CN108772139A - A kind of graphene production system - Google Patents
A kind of graphene production system Download PDFInfo
- Publication number
- CN108772139A CN108772139A CN201810568819.6A CN201810568819A CN108772139A CN 108772139 A CN108772139 A CN 108772139A CN 201810568819 A CN201810568819 A CN 201810568819A CN 108772139 A CN108772139 A CN 108772139A
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- Prior art keywords
- bars
- fixedly connected
- barrier plate
- motor
- rack
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C7/00—Crushing or disintegrating by disc mills
- B02C7/02—Crushing or disintegrating by disc mills with coaxial discs
- B02C7/08—Crushing or disintegrating by disc mills with coaxial discs with vertical axis
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C7/00—Crushing or disintegrating by disc mills
- B02C7/11—Details
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C7/00—Crushing or disintegrating by disc mills
- B02C7/11—Details
- B02C7/16—Driving mechanisms
-
- C—CHEMISTRY; METALLURGY
- C01—INORGANIC CHEMISTRY
- C01B—NON-METALLIC ELEMENTS; COMPOUNDS THEREOF; METALLOIDS OR COMPOUNDS THEREOF NOT COVERED BY SUBCLASS C01C
- C01B32/00—Carbon; Compounds thereof
- C01B32/15—Nano-sized carbon materials
- C01B32/182—Graphene
- C01B32/184—Preparation
- C01B32/19—Preparation by exfoliation
Abstract
The invention belongs to graphene production technical field, specifically a kind of graphene production system, including rack；Further include control module, grinding module and barrier plate；The number of barrier plate is two, and barrier plate is fixedly mounted on the top of rack, and barrier plate is used to coordinate the shake of grinding module；Grinding module is located at the middle part of rack, and grinding module is used for the grinding of graphite composite powder；The number of control module is two, and control module is located at the outside of rack, and control module is used to control the separation of grinding module；The present invention controls the position of first motor by the flexible and diastole of No.1 telescopic rod, in the rotation of first motor, the intermeshing rotation of No.1 gear, No.1 elliptic gear and No. two elliptic gears, so that corresponding No.1 bar drives lower millstone and No. two bars that upper millstone is driven to be closed and detached, the grinding stripping of graphene is carried out when being closed, the cleaning that upper millstone is carried out when separation, to improve the efficiency and quality of graphene grinding stripping.
Description
Technical field
The invention belongs to graphene production technical field, specifically a kind of graphene production system.
Background technology
Graphene is a kind of sheet two-dimensional material, and carbon atom therein forms hexagonal honeycomb lattice knot with sp2 hybridized orbits
Structure.This special two-dimensional structure causes graphene to show various special performances, such as high intensity, high rigidity, high-termal conductivity
And electric conductivity；Due to these design features and performance characteristics, graphene is known as manufacturing protective coating, transparent bent electricity
The most promising potential material such as subcomponent, capacitor with super capacity.You need to add is that in a strict sense, graphene is
A kind of sheet of single layer；But due to the preparation difficulty of single-layer graphene, generally also the form the few-layer graphene alkene with similar performance
Also in the scope for ranging graphene.
Currently, method prepared by graphene mainly has：Chemically grown method and physics stripping method.It is low compared to efficiency, uncomfortable
Together in the chemically grown method of industrialized mass production, physics stripping method mainly uses cheap graphite for raw material, by stone
Smoky quartz body, which applies mechanical force, keeps graphite layers peeling-off, breaks the Van der Waals force of graphite layers, forms monolithic graphite alkene or widow
Layer graphene, this physical separation methods have more industrial prospect and suitable large-scale production.
Also occur in the prior art some graphenes grinding stripping technical solution, such as application No. is
201410567235.9 Chinese patent discloses the grinding stripping off device packet of the graphene in graphene production technical field
Include cooperation upper and lower mill, for drive upper millstone rotate driving mechanism and for collects grind after product the machine that gathers materials
Structure；Horizontal contact surface is formed between upper and lower mill, upper millstone is equipped with enterprising material mouth, and lower millstone is equipped with lower feed inlet, above and below
Feed inlet is connected to the contact surface between upper and lower mill, and lower end and the water inlet pipe of lower feed inlet are tightly connected；And lower millstone
Upper surface is equipped with groove, and the annular region that the lower face rotation of enterprising material mouth is coiled into is enclosed in groove.
