CN206033256U - Slim graphite flake manufacturing and graphite monocrystal draw integrative device - Google Patents
Slim graphite flake manufacturing and graphite monocrystal draw integrative device Download PDFInfo
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- CN206033256U CN206033256U CN201621004032.XU CN201621004032U CN206033256U CN 206033256 U CN206033256 U CN 206033256U CN 201621004032 U CN201621004032 U CN 201621004032U CN 206033256 U CN206033256 U CN 206033256U
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- graphite
- monocrystal
- slim
- blade
- interlayer
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Abstract
The utility model discloses a slim graphite flake manufacturing and graphite monocrystal draw integrative device, including graphite sheet manufacturing installation and graphite monocrystal preparation facilities, make special slim graphite flake, recycle slim graphite flake and isolate the monocrystal. Compared with the prior art, the utility model discloses a pressing down the graphite dust export on the paddle and the graphite powder solution tiling of adhesive export release, form slim graphite sheet, and slim graphite sheet heating on placing the interlayer, the monocrystal that cooperation vibrating device isolated on with the sheet peels off, and slim graphite sheet is behind high temperature heating, and the single crystal layer separates more easily, and it is higher to extract graphite monocrystal efficiency, consumes energy still less.
Description
Technical field
This utility model is related to a kind of material manufacturing apparatus, and particularly a kind of slim graphite flake manufacture and graphite monocrystal are carried
Integrated device is taken, belongs to new material preparation field.
Background technology
In recent years, flourishing with science and technology, the service behaviour of electronic product is constantly elevated, and electronic product
Size it is also less and less, and the raising of the operating rate with electronic product and efficiency this also means that sending out for electronic product
Heat is increasing, therefore electronic product not only needs to be equipped with corresponding heat abstractor, it is also to be ensured that heat abstractor have it is excellent
Heat-sinking capability, in time to remove heat energy produced when electronic building brick inside electronic product works, thereby ensure that electronics
Product energy normal operation, and then the reliability enhanced product performance and the service life for extending product.
In this regard, graphite flake (Graphite Sheet) is because with the low-density characteristic relative to metal fin, and
With high radiating/heat conduction, insulate the characteristics such as anticorrosive and low thermal resistance, becomes at present to help electronic product to realize soon
The preferred material of fast radiating/heat conduction.Graphite flake can vertically carry out heat conduction except carrying out heat conduction along level, also,
Particularly graphite flake is for laminar structured, therefore more can be suitably used for the surface of any product, be beneficial to reach more preferably radiating/
The effect of heat conduction.However, in the preparation process of traditional graphite flake, generally first must be acidified to natural graphite flakes
Process and continuous high temperature is calcined to produce fluffy of graphite, fluffy special time of graphite is then stood to move back warm taking-up.
Afterwards, the graphite flake that must also be rolled into predetermined thickness by graphite fluffy, to complete the preparation of graphite flake.It should be noted that
In the preparation process of single graphite flake, it is only capable of obtaining a graphite flake, such repeatable operation will take for substantial amounts of preparation time, this
The capacity efficiency for causing graphite flake cannot be improved.
As a kind of 201310369027.3 nano graphite flakes of Patent No. preparation method, with natural flake graphite as original
Material, carries out oxidation intercalation processing using oxidant and intercalator to natural flake graphite, forms intercalation expansible graphite, using micro-
Wave heating mode intercalation expansible graphite is carried out it is expanded, formed expanded graphite, thereafter, in organic solvent, using ultrasonic spoke
According to stripping being carried out to expanded graphite form nano graphite flakes;The inventive method is simple to operate, efficiency high, and safety is good, and expansion is equal
It is even;Its a diameter of 0.5~20 μm of prepared nano graphite flakes, thickness are 0.35~50nm, average thickness 35nm, peel off journey
Degree is high, and with roll-shaped, curling S-shaped, concavo-convex agglomerate shape different-shape, heat conductivility is good, easily disperses in organic solvent.
