CN209287198U - High speed disperser is used in a kind of production of high temperature resistance and long service life spherical lithium manganate - Google Patents

Abstract

The utility model discloses a kind of high temperature resistance and long service life spherical lithium manganate production high speed dispersers, including dispersion tube, dispersal device is equipped in the cylinder of dispersion tube, conical shell is equipped at the upper end opening of dispersal device dispersion tube, conical shell is communicated with the upper end opening of dispersion tube, equally distributed strut there are two being set on the outer surface of dispersion tube, high temperature resistance and long service life spherical lithium manganate production high speed disperser, structure is simple, it is convenient to operate, it is easy to use, it brings great convenience to the use of user, and it can be according to demand, pass through grinding device, crushing device and dispersal device realize the grinding raw materials used to spherical lithium manganate, it pulverizes and high speed dispersion, at many levels to feedstock processing, guarantee dispersion effect, avoiding the occurrence of that stock dispersion is insufficient causes the quality of production not up to standard, alleviate the work load of personnel , ensure that the dispersion quality of raw material, improve the service efficiency of high speed disperser.

Description

High speed disperser is used in a kind of production of high temperature resistance and long service life spherical lithium manganate

Technical field

The utility model relates to LiMn2O4 production equipment technology, specially a kind of high temperature resistance and long service life spherical lithium manganate High speed disperser is used in production.

Background technique

LiMn2O4 is mainly lithium manganate having spinel structure, and being that Hunter is obtained first in 1981 has three-dimensional lithium ion logical The positive electrode in road is constantly subjected to the very big concern of lot of domestic and international scholar and researcher so far, it has as electrode material Have the advantages that price is low, current potential is high, environmental-friendly, security performance is high, be most be hopeful to replace cobalt acid lithium become lithium of new generation from The positive electrode of sub- battery needs to carry out raw material high speed thoroughly dispersion, in spherical lithium manganate production process so as to better Synthetic lithium manganate material, but there are problems for traditional high speed disperser, structure is complicated, and it is inconvenient, to making for user With bringing great trouble, and can not realize according to demand the grinding raw materials used to spherical lithium manganate, pulverize with it is high Speed dispersion can not be accomplished at many levels to pre-process stock dispersion, cause dispersion effect bad, it is insufficient not can avoid stock dispersion The occurrence of causing the quality of production not up to standard, virtually increases the work load of personnel, and the dispersion quality of raw material is difficult to To guarantee, cause the service efficiency of high speed disperser low, therefore is able to solve a kind of high temperature resistance and long service life ball of problems The realization of shape LiMn2O4 production high speed disperser is imperative.

Utility model content

The technical problems to be solved in the utility model is to overcome existing defect, provides a kind of high temperature resistance and long service life spherical shape manganese Sour lithium production high speed disperser, structure is simple, and it is convenient to operate, easy to use, brings greatly just to the use of user Benefit, and can be realized according to demand by grinding device, crushing device and dispersal device raw materials used to spherical lithium manganate It grinds, pulverize and high speed dispersion, at many levels to feedstock processing, guarantee dispersion effect, avoid stock dispersion is insufficient from causing to produce The occurrence of quality dissatisfaction, alleviates the work load of personnel, ensure that the dispersion quality of raw material, improves high speed dispersion The service efficiency of machine can effectively solve the problems in background technique.

To achieve the above object, the utility model provides the following technical solutions: a kind of high temperature resistance and long service life spherical lithium manganate Production high speed disperser, including dispersion tube, the cylinder of the dispersion tube is interior to be equipped with dispersal device, the upper end of dispersal device dispersion tube Opening is equipped with conical shell, and conical shell communicates with the upper end opening of dispersion tube, sets that there are two on the outer surface of dispersion tube The strut of even distribution, the top of strut are fixedly connected with the two sides of concave-board, and crushing device, concave-board are equipped in the slot of concave-board The left and right sides be equipped with equally distributed bracket, the top of bracket is fixedly connected with the outer surface of sand cylinder, in the cylinder of sand cylinder Equipped with grinding device, the first material bin is equipped at the upper end feed inlet of sand cylinder, the bottom end discharge outlet of sand cylinder is equipped with discharging The upper end of pipe, discharge nozzle is equipped with first material motor-driven valve, and bottom end discharge port and the concave-board of discharge nozzle are correspondingly arranged, dispersion tube Bottom end discharge outlet is equipped with drainage conduit, and the upper end of drainage conduit is equipped with second material motor-driven valve, and the bottom end of dispersion tube is equipped with support knot Structure, the surface of dispersion tube are equipped with control switch group, and the input terminal of control switch group is electrically connected external power supply, first material motor-driven valve The output end of control switch group is electrically connected with the input terminal of second material motor-driven valve.

