CN109911890A - A kind of manufacture of graphene film electrode is with taking film device - Google Patents
A kind of manufacture of graphene film electrode is with taking film device Download PDFInfo
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- CN109911890A CN109911890A CN201910152213.9A CN201910152213A CN109911890A CN 109911890 A CN109911890 A CN 109911890A CN 201910152213 A CN201910152213 A CN 201910152213A CN 109911890 A CN109911890 A CN 109911890A
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- plate
- graphene film
- mounting rack
- bearing seat
- filter membrane
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Abstract
The invention belongs to graphene film technical fields more particularly to a kind of manufacture of graphene film electrode with taking film device.It easily separates graphene film and filter membrane the technical problem to be solved in the present invention is to provide a kind of, graphene film and filter membrane good separating effect, be not easy to make the graphene film electrode that graphene film and filter membrane are rolled and work efficiency is high to manufacture with taking film device.In order to solve the above-mentioned technical problems, the present invention provides the manufactures of such a graphene film electrode with taking film device.Invention achieves can make graphene film and filter membrane good separating effect, be not easy to roll graphene film and filter membrane, can make the effect that graphene film and filter membrane can be easily separated and work efficiency is high.
Description
Technical field
The invention belongs to graphene film technical fields more particularly to a kind of manufacture of graphene film electrode with taking film device.
Background technique
It is that graphene film and filter membrane are immersed in hydriodic acid aqueous solution when the prior art separates graphene film and filter membrane
In, it shakes gently so that graphene film and filter membrane separate, such way is not readily separated graphene film and filter membrane, Er Qiefen
It is also bad from effect, and graphene film and filter membrane is easily caused to roll, to influence the using effect of graphene film.Secondly by stone
It after black alkene film and filter membrane separation, needs to continue to be immersed in hydriodic acid aqueous solution by graphene film, is 80-95 DEG C in temperature
Under the conditions of stand, react 0.5-3 hours, obtain wet graphene film, the time for needing to impregnate at this time will be very long, to drop
Low working efficiency.
To sum up, need to research and develop at present it is a kind of easily separate graphene film and filter membrane, graphene film and filter membrane good separating effect,
It is not easy to manufacture the graphene film electrode that graphene film and filter membrane are rolled and work efficiency is high with film device is taken, to overcome existing skill
It is not easy to make graphene film and filter membrane separation, graphene film and filter membrane inferior separating effect in art, easily rolls graphene film and filter membrane
With ineffective disadvantage.
Summary of the invention
The present invention is not easy to make in the prior art graphene film and filter membrane separation, graphene film and filter membrane separation effect to overcome
Fruit is poor, easily make graphene film and filter membrane roll with ineffective disadvantage, the technical problem to be solved in the present invention is to provide one
Kind easily separate graphene film and filter membrane, graphene film and filter membrane good separating effect, be not easy to make graphene film and filter membrane roll and
The manufacture of the graphene film electrode that work efficiency is high is with taking film device.
The present invention is reached by technological means in detail below:
In order to solve the above-mentioned technical problems, the present invention provides the manufactures of such a graphene film electrode with taking film device,
Include top plate, elevating mechanism, mobile mechanism, first hydraulic cylinder, air pump, the second mounting rack, regulating mechanism, weight, is sliced, puts
Set slot, the first inclined plate, the second inclined plate, third sliding rail, third sliding block, elastic component, placement plate, mounting plate, second hydraulic cylinder, wedge shape
Block and U-shaped frame；Top plate is equipped with above placing groove, top plate bottom side is connected with mobile mechanism, and the other side is connected with elevating mechanism；
It is connected with U-shaped frame on the output end of mobile mechanism, U-shaped frame bottom is connected with first hydraulic cylinder, on the output end of first hydraulic cylinder
It is connected with the second mounting rack, the second mounting rack is connected with air pump close to a upper lateral part of elevating mechanism；Second mounting rack bottom hinge
Be connected to slice in succession, be sliced on the side far from elevating mechanism and be provided with the first venthole in the horizontal direction, the output end of air pump with
The connection of first venthole；It is sliced and is provided with multiple second ventholes, and the second venthole and first on the side of elevating mechanism
Venthole connection；Second mounting rack inner top is connected with regulating mechanism, and the output end and slice of regulating mechanism cooperate；It is sliced bottom
Side far from elevating mechanism is connected with weight；Mounting plate is connected on the output end of elevating mechanism, mounting plate is close to slice
Third sliding rail and second hydraulic cylinder are connected on side, and third sliding rail is located at the lower section of second hydraulic cylinder；Third sliding block and
Three sliding rails are slidably connected, and elastic component one end and third sliding block are affixed, and the elastic component other end and mounting plate are affixed；Third slider top
It is connected with placement plate, is equidistantly provided with multiple through-holes in placement plate in the horizontal direction, placement plate bottom is close to the side of mounting plate
Multiple second inclined plates are equidistantly connected with, side of the placement plate bottom far from mounting plate is equidistantly connected with multiple first inclined plates,
And first inclined plate and the second inclined plate cooperate with through-hole；It is placed with filter membrane at the top of placement plate, is covered with graphene film above filter membrane；
Wedge block is connected on the output end of second hydraulic cylinder, wedge block and placement plate cooperate.