A kind of and for example preparation method of 201410122837.3 graphite flake of Application No., including providing the first graphite flake, and
And stick first and second release base material on first and second surface of the first graphite flake, then along the of the first graphite flake
One side separates first and second release base material, and the first graphite flake is separated into second and third graphite flake in uniform thickness,
The second graphite flake after compacting is separated afterwards, and stick the 3rd release base material on the parting surface of the second graphite flake after compacting,
So as to the second side separation first along the second graphite flake and the 3rd release base material, and then it is equal that the second graphite flake is separated into thickness
The the 4th and the 5th even graphite flake.When the preparation method of graphite flake proposed by the invention can reduce the preparation of conventional graphite piece
Between, and also preparation flow can be simplified, reduces cost and reduction are polluted.
Both the above preparation method all have impact on physical aspect and the chemical form of graphite flake crystal, the graphite prepared
Deviation characteristically can be deposited.
Utility model content
This utility model technical issues that need to address are, for above-mentioned the deficiencies in the prior art, and to provide a kind of slim stone
Ink sheet is manufactured and graphite monocrystal extracts integrated device.
For solving above-mentioned technical problem, the technical solution adopted in the utility model is:
A kind of slim graphite flake manufacture and graphite monocrystal extract integrated device, including graphite sheet manufacture device and graphite
Monocrystal preparation facilitiess;The graphite sheet manufacture device includes preparation vessel, and preparation vessel is circular groove structure, is set in the preparation vessel
Thinning apparatus are equipped with, the thinning apparatus include main shaft, connect the main shaft and be provided with two lever arms, the activity described in two
Arm is respectively hinged on main shaft, the lever arm described in two can relative motion, the end of the lever arm is provided with blade, described
Graphite dust outlet and binding agent outlet is provided with blade, is provided with hold-down devices on the main shaft;Arrange on the blade
There is adsorbent equipment, the adsorbent equipment includes through blade many connecting rods for arranging, and one end connection blade ground of connecting rod is another
End connection lifting block;The preparation vessel is provided with dust exhaust apparatus in the interior side wall of bottom, and the bottom of preparation vessel is provided with and adds
Thermosphere;The graphite monocrystal preparation facilitiess include reacting furnace, are provided with multilamellar for placing graphite sheet material in the reacting furnace
Interlayer, the interlayer is fixed on reacting furnace inwall, is additionally provided with multiple mills corresponding with interlayer on the reacting furnace inwall
Plate is damaged, the abrasion plate is fixed on reacting furnace inwall, above interlayer, abrasion plate is towards on the face of interlayer for wear plate portion point
With abraded particles, resistance heater on the another side of the plate that weares and teares, is provided with, connection abrasion plate is provided with vibrating device, described to shake
Dynamic device connects each abrasion plate respectively, is additionally provided with internal air-blast device on the reacting furnace;The reaction furnace bottom is provided with
Funnel pipe, connection funnel pipe are provided with purification tank, and the purification pot bottom is provided with propeller, and purification tank internal upper part is arranged
There is pump-line, the pump-line is distributed in purification tank internal upper part, has closure valve between the funnel pipe and purification tank
Door.
Used as further preferred version, the blade on two lever arms can be connected with each other, the blade
A long side be arc surface, on arc surface, blade is rotated in preparation vessel for graphite dust outlet and binding agent outlet
Propulsion, its arc surface are the one side of propulsion.
Used as further preferred version, the section of the blade has gap apart from the side wall of preparation vessel.
Used as further preferred version, the lever arm is L-shaped structure, its longer part connection main shaft, its compared with
Short part connection blade.
As further preferred version, on the part of the reacting furnace connection multilamellar interlayer, lifting device is provided with,
The lifting device is riser, and multilamellar interlayer is fixed on riser, is provided with for being lifted at riser coupled reaction stove
Motor.
As further preferred version, on the reacting furnace, pressure-control valve is provided with.
Beneficial effect
Compared with prior art, a kind of slim graphite flake manufacture of the present utility model and graphite monocrystal extract one and fill
Put, by rotating against for two lever arms, drive blade that graphite solution is laid in preparation vessel, then pushed, obtain
The graphite sheet of minimal thickness, adsorbent equipment can be extracted after graphite sheet molding, do not damage graphite sheet, and zone of heating is then
The molding of graphite solution can be accelerated, after high-temperature heating, single crystal layer is easily separated slim graphite sheet, extracts graphite
Monocrystal is in hgher efficiency, and graphite sheet is carried out high-temperature heating, then carries out physical abrasion to graphite sheet using abrasion plate, will
The monocrystal isolated on graphite sheet surface under high temperature is separated from graphite sheet, is completed the preparation of graphite monocrystal, and is purified
Tank collects the detached material from graphite sheet, the characteristics of compare other impurities or lighter polycrystal using graphite monocrystal, inhales
Holding work floats over the higher air of purification tank top monocrystal content, extracts the higher graphite monocrystal of purity, specifically with
Lower advantage:
1. rotating against for two blades can form rounded face, and graphite solution can be laid in preparation vessel, adjoint
Push the graphite sheet that can be ultimately formed and there is thinner thickness, be easy to later stage cutting and specific occasion to use.