As a kind of optimal technical scheme of the utility model, the dispersal device includes first servo motor, dispersion tube Bottom center at be equipped with first servo motor, the bottom end of the output shaft of first servo motor and dispersion tube passes through bearing rotation company It connecing, the output shaft of first servo motor pierces into the inside of dispersion tube and is fixedly connected by shaft coupling with the bottom end of dispersion axis, point The middle part for dissipating axis is equipped with three groups and is uniformly distributed dispersible tablet, disperses at the top and the bottom center of rotation frustum of axis to be fixedly connected, The upper surface and the distance between conical shell inner wall edge rotation frustum radial direction for rotating frustum are gradually reduced from inside to outside, the The output end of the input terminal electrical connection control switch group of one servo motor.

As a kind of optimal technical scheme of the utility model, the crushing device includes slide plate, the side of the concave-board Gliding groove is connect with slide plate slides on the strip shape gob of face, and the inside of slide plate is rotatablely connected by bearing and shaft, and shaft is close to recessed The one end at frid center is fixedly connected with the side of roller, and the front side bottom end of concave-board is equipped with sliding rail, and the upper end of sliding rail, which is slided, to be connected It is connected to orbit motor, the upper end of orbit motor is equipped with connecting rod, and the other end of connecting rod is fixedly connected with the lateral surface of slide plate, rail The output end of the input terminal electrical connection control switch group of road motor.

As a kind of optimal technical scheme of the utility model, the grinding device includes the second servo motor, described to grind The upper end of mill tube is equipped with the second servo motor, and the output shaft of the second servo motor passes through the upper end through-hole of sand cylinder and passes through shaft coupling Device is fixedly connected with the upper end of grinding shaft, and the surface upper end of grinding shaft is set there are five equally distributed Qu Zhu, the bottom end of Qu Zhu with The upper end of grinding column is fixedly connected, and grinds the surface of column and the inner wall of sand cylinder there are gap, the surface middle part of grinding shaft is equipped with Three equally distributed flaps, the output end of the input terminal electrical connection control switch group of the second servo motor.

As a kind of optimal technical scheme of the utility model, the support construction includes L-shape leg, the dispersion tube Bottom surface is set there are three equally distributed L-shape leg, and the bottom plate of L-shape leg is equipped with fixing screwed hole, the bottom plate bottom surface of L-shape leg It is covered with anti-skid chequer.

As a kind of optimal technical scheme of the utility model, bottom end is covered with through-hole, concave-board in the slot of the concave-board Right side be equipped with vibrating motor, vibrating motor input terminal electrical connection control switch group output end.

As a kind of optimal technical scheme of the utility model, it is covered in the cambered surface of the roller and pulverizes convex block, pulverize convex The surface of block and the slot inner bottom surface of concave-board connect.

As a kind of optimal technical scheme of the utility model, the inner wall of the sand cylinder is uniformly provided with barrier item, barrier There are gaps on the surface of item and grinding column.

Second is equipped with as a kind of optimal technical scheme of the utility model, at the upper end feed inlet of the conical shell to enter Hopper, the upper end opening diameter of the second material bin are greater than the length and width of concave-board, the second material bin, conical shell and dispersion The central axis of cylinder overlaps.

As a kind of optimal technical scheme of the utility model, the upper surface of the rotation frustum is angularly set around its axis There is equally distributed slice, rotates and be covered with form friction pattern in the cambered surface of frustum.

Compared with prior art, the utility model has the beneficial effects that

1, this high temperature resistance and long service life spherical lithium manganate production high speed disperser, the operating of the second servo motor, output shaft turn Dynamic to drive grinding shaft and bent column rotation, the raw material for being mixed in grinding column and sand cylinder inner wall is ground, obstructs item by grinding column rotation Play the role of seething raw material, guarantee grinding adequacy, flaps rotation, by the raw material at sand cylinder center seethe as far as possible to Grinding efficiency is improved in edge, carries out dispersion pretreatment for raw material, guarantees the completeness of subsequent dispersion.

