CN209396562U - A kind of graphite flake lamination coating feed device - Google Patents
A kind of graphite flake lamination coating feed device Download PDFInfo
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- CN209396562U CN209396562U CN201822163001.4U CN201822163001U CN209396562U CN 209396562 U CN209396562 U CN 209396562U CN 201822163001 U CN201822163001 U CN 201822163001U CN 209396562 U CN209396562 U CN 209396562U
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Abstract
The utility model discloses a kind of graphite flake lamination coating feed devices, including fitting working platform, cradle, driving assembly, take-off assembly and storing component；The left side vertical section of cradle is mounted on fitting working platform, and right vertical section is mounted on storing component；For driving the driving assembly of take-off assembly to be mounted on cradle；Take-off assembly is mounted below cradle；Storing component is placed on the side of fitting working platform.It is coherent that entire feeding process is arranged in the utility model, and the graphite flake number of plies that can according to need fitting selects the quantity of each feeding, accurately control feeding amount and feeding frequency, avoid a large amount of feedings that graphite flake is caused to be accumulated on fitting working platform, it is clean and tidy to be on the one hand unfavorable for environment, is easy error, on the other hand avoid graphite flake contaminated, product quality is reduced, the present apparatus reduces the workload of worker, improves work efficiency.
Description
Technical field
The utility model relates to graphite flake manufacture field more particularly to a kind of graphite flake lamination coating feed devices.
Background technique
Graphite flake is a kind of completely new heat conduction and heat radiation material, has unique crystal grain orientation, in both directions uniform heat conduction,
It is laminar structured to be well adapted for any surface, shielding heat source and the performance that consumer electronics product is improved while component,
This completely new natural graphite solution, radiating efficiency is high, occupies little space, is light-weight, and uniform heat conduction, disappears in both directions
Except " hot spot " region, the performance of consumer electronics product, graphite flake products in the market are improved while shielding heat source and component
Enhancing heat conduction and heat radiation performance by attaching process mostly, existing attaching process mostly uses the mode feeding of hand haulage, or
Person uses a large amount of feedings of conveyer belt, and graphite flake is caused to be deposited on fitting working platform, that is, influences beauty, is also easy pollution graphite
Piece reduces graphite flake fitting quality.
Utility model content
Enhance thermally conductive dissipate by attaching process mostly to solve the graphite flake products present in background technique in the market
Hot property, existing attaching process mostly uses the mode feeding of hand haulage, or uses a large amount of feedings of conveyer belt, causes graphite
Piece is deposited on fitting working platform, that is, influences beauty, is also easy pollution graphite flake, and the technology for reducing graphite flake fitting quality is asked
Topic, the utility model proposes a kind of graphite flake lamination coating feed devices, pass through matching for cradle, take-off assembly and storing component
Cooperation is used, and the graphite flake number of plies being bonded as needed selects the quantity of each feeding, accurately controls feeding amount and feeding frequency, with
Solve the problems mentioned above in the background art.
The utility model proposes a kind of graphite flake lamination coating feed device, including fitting working platform, cradle, driving
Component, take-off assembly and storing component；The left side vertical section of cradle is mounted on fitting working platform, and right vertical section is mounted on
On storing component；For driving the driving assembly of take-off assembly to be mounted on cradle；Take-off assembly is mounted below cradle；
Storing component is placed on the side of fitting working platform；Driving assembly includes motor and lead screw；Lead screw is horizontally set on cradle
Below horizontal segment, the right vertical section of the right end rotation connection cradle of lead screw, and connect with motor drive, the left end of lead screw turns
The left side vertical section of dynamic connection cradle；Take-off assembly includes first movement part, cylinder, lifter plate, rod set, interior bar, the first bullet
Property part and electric sucking disc；It is provided on first movement part and is threadedly coupled lead screw with the matched screw thread through slot of lead screw, first movement part,
And left and right horizontal is mobile on lead screw；Cylinder is mounted on the lower end of first movement part, and the piston rod of cylinder is downward；Lifter plate peace
On the piston rod of cylinder；Rod set is movably arranged on the lower end of lifter plate, and opening down；The upper end of interior bar and rod set it is interior
Wall is slidably connected, and lower end connects electric sucking disc；First elastic component is socketed in the outside of interior bar, the first elastic component upper end connecting rod
Set, lower end connect electric sucking disc；Storing component includes bottom plate, electric telescopic rod, cabinet, partition and pressure inductor；Cabinet to
Upper opening；The partition for being used to form multiple separate chambers is arranged in box house；Electric telescopic rod installs chamber bottom end；Bottom plate connects
Connect the telescopic end of electric telescopic rod；Pressure inductor is mounted on bottom plate and graphite flake contact jaw, and is communicated with electric telescopic rod
Connection.