2. graphite dust outlet and binding agent outlet are arranged on blade, can be discharged while blade activity,
Increase and decrease injected volume is carried out according to the actual thickness of the graphite sheet for being formed, is easy to the thickness of graphite sheet for controlling to ultimately form
Degree.
3. adsorbent equipment pulls blade bottom using connecting rod, forms negative pressure, takes out slim graphite sheet so as to convenient, keeps away
Exempt from slim graphite sheet to be caused to damage using other apparatuses.
4. dust exhaust apparatus can be by the preparation vessel unnecessary graphite dust cleaning being scattered, it is ensured that the light of the graphite sheet of molding
Damp degree and planarization.
5. interlayer and abrasion plate cooperate, and the graphite sheet on interlayer can be heated and wearing treatment, be obtained
Graphite monocrystalline body method is simply efficient, is adapted to extensive utilization.
6. vibrating device can adjust abrasion abrasion frequency and scope of the plate to graphite sheet, according to the stone of unlike material
Black plate targetedly can be adjusted.
7. lifting device can adjust the dynamics that graphite sheet is worn, and adjust lifting dynamics and can select to obtain monocrystalline
Body graphite and polycrystal graphite, increased its purposes.
Description of the drawings
Fig. 1 is the structural representation of graphite sheet manufacture device;
Fig. 2 is the structural representation of blade;
Fig. 3 is the structural representation of graphite monocrystal preparation facilitiess;
Wherein, 1- preparation vessels, 2- main shafts, 3- lever arms, 4- blades, the outlet of 5- graphite dusts, the outlet of 6- binding agents, under 7-
Pressure device, 8- connecting rods, 9- lifting blocks, 10- dust exhaust apparatuses, 11- reacting furnaces, 12- interlayers, 13- abrasion plates, 14- resistance heatings
Device, 15- vibrating devices, air-blast device inside 16-, 17- risers, 18- pressure-control valves, 19- funnel pipes, 20- purification tanks,
21- propellers, 22- pump-lines.
Specific embodiment
Describe optimal technical scheme of the present utility model below in conjunction with the accompanying drawings in detail.
As illustrated, a kind of slim graphite flake manufacture of the present utility model and graphite monocrystal extract integrated device, including
Graphite sheet manufacture device and graphite monocrystal preparation facilitiess;
Graphite sheet manufacture device includes preparation vessel 1, and preparation vessel 1 is circular groove structure, is provided with thinning in the preparation vessel 1
Device;
The thinning apparatus include main shaft 2, rotary shaft of the main shaft 2 for longitudinal direction, connect the main shaft 2 be provided with two it is movable
Arm 3, the lever arm 3 described in two are respectively hinged on main shaft 2, and the lever arm 3 described in two can relative motion;
The end of the lever arm 3 is provided with blade 4, is provided with graphite dust outlet 5 and binding agent goes out on the blade 4
Mouth 6;
Adsorbent equipment is provided with the blade 4, and the adsorbent equipment includes through blade 4 many connecting rods 8 for arranging, even
One end 4 ground of connection blade of bar 8, other end connection lifting block 9;
The preparation vessel 1 is provided with dust exhaust apparatus 10 in the interior side wall of bottom, and the bottom of preparation vessel 1 is provided with heating
Layer.
Hold-down devices 7 are provided with the main shaft 2, and hold-down devices 7 can adjust the dynamics and persistent period for pushing, push
The 7 general pattern pushed using intermittence of device.
Blade 4 on two lever arms 3 can be connected with each other, and a long side of the blade 4 is arc surface, institute
State graphite dust outlet 5 and binding agent outlet 6 is located on arc surface, blade 4 is advanced in the rotation of preparation vessel 1, and its arc surface is for pushing away
The one side entered.
