CN208466123U - A kind of quick grinding system of critical fluids electronic ceramics - Google Patents

Abstract

The utility model discloses a kind of quick grinding systems of critical fluids electronic ceramics, including agitating device, device of going round and round a millstone, collection device and ball-milling device, agitating device is quickly stirred ceramic raw material using critical fluids effect, pass through the aperture size on setting filter, available smaller processing particle；Device of going round and round a millstone is added in obtained processing material further to go round and round a millstone, the height of lifting cantilever and the thickness of mill mill line can be overregulated, further obtain more evenly smaller processing pellet, the a large amount of time is saved for ball milling, scraping blade is provided on filter, in stirring, ceramic raw material grain quickly rotates, it stirs chamber interior wall and is provided with and increase collision block, increase the shock of ceramic raw material grain, crush ceramic raw material grain faster；In general Ball-milling Time is long, and slurry grain uniformity is good, and ceramic raw material grain is obtained after this technology stirs, greatly shortens the time of ball milling, significantly improves industrial efficiency.

Description

A kind of quick grinding system of critical fluids electronic ceramics

Technical field

The utility model relates to ceramic raw material grinding technology field, specially a kind of quick grinding of critical fluids electronic ceramics System.

Background technique

The device of the ceramic raw material grinding industrially used at present is blender or ball mill mostly, or first with stirring Ball mill ball milling is directly used in machine stirring again, and Ball-stirring mill, mixing time is short, and granularity is small, but particle uniformity is poor；Ball milling, when ball milling Between it is long, granularity is big, and particle uniformity is good, and since the uniformity of stirring is poor, the time of ball milling is very long on ball mill, greatly shadow Industrial efficiency is rung.

Utility model content

The purpose of this utility model is to provide a kind of quick grinding systems of critical fluids electronic ceramics, to solve above-mentioned back The problem of being proposed in scape technology.To achieve the above object, the utility model provides the following technical solutions:

A kind of quick grinding system of critical fluids electronic ceramics, including agitating device, device of going round and round a millstone, collection device and ball milling Device, the agitating device include the first support baseboard, the 4th supporting leg, agitator tank fixed plate and stirring motor, described first The 4th supporting leg, the fixed agitator tank above the 4th supporting leg, the agitator tank are welded with above support baseboard On be provided with fixed plate, the fixed stirring motor of the fixed plate, the output shaft of the stirring motor installs connecting rod, described Connecting rod protrudes into the agitator tank, and the end of connecting rod is fixedly connected with first rotating shaft, is fixedly mounted in the first rotating shaft There is stirring bar；The stirring box inner wall is provided with increasing collision block, and the agitator tank bottom is provided with the first feed opening, and described first The side of feed opening is provided with venthole；The filtering being located above first feed opening is equipped among the bottom of the agitator tank Piece is provided with scraping blade among the upper surface of the filter；

It goes round and round a millstone described in first feed opening connection device first charging aperture, the first charging aperture connects blanking conduit, The blanking conduit transmits the first feed opening whereabouts crushing and processing material.

As a further improvement of the above technical scheme:

The connecting rod is provided with one group of first screw hole, is interspersed with the first screw in the middle part of two first screw holes, The central axis of two first screw holes is in 90 degree of interlaced arrangements.

The first rotating shaft top is provided with one group of second screw hole, is interspersed with the first spiral shell in described two second screw holes The central axis of silk, second screw hole is in 90 degree of interlaced arrangements, and the first rotating shaft lower part is provided with one group of connecting hole, institute It states there are four connecting holes and middle part is interspersed with stirring bar, the connecting hole is arranged up and down and along central axis in 45 degree of arrangements；Institute State and be machined with one group of third screw hole in first rotating shaft, four third screw holes along central axis be uniformly in 45 degree of distributions and Perpendicular to the central axis of connecting hole, the second screw is interspersed in the third screw hole.

The filter is provided with aperture, and filter periphery is provided with card slot one, and the filter upper surface is provided with scraping blade, Described scraping blade one end is provided with hole, and centre interts fixed screw, is provided with card slot two, card slot at the agitator tank lower end cabinet closing waist One matches fixed filter with card slot two, and the fixed board ends are provided with card slot three, and the card slot three has pin hole, described solid Fixed board cooperates the pin hole to be fixed on agitator tank by pin rod.