The technical solution can realize the successful stripping of graphene.But the technical solution is not to the mill after grinding stripping
Disk is cleared up so that the graphene remained in mill is mixed with the graphene of grinding stripping next time, influences graphene production
Quality, and the graphene retained is attached in mill, influences the efficiency of graphene grinding stripping.Therefore, which deposits
In deficiency.
Invention content
In order to make up for the deficiencies of the prior art, a kind of graphene production system proposed by the present invention, passes through No.1 telescopic rod
Flexible and diastole control first motor position, in the rotation of first motor, No.1 gear, No.1 elliptic gear and No. two
The intermeshing of elliptic gear rotates so that corresponding No.1 bar drive lower millstone and No. two bars drive upper millstones be closed and
Separation carries out the grinding stripping of graphene when being closed, the cleaning of upper millstone is carried out when separation, to improve graphene grinding
The efficiency and quality of stripping.
The technical solution adopted by the present invention to solve the technical problems is：A kind of graphene production system of the present invention
System, including rack；Further include control module, grinding module and barrier plate；The number of the barrier plate is two, and barrier plate is fixed
Mounted on the top of rack, barrier plate is used to coordinate the shake of grinding module；The grinding module is located at the middle part of rack, grinding
Module is used for the grinding of graphite composite powder；The number of the control module is two, and control module is located at the outside of rack, controls mould
Block is used to control the separation of grinding module；Wherein：
The control module includes No.1 telescopic rod, first motor, No.1 gear, No.1 elliptic gear, No. two oval teeth
Wheel, No.1 bar, No.1 sliding block, No. two bars and No. two sliding blocks；No.1 telescopic rod one end is fixedly mounted on framework soleplate, and one
Number telescopic rod other end is fixedly connected with first motor；The first motor output shaft is fixedly connected with No.1 gear；The machine
No.1 sliding slot and No. two sliding slots are offered in post setting inside；No. two sliding slots are located above No.1 sliding slot；The No.1 is slided
No.1 sliding block is equipped in slot；No. two sliding blocks are equipped in No. two sliding slots；In the No.1 sliding block rotational installation in the horizontal direction
The surface of No.1 bar, No.1 sliding block are fixedly connected by the spring of vertical direction with rack pillar；No.1 bar one end with grind
Mill module is fixedly connected, and the No.1 bar other end is fixedly connected with No.1 elliptic gear；No. two sliding blocks are rotatably installed in level
The surface of No. two bars on direction, No. two sliding blocks are fixedly connected by the spring of vertical direction with rack pillar；No. two bars one
End is fixedly connected with grinding module, and No. two bar other ends are fixedly connected with No. two elliptic gears；No.1 elliptic gear one end
With No.1 gear engaged transmission, the No.1 elliptic gear other end and No. two elliptic gear engaged transmissions.When work, the first electricity is opened
Machine switchs, and No.1 gear is rotated under the drive of first motor, and No.1 gear with No.1 elliptic gear by engaging so that
No.1 elliptic gear rotates；The engagement of No.1 elliptic gear and No. two elliptic gears simultaneously, but also No. two elliptic gear rotations；
In No.1 gear, No.1 elliptic gear and No. two elliptic gear rotations, it is corresponding that No.1 telescopic rod drives first motor to carry out
It shrinks and unfolds；When No.1 elliptic gear and No. two elliptic gears turn to nearest meshing point, while No.1 telescopic rod drives
First motor moves upwards；No.1 elliptic gear drives No.1 bar and No. two elliptic gears that No. two bars is driven to close grinding module
It closes, the grinding module of closure is ground stripping to graphite composite powder；When No.1 elliptic gear and No. two elliptic gears are nibbled from recently
When chalaza turns to farthest meshing point, while No.1 telescopic rod drives first motor to move downward, what No. two elliptic gears drove
No. two bars are by upward power, and under the action of this power, No. two sliding blocks slide No. two sliding blocks in No. two bars in No. two sliding slots；
The No.1 bar that No.1 elliptic gear drives simultaneously is forced downwards, and the No.1 sliding block in No.1 bar is under the action of this power, and one
Number sliding block slides in No.1 sliding slot；By No.1 sliding block and No. two sliding blocks to phase in corresponding No.1 sliding slot and No. two sliding slots
Negative direction slides so that the lower millstone and upper millstone of grinding module detach.