Preferably, the second elastic component is socketed with outside the telescopic end of electric telescopic rod；Second elastic component upper end connecting bottom board, under
The fixing end of end connection electric telescopic rod.
Preferably, first movement part is I-shaped structure；Two groups of sliding rails are provided on the horizontal segment bottom end of cradle；Two groups
Sliding rail is separately positioned on the front and back side of lead screw；The upper horizontal segment of first movement part is slidably connected the sliding rails of two sides.
Preferably, cradle is U-shaped structure；The lower end sliding sleeve of the left side vertical section of cradle is connected to sliding sleeve；On cabinet
It is provided with the sliding slot of opening upwards；The right vertical section of cradle is slidably connected cabinet by sliding slot.
Preferably, it is provided on fitting working platform and unloads material frame.
Preferably, the lower end of cabinet is connected with supporting element；Supporting element include supporting leg, pedestal, the second movement, mobile bar,
Third elastic component, the 4th elastic component and the 5th elastic component；Pedestal is hollow structure；Supporting leg upper end connects cabinet, lower end setting
It is slidably connected in pedestal, and through the second movement with pedestal；Mobile bar is arranged two groups, and reversed dip setting is mobile second
Lower section, it is mobile that the upper end of mobile bar is flexibly connected second；Strip groove is provided on the interior bottom end of pedestal；The lower end of mobile bar passes through
Strip groove is slidably connected pedestal；Third elastic component is respectively set in the left and right end of every group of strip groove；Two groups of third elastic components are set respectively
It sets in the left and right sides of mobile bar, and is connected thereto；4th elastic component be arranged between two groups of mobile bars, and both ends respectively with it is right
The mobile bar of side is answered to connect；5th elastic component is ring structure, and the second mobile upper end is arranged in, and the upper end of the 5th elastic component connects
The top of base inner wall is connect, lower end connection second is mobile.
Preferably, warning light is provided on cabinet；Pressure inductor and warning light communication connection.
In the utility model, graphite flake to be fit is piled up in cabinet in advance, when feeding starts motor, drives lead screw
Take-off assembly is moved to the top of cabinet since threads of lead screw connects first movement part by rotation, starts cylinder, the work of cylinder
Stopper rod moves down, and the electric sucking disc below lifter plate is pushed to enter box house, and electric sucking disc contacts the upper surface of graphite flake, interior bar
It slides into inside rod set, the first elastic component is extruded, and graphite flake is sucked after resisting graphite flake in electric sucking disc, then the piston rod of cylinder
Rise, graphite flake is removed, and then lead screw reversely rotates, and graphite flake is moved on fitting working platform, then by the graphite of conveying
Piece, which is placed on to unload, can be completed feeding in material frame, after graphite flake is removed, pressure inductor detects pressure change, control electronic
Telescopic rod moves up, and to facilitate going on smoothly for next feeding, while the number of graphite sheets of box house gradually decreases, pressure sensitive
After device detects that pressure value is less than given threshold, indicator light is lighted, timely to remind staff's stock, is avoided the occurrence of and is lacked material, breaks
Material, influences to work normally, and entire feeding process is coherent, and the graphite flake number of plies that can according to need fitting selects each feeding
Quantity accurately controls feeding amount and feeding frequency, avoids a large amount of feedings that graphite flake is caused to be accumulated on fitting working platform, on the one hand
It is clean and tidy to be unfavorable for environment, is easy error, on the other hand avoids graphite flake contaminated, reduces product quality, the present apparatus reduces work
The workload of people, improves work efficiency.
In the utility model, the second elastic component is flexible when electric telescopic rod is mobile, plays to the movement of electric telescopic rod
The effect of buffering, ensure that the stability of bottom plate, control moving distance more stable；It is slided and is connected by setting first movement part
Sliding rail is connect, so that take-off assembly moves horizontally stabilization, avoids shaking in graphite flake transportational process, graphite flake is caused to fall；
Vertical segment length by adjusting the left and right sides of cradle can be adjusted the height of cradle, so that device uses spirit
It is living.