The device of going round and round a millstone includes support base, and the support base is fixed with armstand, and it is outstanding that the armstand is connected with lifting Arm, the lifting cantilever can be fixed with hollow connecting rod, institute in the armstand oscilaltion, the fixed left side of the lifting cantilever It states hollow connecting rod and is provided with first charging aperture, the first charging aperture connects blanking conduit, and the blanking conduit lower port is fixed In second charging aperture；

The hollow connecting rod connects rotor, and the internal rotor is fixed with bearing three, and three inner ring of bearing is fixed on In the hollow connecting rod, three outer ring of bearing is fixed on rotor, and the rotor and the hollow connecting rod be not direct Connect, the rotor bottom is fixed with mill one, and the mill one is provided with second charging aperture, the second charging aperture not with institute The coincidence of one center of circle of mill is stated, the center of circle is the mill geometry center of circle；

It is fixed with motor of going round and round a millstone on the right side of the lifting cantilever, the motor of going round and round a millstone is provided with driving wheel three, the driving wheel Three are connected by the first transmission belt with the rotor；

By being fixed with stator, the stator upper end on four supporting legs of welding and four supporting legs in the support base It is fixed with mill two；

Described mill a lower surface is provided with mill line one, and two upper surface of mill is provided with mill line two, the mill line one and mill Line two is identical, and the mill line one is that circle is divided into eight pieces of areas with every 45 degree for one piece of region with the second charging aperture with mill line two Domain, the straight flange of mill line in a clockwise direction opens line in parallel in every piece of region；

The mill one, the mill two, the stator, the rotor, the bearing three exist with the hollow connecting rod On same central axis；

The stator lower end is fixed with scollop, scallop, and the scollop, scallop collects the mill one and falls with the mill two processing Grinding processing material, the scollop, scallop are provided with the second feed opening, and second feed opening connects collection device, the collection device Collect second feed opening whereabouts grinding processing material.

The collection device is collecting bag, and the entrance of collecting bag is connected with second feed opening.

The ball-milling device includes the second support baseboard, and second support baseboard welds the first supporting leg and the second support Leg, first supporting leg and the second supporting leg are fixed with ball milling rotating cylinder jointly, are provided with third on the ball milling rotating cylinder Feed inlet；Bearing one, bearing two of the ball milling rotating cylinder by the second shaft and positioned at second both ends of the shaft are rotatably pacified One end of upper end loaded on the first supporting leg and the second supporting leg, second shaft connects driving assembly, the driving component Including driving wheel two, driving wheel one, the second transmission belt being connected between driving wheel one and driving wheel two and it is installed on bottom plate Motor.

The third feed inlet is provided with capping, there is latch segment, the capping upper clamp plate four, the third in the capping It is provided with one group of clamping plate on the right side of feed inlet, fixed pin rod, the third charging are interspersed in the middle part of clamping plate one, clamping plate two and clamping plate four Clamping plate three is provided on the left of mouthful, the latch segment and clamping plate three pass through pin rod and lock.

The bottom four corners of first support baseboard are provided with supporting leg.

The bottom four corners of second support baseboard are provided with supporting leg.