The grinding module includes the second motor, third motor, No.1 fixed plate, the second motor, lower millstone, No. two fixations
Plate and upper millstone；The No.1 fixed plate is fixedly connected with No.1 rod end head, and the second electricity is installed at the top of No.1 fixed plate
Machine；Second motor output shaft is fixedly connected with lower millstone；The lower millstone bottom side is equipped with discharge port；Described No. two solid
Fixed board is fixedly connected with No. two rod end heads, and No. two fixed plate bottoms are installed with third motor；The third motor output shaft
It is fixedly connected with upper millstone；The top side of the upper millstone is equipped with feed inlet.When work, it is closed in upper millstone and lower millstone
When, first motor is closed, No.1 elliptic gear and No. two elliptic gears stop operating, when upper millstone and lower millstone are parked in closure
Place；Graphite composite powder is transported to from the feed inlet in upper millstone in lower millstone at this time, opens the second motor and third motor
Switch, the second motor drive lower millstone and third motor that upper millstone is driven to carry out high speed rotation, and graphite composite powder is in lower millstone and upper
It is adequately and uniformly removed in the rotation of mill.
As one embodiment of the present invention, No. two bars are made of No. three bars and No. four bars；No. four rod ends
Head is fixedly connected with No. two elliptic gears；No. three rod end heads are fixedly connected with upper millstone, and No. three bars are located under barrier plate
It is square, it is installed with buckle in No. three bars；No. three bars and No. four bars for being stuck by the buckle, No. three bars and No. four bars
Between be connected with spring.When work, when No. three bars are not affected by barrier plate blocking, the effect of No. three bars and No. four bars in buckle
Under, No. three bars and No. four bars are stuck and do not generate separation, when No.1 elliptic gear and No. two elliptic gears are from nearest meshing point
When turning to farthest meshing point, No. two bars are slowly close to barrier plate, and when No. two bars touch barrier plate, barrier plate is by No. three
Bar stops that No. two sliding blocks drive No. four bars to continue up, and No. four bars are detached from from the buckle of No. three bars, due to No. three bars and
Spring is connected between No. four bars, No. four bars of No. three bars pair generate downward pulling force so that the upper millstone of connection generates to be trembled up and down
Dynamic, upper millstone is cleared up in shake so that and the graphene that upper millstone is remained in after grinding stripping is shaken off from upper millstone, with
The anti-graphene retained is mixed with the graphite composite powder of regrinding, to improve the quality of graphene.
As one embodiment of the present invention, the shape of the barrier plate is zigzag, one end of the barrier plate of zigzag
It is fixedly connected with frame top, the barrier plate other end of zigzag passes through the blocking to No. three bars so that No. three bars and No. four bars point
From.When work, by No. three bar blockings of zigzag barrier plate pair, No. three bars and No. four bar separation, No. three bars and No. four bars are by bullet
Spring is mutually pullled they, and No. four bars continue up, and No. three bars are moved according to the shape of barrier plate, in the mutual of spring
In pullling so that the upper millstone being attached thereto not only had carried out shaking but also swinging up and down so that remains in the stone of upper millstone
Black alkene is detached from from upper millstone faster, improves the cleaning efficiency of graphene, and then improves graphene grinding charge stripping efficiency
And quality.
As one embodiment of the present invention, the barrier plate side is equipped with No.1 arc panel；The No.1 arc panel
The upper corners plane of barrier plate is rotatably installed in by shaft, the end of No.1 arc panel is fixed by spring and barrier plate
Connection.When work, No. four bars quickly move upwards under the action of No. two sliding blocks, and corresponding No. three bars are moved according to barrier plate
During speed also quickly, by No. three bar No.1 arc panels, No.1 arc panel under the action of the spring, to the fortune of No. three bars
It moves into row buffering, avoids No. three rod bendings.
As one embodiment of the present invention, No. two arc panels are arranged in the shaft side of the No.1 arc panel；No.1
Arc panel and No. two S-shaped distributions of arc panel.When work, when No. three bars impact No.1 arc panel, make since spring acts on
No. three bars of No.1 arc panel pair generate downward power, this power counteracts a part of power that No. three bars move up；No. three bars continue
It is mobile, when No. three bars are moved to No. two arc Board positions, upward power is generated to No.1 arc panel since shaft is acted on, No. three
Bar stops movement under the action of No.1 arc panel and No. two arc panels, to prevent after No. two sliding block stop motions, No. three bars by
Continue to continue to move to according to the shape of barrier plate in inertia, cause the damaged in collision of No. three bars, to improve making for No. three bars
Use the service life.