2, this high temperature resistance and long service life spherical lithium manganate production high speed disperser, the raw material after grinding are fallen into concave-board, Particle is lesser, and by adjusting hole to drop out, particle is biggish to be stored in concave-board, and orbit motor is slidably connected in the upper end of sliding rail, Since the inside of slide plate is rotatablely connected by bearing and shaft, gliding groove and slide plate slides connect on the side strip shape gob of concave-board It connects, realizes roller reciprocal rolling in concave-board, the biggish raw material of particle is pulverized, vibrating motor operating, after acceleration is pulverized Raw material carries out second layer dispersion pretreatment by adjusting hole to fall into the second material bin, for raw material, guarantees the completeness of subsequent dispersion.

3, this high temperature resistance and long service life spherical lithium manganate production high speed disperser, the raw material after pulverizing fall into conical shell In, first servo motor operating, output shaft rotation drives dispersion axis high speed rotation, and the slice of rotation frustum upper surface cuts former Material, due to centrifugal action, raw material is fallen between the upper surface and conical shell inner wall of rotation frustum, under the action of form friction pattern, Further grinding, falls into dispersion tube later, disperses by the high speed rotation of dispersible tablet, guarantees the dispersion quality of raw material.

4, this high temperature resistance and long service life spherical lithium manganate production high speed disperser passes through the regulation of control switch group, layering It is secondary that dispersion pretreatment is carried out to raw material, the work load of personnel is alleviated, ensure that dispersion quality, under the action of anti-skid chequer, L Shape supporting leg provides stable support for top device, can also be connected fixing screwed hole and installation position threaded hole screw thread by bolt It connects, guarantees the running stability of device work.

Detailed description of the invention

Fig. 1 is the utility model structure front schematic view；

Fig. 2 is the utility model texture edge schematic diagram；

Fig. 3 is the utility model structure disperses cylinder internal sectional schematic diagram；

Fig. 4 is the utility model structure crushing device internal sectional schematic diagram；

Fig. 5 is the utility model structured abrasive device internal sectional schematic diagram.

In figure: 1 dispersion tube, 2 dispersal devices, 21 first servo motors, 22 dispersion axis, 23 dispersible tablets, 24 rotation frustums, 3 Conical shell, 4 struts, 5 concave-boards, 6 crushing devices, 61 slide plates, 62 shafts, 63 rollers, 64 sliding rails, 65 orbit motors, 66 connect Extension bar, 7 brackets, 8 sand cylinders, 9 grinding devices, 91 second servo motors, 92 grinding shafts, 93 bent columns, 94 grinding columns, 95 flaps, 10 first material bins, 11 discharge nozzles, 12 first material motor-driven valves, 13 vibrating motors, 14 pulverize convex block, 15 through-holes, 16 second enter Hopper, 17 drainage conduits, 18 second material motor-driven valves, 19 support constructions, 191 L-shape legs, 192 anti-skid chequers, 193 fixed threads Hole, 20 control switch groups, 31 slices, 32 form friction patterns, 33 barrier items.

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.