Beneficial effect

For ceramic raw material by quickly stirring in agitating device, mixing time is short, and granularity is small, passes through in the present invention Smaller particle is filtered in filter disc, agitating device can add ceramic raw material in due course, pass through the ceramic raw material particle being obtained by filtration, phase The ceramic raw material particle obtained after stirring for the slave agitating device not filtered, filtered particle uniformity is good, more into one Step, by the aperture size on setting filter, available smaller ceramic raw material particle is provided on filter and scrapes Piece, in stirring, ceramic raw material grain quickly rotates, and to scraping blade power as the direction that stirring bar rotates is transported, prevents ceramic original Expect the aperture on particle blocking filter, meanwhile, the vibration of motor and the rotation of scraping blade, it is easier to pulverized particles be made to pass through filter disc It falls, four stirring bars is provided in agitating device, length successively shortens from top to bottom, and corresponding stirring chamber interior wall is provided with Increase collision block, increases collision block quantity and successively reduce from top to bottom, since electronic ceramics feed particles diameter is smaller, can be seen as critical flow The stirring bar of body, top is longer, is allowed to the ceramic particle velocity of rotation of part faster, and pressure is smaller, following stirring bar compared with Short, the speed of rotation is relatively slow, and pressure is larger, therefore the place movement that pressure greatly will be small toward pressure, that is, following Ceramic particle can get over ionized motion, and ceramic particle can roll automatically in agitating device in the rotation, increase ceramic raw material The shock of grain crushes ceramic raw material grain faster；It obtains stirring smashed ceramic raw material particle, using going round and round a millstone, device adds Work, the effect for device of going round and round a millstone is that ceramic particle from second charging aperture enters mill, since the mill line of upper lower millstone is identical, in mill Rotation processing when, ceramic particle tangent rolling between mill, mutual mill line forms shearing force, by the further powder of ceramic particle Broken, the second charging aperture center of circle is not mutually be overlapped with the mill center of circle, avoid second charging aperture it is mutually be overlapped with the mill center of circle when ceramic particle heap For collection at center, grinding line second charging aperture is circle, with every 45 degree for one piece of region, is divided into eight pieces of regions, ground in every piece of region line with Clockwise straight flange opens line in parallel, and gained mill line is in extending out, in processing, processing material is through mill grinding clockwise After fall into scollop, scallop, while the gap between two mills can be controlled by grinding the thickness of line and adjusting cantilever height, further Reinforcement go round and round a millstone the processing effect of device, in general, ceramic raw material is that reach particle uniformity good, finally has to pass through ball milling Machine grinding obtains Ceramic manufacturing material after the utility model agitating device, using the ceramics obtained after device grinding of going round and round a millstone Processing material, greatly shortens the time of ball milling, significantly improves industrial efficiency.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the structural schematic diagram of the utility model agitating device；

Fig. 3 is the utility model agitating device internal structure chart；

Fig. 4 is the utility model agitator tank the schematic diagram of the section structure；

Fig. 5 is pivot structure schematic diagram in the utility model agitator tank；

Fig. 6 is the connecting rod structural schematic diagram of stirring motor and shaft in the utility model agitator tank；

Fig. 7 is stirring action apparatus structure schematic diagram in the utility model agitator tank；

Fig. 8 is the utility model filter structural schematic diagram；

Fig. 9 is the fixed plate structure schematic diagram of the fixed stirring motor of the utility model；

Figure 10 is the structural schematic diagram that the utility model filter and agitator tank are fixed；

Figure 11 is that the utility model is gone round and round a millstone machine structural schematic diagram；

Figure 12 is that the utility model is gone round and round a millstone the half section structure diagram of machine rotor and hollow connecting rod；

Figure 13 is the structural schematic diagram of the utility model mill one；

Figure 14 is the structural schematic diagram of the utility model mill two；

Figure 15 is area schematic of the utility model second charging aperture in mill one；

Figure 16 is the utility model mill structure schematic diagram；

Figure 17 is the structural schematic diagram of the utility model ball mill third feed inlet；

Figure 18 is the structural schematic diagram of the utility model ball mill capping；

In appended drawing reference: 1, the first support baseboard；2, the 4th supporting leg；3, agitator tank；4, fixed plate；5, stirring motor； 6, connecting rod；7, first rotating shaft；8, stirring bar；9, increase collision block；10, filter；11, scraping blade；12, fixed screw；13, first Feed opening；14, venthole；15, the first screw；16, the first screw hole；17, card slot three；18, the second screw hole；19, it connects Hole；20, third screw hole；21, the second screw；22, card slot one；23, card slot two；24, the second support baseboard；25, the first support Leg；26, motor；27, the second transmission belt；28, bearing two；29, rotating cylinder；30, bearing one；31, the second shaft；32, third is fed Mouthful；33, driving wheel one；34, driving wheel two；35, the second supporting leg；36, it covers；37, latch segment；38, clamping plate one；39, clamping plate Two；40, clamping plate three；41, fixed pin rod；42, clamping plate；43, pin hole；44, support base；45, armstand；46, cantilever is gone up and down；47, It goes round and round a millstone motor；48, driving wheel three；49, the first transmission belt；50, rotor；51, stator；52, mill one；53, mill two；54, lotus Limb；55, the second feed opening；56, third supporting leg；57, hollow connecting rod；58, first charging aperture；59, conduit；60, bearing Three；61, the mill center of circle；62, second charging aperture；63, line one is ground；64, line two is ground.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