The section of the blade 4 has gap apart from the side wall of preparation vessel 1.
The lever arm 3 is L-shaped structure, its longer part connection main shaft 2, its shorter part connection blade 4.
The width of the blade 4 is the 1/5-1/10 of its length.
Graphite monocrystal preparation facilitiess include reacting furnace 11, are provided with multilamellar for placing graphite piece in the reacting furnace 11
The interlayer 12 of material, the interlayer 12 are fixed on 11 inwall of reacting furnace, be additionally provided with 11 inwall of the reacting furnace it is multiple with every
12 corresponding abrasion plate 13 of layer;
The abrasion plate 13 is fixed on 11 inwall of reacting furnace, and 13 part of abrasion plate is located above interlayer 12, and wear and tear plate 13
There are towards on the face of interlayer 12 abraded particles;
Resistance heater 14 is provided with the another side of abrasion plate 13;
Connection abrasion plate 13 is provided with vibrating device 15, and the vibrating device 15 connects each abrasion plate 13 respectively;
Internal air-blast device 16 is additionally provided with the reacting furnace 11, has help to internal circulation of air flow.
11 bottom of the reacting furnace is provided with funnel pipe 19, and connection funnel pipe 19 is provided with purification tank 20, the purification
20 bottom of tank is provided with propeller 21, and all substances in purification tank 20 are first dispelled by propeller 21, are that all particulates matter diffuses
In purification tank 20, and heavier impurity then lands first, and it is more long that lighter material then swims in the time in purification tank 20, purification
20 internal upper part of tank is provided with pump-line 22, after heavier impurity landing, using upper strata in 22 pairs of purification tanks 20 of pump-line
Air is received, and has closure valve, and pump-line 22 is distributed in purification between the funnel pipe 19 and purification tank 20
20 internal upper part of tank can increase disposable air-breathing area, quickly absorb upper air, it is to avoid inspiratory duration is long, under monocrystal occurs
Fall situation.
Further, lifting device, the lifting dress is provided with the part of the connection multilamellar of the reacting furnace 11 interlayer 12
Riser 17 is set to, multilamellar interlayer 12 is fixed on riser 17, is provided with for being lifted at 17 coupled reaction stove 11 of riser
Motor, the control of general computer terminal, the dynamics of lifting needs very accurate, and span is also very little.
Further, at least three layers interlayer 12 are provided with, spacing is 10cm-20cm between two neighboring interlayer 12.
Further, the length of the interlayer 12 is 40cm-60cm.
Further, pressure-control valve 18 is provided with the reacting furnace 11.
The above, only the application preferably specific embodiment, but the protection domain of the application is not limited thereto,
Any those familiar with the art in the technical scope that the application is disclosed, the change or replacement that can be readily occurred in,
Should all cover within the protection domain of the application.Therefore, the protection domain of the application should be with scope of the claims
It is defined.
Claims (6)
1. a kind of slim graphite flake manufacture and graphite monocrystal extract integrated device, it is characterised in that:Manufacture including graphite sheet
Device and graphite monocrystal preparation facilitiess;The graphite sheet manufacture device includes preparation vessel(1), preparation vessel(1)Tie for circular groove
Structure, the preparation vessel(1)Thinning apparatus are provided with inside, the thinning apparatus include main shaft(2), connect the main shaft(2)Arrange
There are two lever arms(3), the lever arm described in two(3)It is respectively hinged at main shaft(2)On, the lever arm described in two(3)Can
Relative motion, the lever arm(3)End be provided with blade(4), the blade(4)On be provided with graphite dust outlet(5)
Export with binding agent(6), the main shaft(2)On be provided with hold-down devices(7);The blade(4)On be provided with adsorbent equipment, institute
Stating adsorbent equipment is included through blade(4)The many connecting rods for arranging(8), connecting rod(8)One end connection blade(4)Ground, it is another
End connection lifting block(9);The preparation vessel(1)Dust exhaust apparatus is provided with the interior side wall of bottom(10), preparation vessel(1)'s
Bottom is provided with zone of heating;The graphite monocrystal preparation facilitiess include reacting furnace(11), the reacting furnace(11)Inside it is provided with
Multilamellar is used for the interlayer of placing graphite sheet material(12), the interlayer(12)It is fixed on reacting furnace(11)On inwall, the reacting furnace
(11)Multiple and interlayer is additionally provided with inwall(12)Corresponding abrasion plate(13), the abrasion plate(13)It is fixed on reacting furnace
(11)On inwall, wear and tear plate(13)Part is located at interlayer(12)Top, wear and tear plate(13)Towards interlayer(12)Face on have mill
Granule is wiped, wear and tear plate(13)Another side on be provided with resistance heater(14), connection abrasion plate(13)It is provided with vibrating device
(15), the vibrating device(15)Connect each abrasion plate respectively(13), the reacting furnace(11)On be additionally provided with internal air blast
Device(16);The reacting furnace(11)Bottom is provided with funnel pipe(19), connect funnel pipe(19)It is provided with purification tank(20),
The purification tank(20)Bottom is provided with propeller(21), purify tank(20)Internal upper part is provided with pump-line(22), it is described to take out
Feed channel(22)It is distributed in purification tank(20)Internal upper part, the funnel pipe(19)With purification tank(20)Between have closure valve
Door.