Further, elevating mechanism include the first mounting rack, sliding sleeve, slide bar, fixed plate, connecting rod, electric pushrod,
First sliding block and the first sliding rail；First mounting rack is fixed in top plate bottom, is connected with sliding sleeve among the first mounting rack inner top, sliding
Bar passes through sliding sleeve, and is slidably connected with sliding sleeve；Slide bar bottom is affixed with mounting plate, and fixed plate is connected on slide bar；First installation
Two side lower part of frame is connected with the first sliding rail, and the first sliding block is slidably connected with the first sliding rail；Before connecting rod one end and fixed plate
It is hinged at connection, the leading flank articulated connection of the other end of connecting rod and the first sliding block；First mounting rack two sidewalls bottom are equal
It is connected with electric pushrod, the output end of electric pushrod and the first sliding block are affixed.
Further, mobile mechanism includes first motor, first bearing seat, second bearing seat, screw rod, nut,
Two sliding rails and the second sliding block；First motor, first bearing seat, the second sliding rail and second bearing seat are successively fixed in top plate bottom,
And second bearing seat is close to the first mounting rack；Second sliding block is slidably connected with the second sliding rail, screw rod and first bearing seat, the second axis
Seat pivot joint is held, and affixed through the output end of first bearing seat and first motor；Screw rod is spirally connected with nut, nut lower end and U-shaped
Frame is affixed, and nut upper end and the second slider bottom are affixed.
Further, regulating mechanism includes the second motor, 3rd bearing seat, transmission shaft, wheel and bull stick；Second peace
It shelves and is connected with 3rd bearing seat between interior front and rear sides wall, be connected with the second motor among the second mounting rack inner top, second
Transmission shaft is connected on the output end of motor, transmission shaft and 3rd bearing seat are pivotally connected；Transmission shaft lower end is connected with bull stick, bull stick two
End is connected with wheel.
Further, the graphene film electrode manufacture further includes having baffle with film device is taken；Close to second on slice
Baffle is connected on the side of mounting rack.
Further, the top plate is stainless steel material.
Compared with prior art, the invention has the following beneficial effects:
Invention achieves can make graphene film and filter membrane good separating effect, be not easy to roll graphene film and filter membrane,
It can make the effect that graphene film and filter membrane can be easily separated He work efficiency is high.
The present invention drives placement plate to move left and right by starting second hydraulic cylinder, while passing through through-hole in placement plate, the
The setting of one inclined plate and the second inclined plate, enable graphene film and filter membrane stop with placement plate at the top of, to make graphene film
It is more preferable with the separating effect of filter membrane.
The present invention on slice by being provided with the first venthole, the second venthole, and then the gas that air pump is pumped in leads to
The first venthole and the discharge of the second venthole are crossed, thus can not only be convenient for separating graphene film and filter membrane, but also
It can prevent graphene film and filter membrane from rolling.
The present invention by regulating mechanism can make graphene film be pasted onto slice on swing back and forth in hydriodic acid aqueous solution
It is dynamic, so as to shorten the time that graphene film impregnates in hydriodic acid aqueous solution, to improve work efficiency.