In the utility model, external force lower box can generate vibration, and the second movement moves up and down therewith, cause mobile bar
Move left and right, and third elastic component, the 4th elastic component and the 5th elastic component stretch therewith, and the cushion effect that collective effect generates can
To reduce external force, the protection to box house graphite flake is realized.
Detailed description of the invention
Fig. 1 be the utility model proposes a kind of graphite flake lamination coating feed device structural schematic diagram.
Fig. 2 be the utility model proposes a kind of graphite flake lamination coating feed device in first movement part 8 and cradle
The bottom view of connection relationship.
Fig. 3 be the utility model proposes a kind of graphite flake lamination coating feed device in first movement part 8 and cradle
The cross-sectional view of connection relationship.
Fig. 4 be the utility model proposes a kind of graphite flake lamination coating feed device in supporting element structural schematic diagram.
In figure: 1, fitting working platform；2, cradle；3, driving assembly；4, take-off assembly；5, storing component；6, motor；7,
Lead screw；8, first movement part；9, cylinder；10, lifter plate；11, rod set；12, interior bar；13, the first elastic component；14, electric sucking disc；
15, the 5th elastic component；16, bottom plate；17, electric telescopic rod；18, cabinet；19, partition；20, supporting element；21, material frame is unloaded；22, it props up
Support leg；23, pedestal；24, second is mobile；25, mobile bar；26, third elastic component；27, sliding sleeve；28, the 4th elastic component；29, sliding
Slot；30, sliding rail.
Specific embodiment
As shown in Figs 1-4, Fig. 1 be the utility model proposes a kind of graphite flake lamination coating feed device structural representation
Figure.
Fig. 2 be the utility model proposes a kind of graphite flake lamination coating feed device in first movement part 8 and cradle
The bottom view of connection relationship.
Fig. 3 be the utility model proposes a kind of graphite flake lamination coating feed device in first movement part 8 and cradle
The cross-sectional view of connection relationship.
Fig. 4 be the utility model proposes a kind of graphite flake lamination coating feed device in supporting element structural schematic diagram.
Referring to Fig.1-4, the utility model proposes a kind of graphite flake lamination coating feed device, including fitting working platform 1,
Cradle 2, driving assembly 3, take-off assembly 4 and storing component 5；The left side vertical section of cradle 2 is mounted on fitting working platform 1
On, right vertical section is mounted on storing component 5；For driving the driving assembly 3 of take-off assembly 4 to be mounted on cradle 2；It takes
Material component 4 is mounted on 2 lower section of cradle；Storing component 5 is placed on the side of fitting working platform 1；Driving assembly 3 includes motor 6
With lead screw 7；Lead screw 7 is horizontally set below the horizontal segment of cradle 2, and the right side of the right end rotation connection cradle 2 of lead screw 7 is perpendicular
Straight section, and be sequentially connected with motor 6, the left side vertical section of the left end rotation connection cradle 2 of lead screw 7；Take-off assembly 4 includes the
One moving member 8, cylinder 9, lifter plate 10, rod set 11, interior bar 12, the first elastic component 13 and electric sucking disc 14；On first movement part 8
It is provided with and is threadedly coupled lead screw 7 with the matched screw thread through slot of lead screw 7, first movement part 8, and left and right horizontal is mobile on lead screw 7；
Cylinder 9 is mounted on the lower end of first movement part 8, and the piston rod of cylinder 9 is downward；Lifter plate 10 is mounted on the piston rod of cylinder 9
On；Rod set 11 is movably arranged on the lower end of lifter plate 10, and opening down；The upper end of interior bar 12 and the inner wall of rod set 11 slide and connect
It connects, lower end connects electric sucking disc 14；First elastic component 13 is socketed in the outside of interior bar 12, and 13 upper end of the first elastic component connects rod set
11, lower end connects electric sucking disc 14；Storing component 5 includes bottom plate 16, electric telescopic rod 17, cabinet 18, partition 19 and feeling of stress
Answer device；Cabinet 18 is open upwards；The partition 19 for being used to form multiple separate chambers is arranged inside cabinet 18；Electric telescopic rod 17
Chamber bottom end is installed；The telescopic end of the connection electric telescopic rod 17 of bottom plate 16；Pressure inductor is mounted on bottom plate 16 and connects with graphite flake
On contravention, and with 17 communication connection of electric telescopic rod.