Fig. 1-5 is please referred to, the utility model provides a kind of technical solution: a kind of high temperature resistance and long service life spherical lithium manganate production With high speed disperser, including dispersion tube 1, dispersion tube 1 provides stock dispersion place, provides support and peace for over and within device The effect in place is put, dispersal device 2 is equipped in the cylinder of dispersion tube 1, dispersal device 2 includes first servo motor 21, dispersion tube 1 First servo motor 21 is equipped at bottom center, the output shaft of first servo motor 21 and the bottom end of dispersion tube 1 are turned by bearing Connection is moved, the output shaft of first servo motor 21 pierces into the inside of dispersion tube 1 and consolidates by the bottom end of shaft coupling and dispersion axis 22 Fixed connection, the middle part of dispersion axis 22 are equipped with three groups and are uniformly distributed dispersible tablet 23, disperse the top of axis 22 and the bottom of rotation frustum 24 End is fixedly connected at center, and it is radial along rotation frustum 24 to rotate the distance between upper surface and 3 inner wall of conical shell of frustum 24 Direction is gradually reduced from inside to outside, and the upper surface for rotating frustum 24 is angularly equipped with equally distributed slice 31, rotation around its axis Turn to be covered with form friction pattern 33 in the cambered surface of frustum 24, conical shell 3, conical shell are equipped at the upper end opening of dispersal device dispersion tube 1 Body 3 is communicated with the upper end opening of dispersion tube 1, and 21 motor of the first servo operating, output shaft rotation drives dispersion 22 high speed rotation of axis, The slice 31 for rotating 24 upper surface of frustum cuts raw material, and due to centrifugal action, raw material falls into upper surface and the cone of rotation frustum 24 Between 3 inner wall of shape shell, under the action of form friction pattern 32, further grinds, fallen into dispersion tube 1 later, by dispersible tablet 23 High speed rotation dispersion, set on the outer surface of dispersion tube 1 there are two equally distributed strut 4, strut 4 provide support with connect Effect, the top of strut 4 are fixedly connected with the two sides of concave-board 5, and concave-board 5 provides support for device for upper end and places place Effect, the slot of concave-board 5 is interior to be equipped with crushing device 6, and crushing device 6 includes slide plate 61, is glided on the side strip shape gob of concave-board 5 Slot is slidably connected with slide plate 61, and the inside of slide plate 61 is rotatablely connected by bearing and shaft 62, and shaft 62 is in concave-board 5 One end of the heart is fixedly connected with the side of roller 63, is covered in the cambered surface of roller 63 and is pulverized convex block 14, is pulverized convex block 14 and is improved and grinds Efficiency is ground, the slot inner bottom surface on the surface and concave-board 5 of pulverizing convex block 14 connects, and the front side bottom end of concave-board 5 is equipped with sliding rail 64, the upper end of sliding rail 64 slidably connects orbit motor 65, and the upper end of orbit motor 65 is equipped with connecting rod 66, and connecting rod 66 plays The effect of support is connected, the other end of connecting rod 66 is fixedly connected with the lateral surface of slide plate 61, and orbit motor 65 is in sliding rail 64 Upper end is slidably connected, since the inside of slide plate 61 is rotatablely connected by bearing and shaft 62, above and below the side strip shape gob of concave-board 5 Sliding slot is slidably connected with slide plate 61, realizes the reciprocal rolling in concave-board 5 of roller 63, the biggish raw material of particle is pulverized, and vibrates Motor 13 operates, and accelerates the raw material after pulverizing by adjusting hole 15 to fall into the second material bin 16, the left and right sides of concave-board 5 is equipped with Equally distributed bracket 7, bracket 7 provide the effect for supporting and connecting, the fixed company in the top of bracket 7 and the outer surface of sand cylinder 8 It connects, sand cylinder 8 provides support for interior arrangement and places the effect in place, and grinding device 9, grinding are equipped in the cylinder of sand cylinder 8 Device 9 includes the second servo motor 91, and the upper end of sand cylinder 8 is equipped with the second servo motor 91, the output of the second servo motor 91 Axis passes through the upper end through-hole of sand cylinder 8 and is fixedly connected by shaft coupling with the upper end of grinding shaft 92, on the surface of grinding shaft 92 End is set there are five equally distributed bent column 93, and the bottom end of Qu Zhu 93 is fixedly connected with the upper end of grinding column 94, grinds the table of column 94 For the inner wall of face and sand cylinder 8 there are gap, the surface middle part of grinding shaft 92 sets that there are three equally distributed flaps 95, sand cylinders 8 Inner wall be uniformly provided with barrier item 33, barrier item 33 and grind the surface of column 94 there are gap, the operating of the second servo motor 91 is defeated Shaft rotation drives grinding shaft 92 and song column 93 to rotate, and grinding column 94 rotates, and will be mixed in grinding column 94 and 8 inner wall of sand cylinder Raw material grinding, barrier item 33 play the role of seething raw material, guarantee the adequacy of grinding, the rotation of flaps 95 will be in sand cylinder 8 Raw material at the heart is seethed as far as possible to edge, is improved grinding efficiency, is equipped with the first material bin at the upper end feed inlet of sand cylinder 8 10, the first material bin 10 is convenient for the input of raw material, and the bottom end discharge outlet of sand cylinder 8 is equipped with discharge nozzle 11, and discharge nozzle 11 is realized The conveying of raw material, the upper end of discharge nozzle 11 are equipped with first material motor-driven valve 12, and first material motor-driven valve 12 manages discharge nozzle 11 Opening and closing, bottom end discharge port and the concave-board 5 of discharge nozzle 11 are correspondingly arranged, and bottom end is covered with through-hole 15, through-hole 15 in the slot of concave-board 5 Guarantee that raw material drops out after milling thoroughly, the right side of concave-board 5 is equipped with vibrating motor 13, and vibrating motor 13 operates, accelerates to pulverize Raw material afterwards is equipped with the second material bin 16 by adjusting hole 15 to fall into the second material bin 16 at the upper end feed inlet of conical shell 3, Second material bin 16 realizes falling into for raw material, and the upper end opening diameter of the second material bin 16 is greater than the length and width of concave-board 5, The central axis of second material bin 16, conical shell 3 and dispersion tube 1 overlaps, and the bottom end discharge outlet of dispersion tube 1 is equipped with row Expects pipe 17, drainage conduit 17 realize the output of raw material after dispersion thoroughly, and the upper end of drainage conduit 17 is equipped with second material motor-driven valve 18, the Two material motor-driven valves 18 adjust the opening and closing of drainage conduit 17, and the bottom end of dispersion tube 1 is equipped with support construction 19, and support construction includes L shape Supporting leg 191, L-shape leg 191 provide support for top device, and the bottom surface of dispersion tube 1 sets that there are three equally distributed L-shape legs 191, the bottom plate of L-shape leg 191 is equipped with fixing screwed hole 193, and the bottom plate bottom surface of L-shape leg 191 is covered with anti-skid chequer 192, It under the action of anti-skid chequer 192, realizes that L-shape leg 191 provides stable support for top device, spiral shell can also will be fixed by bolt Pit 193 is threadedly coupled with installation position threaded hole, and the surface of dispersion tube 1 is equipped with control switch group 20, and control switch group 20 is adjusted The normal operation of each device is saved, the input terminal of control switch group 20 is electrically connected external power supply, first material motor-driven valve 12, the second object Expect that the input terminal of motor-driven valve 18, first servo motor 21, orbit motor 65, the second servo motor 91 and vibrating motor 13 is electrically connected The output end of control switch group 20 is connect, control switch group 20 is equipped with electronic with first material motor-driven valve 12, second material respectively Valve 18, first servo motor 21, orbit motor 65, the second servo motor 91 and the corresponding control button of vibrating motor 13.