Detailed description of the invention
Fig. 1 is schematic view of the front view of the invention.
Fig. 2 is the sectional view that the present invention is sliced.
Fig. 3 is the top view that the present invention is sliced.
Fig. 4 is the left view structural representation of the second mounting rack of the invention.
Fig. 5 is the schematic view of the front view of elevating mechanism of the present invention.
Fig. 6 is the schematic view of the front view of mobile mechanism of the present invention.
The label in accompanying drawing is: 1- top plate, 2- elevating mechanism, the first mounting rack of 201-, 202- sliding sleeve, 203- slide bar,
204- fixed plate, 205- connecting rod, 206- electric pushrod, the first sliding block of 207-, the first sliding rail of 208-, 3- mobile mechanism, 31-
One motor, 32- first bearing seat, 33- second bearing seat, 34- screw rod, 35- nut, the second sliding rail of 36-, the second sliding block of 37-, 4-
First hydraulic cylinder, 5- air pump, the second mounting rack of 6-, 7- regulating mechanism, the second motor of 71-, 72- 3rd bearing seat, 73- transmission
Axis, 74- wheel, 75- bull stick, 8- weight, 9- slice, 10- placing groove, the first inclined plate of 11-, the second inclined plate of 12-, 13- third are sliding
Rail, 14- third sliding block, 15- elastic component, 16- graphene film, 17- filter membrane, 18- through-hole, 19- placement plate, 20- mounting plate, 21-
Second hydraulic cylinder, 22- wedge block, the first venthole of 23-, the second venthole of 24-, 25-U shape frame, 26- baffle.
Specific embodiment
The present invention is further illustrated with reference to the accompanying drawings and examples.
Embodiment
A kind of manufacture of graphene film electrode is with film device is taken, and as shown in figures 1 to 6, includes top plate 1, elevating mechanism 2, moves
Mechanism 3, first hydraulic cylinder 4, air pump 5, the second mounting rack 6, regulating mechanism 7, weight 8, slice 9, placing groove 10, the first inclined plate
11, the second inclined plate 12, third sliding rail 13, third sliding block 14, elastic component 15, placement plate 19, mounting plate 20, second hydraulic cylinder 21,
Wedge block 22 and U-shaped frame 25；Top plate 1 is equipped with above placing groove 10,1 bottom side of top plate is connected with mobile mechanism 3, and the other side is solid
It is connected to elevating mechanism 2；U-shaped frame 25 is connected on the output end of mobile mechanism 3,25 bottom of U-shaped frame is connected with first hydraulic cylinder 4,
The second mounting rack 6 is connected on the output end of first hydraulic cylinder 4, the second mounting rack 6 is affixed close to a upper lateral part of elevating mechanism 2
There is air pump 5；Second mounting rack, 6 bottom is hingedly connected with slice 9, is sliced on 9 sides far from elevating mechanism 2 and opens in the horizontal direction
There is the first venthole 23, the output end of air pump 5 is connected to the first venthole 23；Slice 9 is provided on the side of elevating mechanism 2
Multiple second ventholes 24, and the second venthole 24 is connected to the first venthole 23；Second mounting rack, 6 inner top is connected with adjusting
Mechanism 7,9 cooperation of output end and slice of regulating mechanism 7；It is sliced 9 bottoms and is connected with weight 8 far from the side of elevating mechanism 2；It rises
It is connected with mounting plate 20 on the output end of descending mechanism 2, mounting plate 20 is connected with third sliding rail 13 and the on the side of slice 9
Two hydraulic cylinders 21, and third sliding rail 13 is located at the lower section of second hydraulic cylinder 21；Third sliding block 14 is slidably connected with third sliding rail 13,
15 one end of elastic component and third sliding block 14 are affixed, and 15 other end of elastic component and mounting plate 20 are affixed；14 top of third sliding block is affixed
There is placement plate 19, is equidistantly provided with multiple through-holes 18 in placement plate 19 in the horizontal direction, 19 bottom of placement plate is close to mounting plate 20
Side be equidistantly connected with multiple second inclined plates 12, side of 19 bottom of placement plate far from mounting plate 20 is equidistantly connected with more
A first inclined plate 11, and the first inclined plate 11 and the second inclined plate 12 cooperate with through-hole 18；Filter membrane 17 is placed at the top of placement plate 19,
Graphene film 16 is covered with above filter membrane 17；Be connected with wedge block 22 on the output end of second hydraulic cylinder 21, wedge block 22 with put
Set the cooperation of plate 19.