2. a kind of slim graphite flake manufacture according to claim 1 and graphite monocrystal extract integrated device, and its feature exists
In:Two lever arms(3)On blade(4)Can be connected with each other, the blade(4)A long side be arc surface,
The graphite dust outlet(5)Export with binding agent(6)On arc surface, blade(4)In preparation vessel(1)Rotation propulsion, its
Arc surface is the one side of propulsion.
3. a kind of slim graphite flake manufacture according to claim 1 and graphite monocrystal extract integrated device, and its feature exists
In:The blade(4)Section apart from preparation vessel(1)Side wall there is gap.
4. a kind of slim graphite flake manufacture according to claim 1 and graphite monocrystal extract integrated device, and its feature exists
In:The lever arm(3)For L-shaped structure, its longer part connection main shaft(2), its shorter part connection blade(4).
5. a kind of slim graphite flake manufacture according to claim 1 and graphite monocrystal extract integrated device, and its feature exists
In:The reacting furnace(11)Connection multilamellar interlayer(12)Part on be provided with lifting device, the lifting device is riser
(17), multilamellar interlayer(12)It is fixed on riser(17)On, riser(17)Coupled reaction stove(11)Place is provided with for being lifted
Motor.
6. a kind of slim graphite flake manufacture according to claim 1 and graphite monocrystal extract integrated device, and its feature exists
In:The reacting furnace(11)On be provided with pressure-control valve(18).
Priority Applications (1)
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CN201621004032.XU CN206033256U (en) | 2016-08-31 | 2016-08-31 | Slim graphite flake manufacturing and graphite monocrystal draw integrative device |
Applications Claiming Priority (1)
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CN201621004032.XU CN206033256U (en) | 2016-08-31 | 2016-08-31 | Slim graphite flake manufacturing and graphite monocrystal draw integrative device |
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CN201621004032.XU Expired - Fee Related CN206033256U (en) | 2016-08-31 | 2016-08-31 | Slim graphite flake manufacturing and graphite monocrystal draw integrative device |
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Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN106185911A (en) * | 2016-08-31 | 2016-12-07 | 无锡东恒新能源科技有限公司 | A kind of graphite raw material paving pressure and graphite monocrystal extract integrated device |
CN111136009A (en) * | 2020-04-07 | 2020-05-12 | 山东均合泰农业科技有限公司 | Purification device for single crystal graphite flake production |
-
2016
- 2016-08-31 CN CN201621004032.XU patent/CN206033256U/en not_active Expired - Fee Related
Cited By (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN106185911A (en) * | 2016-08-31 | 2016-12-07 | 无锡东恒新能源科技有限公司 | A kind of graphite raw material paving pressure and graphite monocrystal extract integrated device |
CN106185911B (en) * | 2016-08-31 | 2018-06-08 | 无锡东恒新能源科技有限公司 | A kind of graphite raw material paving pressure and graphite monocrystal extraction integrated device |
CN111136009A (en) * | 2020-04-07 | 2020-05-12 | 山东均合泰农业科技有限公司 | Purification device for single crystal graphite flake production |
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C14 | Grant of patent or utility model | ||
GR01 | Patent grant | ||
CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170322 Termination date: 20180831 |
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CF01 | Termination of patent right due to non-payment of annual fee |