When in use: under the action of anti-skid chequer 192, L-shape leg 191 being placed into working region, is provided for top device Stablize support, can also be threadedly coupled fixing screwed hole 193 with installation position threaded hole by bolt, quantitative band is dispersed former Material is input in sand cylinder 8 by the first material bin 10, and by the regulation of control switch group 20, the second servo motor 91 is operated, Output shaft rotation drives grinding shaft 92 and bent column 93 to rotate, and grinding column 94 rotates, and will be mixed in grinding column 94 and 8 inner wall of sand cylinder Raw material grinding, barrier item 33 play the role of seething raw material, guarantee grinding adequacy, the rotation of flaps 95, by sand cylinder 8 Raw material at center is seethed as far as possible to edge, improves grinding efficiency, and after grinding sufficiently, first material motor-driven valve 12 is operated, Raw material is fallen into concave-board 5 by discharge nozzle 11, and particle is lesser by adjusting hole 15 to drop out, and particle is biggish to be stored in concave-board In 5, orbit motor 65 is slidably connected in the upper end of sliding rail 64, since the inside of slide plate 61 is connected by bearing and the rotation of shaft 62 It connecing, gliding groove is slidably connected with slide plate 61 on the side strip shape gob of concave-board 5, realize the reciprocal rolling in concave-board 5 of roller 63, The biggish raw material of particle is pulverized, vibrating motor 13 operates, and accelerates the raw material after pulverizing by adjusting hole 15 to fall into the second material bin In 16, raw material after pulverizing is fallen into conical shell 3, and 21 motor of the first servo operating, output shaft rotation drives dispersion axis 22 high The slice 31 of speed rotation, rotation 24 upper surface of frustum cuts raw material, and due to centrifugal action, raw material falls into the upper table of rotation frustum 24 Between 3 inner wall of face and conical shell, under the action of form friction pattern 32, further grinds, fallen into dispersion tube 1 later, through excessive The high speed rotation of discrete piece 23 is dispersed, and after dispersion thoroughly, second material motor-driven valve 18 is operated, and personnel receive at the nozzle of drainage conduit 17 Collect raw material, after use, each device cleaning restores original sample.