Elevating mechanism 2 includes the first mounting rack 201, sliding sleeve 202, slide bar 203, fixed plate 204, connecting rod 205, electronic
Push rod 206, the first sliding block 207 and the first sliding rail 208；First mounting rack 201 is fixed in 1 bottom of top plate, in the first mounting rack 201
Top center is connected with sliding sleeve 202, and slide bar 203 passes through sliding sleeve 202, and is slidably connected with sliding sleeve 202；203 bottom of slide bar and peace
Loading board 20 is affixed, and fixed plate 204 is connected on slide bar 203；First 201 liang of mounting rack side lower part is connected with the first sliding rail 208,
First sliding block 207 is slidably connected with the first sliding rail 208；The leading flank of 205 one end of connecting rod and fixed plate 204 is articulated and connected, even
The articulated connection of the leading flank of the other end of extension bar 205 and the first sliding block 207；First mounting rack, 201 two sidewalls bottom is connected with
Electric pushrod 206, the output end of electric pushrod 206 and the first sliding block 207 are affixed.
Mobile mechanism 3 includes first motor 31, first bearing seat 32, second bearing seat 33, screw rod 34, nut 35,
Two sliding rails 36 and the second sliding block 37；First motor 31, first bearing seat 32, the second sliding rail 36 and second bearing seat 33 are successively affixed
In 1 bottom of top plate, and second bearing seat 33 is close to the first mounting rack 201；Second sliding block 37 is slidably connected with the second sliding rail 36, silk
Bar 34 and first bearing seat 32, second bearing seat 33 are pivotally connected, and solid through the output end of first bearing seat 32 and first motor 31
It connects；Screw rod 34 is spirally connected with nut 35, and 35 lower end of nut and U-shaped frame 25 are affixed, and 35 upper end of nut and 37 bottom of the second sliding block are affixed.
Regulating mechanism 7 includes the second motor 71,3rd bearing seat 72, transmission shaft 73, wheel 74 and bull stick 75；Second peace
It shelves and is connected with 3rd bearing seat 72 in 6 between the wall of front and rear sides, be connected with the second motor among 6 inner top of the second mounting rack
71, transmission shaft 73 is connected on the output end of the second motor 71, transmission shaft 73 and 3rd bearing seat 72 are pivotally connected；73 lower end of transmission shaft
It is connected with bull stick 75,75 both ends of bull stick are connected with wheel 74.
16 electrode of the graphene film manufacture further includes having baffle 26 with film device is taken；Close to the second mounting rack 6 on slice 9
Side on be connected with baffle 26.
The top plate 1 is stainless steel material.
When needing to remove the filter membrane 17 on graphene film 16, suitable hydroiodic acid water is added into placing groove 10 first
Graphene film 16 is then placed in placement plate 19 by solution, so that filter membrane 17 is located at the lower section of graphene film 16, at this time filter membrane 17
It is contacted with placement plate 19.
Then start elevating mechanism 2, so that mounting plate 20 and placement plate 19 thereon move down, and then drive graphene
Film 16 and filter membrane 17 move down, until graphene film 16 and filter membrane 17 are completely soaked by hydriodic acid aqueous solution.Then start
Two hydraulic cylinders 21, and then the intermittent up and down motion of wedge block 22 is driven, to drive placement plate 19 to move left and right, thus to putting
Set the effect that plate 19 plays shaking.When having impregnated one section in hydriodic acid aqueous solution due to graphene film 16 and filter membrane 17
Between, so graphene film 16 and filter membrane 17 just have the separation of fraction at this time, consequently facilitating graphene film 16 and filter hereafter
The separation of film 17.When placement plate 19 is moved to the left, at this time due to the effect of the first inclined plate 11, hydriodic acid aqueous solution will pass through
Through-hole 18 drives graphene film 16 and filter membrane 17 to move right by a small margin to upstream.When placement plate 19 moves right,
At this time due to the effect of the second inclined plate 12, hydriodic acid aqueous solution will be by through-hole 18 to upstream, and then drives graphene film 16
It is moved to the left by a small margin with filter membrane 17, so that the position of graphene film 16 and filter membrane 17 in placement plate 19 is constant, from
And can make graphene film 16 and filter membrane 17 divides film effect more preferable.