In a kind of specific work process of graphite flake lamination coating feed device of the present embodiment, in advance by stone to be fit
Ink sheet is piled up in cabinet 18, starts motor 6 when feeding, and lead screw 7 is driven to rotate, since lead screw 7 is threadedly coupled first movement part
8, take-off assembly 4 is moved to the top of cabinet 18, starts cylinder 9, the piston rod of cylinder 9 moves down, and pushes 10 lower section of lifter plate
Electric sucking disc 14 enter cabinet 18 inside, electric sucking disc 14 contact graphite flake upper surface, interior bar 12 slide into rod set 11 inside,
First elastic component 13 is extruded, and graphite flake is sucked after resisting graphite flake in electric sucking disc 14, and then the piston rod of cylinder 9 rises, stone
Ink sheet is removed, and then lead screw 7 reversely rotates, and graphite flake is moved on fitting working platform 1, then put down graphite flake and can be completed
Feeding, after graphite flake is removed, pressure inductor detects pressure change, and control electric telescopic rod 17 moves up, to facilitate next time
Feeding is gone on smoothly, and entire feeding process is coherent, and the graphite flake number of plies that can according to need fitting selects each feeding
Quantity accurately controls feeding amount and feeding frequency, avoids a large amount of feedings that graphite flake is caused to be accumulated on fitting working platform 1, a side
It is clean and tidy that face is unfavorable for environment, is easy error, on the other hand avoids graphite flake contaminated, reduces product quality, the present apparatus reduces
The workload of worker, improves work efficiency.
The second elastic component is socketed with outside the telescopic end of electric telescopic rod 17；Second elastic component upper end connecting bottom board 16, lower end
Connect the fixing end of electric telescopic rod 17.
In a specific embodiment, the second elastic component is flexible when electric telescopic rod 17 is mobile, to electric telescopic rod 17
Movement plays the role of buffering, ensure that the stability of bottom plate 16, controls moving distance more stable.
First movement part 8 is I-shaped structure；Two groups of sliding rails 30 are provided on the horizontal segment bottom end of cradle 2；Two groups of cunnings
Rail 30 is separately positioned on the front and back side of lead screw 7；The upper horizontal segment of first movement part 8 is slidably connected the sliding rails 30 of two sides.
In a specific embodiment, it is slidably connected sliding rail 30 by the way that first movement part 8 is arranged, so that take-off assembly 4 is horizontal
It is mobile to stablize, it avoids shaking in graphite flake transportational process, graphite flake is caused to fall.
Cradle 2 is U-shaped structure；The lower end sliding sleeve of the left side vertical section of cradle 2 is connected to sliding sleeve 27；It is set on cabinet 18
It is equipped with the sliding slot 29 of opening upwards；The right vertical section of cradle 2 is slidably connected cabinet 18 by sliding slot.
It in a specific embodiment, can be to cradle 2 by adjusting the vertical segment length of the left and right sides of cradle 2
Height is adjusted, so that device using flexible.
It is provided on fitting working platform 1 and unloads material frame 21.
In a specific embodiment, the graphite flake of conveying is placed on and is unloaded in material frame 21, obtain stone in time when facilitating fitting
Ink sheet.
The lower end of cabinet 18 is connected with supporting element 20；Supporting element 20 includes supporting leg 22, the movement of pedestal 23, second 24, moves
Lever 25, third elastic component 26, the 4th elastic component 28 and the 5th elastic component 15；Pedestal 23 is hollow structure；22 upper end of supporting leg
Cabinet 18 is connected, lower end is arranged in pedestal 23, and is slidably connected by second mobile 24 with pedestal 23；The setting of mobile bar 25 two
Group, and reversed dip setting, below second mobile 24, the upper end of mobile bar 25 is flexibly connected second mobile 24；Pedestal 23 it is interior
Strip groove is provided on bottom end；The lower end of mobile bar 25 is slidably connected pedestal 23 by strip groove；The left and right end of every group of strip groove
Third elastic component 26 is respectively set；Two groups of third elastic components 26 are separately positioned on the left and right sides of mobile bar 25, and are connected thereto；
4th elastic component 28 is arranged between two groups of mobile bars 25, and both ends are connect with the mobile bar of respective side 25 respectively；5th elasticity
Part 15 is ring structure, and second mobile 24 upper end is arranged in, and the upper end of the 5th elastic component 15 connects the top of 23 inner wall of pedestal,
Lower end connection second mobile 24.