As shown in Fig. 1-18, the quick grinding system of critical fluids electronic ceramics of the present embodiment, including agitating device, go round and round a millstone Device, collection device and ball-milling device, agitating device include the first support baseboard 1, the 4th supporting leg 2, agitator tank 3, fixed plate 4 With stirring motor 5, the 4th supporting leg 2 is welded with above the first support baseboard 1, agitator tank 3 is fixed above the 4th supporting leg 2, stirs It mixes and is provided with fixed plate 4 on case 3, the fixed stirring motor 5 of fixed plate 4, the output shaft of stirring motor 5 installs connecting rod 6, connecting rod 6 protrude into agitator tank 3, and the end of connecting rod 6 is fixedly connected with first rotating shaft 7, and stirring bar 8 is fixedly installed in first rotating shaft 7, Length successively shortens stirring bar 8 from top to bottom；3 inner sidewall of agitator tank, which is provided with, increases collision block 9, increases collision block 9 and successively subtracts from top to bottom Few, 3 bottom of agitator tank is provided with the first feed opening 13, and the side of the first feed opening 13 is provided with venthole 14；The bottom of agitator tank 3 It is equipped with the filter 10 for being located at 13 top of the first feed opening among portion, is provided with scraping blade 11 among the upper surface of filter 10；

First feed opening 13 connects device first charging aperture 58 of going round and round a millstone, and first charging aperture 58 connects blanking conduit 59, blanking Conduit 59 transmits 13 whereabouts crushing and processing material of the first feed opening.

Connecting rod 6 is provided with one group of first screw hole 16, is interspersed with the first screw 15 in the middle part of two the first screw holes 16, and two The central axis of first screw hole 16 is in 90 degree of interlaced arrangements.

7 top of first rotating shaft is provided with one group of second screw hole 18, is interspersed with the first screw in two the second screw holes 18 15, the central axis of the second screw hole 18 is in 90 degree of interlaced arrangements, and 7 lower part of first rotating shaft is provided with one group of connecting hole 19, is connected There are four holes 19 and middle part is interspersed with stirring bar 8, and about 19 connecting hole is arranged and along central axis in 45 degree of arrangements；First turn Be machined with one group of third screw hole 20 on axis 7, four third screw holes 20 along central axis be uniformly in 45 degree of distributions and perpendicular to The central axis of connecting hole 19 is interspersed with the second screw 21 in third screw hole 20.

Filter 10 is provided with aperture, and 10 periphery of filter is provided with card slot 1, and 10 upper surface of filter is provided with scraping blade 11,11 one end of scraping blade is provided with hole, and centre interts fixed screw 12, is provided with card slot 2 23 at 3 lower end cabinet closing waist of agitator tank, blocks Slot 1 and card slot 2 23 match fixed filter 10, and 4 both ends of fixed plate are provided with card slot 3 17, and card slot 3 17 has pin hole 43, fixed plate 4 is fixed on agitator tank 3 by pin rod cooperation pin hole 43.

Device of going round and round a millstone includes support base 44, and support base 44 is fixed with armstand 45, and armstand 45 is connected with lifting cantilever 46, The fixed left side of cantilever 46 can be gone up and down and be fixed with hollow connecting rod 57, hollow connection in 45 oscilaltion of armstand by going up and down cantilever 46 Bar 57 is provided with first charging aperture 58,58 connecting conduit 59 of first charging aperture, and 59 lower port of connecting conduit is fixed on second charging aperture 62；

Hollow connecting rod 57 connects rotor 50, is fixed with bearing 3 60 inside rotor 50, during 3 60 inner ring of bearing is fixed on In empty connecting rod 57,3 60 outer ring of bearing is fixed on rotor 50, and rotor 50 does not connect directly with hollow connecting rod 57, is turned Sub 50 bottoms are fixed with mill 1, and mill 1 is provided with second charging aperture 62, and second charging aperture 62 is not round with mill 1 The heart 61 is overlapped, and the center of circle 61 is the mill geometry center of circle；

It is fixed with motor 47 of going round and round a millstone on the right side of lifting cantilever 46, motor 47 of going round and round a millstone is provided with driving wheel 3 48, driving wheel 3 48 It is connected by the first transmission belt 49 with rotor 50；