Then restart first hydraulic cylinder 4, and then the slice 9 of the second mounting rack 6 and its bottom is driven to move downward, thus
So that slice 9 is moved downwardly to suitable position.Then start mobile mechanism 3, at the same time booster air pump 5, and then gas will
Enter the first venthole 23, then can also enter the second venthole 24, thus between graphene film 16 and filter membrane 17 into
Row is blown, and then will be inserted between graphene film 16 and filter membrane 17 convenient for slice 9, so that being sliced 9 for graphene film
16 or filter membrane 17 separate.It blows simultaneously between graphene film 16 and filter membrane 17, can also prevent graphene film 16 or filter membrane 17
When separation, it is caused to roll.
After graphene film 16 or filter membrane 17 separate, graphene film 16 will be pasted on slice 9, and filter membrane 17 will be detained
In placement plate 19.Start mobile mechanism 3 at this time, so that slice 9 is moved to suitable position to the direction for being located remote from plate 19.It connects
Starting elevating mechanism 2 so that placement plate 19 and filter membrane 17 thereon move up to hydriodic acid aqueous solution liquid level or more, thus
Convenient for filter membrane 17 is removed.
Restart regulating mechanism 7 at the same time, and due to the effect of weight 8, and then be sliced 9 to swing back and forth, thus
Graphene film 16 can be made to come into full contact with hydriodic acid aqueous solution, impregnated in hydriodic acid aqueous solution so as to shorten graphene film 16
Time.Simultaneously because the first venthole 23 is vented, so as to prevent the graphene film 16 on slice 9 from rolling.
When graphene film 16 is dipped into appropriate level, and when 9 reset of slice, regulating mechanism 7 also stops working.Then
Start first hydraulic cylinder 4, so that slice 9 and graphene film 16 thereon move up to hydriodic acid aqueous solution liquid level or more, from
And remove graphene film 16, last air pump 5 stops working.
As shown in figure 5, elevating mechanism 2 includes the first mounting rack 201, sliding sleeve 202, slide bar 203, fixed plate 204, connection
Bar 205, electric pushrod 206, the first sliding block 207 and the first sliding rail 208；First mounting rack 201 is fixed in 1 bottom of top plate, and first
Sliding sleeve 202 is connected among 201 inner top of mounting rack, slide bar 203 passes through sliding sleeve 202, and is slidably connected with sliding sleeve 202；Slide bar
203 bottoms and mounting plate 20 are affixed, and fixed plate 204 is connected on slide bar 203；First 201 liang of mounting rack side lower part is connected with
First sliding rail 208, the first sliding block 207 are slidably connected with the first sliding rail 208；The leading flank of connecting rod 205 one end and fixed plate 204
The leading flank of articulated connection, the other end of connecting rod 205 and the first sliding block 207 is articulated and connected；First mounting rack, 201 two sidewalls bottom
Portion is connected with electric pushrod 206, and the output end of electric pushrod 206 and the first sliding block 207 are affixed.
When needing to adjust the height of placement plate 19, start electric pushrod 206, to drive the first sliding block 207 first
It is slided on sliding rail 208, at this time under the action of connecting rod 205, just will drive slide bar 203 and moved up and down in sliding sleeve 202, thus
Mounting plate 20 and placement plate 19 thereon is driven to move up or down to suitable position.