In a specific embodiment, external force lower box 18 can generate vibration, and second mobile 24 moves up and down therewith, make
At moving left and right for mobile bar 25, and third elastic component 26, the 4th elastic component 28 and the 5th elastic component 15 stretch therewith, common to make
It can reduce external force with the cushion effect of generation, realize the protection to 18 inside graphite flake of cabinet.
Warning light is provided on cabinet 18；Pressure inductor and warning light communication connection.
In a specific embodiment, the number of graphite sheets inside cabinet 18 gradually decreases, and pressure inductor detects pressure
After value is less than given threshold, indicator light is lighted, and is reminded staff's stock in time, is avoided the occurrence of and lack material, fracture, influence normal work
Make.
Working principle: in advance piling up graphite flake to be fit in cabinet 18, and when feeding starts motor 6, drives lead screw 7
Take-off assembly 4 is moved to the top of cabinet 18 since lead screw 7 is threadedly coupled first movement part 8 by rotation, starts cylinder 9, gas
The piston rod of cylinder 9 moves down, and pushes the electric sucking disc 14 of 10 lower section of lifter plate to enter inside cabinet 18, electric sucking disc 14 contacts graphite
The upper surface of piece, interior bar 12 slide into inside rod set 11, and the first elastic component 13 is extruded, and electric sucking disc 14 is sucked after resisting graphite flake
Graphite flake, then the piston rod of cylinder 9 rises, and graphite flake is removed, and then lead screw 7 reversely rotates, and graphite flake is moved to patch
On closing operation platform 1, then the graphite flake of conveying is placed on to unload in material frame 21, feeding can be completed, after graphite flake is removed, pressure
Inductor detects pressure change, and control electric telescopic rod 17 moves up, to facilitate going on smoothly for next feeding, while cabinet 18
Internal number of graphite sheets gradually decreases, and after pressure inductor detects that pressure value is less than given threshold, indicator light is lighted, in time
Staff's stock is reminded, avoids the occurrence of and lacks material, fracture, influence to work normally, entire feeding process is coherent, and can be according to need
The graphite flake number of plies to be bonded selects the quantity of each feeding, accurately controls feeding amount and feeding frequency, and a large amount of feedings is avoided to lead
Graphite flake is caused to accumulate on fitting working platform 1, it is clean and tidy to be on the one hand unfavorable for environment, is easy error, on the other hand avoids graphite flake
It is contaminated, product quality is reduced, the present apparatus reduces the workload of worker, improves work efficiency.
The preferable specific embodiment of the above, only the utility model, but the protection scope of the utility model is not
It is confined to this, anyone skilled in the art is within the technical scope disclosed by the utility model, practical according to this
Novel technical solution and its utility model design are subject to equivalent substitution or change, should all cover the protection model in the utility model
Within enclosing.
Claims (7)
1. a kind of graphite flake lamination coating feed device, which is characterized in that including fitting working platform (1), cradle (2), driving
Component (3), take-off assembly (4) and storing component (5)；
The left side vertical section of cradle (2) is mounted on fitting working platform (1), and right vertical section is mounted on storing component (5)；
For driving the driving assembly (3) of take-off assembly (4) to be mounted on cradle (2)；Take-off assembly (4) is mounted on cradle (2)
Lower section；Storing component (5) is placed on the side of fitting working platform (1)；
Driving assembly (3) includes motor (6) and lead screw (7)；Lead screw (7) is horizontally set below the horizontal segment of cradle (2), silk
The right vertical section of right end rotation connection cradle (2) of thick stick (7), and be sequentially connected with motor (6), the left end of lead screw (7) turns
The left side vertical section of dynamic connection cradle (2)；
Take-off assembly (4) includes first movement part (8), cylinder (9), lifter plate (10), rod set (11), interior bar (12), the first bullet
Property part (13) and electric sucking disc (14)；It is provided on first movement part (8) and lead screw (7) matched screw thread through slot, first movement
Part (8) is threadedly coupled lead screw (7), and left and right horizontal is mobile on lead screw (7)；Cylinder (9) is mounted under first movement part (8)
End, and the piston rod of cylinder (9) is downward；Lifter plate (10) is mounted on the piston rod of cylinder (9)；Rod set (11) is movably arranged on
The lower end of lifter plate (10), and it is opening down；The upper end of interior bar (12) and the inner wall of rod set (11) are slidably connected, lower end connection electricity
Dynamic sucker (14)；First elastic component (13) is socketed in the outside of interior bar (12), and the first elastic component (13) upper end connects rod set (11),
Lower end connects electric sucking disc (14)；
Storing component (5) includes bottom plate (16), electric telescopic rod (17), cabinet (18), partition (19) and pressure inductor；Cabinet
(18) open upwards；Partition (19) setting for being used to form multiple separate chambers is internal in cabinet (18)；Electric telescopic rod (17)
Chamber bottom end is installed；Bottom plate (16) connects the telescopic end of electric telescopic rod (17)；Pressure inductor is mounted on bottom plate (16) and stone
On ink sheet contact jaw, and with electric telescopic rod (17) communication connection.