Beneficial effects of the present invention are as follows：
1. a kind of graphene production system of the present invention passes through the first electricity of flexible and diastole control of No.1 telescopic rod
The position of machine, in the rotation of first motor, the intermeshing of No.1 gear, No.1 elliptic gear and No. two elliptic gears turns
It is dynamic so that corresponding No.1 bar drives lower millstone and No. two bars that upper millstone is driven to be closed and detached, and stone is carried out when being closed
The grinding of black alkene is removed, and when separation carries out the cleaning of upper millstone, to improve the efficiency and quality of graphene grinding stripping.
2. a kind of graphene production system of the present invention, by the blocking of No. three bars of barrier plate pair of zigzag, No. four
Bar continues up, and No. three bars and No. four bars pass through pullling between spring so that the upper millstone being attached thereto both had carried out up and down
Shake swings again, accelerates and retains graphene and be detached from from upper millstone, to improve the cleaning efficiency of upper millstone,
And then improve the efficiency and quality of graphene grinding stripping.
3. a kind of graphene production system of the present invention, passes through the No.1 arc panel being rotatablely installed on barrier plate and two
The mutual cooperation of number arc panel so that No. three bars can timely stop, and reduce No. three bars since inertia continues to move to, to
Reduce the damage of No. three bars and barrier plate, and then improves graphene grinding charge stripping efficiency and quality.
Description of the drawings
The invention will be further described below in conjunction with the accompanying drawings.
Fig. 1 is the front view of the present invention；
Fig. 2 is the sectional view of A-A in Fig. 1；
Fig. 3 is the sectional view of B-B in Fig. 1；
In figure：Rack 1, control module 2, grinding module 3, barrier plate 4, No.1 telescopic rod 21, first motor 22, No.1 tooth
Wheel 23,24, No. two elliptic gears 25 of No.1 elliptic gear, No.1 bar 26, the sliding block 29, one of bar 28, two of No.1 sliding block 27, two
Number 11, No. two sliding slots 12 of sliding slot, the second motor 31, third motor 32, No.1 fixed plate 33,34, No. two fixed plates 35 of lower millstone,
41, No. two bar 281, four of upper millstone 36, three bar 282, buckle 283, No.1 arc panel arc panels 42.
Specific implementation mode
In order to make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, tie below
Specific implementation mode is closed, the present invention is further explained.
As shown in Figure 1 to Figure 3, a kind of graphene production system of the present invention, including rack 1；It further include control mould
Block 2, grinding module 3 and barrier plate 4；The number of the barrier plate 4 is two, and barrier plate 4 is fixedly mounted on the top of rack 1,
Barrier plate 4 is used to coordinate the shake of grinding module 3；The grinding module 3 is located at the middle part of rack 1, and grinding module 3 is used for graphite
The grinding of powder；The number of the control module 2 is two, and control module 2 is located at the outside of rack 1, and control module 2 is for controlling
The separation of grinding module 3 processed；Wherein：
The control module 2 includes No.1 telescopic rod 21, first motor 22, No.1 gear 23, No.1 elliptic gear 24, two
Number elliptic gear 25, No.1 bar 26,27, No. two bars 28 of No.1 sliding block and No. two sliding blocks 29；Described 21 one end of No.1 telescopic rod is solid
On 1 bottom plate of rack, 21 other end of No.1 telescopic rod is fixedly connected with first motor 22 for Dingan County；The first motor 22 exports
Axis is fixedly connected with No.1 gear 23；The rack offers No.1 sliding slot 11 and No. two sliding slots 12 in 1 pillar inside；Described two
Number sliding slot 12 is located at 11 top of No.1 sliding slot；No.1 sliding block 27 is equipped in the No.1 sliding slot 11；It is set in No. two sliding slots 12
There are No. two sliding blocks 29；Above the surface of No.1 bar 26, No.1 sliding block 27 pass through in the horizontal direction for the rotational installation of No.1 sliding block 27
The spring of vertical direction is fixedly connected with 1 pillar of rack；Described 26 one end of No.1 bar is fixedly connected with grinding module 3, No.1 bar
26 other ends are fixedly connected with No.1 elliptic gear 24；No. two sliding blocks 29 rotational installations upper No. two bars 28 in the horizontal direction
Surface, No. two sliding blocks 29 are fixedly connected by the spring of vertical direction with 1 pillar of rack；28 one end of No. two bars and lap
Block 3 is fixedly connected, and No. two 28 other ends of bar are fixedly connected with No. two elliptic gears 25；Described 24 one end of No.1 elliptic gear and one
23 engaged transmission of number gear, 24 other end of No.1 elliptic gear and No. two elliptic gears 25 engaged transmission.When work, first is opened