As shown in fig. 6, mobile mechanism 3 include first motor 31, first bearing seat 32, second bearing seat 33, screw rod 34,
Nut 35, the second sliding rail 36 and the second sliding block 37；First motor 31, first bearing seat 32, the second sliding rail 36 and second bearing seat
33 are successively fixed in 1 bottom of top plate, and second bearing seat 33 is close to the first mounting rack 201；Second sliding block 37 and the second sliding rail 36
It is slidably connected, screw rod 34 and first bearing seat 32, second bearing seat 33 are pivotally connected, and through first bearing seat 32 and first motor 31
Output end it is affixed；Screw rod 34 is spirally connected with nut 35, and 35 lower end of nut and U-shaped frame 25 are affixed, 35 upper end of nut and the second sliding block
37 bottoms are affixed.
When needing the horizontal position of mobile slice 9, start first motor 31, and then screw rod 34 is driven to rotate.At this time by
In the effect of the second sliding rail 36 and the second sliding block 37, the slice 9 that just will drive nut 35 and its bottom is moved horizontally.
As shown in figure 4, regulating mechanism 7 includes the second motor 71,3rd bearing seat 72, transmission shaft 73, wheel 74 and turns
Bar 75；3rd bearing seat 72 is connected in second mounting rack 6 between the wall of front and rear sides, 6 inner top of the second mounting rack centre is affixed
There is the second motor 71, transmission shaft 73 is connected on the output end of the second motor 71, transmission shaft 73 and 3rd bearing seat 72 are pivotally connected；It passes
73 lower end of moving axis is connected with bull stick 75, and 75 both ends of bull stick are connected with wheel 74.
When needing makes slice 9 swing back and forth, start the second motor 71, under the action of transmission shaft 73, and then with driving wheel
Son 74 and bull stick 75 rotate.Again due to the effect of weight 8, so as to make slice 9 swing back and forth, so as to make graphene film
16 come into full contact with hydriodic acid aqueous solution, the time impregnated in hydriodic acid aqueous solution so as to shorten graphene film 16.While by
It is vented in the first venthole 23, so as to prevent the graphene film 16 on slice 9 from rolling.
As shown in Figure 1,16 electrode of graphene film manufacture further includes having baffle 26 with film device is taken；Close to the on slice 9
Baffle 26 is connected on the side of two mounting racks 6；So can prevent the sliding of graphene film 16 on slice 9 from going down.
Combine specific embodiment that the application is described above, it will be appreciated by those skilled in the art that this
A little descriptions are all exemplary, and are not the limitation to the application protection scope.Those skilled in the art can be according to the application
Spirit and principle various variants and modifications are made to the application, these variants and modifications are also within the scope of application.
Claims (6)
- It include top plate and slice, which is characterized in that further include having lifting 1. a kind of graphene film electrode manufacture is with film device is taken Mechanism, mobile mechanism, first hydraulic cylinder, air pump, the second mounting rack, regulating mechanism, weight, placing groove, the first inclined plate, second are tiltedly Plate, third sliding rail, third sliding block, elastic component, placement plate, mounting plate, second hydraulic cylinder, wedge block and U-shaped frame；Above placing groove Equipped with top plate, top plate bottom side is connected with mobile mechanism, and the other side is connected with elevating mechanism；It is solid on the output end of mobile mechanism It is connected to U-shaped frame, U-shaped frame bottom is connected with first hydraulic cylinder, it is connected with the second mounting rack on the output end of first hydraulic cylinder, second Mounting rack is connected with air pump close to a upper lateral part of elevating mechanism；Second mounting rack bottom is hingedly connected with slice, is sliced separate The first venthole is provided on the side of elevating mechanism in the horizontal direction, the output end of air pump is connected to the first venthole；Slice leans on Multiple second ventholes are provided on the side of nearly elevating mechanism, and the second venthole is connected to the first venthole；Second mounting rack Inner top is connected with regulating mechanism, and the output end and slice of regulating mechanism cooperate；It is solid to be sliced side of the bottom far from elevating mechanism It is connected to weight；Mounting plate is connected on the output end of elevating mechanism, mounting plate is connected with third sliding rail on the side of slice And second hydraulic cylinder, and third sliding rail is located at the lower section of second hydraulic cylinder；Third sliding block is slidably connected with third sliding rail, elastic component One end and third sliding block are affixed, and the elastic component other end and mounting plate are affixed；Third slider top is connected with placement plate, in placement plate It is equidistantly provided with multiple through-holes in the horizontal direction, placement plate bottom is equidistantly connected with multiple second tiltedly close to the side of mounting plate Plate, side of the placement plate bottom far from mounting plate is equidistantly connected with multiple first inclined plates, and the first inclined plate and the second inclined plate are equal Cooperate with through-hole；It is placed with filter membrane at the top of placement plate, is covered with graphene film above filter membrane；It is solid on the output end of second hydraulic cylinder It is connected to wedge block, wedge block and placement plate cooperate.