For the utility model under the action of anti-skid chequer 192, L-shape leg 191 provides stable support for top device, can also be with Fixing screwed hole 193 is threadedly coupled with installation position threaded hole by bolt, guarantees the running stability of device work, leads to The regulation of control switch group 20, the operating of the second servo motor 91 are crossed, output shaft rotation drives grinding shaft 92 and bent column 93 to rotate, grinds Grinding column 94 rotates, and the raw material for being mixed in grinding column 94 and 8 inner wall of sand cylinder is ground, and barrier item 33 plays the work for seething raw material With guaranteeing the adequacy of grinding, the rotation of flaps 95 seethes the raw material at 8 center of sand cylinder as far as possible to edge, improves Grinding efficiency, the raw material after grinding are fallen into concave-board 5, and particle is lesser by adjusting hole 15 to drop out, and particle is biggish to be stored in In concave-board 5, orbit motor 65 is slidably connected in the upper end of sliding rail 64, since the inside of slide plate 61 passes through bearing and 62 turns of shaft Dynamic to connect, gliding groove is slidably connected with slide plate 61 on the side strip shape gob of concave-board 5, realizes that roller 63 is reciprocal in concave-board 5 Rolling pulverizes the biggish raw material of particle, and vibrating motor 13 operates, and the raw material after pulverizing is accelerated to enter by adjusting hole 15 to fall into second In hopper 16, raw material after pulverizing is fallen into conical shell 3, and 21 motor of the first servo operating, output shaft rotation drives dispersion axis The slice 31 of 22 high speed rotations, rotation 24 upper surface of frustum cuts raw material, and due to centrifugal action, raw material falls into rotation frustum 24 Between 3 inner wall of upper surface and conical shell, under the action of form friction pattern 32, further grinds, fallen into dispersion tube 1 later, pass through The high speed rotation dispersion for crossing dispersible tablet 23, guarantees the dispersion quality of raw material.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (10)

1. a kind of production of high temperature resistance and long service life spherical lithium manganate high speed disperser, including dispersion tube (1), it is characterised in that: institute It states in the cylinder of dispersion tube (1) and is equipped with dispersal device (2), conical shell is equipped at the upper end opening of dispersal device dispersion tube (1) (3), conical shell (3) is communicated with the upper end opening of dispersion tube (1), is set on the outer surface of dispersion tube (1) there are two being uniformly distributed Strut (4), the top of strut (4) is fixedly connected with the two sides of concave-board (5), and crushing device is equipped in the slot of concave-board (5) (6), the left and right sides of concave-board (5) is equipped with equally distributed bracket (7), the top of bracket (7) and the outer surface of sand cylinder (8) It is fixedly connected, is equipped with grinding device (9) in the cylinder of sand cylinder (8), the first material bin is equipped at the upper end feed inlet of sand cylinder (8) (10), the bottom end discharge outlet of sand cylinder (8) is equipped with discharge nozzle (11), and the upper end of discharge nozzle (11) is equipped with first material motor-driven valve (12), the bottom end discharge port of discharge nozzle (11) is correspondingly arranged with concave-board (5), and the bottom end discharge outlet of dispersion tube (1) is equipped with row The upper end of expects pipe (17), drainage conduit (17) is equipped with second material motor-driven valve (18), and the bottom end of dispersion tube (1) is equipped with support construction (19), the surface of dispersion tube (1) is equipped with control switch group (20), and the input terminal of control switch group (20) is electrically connected external power supply, The input terminal of first material motor-driven valve (12) and second material motor-driven valve (18) is electrically connected the output end of control switch group (20).

