filters device and method.
The present invention is achieved through the following technical solutions:
Magnetic for producing Ah not 's dispersible tablet filters equipment, and including hollow tubular shell, the shell upper end is equipped with top cover,
Bottom cover is arranged in the lower end of shell, further includes shaft and magnetic filter structure, one end of the shaft pass through top cover after, along shell it is axial to
Under extend to and be rotatablely connected with bottom cover, the other end of shaft passes through motor driven rotation；The magnetic filter structure is arranged in shell
In intracorporal shaft, magnetic filter structure is with shaft rotational motion；The upper end side wall of shell be equipped with feed pipe, the feed pipe into
Expect the axially vertical of direction and shell；The lower end of shell is equipped with discharge nozzle.
Working principle of the present invention are as follows: the main structure that magnetic filter equipment is made of shell, top cover and bottom cover, in shell, top cover
The filtering that ferrous contaminants are carried out in the airtight chamber's structure constituted with bottom cover is removed, and the secondary pollution of dust, impurity is effectively prevent；
In use process, the certain place's speed of material can be given and entered in shell by feed pipe, after material enters in shell, due to volume
Moment increases, flow direction changes vertically downward, therefore flow velocity reduces, and can be flowed downward by self gravitation effect, therefore
During material moves down in the annular compartment between shaft and magnetic filter structure outer wall and inner walls, material is not under compression
Effect is in complete loose condition (of surface), and ferrous contaminants are easy to be adsorbed by magnetic filter structure and separate from material；And shaft drives
Magnetic filter structure is with speed rotational motion appropriate, to improve magnetic filter effect.
Further, the magnetic filter structure includes first sleeve, overhead gage, lower baffle plate and several high bar magnets；Described first
Sleeve is for being set in shaft, and circumferentially ring sets overhead gage to first sleeve on the side wall on top, and first sleeve is the bottom of close to
Circumferentially ring sets baffle on the side wall at end；Several high bar magnets are circumferentially uniformly distributed along first sleeve, and axial the two of high bar magnet
End is connect with overhead gage and lower baffle plate respectively.
First sleeve is mainly used for for magnetic filter structure Whole-dismountable being fixed in shaft, keeps off in setting in first sleeve
Multiple high bar magnets are uniformly arranged and are arranged between overhead gage and lower baffle plate, is conducive to the multiple high bar magnets of fixation by plate and lower baffle plate
Increase high bar magnet for adsorbing effective work area of ferrous contaminants, improves separative efficiency.
Further, several through-holes are offered on the overhead gage and lower baffle plate, several through-holes are along corresponding overhead gage
Or lower baffle plate it is circumferential with distribution；The axial ends of the high bar magnet offers threaded hole；It is passed through by one end of bolt logical
It is screwed in threaded hole behind hole, the other end of bolt is fastened by nut.
Each high bar magnet is detachably secured between overhead gage and lower baffle plate by bolt, it is convenient to replace high magnetic in time
Stick ensures the adsorption efficiency of each high bar magnet；And facilitate the iron tramp content situation of foundation present lot material, select different shaped
Number high bar magnet, manoeuvrable.
Further, diversion mechanism is equipped in the shaft and above magnetic filter structure；The drainage mechanism includes the
Two sleeves and dividing bushing, the second sleeve are set in shaft, and the inner wall of dividing bushing is contacted with the outer wall of second sleeve
It is fixedly connected, the outer wall of dividing bushing is extended downwardly along the axially inclined of shaft, and the axial cross section of dividing bushing is in circular platform type knot
Structure；The slanted angle of the axis direction of the generatrix direction and shaft of the outer wall of dividing bushing is 50~80 °.
It is by second sleeve that entire diversion mechanism is detachable by the way that diversion mechanism is arranged above the shaft of magnetic filter structure
It is fixed in shaft, inclined outer wall is arranged in dividing bushing, is conducive to form umbrella structure above magnetic filter structure, prevents to dirty
Dynamic material is directly contacted with high bar magnet, and the impurity adsorbed on high bar magnet is swept along and is taken away；In addition, second sleeve and dividing bushing
With shaft rotational motion, material can fall in or impinge upon shunting after entering shell by feed pipe during tentatively flowing downward
On the outer wall of sleeve, the dividing bushing of rotation can further decrease what vortex flowed downward to the active force of material one rotation
Speed, and in the annular compartment for being dispersed in material between shaft and magnetic filter structure and shell with eddy currents.