- 2. a kind of graphene film electrode manufacture according to claim 1 is with taking film device, which is characterized in that elevating mechanism It (2) include the first mounting rack, sliding sleeve, slide bar, fixed plate, connecting rod, electric pushrod, the first sliding block and the first sliding rail；First Mounting rack is fixed in top plate bottom, sliding sleeve is connected among the first mounting rack inner top, slide bar passes through sliding sleeve, and slides with sliding sleeve Connection；Slide bar bottom is affixed with mounting plate, and fixed plate is connected on slide bar；It is sliding that first mounting rack, two side lower part is connected with first Rail, the first sliding block are slidably connected with the first sliding rail；The leading flank of connecting rod one end and fixed plate articulated connection, connecting rod it is another End and the leading flank of the first sliding block are articulated and connected；First mounting rack two sidewalls bottom are connected with electric pushrod, electric pushrod Output end and the first sliding block are affixed.
- 3. a kind of graphene film electrode manufacture according to claim 2 is with taking film device, which is characterized in that mobile mechanism wraps First motor, first bearing seat, second bearing seat, screw rod, nut, the second sliding rail and the second sliding block are included；First motor, first Bearing block, the second sliding rail and second bearing seat are successively fixed in top plate bottom, and second bearing seat is close to the first mounting rack；Second Sliding block is slidably connected with the second sliding rail, and screw rod and first bearing seat, second bearing seat are pivotally connected, and run through first bearing seat and first The output end of motor is affixed；Screw rod is spirally connected with nut, and nut lower end and U-shaped frame are affixed, and nut upper end and the second slider bottom are solid It connects.
- 4. a kind of graphene film electrode manufacture according to claim 3 is with taking film device, which is characterized in that regulating mechanism packet The second motor, 3rd bearing seat, transmission shaft, wheel and bull stick are included；Is connected in second mounting rack between the wall of front and rear sides Three bearing blocks are connected with the second motor among the second mounting rack inner top, transmission shaft are connected on the output end of the second motor, pass Moving axis and 3rd bearing seat are pivotally connected；Transmission shaft lower end is connected with bull stick, and bull stick both ends are connected with wheel.
- 5. a kind of graphene film electrode manufacture according to claim 4 is with taking film device, which is characterized in that the graphene Membrane electrode manufacture further includes having baffle with film device is taken；Baffle is connected on the side of the second mounting rack on slice.
- 6. a kind of graphene film electrode manufacture according to claim 5 is with taking film device, which is characterized in that the top plate is Stainless steel material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910152213.9A CN109911890A (en) | 2019-02-28 | 2019-02-28 | A kind of manufacture of graphene film electrode is with taking film device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910152213.9A CN109911890A (en) | 2019-02-28 | 2019-02-28 | A kind of manufacture of graphene film electrode is with taking film device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109911890A true CN109911890A (en) | 2019-06-21 |
Family
ID=66962863
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910152213.9A Withdrawn CN109911890A (en) | 2019-02-28 | 2019-02-28 | A kind of manufacture of graphene film electrode is with taking film device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109911890A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2022141180A1 (en) * | 2020-12-30 | 2022-07-07 | 杭州高烯科技有限公司 | Method for stripping graphene oxide nano membrane from substrate |
-
2019
- 2019-02-28 CN CN201910152213.9A patent/CN109911890A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2022141180A1 (en) * | 2020-12-30 | 2022-07-07 | 杭州高烯科技有限公司 | Method for stripping graphene oxide nano membrane from substrate |
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Application publication date: 20190621 |
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