2. a kind of graphite flake lamination coating feed device according to claim 1, which is characterized in that electric telescopic rod (17)
Telescopic end outside be socketed with the second elastic component；Second elastic component upper end connecting bottom board (16), lower end connect electric telescopic rod (17)
Fixing end.
3. a kind of graphite flake lamination coating feed device according to claim 1, which is characterized in that first movement part (8)
For I-shaped structure；Two groups of sliding rails (30) are provided on the horizontal segment bottom end of cradle (2)；Two groups of sliding rails (30) are separately positioned on
The front and back side of lead screw (7)；The upper horizontal segment of first movement part (8) is slidably connected the sliding rails (30) of two sides.
4. a kind of graphite flake lamination coating feed device according to claim 1, which is characterized in that cradle (2) is U-shaped
Structure；The lower end sliding sleeve of the left side vertical section of cradle (2) is connected to sliding sleeve (27)；Cabinet is provided with opening upwards on (18)
Sliding slot (29)；The right vertical section of cradle (2) is slidably connected cabinet (18) by sliding slot.
5. a kind of graphite flake lamination coating feed device according to claim 1, which is characterized in that fitting working platform (1)
On be provided with and unload material frame (21).
6. a kind of graphite flake lamination coating feed device according to claim 1, which is characterized in that the lower end of cabinet (18)
It is connected with supporting element (20)；Supporting element (20) includes supporting leg (22), pedestal (23), second mobile (24), mobile bar (25), the
Three elastic components (26), the 4th elastic component (28) and the 5th elastic component (15)；Pedestal (23) is hollow structure；Supporting leg (22) upper end
It connects cabinet (18), lower end setting is slidably connected in pedestal (23), and through second mobile (24) with pedestal (23)；Mobile bar
(25) it is arranged two groups, and reversed dip setting, below second mobile (24), the upper end of mobile bar (25) is flexibly connected second and moves
Dynamic (24)；Strip groove is provided on the interior bottom end of pedestal (23)；The lower end of mobile bar (25) is slidably connected pedestal by strip groove
(23)；Third elastic component (26) are respectively set in the left and right end of every group of strip groove；Two groups of third elastic components (26) are separately positioned on shifting
The left and right sides of lever (25), and be connected thereto；4th elastic component (28) is arranged between two groups of mobile bars (25), and both ends point
It is not connect with the mobile bar of respective side (25)；5th elastic component (15) is ring structure, and the upper end in second mobile (24) is arranged,
The top of upper end connection pedestal (23) inner wall of the 5th elastic component (15), lower end connection second mobile (24).
7. a kind of graphite flake lamination coating feed device according to claim 1, which is characterized in that cabinet is arranged on (18)
There is warning light；Pressure inductor and warning light communication connection.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201822163001.4U CN209396562U (en) | 2018-12-21 | 2018-12-21 | A kind of graphite flake lamination coating feed device |
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| CN201822163001.4U CN209396562U (en) | 2018-12-21 | 2018-12-21 | A kind of graphite flake lamination coating feed device |
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| CN115072372A (en) * | 2022-07-01 | 2022-09-20 | 泰州市华信工业炉有限公司 | Saw bit automatic feeding machine |
| CN117622900A (en) * | 2024-01-26 | 2024-03-01 | 内蒙古北科交大机器人有限公司 | Box structure and feeding device for automatic plastic sucking box rotation of magnetic material from graphite box |
| CN117622900B (en) * | 2024-01-26 | 2024-04-05 | 内蒙古北科交大机器人有限公司 | Box structure and feeding device for automatic plastic sucking box rotation of magnetic material from graphite box |
| CN117842673A (en) * | 2024-03-07 | 2024-04-09 | 常州市马劲机电设备有限公司 | Bearing processing loading attachment |
| CN117842673B (en) * | 2024-03-07 | 2024-05-10 | 常州市马劲机电设备有限公司 | Bearing processing loading attachment |
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