By being fixed with stator 51,51 upper end of stator on four supporting legs of welding and four supporting legs in support base 44 It is fixed with mill 2 53；

One 52 lower surface of mill is provided with mill line 1, and 2 53 upper surface of mill is provided with mill line 2 64, mill line 1 and mill line 2 64 is identical, and mill line 1 is that circle is divided into eight pieces of areas with every 45 degree for one piece of region with second charging aperture 62 with mill line 2 64 Domain, the straight flange of mill line in a clockwise direction opens line in parallel in every piece of region；

Mill 1, mill 2 53, stator 51, rotor 50, bearing 3 60 and hollow connecting rod 57 are in same central axis On；

51 lower end of stator is fixed with scollop, scallop 54, and scollop, scallop 54 is collected mill 1 and added with the processing whereabouts grinding of mill 2 53 Labor and materials, scollop, scallop 54 are provided with the second feed opening 55, and the second feed opening 55 connects collection device, and collection device collects the second blanking Mouth 55 whereabouts grindings processing material.

Collection device is collecting bag, and the entrance of collecting bag is connected with the second feed opening 55.

Ball-milling device includes the second support baseboard 24, and the second support baseboard 24 welds the first supporting leg 25 and the second supporting leg 35, the first supporting leg 25 and the second supporting leg 35 are fixed with ball milling rotating cylinder 29 jointly, are provided with third on ball milling rotating cylinder 29 Feed inlet 32；Bearing one 30, bearing two 28 of the ball milling rotating cylinder 29 by the second shaft 31 and positioned at 31 both ends of the second shaft can turn One end of the dynamic upper end for being installed on the first supporting leg 25 and the second supporting leg 35, the second shaft 31 connects driving assembly, driving group Part include driving wheel 2 34, driving wheel 1, the second transmission belt 27 being connected between driving wheel 1 and driving wheel 2 34 and The motor 26 being installed on bottom plate 24.

Third feed inlet 32 is provided with capping 36, there is latch segment 37 in capping 36, covers 36 upper clamp plates 4 42, third charging 32 right side of mouth is provided with one group of clamping plate, and clamping plate 1, clamping plate 2 39 and 4 42 middle part of clamping plate are interspersed with fixed pin rod 41, third Clamping plate 3 40, latch segment 37 and clamping plate 3 40 is provided on the left of feed inlet 32 to lock by pin rod.

The bottom four corners of first support baseboard 1 are provided with supporting leg.

The bottom four corners of second support baseboard 24 are provided with supporting leg.

Working principle: firstly, ceramic raw material particle is poured into agitator tank 3, it is then turned on stirring motor 5, drives connection The rotation of 6 shaft of bar, 7 stirring bar 8, length successively shortens stirring bar 8 from top to bottom, is distributed along 7 central axis of shaft in 45 degree of angles, Stirring bar 8 drives ceramic raw material particle rotation, since 8 length of stirring bar of top is longer, the speed of the particle rotation of top To spend quicker, ceramic particle is relatively small, is similar to critical fluids, and the faster pressure of speed is smaller, and speed is slower, and pressure is bigger, so Following ceramic particle pressure is larger, can up roll, 3 inner wall of agitator tank be provided with increase collision block 9, increase collision block 9 from top to bottom according to It is secondary reduction and it is directly proportional to the length of stirring bar 8, in the ceramic raw material particle of same level, the longer movement of 8 length of stirring bar Speed is faster, therefore increases collision block 9 and increase shock degree, while the revolving speed of shaft 7 is certain, will not influence the upper and lower right of critical fluids Stream effect, increase the corresponding reduction from top to bottom of 9 quantity of collision block, increase hit under the action of from balance stirring system work With, prevent that critical fluids state is not achieved very much greatly because of resistance, ceramic raw material particle drive scraping blade 11 rotate, the ceramic raw material of crushing Particle is fallen by filter 10 enters collection device, after the rotation of vibration and scraping blade 11 that motor 5 generates when working makes crushing Particle less than aperture in filter 10 is easier to fall, by collecting the ceramic raw material particle of collection how much in agitator tank 3 Addition processing material；First feed opening 13 is connected by conduit with first charging aperture 58, then with conduit and second charging aperture 62 It is connected, the processing material after agitating device processing, which enters in device of going round and round a millstone, process for the second time；46 height of lifting cantilever is adjusted, is opened Motor 47 of going round and round a millstone is opened, driving wheel 3 48 is driven, driving wheel 3 48 drives rotor 50 by the first transmission belt 49, and then with movable grinding disc One 52 go round and round a millstone, and the processing material collected by scollop, scallop 54 pours into rotating cylinder 29 by third feed inlet 32, add in rotating cylinder 29 Entering abrading-ball, locking capping 36 is then turned on motor 26, drives driving wheel 1, and driving wheel 1 drives the second transmission belt 27, the Two transmission belts 27 drive driving wheel 2 34, and driving wheel 2 34 drives shaft 31, and shaft 31 drives rotating cylinder 29 to rotate, thus ball milling It starts to work, after ceramic raw material particle ball milling is good, ceramic raw material is poured into collection device from third feed inlet, isolates mill Ball.