Motor 22 switchs, and No.1 gear 23 rotated under the drive of first motor 22, No.1 gear 23 by with No.1 ellipse tooth
24 engagement of wheel so that No.1 elliptic gear 24 rotates；The engagement of No.1 elliptic gear 24 and No. two elliptic gears 25 simultaneously, also makes
No. two elliptic gears 25 are obtained to rotate；In No.1 gear 23, No.1 elliptic gear 24 and No. two elliptic gears 25 rotate, No.1 is stretched
Contracting bar 21 drives first motor 22 to be shunk and unfolded accordingly；When No.1 elliptic gear 24 and No. two elliptic gears 25 rotate
When to nearest meshing point, while No.1 telescopic rod 21 drives first motor 22 to move upwards；No.1 elliptic gear 24 drives No.1
Bar 26 and No. two elliptic gears 25 drive No. two bars 28 to be closed grinding module 3, and the grinding module 3 of closure carries out graphite composite powder
Grinding stripping；When No.1 elliptic gear 24 and No. two elliptic gears 25 turn to farthest meshing point from nearest meshing point, simultaneously
No.1 telescopic rod 21 drives first motor 22 to move downward, No. two bars 28 that No. two elliptic gears 25 drive by upward power,
Under the action of this power, No. two sliding blocks 29 slide No. two sliding blocks 29 in No. two bars 28 in No. two sliding slots 12；No.1 is ellipse simultaneously
The No.1 bar 26 that Knucle-gear 24 drives is forced downwards, and the No.1 sliding block 27 in No.1 bar 26 is under the action of this power, No.1
Sliding block 27 slides in No.1 sliding slot 11；By No.1 sliding block 27 and No. two sliding blocks 29 in corresponding No.1 sliding slot 11 and No. two cunnings
It is slided round about in slot 12 so that the lower millstone 34 and upper millstone 36 of grinding module 3 detach.
The grinding module 3 includes the second motor 31, third motor 32, No.1 fixed plate 33, the second motor 31, lower millstone
34, No. two fixed plates 35 and upper millstone 36；The No.1 fixed plate 33 is fixedly connected with 26 end of No.1 bar, No.1 fixed plate 33
Top is installed with the second motor 31；Second motor, 31 output shaft is fixedly connected with lower millstone 34；The lower millstone 34
Bottom side is equipped with discharge port；No. two fixed plates 35 are fixedly connected with No. two 28 ends of bar, and No. two 35 bottoms of fixed plate are solid
Dingan County is equipped with third motor 32；32 output shaft of third motor is fixedly connected with upper millstone 36；The top of the upper millstone 36
Side is equipped with feed inlet.When work, when upper millstone 36 and lower millstone are closed, first motor 22, No.1 elliptic gear 24 are closed
It stops operating with No. two elliptic gears 25, upper millstone 36 and lower millstone 34 are parked in place when closure；At this time by graphite composite powder from
Feed inlet in upper millstone 36 is transported in lower millstone 34, opens the switch of the second motor 31 and third motor 32, the second motor
31 drive lower millstone 34 and third motor 32 that upper millstone 36 is driven to carry out high speed rotation, and graphite composite powder is in lower millstone 34 and upper millstone
It is adequately and uniformly removed in 36 rotation.
As one embodiment of the present invention, No. two bars 28 are made of No. three bars 281 and No. four bars 282；It is described
No. four 282 ends of bar are fixedly connected with No. two elliptic gears 25；281 end of No. three bars is fixedly connected with upper millstone 36, and three
Number bar 281 is located at the lower section of barrier plate 4, and buckle 283 is installed in No. three bars 281；The buckle 283 is used for No. three bars
281 are stuck with No. four bars 282, and spring is connected between No. three bars 281 and No. four bars 282.When work, in No. three bars 281
When being not affected by the blocking of barrier plate 4, No. three bars 281 and No. four bars 282 are under the action of buckling 283, No. three bars 281 and No. four bars
282, which are stuck, does not generate separation, when No.1 elliptic gear 24 and No. two elliptic gears 25 turn to farthest from nearest meshing point
When meshing point, No. two bars 28 are slowly close to barrier plate 4, and when No. two bars 28 touch barrier plate 4, barrier plate 4 is by No. three bars
281 blockings, No. two sliding blocks 29 drive No. four bars 282 to continue up, and No. four bars 282 take off from the buckle 283 of No. three bars 281
From, due to being connected with spring between No. three bars 281 and No. four bars 282, No. three bars 281 generate downward pulling force to No. four bars 282,
So that the upper millstone 36 of connection generates shake, upper millstone 36 up and down and is cleared up in shake so that remained in after grinding stripping
The graphene of upper millstone 36 is shaken off from upper millstone 36, and the graphene to prevent retaining is mixed with the graphite composite powder of regrinding, from
And improve the quality of graphene.