Further, the outer wall of the dividing bushing is equipped with several diversion channels, week of several diversion channels along dividing bushing
It is in curved blade turbine type structure to being uniformly distributed.
By the way that multiple diversion channels are arranged on dividing bushing outer wall, shunting effect is improved.
Further, one end of the feed pipe is connected to enclosure interior, the other end is equipped with air blower；Positioned at shell and drum
Feed pipe between blower is equipped with bypass pipe, is provided with feed hopper on the bypass pipe；On the top cover and far from feed pipe
One end be equipped with exhaust pipe.
By the way that air blower is arranged on feed pipe, realize that pneumatic conveying material enters shell and carries out magnetic filter operation；And it is pushing up
Setting exhaust pipe is covered, settable drain tap only allows gas to pass through on exhaust pipe, and the most of air-flow for entering shell is arranged
Out, it prevents from air-flow from axially moving down along shell to carry away the ferrous contaminants that magnetic filter structure adsorbs.
Further, one end of the discharge nozzle be connected to enclosure interior, the other end be equipped with air-introduced machine, be located at air-introduced machine and
Discharge nozzle between shell is equipped with bypass pipe, and the bypass pipe is for connecting material collecting bag；On the bottom cover and far from out
One end of expects pipe is equipped with air hole.
By the way that air-introduced machine is arranged on discharge nozzle, the material after removal of impurities is conveyed by airflow function and is collected, and in bottom cover
Upper setting air hole, reduces that air-introduced machine is intracorporal to shell vacuumizes suction function.
Further, the lower section in the shaft and positioned at magnetic filter structure is equipped with rabbling mechanism, and the rabbling mechanism includes
3rd sleeve, the 3rd sleeve are set in shaft, and the outer wall of 3rd sleeve is equipped with paddle.
By the way that rabbling mechanism is arranged in the bottom end of shaft, the material after being mainly used for agitation removal of impurities prevents bottom in shell
Material accumulation blocking, influences to discharge.
Based on the magnetic filtering method of the above-mentioned magnetic filter equipment for producing Ah not 's dispersible tablet, specific steps include:
Step 1, start motor, shaft rotational motion is driven by motor, shaft drives the rotational motion of magnetic filter structure；
Step 2, enter material in shell by feed pipe with setting speed, and the axis of the feedstock direction of material and shell
Direction is vertical；
Step 3, material flows downward due to flowing to change and self gravitation effect；
Step 4, pass through the magnetic substance impurity in the above-mentioned material to flow downward of magnetic filter structure adsorbing separation；
Step 5, the material handled through magnetic filter structure is discharged through discharge nozzle.
Further, it for the above method, in step 2, is conveyed and is fed using air-flow, and air-flow is pushing material to feed it
Between heated.It can also be achieved dry function.
The present invention has the advantage that and the utility model has the advantages that
1, working principle of the present invention are as follows: the main structure that magnetic filter equipment is made of shell, top cover and bottom cover, in shell, top
The filtering that ferrous contaminants are carried out in airtight chamber's structure that lid and bottom lid is constituted is removed, and the secondary dirt of dust, impurity is effectively prevent
Dye；In use process, the certain place's speed of material can be given and entered in shell by feed pipe, after material enters in shell, due to
Volume moment increases, flow direction changes vertically downward, therefore flow velocity reduces, and can be flowed downward by self gravitation effect,
Therefore material is in the annular compartment between shaft and magnetic filter structure outer wall and inner walls during move down, material not by
Squeezing action is in complete loose condition (of surface), and ferrous contaminants are easy to be adsorbed by magnetic filter structure and separate from material；And shaft
Drive magnetic filter structure with speed rotational motion appropriate, to improve magnetic filter effect；
2, first sleeve of the present invention is mainly used for for magnetic filter structure Whole-dismountable being fixed in shaft, in first sleeve
Overhead gage and lower baffle plate are set with the multiple high bar magnets of fixation, multiple high bar magnets uniformly arranges be arranged overhead gage and lower baffle plate it
Between, conducive to effective work area that high bar magnet is used to adsorb ferrous contaminants is increased, improve separative efficiency；Each high bar magnet is passed through
Bolt is detachably secured between overhead gage and lower baffle plate, convenient to replace high bar magnet in time, ensures the absorption effect of each high bar magnet
Rate；And facilitate the iron tramp content situation of foundation present lot material, select the high bar magnet of different model, manoeuvrable；
3, the present invention will entirely shunt machine by second sleeve by the way that diversion mechanism is arranged above the shaft of magnetic filter structure
Structure is detachably secured in shaft, and inclined outer wall is arranged in dividing bushing, is conducive to form umbrella structure above magnetic filter structure, be prevented
The material only to flow downward is directly contacted with high bar magnet, and the impurity adsorbed on high bar magnet is swept along and is taken away；In addition, second sleeve and
With shaft rotational motion, material can fall in or hit during tentatively flowing downward after entering shell by feed pipe dividing bushing
Hit on the outer wall of dividing bushing, the dividing bushing of rotation can to the active force of material one rotation, further decrease vortex to
The speed of lower flowing, and material is made to be dispersed in the annular compartment between shaft and magnetic filter structure and shell with eddy currents
It is interior.