2. a kind of high temperature resistance and long service life spherical lithium manganate production high speed disperser according to claim 1, feature exist In: the dispersal device (2) includes first servo motor (21), is equipped with first servo motor at the bottom center of dispersion tube (1) (21), the bottom end of the output shaft of first servo motor (21) and dispersion tube (1) is rotatablely connected by bearing, first servo motor (21) output shaft pierces into the inside of dispersion tube (1) and is fixedly connected by shaft coupling with the bottom end of dispersion axis (22), disperses axis (22) middle part is equipped with three groups and is uniformly distributed dispersible tablet (23), disperses the top of axis (22) and the bottom center of rotation frustum (24) Place is fixedly connected, and it is radial along rotation frustum (24) to rotate the distance between upper surface and conical shell (3) inner wall of frustum (24) Direction is gradually reduced from inside to outside, the output end of input terminal electrical connection control switch group (20) of first servo motor (21).

3. a kind of high temperature resistance and long service life spherical lithium manganate production high speed disperser according to claim 1, feature exist In: the crushing device (6) includes slide plate (61), and gliding groove and slide plate (61) are sliding on the side strip shape gob of the concave-board (5) The inside of dynamic connection, slide plate (61) is rotatablely connected by bearing and shaft (62), and shaft (62) is close to concave-board (5) center One end is fixedly connected with the side of roller (63), and the front side bottom end of concave-board (5) is equipped with sliding rail (64), and the upper end of sliding rail (64) is sliding Dynamic to be connected with orbit motor (65), the upper end of orbit motor (65) is equipped with connecting rod (66), the other end and cunning of connecting rod (66) The lateral surface of plate (61) is fixedly connected, the output end of input terminal electrical connection control switch group (20) of orbit motor (65).

4. a kind of high temperature resistance and long service life spherical lithium manganate production high speed disperser according to claim 1, feature exist In: the grinding device (9) includes the second servo motor (91), and the upper end of the sand cylinder (8) is equipped with the second servo motor (91), the output shaft of the second servo motor (91) passes through the upper end through-hole of sand cylinder (8) and by shaft coupling and grinding shaft (92) Upper end be fixedly connected, the surface upper end of grinding shaft (92) is set there are five equally distributed Qu Zhu (93), the bottom end of Qu Zhu (93) It is fixedly connected with the upper end of grinding column (94), there are gap, grinding shafts for the surface for grinding column (94) and the inner wall of sand cylinder (8) (92) surface middle part is set there are three equally distributed flaps (95), and the input terminal electrical connection control of the second servo motor (91) is opened The output end of pass group (20).

5. a kind of high temperature resistance and long service life spherical lithium manganate production high speed disperser according to claim 1, feature exist In: the support construction includes L-shape leg (191), and the bottom surface of the dispersion tube (1) is set there are three equally distributed L-shape leg (191), the bottom plate of L-shape leg (191) is equipped with fixing screwed hole (193), and the bottom plate bottom surface of L-shape leg (191) is covered with anti-skidding Line (192).

6. a kind of high temperature resistance and long service life spherical lithium manganate production high speed disperser according to claim 1, feature exist In: bottom end is covered with through-hole (15) in the slot of the concave-board (5), and the right side of concave-board (5) is equipped with vibrating motor (13), vibration electricity The output end of input terminal electrical connection control switch group (20) of machine (13).

7. a kind of high temperature resistance and long service life spherical lithium manganate production high speed disperser according to claim 3, feature exist In: it is covered in the cambered surface of the roller (63) and pulverizes convex block (14), pulverizes bottom in the surface of convex block (14) and the slot of concave-board (5) Face contact connection.

8. a kind of high temperature resistance and long service life spherical lithium manganate production high speed disperser according to claim 1, feature exist In: the inner wall of the sand cylinder (8) is uniformly provided with barrier item (33), obstructs between item (33) and the surface presence for grinding column (94) Gap.

9. a kind of high temperature resistance and long service life spherical lithium manganate production high speed disperser according to claim 1, feature exist In: the second material bin (16) are equipped at the upper end feed inlet of the conical shell (3), the upper end opening of the second material bin (16) is straight Diameter is greater than the length and width of concave-board (5), the central axis phase of the second material bin (16), conical shell (3) and dispersion tube (1) Mutually it is overlapped.

10. a kind of high temperature resistance and long service life spherical lithium manganate production high speed disperser according to claim 2, feature exist In: the upper surface of rotation frustum (24) is angularly equipped with equally distributed slice (31) around its axis, rotates frustum (24) Cambered surface on be covered with form friction pattern (32).