As one embodiment of the present invention, the shape of the barrier plate 4 is zigzag, the one of the barrier plate 4 of zigzag
End is fixedly connected with 1 top of rack, and 4 other end of barrier plate of zigzag passes through the blocking to No. three bars 281 so that No. three bars 281
It is detached with No. four bars 282.When work, No. three bars 281 are stopped by zigzag barrier plate 4, No. three bars 281 and No. four bars 282 divide
From mutually pullling to them, No. four bars 282 continue up by spring for No. three bars 281 and No. four bars 282, No. three bars
281 move according to the shape of barrier plate 4, in mutually the pullling of spring so that the upper millstone 36 being attached thereto both had carried out up and down
Shake swings again so that the graphene for remaining in upper millstone 36 is detached from from upper millstone 36 faster, improves stone
The cleaning efficiency of black alkene, and then improve graphene grinding charge stripping efficiency and quality.
As one embodiment of the present invention, 4 side of the barrier plate is equipped with No.1 arc panel 41；The No.1 arc
Plate 41 is rotatably installed in the upper corners plane of barrier plate 4 by shaft, and the end of No.1 arc panel 41 passes through spring and resistance
Baffle 4 is fixedly connected.When work, No. four bars 282 quickly move upwards under the action of No. two sliding block 29, corresponding No. three bars
281 moved according to barrier plate 4 during speed also quickly, by No. three 281 No.1 arc panels 41 of bar, No.1 arc panel 41 exists
Under the action of spring, to the movements of No. three bars 281 into row buffering, No. three bars 281 is avoided to be bent.
As one embodiment of the present invention, No. two arc panels 42 are arranged in the shaft side of the No.1 arc panel 41；
No.1 arc panel 41 and No. two 42 S-shaped distributions of arc panel.When work, when No. three bars 281 impact No.1 arc panel 41, due to
Spring acts on so that No.1 arc panel 41 generates downward power to No. three bars 281, this power counteracts what No. three bars 281 moved up
A part of power；No. three bars 281 continue to move to, when No. three bars 281 are moved to No. two 42 positions of arc panel, due to shaft effect pair
No.1 arc panel 41 generates upward power, and No. three bars 281 stop moving under the action of No.1 arc panel 41 and No. two arc panel 42
It is dynamic, to prevent after No. two 29 stop motions of sliding block, No. three bars 281 since inertia continues to continue to move to according to the shape of barrier plate 4,
The damaged in collision for causing No. three bars 281, to improve the service life of No. three bars 281.
When work, opens first motor 22 and switch, No.1 gear 23 is rotated under the drive of first motor 22, No.1
Gear 23 with No.1 elliptic gear 24 by engaging so that No.1 elliptic gear 24 rotates；No.1 elliptic gear 24 and two simultaneously
The engagement of number elliptic gear 25, but also No. two elliptic gears 25 rotate, No.1 telescopic rod 21 drives first motor 22 to carry out phase
The contraction answered and unfold；When No.1 elliptic gear 24 and No. two elliptic gears 25 turn to nearest meshing point, while No.1 is flexible
Bar 21 drives first motor 22 to move upwards, and upper millstone 36 and lower millstone 34 are closed by No.1 bar 26 and No. two bars 28；In upper mill
When disk 36 and lower millstone are closed, first motor 22 is closed, No.1 elliptic gear 24 and No. two elliptic gears 25 stop operating；At this time
Graphite composite powder is transported to from the feed inlet in upper millstone 36 in lower millstone 34, opening for the second motor 31 and third motor 32 is opened
It closes, the second motor 31 drives lower millstone 34 and third motor 32 that upper millstone 36 is driven to carry out high speed rotation, and graphite composite powder is in lower mill