Detailed description of the invention
Attached drawing described herein is used to provide to further understand the embodiment of the present invention, constitutes one of the application
Point, do not constitute the restriction to the embodiment of the present invention.In the accompanying drawings:
Fig. 1 is whole axial cross section structural schematic diagram of the invention；
Fig. 2 is diversion mechanism overlooking structure diagram of the invention；
Fig. 3 is magnetic filter structure schematic perspective view of the invention；
Fig. 4 is magnetic filter structure axial cross section structural schematic diagram of the invention；
Fig. 5 is rabbling mechanism axial-radial structural schematic diagram of the invention.
Label and corresponding parts title in attached drawing: 1- shell, 2- top cover, 3- bottom cover, 4- shaft, 5- magnetic filter structure,
6- motor, 7- feed pipe, 8- discharge nozzle, 51- first sleeve, 52- overhead gage, 53- lower baffle plate, 54- high bar magnet, 55- through-hole,
56- threaded hole, 57- bolt, 58- nut, 9- diversion mechanism, 91- second sleeve, 92- dividing bushing, 93- diversion channel, 10- drum
Blower, 11- feed hopper, 12- exhaust pipe, 13- rabbling mechanism, 131- 3rd sleeve, 132- paddle, 14- air-introduced machine, 15- are saturating
Stomata.
Specific embodiment
To make the objectives, technical solutions, and advantages of the present invention clearer, below with reference to embodiment and attached drawing, to this
Invention is described in further detail, and exemplary embodiment of the invention and its explanation for explaining only the invention, are not made
For limitation of the invention.
Embodiment 1
A kind of magnetic filter equipment for producing Ah not 's dispersible tablet is present embodiments provided, including hollow tubular shell 1, shell
1 upper end of body is equipped with top cover 2, and bottom cover 3 is arranged in the lower end of shell 1, and bottom cover 3 is in inverted cone-shaped structure, and top cover 2 and bottom cover 3 are all made of method
Orchid connection sealing is fixed on the both ends of shell 1；It further include shaft 4 and magnetic filter structure 5, one end of the shaft 4 passes through top cover 2
Afterwards, it extends axially downward along shell 1 to bottom cover 3 and is rotatablely connected, the axial ends of shaft 4 passes through bearing and top cover 2 and bottom
Lid 3 is rotatablely connected, and the other end of shaft 4 passes through the driving rotation of motor 6；Magnetic filter structure 5 is arranged in the shaft 4 in shell 1
On, magnetic filter structure 5 is with 4 rotational motion of shaft；The upper end side wall of shell 1 be equipped with feed pipe 7, the feedstock direction of feed pipe 7 with
Shell 1 it is axially vertical；The lower end of shell 1 is equipped with discharge nozzle 8.
Embodiment 2
It is further improved on the basis of embodiment 1, the magnetic filter structure 5 includes the overhead gage of first sleeve 51, annular
52, annular lower baffle plate 53 and multiple high bar magnets 54；First sleeve 51 is set in shaft 4 for being interference fitted, and axial two
End is fixed by screws in shaft 4；Circumferentially ring sets overhead gage 53, first sleeve to first sleeve 51 on the side wall on top
51 circumferentially ring sets baffle 53 on the side wall of bottom end；Multiple high bar magnets 54 are circumferentially uniformly distributed along first sleeve 51, and
The axial ends of high bar magnet 54 is connect with overhead gage 52 and lower baffle plate 53 respectively.It is offered on overhead gage 52 and lower baffle plate 53 more
A through-hole 55, multiple through-holes 55 along corresponding overhead gage 52 or lower baffle plate 53 it is circumferential with distribution；The axial ends of high bar magnet 54
Offer threaded hole 56；It is screwed in threaded hole 56 after passing through through-hole 56 by one end of bolt 57, the other end of bolt 57 leads to
Cross the fastening of nut 58.