Claims (10)

1. a kind of quick grinding system of critical fluids electronic ceramics, including agitating device, device of going round and round a millstone, collection device and ball milling dress It sets, it is characterised in that: the agitating device includes the first support baseboard (1), the 4th supporting leg (2), agitator tank (3), fixed plate (4) and stirring motor (5), the first support baseboard (1) top are welded with the 4th supporting leg (2), the 4th support The agitator tank (3) is fixed above leg (2), is provided with fixed plate (4) on the agitator tank (3), the fixed institute of the fixed plate (4) It states stirring motor (5), the output shaft of the stirring motor (5) installs connecting rod (6), and the connecting rod (6) protrudes into the stirring In case (3), the end of connecting rod (6) is fixedly connected with first rotating shaft (7), is fixedly installed with agitation on the first rotating shaft (7) Stick (8)；Agitator tank (3) inner sidewall, which is provided with, increases collision block (9), and agitator tank (3) bottom is provided with the first feed opening (13), the side of first feed opening (13) is provided with venthole (14)；It is equipped with and is located among the bottom of the agitator tank (3) Filter (10) above first feed opening (13) is provided with scraping blade (11) among the upper surface of the filter (10)；

It goes round and round a millstone device first charging aperture (58) described in first feed opening (13) connection, under first charging aperture (58) connection Expect conduit (59), the blanking conduit (59) transmits the first feed opening (13) whereabouts crushing and processing material.

2. the quick grinding system of critical fluids electronic ceramics according to claim 1, it is characterised in that: the connecting rod (6) it is provided with one group of first screw hole (16), is interspersed with the first screw (15) in the middle part of two first screw holes (16), two institutes The central axis of the first screw hole (16) is stated in 90 degree of interlaced arrangements.

3. the quick grinding system of critical fluids electronic ceramics according to claim 1, it is characterised in that: the first rotating shaft (7) top is provided with one group of second screw hole (18), is interspersed with the first screw (15), institute in described two second screw holes (18) The central axis of the second screw hole (18) is stated in 90 degree of interlaced arrangements, first rotating shaft (7) lower part is provided with one group of connecting hole (19), there are four the connecting holes (19) and middle part is interspersed with stirring bar (8), and the connecting hole (19) arranges up and down and along center Axis is in 45 degree of arrangements；One group of third screw hole (20), four third screw holes are machined on the first rotating shaft (7) (20) along central axis uniformly it is in 45 degree of distributions and perpendicular to the central axis of connecting hole (19), in the third screw hole (20) It is interspersed with the second screw (21).

4. the quick grinding system of critical fluids electronic ceramics according to claim 1, it is characterised in that: the filter (10) it is provided with aperture, filter (10) periphery is provided with card slot one (22), and filter (10) upper surface is provided with scraping blade (11), described scraping blade (11) one end is provided with hole, and centre is interspersed fixed screw (12), at the cabinet closing waist of agitator tank (3) lower end It is provided with card slot two (23), card slot one (22) and card slot two (23) match fixed filter (10), fixed plate (4) both ends It is provided with card slot three (17), the card slot three (17) has pin hole (43), and the fixed plate (4) cooperates the pin hole by pin rod (43) it is fixed on agitator tank (3).