Stripping, graphene the going out from 34 bottom of lower millstone of generation are adequately and uniformly ground in the rotation of disk 34 and upper millstone 36
Material mouth exports；When No.1 elliptic gear 24 and No. two elliptic gears 25 turn to farthest meshing point from nearest meshing point, simultaneously
No.1 telescopic rod 21 drives first motor 22 to move downward, No. two bars 28 that No. two elliptic gears 25 drive by upward power,
Under the action of this power, No. two sliding blocks 29 slide No. two sliding blocks 29 in No. two bars 28 in No. two sliding slots 12；No.1 is ellipse simultaneously
The No.1 bar 26 that Knucle-gear 24 drives is forced downwards, and the No.1 sliding block 27 in No.1 bar 26 is under the action of this power, No.1
Sliding block 27 slides in No.1 sliding slot 11；By No.1 sliding block 27 and No. two sliding blocks 29 in corresponding No.1 sliding slot 11 and No. two cunnings
It is slided round about in slot 12 so that grinding module 3 generates separation；When No. three bars 281 are not affected by barrier plate 4 and stop, three
Under the action of buckling 283, No. three bars 281 and No. four bars 282 are firmly stuck and do not generate for number bar 281 and No. four bars 282
Separation, when barrier plate 4 stops No. three bars 281, No. three bars 281 and No. four bars 282 detach, No. three bars 281 and No. four bars 282
By spring mutually pullling to them, No. four bars 282 continue up, and No. three bars 281 are moved according to the shape of barrier plate 4
It is dynamic, in mutually the pullling of spring so that the upper millstone 36 being attached thereto not only had carried out shaking but also swinging up and down so that
The graphene for remaining in upper millstone 36 is detached from from upper millstone 36 faster；When No. three bars 281 impact No.1 arc panel 41, by
It is acted in spring so that No.1 arc panel 41 generates downward power to No. three bars 281, this power counteracts No. three bars 281 and moves up
A part of power；No. three bars 281 continue to move to, when No. three bars 281 are moved to No. two 42 positions of arc panel, since shaft acts on
Upward power is generated to No.1 arc panel 41, No. three bars 281 stop under the action of No.1 arc panel 41 and No. two arc panel 42
It is mobile, to prevent after No. two 29 stop motions of sliding block, No. three bars 281 continue to continue to move according to the shape of barrier plate 4 due to inertia
It is dynamic, the damaged in collision of No. three bars 281 is caused, to improve the service life of No. three bars 281.
The basic principles, main features and advantages of the invention have been shown and described above.The technical staff of the industry should
Understand, the present invention is not limited to the above embodiments, and the above embodiments and description only describe the originals of the present invention
Reason, without departing from the spirit and scope of the present invention, various changes and improvements may be made to the invention, these changes and improvements
It all fall within the protetion scope of the claimed invention.The claimed scope of the invention is by appended claims and its equivalent circle
It is fixed.
The basic principles, main features and advantages of the invention have been shown and described above.The technical staff of the industry should
Understand, the present invention is not limited to the above embodiments, and the above embodiments and description only describe the originals of the present invention
Reason, without departing from the spirit and scope of the present invention, various changes and improvements may be made to the invention, these changes and improvements
It all fall within the protetion scope of the claimed invention.The claimed scope of the invention is by appended claims and its equivalent circle
It is fixed.