Embodiment 3
It is further improved on the basis of embodiment 2, in the shaft 4 and is located above magnetic filter structure 5 the shunting machine that is equipped with
Structure 9；Drainage mechanism 9 includes second sleeve 91 and dividing bushing 92, and the interference fit of second sleeve 91 is set in shaft 4, and second
The axial ends of sleeve 91 is fixed by screws in shaft 4, and the inner wall of dividing bushing 92 is contacted with the outer wall of second sleeve 91
It is fixedly connected, the outer wall of dividing bushing 92 is extended downwardly along the axially inclined of shaft 4, and the axial cross section of dividing bushing 92 is in rotary table
Type structure, the outer diameter of the bottom end outer wall of dividing bushing 92 are greater than the outer diameter of magnetic filter structure 5；The bus side of the outer wall of dividing bushing 92
It is 65 ° to the slanted angle of the axis direction with shaft 4.The outer wall of dividing bushing 92 is equipped with multiple diversion channels 93, Duo Gefen
Chute 93 is uniformly distributed along the circumferential direction of dividing bushing 92 in curved blade turbine type structure.Connect inside one end of feed pipe 7 and shell 1
The logical, other end is equipped with air blower 10；Feed pipe 7 between shell 1 and air blower 10 is equipped with bypass pipe, the bypass pipe
On be provided with feed hopper 11；On the top cover 2 and one end far from feed pipe 7 is equipped with exhaust pipe 12.
Embodiment 4
It is further improved, is connected to inside one end of the discharge nozzle 8 and shell 1, the other end is set on the basis of embodiment 3
There is air-introduced machine 14, the discharge nozzle 8 between air-introduced machine 14 and shell 1 is equipped with bypass pipe, and bypass pipe is for connecting material receipts
Collect bag；On bottom cover 3 and one end far from discharge nozzle 8 is equipped with air hole 15.It is set in shaft 4 and positioned at the lower section of magnetic filter structure 5
There is rabbling mechanism 13, the rabbling mechanism 13 includes 3rd sleeve 131, and 3rd sleeve 131 is set in shaft 4,3rd sleeve
131 outer wall is equipped with paddle 132.
Embodiment 5
Magnetic filter operating method of the equipment provided using embodiment 4 in amoxicillin dispersible tablet production process is as follows:
Step 1, start motor, shaft rotational motion is driven by motor, shaft drives the rotational motion of magnetic filter structure；
Step 2, enter material in shell by feed pipe with setting speed, and the axis of the feedstock direction of material and shell
Direction is vertical；
Step 3, material flows downward due to flowing to change and self gravitation effect；
Step 4, pass through the magnetic substance impurity in the above-mentioned material to flow downward of magnetic filter structure adsorbing separation；
Step 5, the material handled through magnetic filter structure is discharged through discharge nozzle.
Specifically, it in step 2, is conveyed and is fed using air-flow, and air-flow is heated between promotion material charging.
Above-described specific embodiment has carried out further the purpose of the present invention, technical scheme and beneficial effects
It is described in detail, it should be understood that being not intended to limit the present invention the foregoing is merely a specific embodiment of the invention
Protection scope, all within the spirits and principles of the present invention, any modification, equivalent substitution, improvement and etc. done should all include
Within protection scope of the present invention.
Claims (10)
1. the magnetic filter equipment for producing Ah not 's dispersible tablet, including hollow tubular shell (1), shell (1) upper end is equipped with
Bottom cover (3) are arranged in top cover (2), the lower end of shell (1), which is characterized in that and it further include shaft (4) and magnetic filter structure (5), described turn
One end of axis (4) pass through top cover (2) afterwards, along shell (1) extend axially downward to bottom cover (3) be rotatablely connected, shaft (4) it is another
One end passes through motor (6) driving rotation；The magnetic filter structure (5) is arranged in the shaft (4) in shell (1), magnetic filter
Structure (5) is with shaft (4) rotational motion；The upper end side wall of shell (1) is equipped with feed pipe (7), the charging side of the feed pipe (7)
To axially vertical with shell (1)；The lower end of shell (1) is equipped with discharge nozzle (8).
2. the magnetic filter equipment according to claim 1 for producing Ah not 's dispersible tablet, which is characterized in that the magnetic filter structure
It (5) include first sleeve (51), overhead gage (52), lower baffle plate (53) and several high bar magnets (54)；The first sleeve (51) is used
In being set on shaft (4), circumferentially ring sets overhead gage (53), first sleeve to first sleeve (51) on the side wall on top
(51) circumferentially ring sets baffle (53) on the side wall of bottom end；Several high bar magnets (54) are circumferential uniformly along first sleeve (51)
Distribution, and the axial ends of high bar magnet (54) is connect with overhead gage (52) and lower baffle plate (53) respectively.