5. the quick grinding system of critical fluids electronic ceramics according to claim 1, it is characterised in that: the device of going round and round a millstone Including support base (44), the support base (44) is fixed with armstand (45), and the armstand (45) is connected with lifting cantilever (46), the lifting cantilever (46) can be in the armstand (45) oscilaltion, and the fixed left side of the lifting cantilever (46) is fixed Have hollow connecting rod (57), the hollow connecting rod (57) is provided with first charging aperture (58), first charging aperture (58) connection Blanking conduit (59), blanking conduit (59) lower port are fixed on second charging aperture (62)；

The hollow connecting rod (57) connects rotor (50), is fixed with bearing three (60), the bearing inside the rotor (50) Three (60) inner rings are fixed on the hollow connecting rod (57), and bearing three (60) outer ring is fixed on rotor (50), and institute It states rotor (50) not connect directly with the hollow connecting rod (57), rotor (50) bottom is fixed with mill one (52), institute Mill one (52) is stated to be provided with second charging aperture (62), the second charging aperture (62) not with mill one (52) center of circle (61) It is overlapped, the center of circle (61) is the mill geometry center of circle；

It is fixed with motor of going round and round a millstone (47) on the right side of the lifting cantilever (46), the motor of going round and round a millstone (47) is provided with driving wheel three (48), the driving wheel three (48) is connected by the first transmission belt (49) with the rotor (50)；

By being fixed with stator (51), the stator on four supporting legs of welding and four supporting legs on the support base (44) (51) upper end is fixed with mill two (53)；

Mill one (52) lower surface is provided with mill line one (63), and mill two (53) upper surface is provided with mill line two (64), institute It is identical as mill line two (64) to state mill line one (63), the mill line one (63) is with the second charging aperture (62) with mill line two (64) Circle is divided into eight pieces of regions with every 45 degree for one piece of region, and the straight flange of mill line in a clockwise direction opens line in parallel in every piece of region；

The mill one (52), the mill two (53), the stator (51), the rotor (50), the bearing three (60) with The hollow connecting rod (57) is on same central axis；

Stator (51) lower end is fixed with scollop, scallop (54), and the scollop, scallop (54) collects the mill one (52) and the mill Disk two (53) processes whereabouts grinding processing material, and the scollop, scallop (54) is provided with the second feed opening (55), second feed opening (55) collection device is connected, the collection device collects the second feed opening (55) whereabouts grinding processing material.

6. the quick grinding system of critical fluids electronic ceramics according to claim 5, it is characterised in that: the collection device For collecting bag, the entrance of collecting bag is connected with second feed opening (55).

7. the quick grinding system of critical fluids electronic ceramics according to claim 1, it is characterised in that: the ball-milling device Including the second support baseboard (24), the second support baseboard (24) welding the first supporting leg (25) and the second supporting leg (35), First supporting leg (25) and the second supporting leg (35) are fixed with ball milling rotating cylinder (29) jointly, the ball milling rotating cylinder (29) On be provided with third feed inlet (32)；The ball milling rotating cylinder (29) is by the second shaft (31) and is located at second shaft (31) Bearing one (30), the bearing two (28) at both ends are pivotally mounted to the upper end of the first supporting leg (25) and the second supporting leg (35), One end of second shaft (31) connects driving assembly, the driving component include driving wheel two (34), driving wheel one (33), The second transmission belt (27) being connected between driving wheel one (33) and driving wheel two (34) and the motor being installed on bottom plate (24) (26)。

8. the quick grinding system of critical fluids electronic ceramics according to claim 7, it is characterised in that: the third charging Mouth (32) is provided with capping (36), is had latch segment (37) on the capping (36), described capping (36) upper clamp plate four (42) is described It is provided with one group of clamping plate on the right side of third feed inlet (32), is interspersed in the middle part of clamping plate one (38), clamping plate two (39) and clamping plate four (42) Fixed pin rod (41), third feed inlet (32) left side are provided with clamping plate three (40), the latch segment (37) and clamping plate three (40) it is locked by pin rod.

9. the quick grinding system of critical fluids electronic ceramics according to claim 1, it is characterised in that: first support The bottom four corners of bottom plate (1) are provided with supporting leg.

10. the quick grinding system of critical fluids electronic ceramics according to claim 7, it is characterised in that: described second The bottom four corners of support bottom plate (24) are provided with supporting leg.