Claims (5)
1. a kind of graphene production system, including rack (1)；It is characterized in that：Further include control module (2), grinding module (3)
With barrier plate (4)；The number of the barrier plate (4) is two, and barrier plate (4) is fixedly mounted on the top of rack (1), barrier plate
(4) it is used to coordinate the shake of grinding module (3)；The grinding module (3) is located at the middle part of rack (1), and grinding module (3) is used for
The grinding of graphite composite powder；The number of the control module (2) is two, and control module (2) is located at the outside of rack (1), control
Module (2) is used to control the separation of grinding module (3)；Wherein：
The control module (2) includes No.1 telescopic rod (21), first motor (22), No.1 gear (23), No.1 elliptic gear
(24), No. two elliptic gears (25), No.1 bar (26), No.1 sliding block (27), No. two bars (28) and No. two sliding blocks (29)；Described one
Number telescopic rod (21) one end is fixedly mounted on rack (1) bottom plate, and No.1 telescopic rod (21) other end is solid with first motor (22)
Fixed connection；First motor (22) output shaft is fixedly connected with No.1 gear (23)；It is opened up in rack (1) the pillar inside
There are No.1 sliding slot (11) and No. two sliding slots (12)；No. two sliding slots (12) are located above No.1 sliding slot (11)；The No.1 is slided
No.1 sliding block (27) is equipped in slot (11)；No. two sliding blocks (29) are equipped in No. two sliding slots (12)；The No.1 sliding block (27)
Above the surface of No.1 bar (26), No.1 sliding block (27) pass through the spring and rack (1) of vertical direction in the horizontal direction for rotational installation
Pillar is fixedly connected；Described No.1 bar (26) one end is fixedly connected with grinding module (3), and No.1 bar (26) other end and No.1 are ellipse
Knucle-gear (24) is fixedly connected；The surface of No. two sliding blocks (29) rotational installation upper No. two bars (28) in the horizontal direction, No. two
Sliding block (29) is fixedly connected by the spring of vertical direction with rack (1) pillar；No. two bars (28) one end and grinding module
(3) it is fixedly connected, No. two bar (28) other ends are fixedly connected with No. two elliptic gears (25)；The No.1 elliptic gear (24) one
End and No.1 gear (23) engaged transmission, No.1 elliptic gear (24) other end and No. two elliptic gear (25) engaged transmissions；
The grinding module (3) includes the second motor (31), third motor (32), No.1 fixed plate (33), lower millstone (34), two
Number fixed plate (35) and upper millstone (36)；The No.1 fixed plate (33) is fixedly connected with No.1 bar (26) end, and No.1 is fixed
It is installed with the second motor (31) at the top of plate (33)；Second motor (31) output shaft is fixedly connected with lower millstone (34)；
Lower millstone (34) bottom side is equipped with discharge port；No. two fixed plates (35) are fixedly connected with No. two bar (28) ends,
No. two fixed plate (35) bottoms are installed with third motor (32)；Third motor (32) output shaft is solid with upper millstone (36)
Fixed connection；The top side of the upper millstone (36) is equipped with feed inlet.
2. a kind of graphene production system according to claim 1, it is characterised in that：No. two bars (28) are by No. three bars
(281) it is formed with No. four bars (282)；No. four bars (282) end is fixedly connected with No. two elliptic gears (25)；Described No. three
Bar (281) end is fixedly connected with upper millstone (36), and No. three bars (281) are located at the lower section of barrier plate (4), in No. three bars (281)
It is installed with buckle (283)；No. three bars (281) and No. four bars (282) for being stuck by the buckle (283), No. three
It is connected with spring between bar (281) and No. four bars (282).
3. a kind of graphene production system according to claim 1, it is characterised in that：The shape of the barrier plate (4) is Z
It is fixedly connected at the top of font, one end of the barrier plate (4) of zigzag and rack (1), it is right that barrier plate (4) other end of zigzag passes through
The blocking of No. three bars (281) so that No. three bars (281) detach with No. four bars (282).
4. a kind of graphene production system according to claim 3, it is characterised in that：Barrier plate (4) side is equipped with
No.1 arc panel (41)；The No.1 arc panel (41) is rotatably installed in the upper corners plane of barrier plate (4) by shaft,
The end of No.1 arc panel (41) is fixedly connected by spring with barrier plate (4).
5. a kind of graphene production system according to claim 4, it is characterised in that：The No.1 arc panel (41) turns
No. two arc panels (42) are arranged in axis side；No.1 arc panel (41) and No. two S-shaped distributions of arc panel (42).
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| CN201810568819.6A CN108772139B (en) | 2018-06-05 | 2018-06-05 | Graphene production system |
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| CN108772139B CN108772139B (en) | 2020-05-08 |
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| CN111405692A (en) * | 2020-04-10 | 2020-07-10 | 陈东亮 | Graphene heating wire processing system and method |
| CN113477307A (en) * | 2021-07-09 | 2021-10-08 | 青岛大学附属医院 | Traditional chinese medicine purification enrichment facility |
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| JP2015181974A (en) * | 2014-03-20 | 2015-10-22 | 正博 菅原 | Stone mill |
| CN204911621U (en) * | 2015-06-19 | 2015-12-30 | 王先佩 | A grinder for producing peanut protein powder |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN108772139B (en) | 2020-05-08 |
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Effective date of registration: 20200415 Address after: 410400 Innovation Industrial Park, Dongxing North Road, Tianyue New District, Pingjiang County, Yueyang City, Hunan Province Applicant after: Hunan Peide New Material Co., Ltd Address before: 200093 School of mechanical engineering, University of Shanghai for Science and Technology, 516 military road, Shanghai, Yangpu District Applicant before: Liu Yuting |
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