3. the magnetic filter equipment according to claim 2 for producing Ah not 's dispersible tablet, which is characterized in that the overhead gage
(52) and on lower baffle plate (53) it offers several through-holes (55), several through-holes (55) are along corresponding overhead gage (52) or lower baffle plate
(53) it is circumferential with distribution；The axial ends of the high bar magnet (54) offers threaded hole (56)；Pass through the one of bolt (57)
End is screwed in across through-hole (56) afterwards in threaded hole (56), the other end of bolt (57) is fastened by nut (58).
4. according to claim 1 or 2 described in any item magnetic for producing Ah not 's dispersible tablet filter equipment, which is characterized in that institute
It states on shaft (4) and is located above magnetic filter structure (5) and be equipped with diversion mechanism (9)；The drainage mechanism (9) includes second sleeve
(91) it is set on shaft (4) with dividing bushing (92), the second sleeve (91), the inner wall of dividing bushing (92) and second set
The outer wall contact of cylinder (91) is fixedly connected, axially inclined extending downwardly of the outer wall of dividing bushing (92) along shaft (4), diversion sleeve
The axial cross section of cylinder (92) is in circular platform type structure；The generatrix direction of the outer wall of dividing bushing (92) and the axis direction of shaft (4)
Slanted angle be 50~80 °.
5. the magnetic filter equipment according to claim 4 for producing Ah not 's dispersible tablet, which is characterized in that the dividing bushing
(92) outer wall is equipped with several diversion channels (93), and several diversion channels (93) are uniformly distributed along the circumferential direction of dividing bushing (92) in curved
Leaf turbotype structure.
6. it is according to claim 4 for produce Ah not 's dispersible tablet magnetic filter device and method, which is characterized in that it is described into
It is connected to inside one end of expects pipe (7) and shell (1), the other end is equipped with air blower (10)；Positioned at shell (1) and air blower (10) it
Between feed pipe (7) be equipped with bypass pipe, be provided with feed hopper (11) on the bypass pipe；On the top cover (2) and far from into
One end of expects pipe (7) is equipped with exhaust pipe (12).
7. the magnetic filter equipment according to claim 1 for producing Ah not 's dispersible tablet, which is characterized in that the discharge nozzle
(8) one end and shell (1) inside are connected to, the other end is equipped with air-introduced machine (14), between air-introduced machine (14) and shell (1)
Discharge nozzle (8) is equipped with bypass pipe, and the bypass pipe is for connecting material collecting bag；On the bottom cover (3) and far from discharge nozzle
(8) one end is equipped with air hole (15).
8. the magnetic filter equipment according to claim 7 for producing Ah not 's dispersible tablet, which is characterized in that the shaft (4)
Lower section that is upper and being located at magnetic filter structure (5) is equipped with rabbling mechanism (13), and the rabbling mechanism (13) includes 3rd sleeve (131),
The 3rd sleeve (131) is set on shaft (4), and the outer wall of 3rd sleeve (131) is equipped with paddle (132).
9. special based on the magnetic filtering method of the described in any item magnetic filter equipment for producing Ah not 's dispersible tablet of claim 1 to 8
Sign is that specific steps include:
Step 1, start motor, shaft rotational motion is driven by motor, shaft drives the rotational motion of magnetic filter structure；
Step 2, enter material in shell by feed pipe with setting speed, and the axis direction of the feedstock direction of material and shell
Vertically；
Step 3, material flows downward due to flowing to change and self gravitation effect；
Step 4, pass through the magnetic substance impurity in the above-mentioned material to flow downward of magnetic filter structure adsorbing separation；
Step 5, the material handled through magnetic filter structure is discharged through discharge nozzle.
10. the magnetic filtering method of the magnetic filter equipment according to claim 9 for producing Ah not 's dispersible tablet, which is characterized in that
It in the step 2, is conveyed and is fed using air-flow, and air-flow is heated between promotion material charging.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910038609.0A CN109499757A (en) | 2019-01-16 | 2019-01-16 | Magnetic for producing Ah not 's dispersible tablet filters device and method |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910038609.0A CN109499757A (en) | 2019-01-16 | 2019-01-16 | Magnetic for producing Ah not 's dispersible tablet filters device and method |
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