CN208728833U - A kind of CCD slitting ink jet numbering machine - Google Patents
A kind of CCD slitting ink jet numbering machine Download PDFInfo
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- CN208728833U CN208728833U CN201821529930.6U CN201821529930U CN208728833U CN 208728833 U CN208728833 U CN 208728833U CN 201821529930 U CN201821529930 U CN 201821529930U CN 208728833 U CN208728833 U CN 208728833U
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Abstract
The utility model relates to FFC processing equipment field, especially a kind of CCD slitting ink jet numbering machine.It includes body, blowing component, correction CCD camera, traction component, coding component, slitting component, pulls component, rewinding component and telescopic component, and telescopic component includes mounting rack, telescopic slide frame, flexible roller and telescopic cylinder.The utility model makes to be located at traction component and the FFC line between component is pulled to be in tensioning state always by setting telescopic component using telescopic component, avoids FFC line itself deformation occurs and damage；Simultaneously as FFC line is in tensioning state always, preventing FFC line from generating twist distortion leads to the surface irregularity of FFC line, to ensure that the precision and accuracy of coding label；In addition, FFC line is prevented to be distorted and cause to misplace, it ensure that in cutting process and positional dissection realized to FFC line, ensure that the quality of product.
Description
Technical field
The utility model relates to FFC processing equipment field, especially a kind of CCD slitting ink jet numbering machine.
Background technique
FFC flexible flat cable, also known as FFC flexible flat FFC line are a kind of with PET insulating materials and very thin tin plating
Flat copper wire produces new types of data cable made of pressing by automation equipment.Due to the difference of the type of FFC line, need
The label of product type is carried out to FFC line, while to understand the service life of FFC line, needing to record production date on FFC line
The information such as phase, therefore need to carry out coding to FFC line in FFC line process；Meanwhile general a total of 32, FFC line
Line, the design of 32 lines are not able to satisfy the needs that subsequent installation uses, need 32 lines being divided into several groups by 4,6 or 8 lines,
It is ready for subsequent processing, it is therefore desirable to which slitting is carried out to FFC line.
However in actual production process, coding process needs FFC line to remain stationary state, and slitting process needs FFC line
Be always maintained at and move along blade, when code-spraying mechanism and slitting mechanism are set together process FFC line when, due to Liang Ge mechanism
Working condition cannot be consistent, and be will lead to FFC line and be distorted, to influence the processing of FFC line.
It is a kind of at the same time in the progress coding of FFC line and slitting operating process therefore, it is necessary to study, it can be avoided FFC line
The process equipment being distorted.
Utility model content
In view of the deficiency of the prior art, the purpose of this utility model is to provide a kind of CCD slitting ink jet numbering machines.
To achieve the goals above, the utility model adopts the following technical solution:
A kind of CCD slitting ink jet numbering machine, it include body, be fixed on the machine body blowing component for placing coiled FFC line,
It is fixed on the machine body correction CCD camera used for positioning, traction component for transmitting FFC line is fixed on the machine body, is fixed on
On body for the coding component of FFC line coding, be fixed on the machine body for FFC wire cutting slitting component, be fixed on
It is described to put for transmitting the pulling component of FFC line and being fixed on the machine body the rewinding component for winding to FFC line on body
Expect component, correction CCD camera, traction component, coding component, slitting component, pull component and rewinding component from left to right according to
It is secondary to be arranged on body；
Telescopic component is provided with below the coding component, the telescopic component includes the peace below coding component
Shelve, vertical direction is slidably connected to the telescopic slide frame of mounting rack, axis turn be connected to telescopic slide frame flexible roller and
Telescopic cylinder for driving telescopic slide frame to slide.
Preferably, the coding component includes the coding support frame being fixed on the machine body, perpendicular to FFC line moving direction water
Put down the coding sliding shoe being slidably connected on coding support frame, the code spraying head being fixed on coding sliding shoe vertically and for driving
The coding motor of dynamic coding sliding shoe sliding.
Preferably, the slitting component includes the slitting support frame being fixed on the machine body, perpendicular to FFC line moving direction water
The flat slitting movable stand being slidably connected on slitting support frame, the slitting motor for driving slitting movable stand to slide, setting exist
For detecting the slitting CCD camera of each lead location in FFC line, the sliding knife being arranged on slitting movable stand on slitting movable stand
Frame, the blade for being distributed in saddle lower end and the adjusting knob for adjusting saddle position.
Preferably, the blowing component includes the blowing support frame being fixed on the machine body, perpendicular to FFC line moving direction water
The flat blowing movable stand being slidably connected on blowing support frame and the correction motor for driving blowing movable stand to slide, it is described
Blowing movable stand include releasing bracket, axis turn be connected to the blowing roller of releasing bracket and for driving emptying roller wheel to rotate
Discharging motor.
Preferably, the rewinding component include the rewinding support frame being fixed on the machine body, axis turn be connected to rewinding support frame
On rewinding roller, the rewinding roller is set as being separately provided for driving rewinding roller on two and two rewinding rollers
The rewinding motor of rotation.
Preferably, recycling component is provided with below the rewinding component, the recycling component includes being fixed on the machine body
Recycling support frame, axis turns to be connected to the rewinding roller of recycling support frame and on rewinding roller for driving rewinding roller
The rewinding motor of rotation.
Preferably, the traction component include the traction support frame being fixed on the machine body, axis turn be connected to traction support frame
On for transmitting traction roller, the vertical direction of FFC line be slidably connected to the traction pressure support frame of support frame, axis turns to be connected to
Pressure support frame and be located at traction roller above pressure roller, be fixed on traction roller one end traction gear, be fixed on pressure
The pressure gear that is engaged on power roller and with traction gear, the traction electric machine for driving traction roller wheel to rotate and for driving
The pressure cylinder of pressure support frame sliding.
Preferably, the pulling component include the pulling support frame being fixed on the machine body, axis turn be connected to pulling support frame
Pulling roller, vertical direction is slidably connected to and the extruding support frame of support frame, axis pulled to turn to be connected to and squeeze support frame and position
In pull roller above extrudings roller, for drive pull roller rotation pulling motor and for driving extruding support frame
The extruding cylinder of sliding.
Preferably, having heaters is set between the coding component and slitting component, the heater is fixed on the machine body,
Moving direction on the heater along FFC line offers transmission hole.
As the above scheme is adopted, the utility model embodiment makes position using telescopic component by setting telescopic component
In traction component and the FFC line between component is pulled to be in tensioning state always, avoids FFC line itself deformation occurs and cause to damage
It is bad；Simultaneously as FFC is in tensioning state always, preventing FFC line from generating twist distortion leads to the surface irregularity of FFC line,
To ensure that the precision and accuracy of coding label；In addition, FFC line is prevented to be distorted and cause to misplace, it ensure that and cut
Positional dissection is realized to FFC line during cutting, ensure that the quality of product.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model embodiment；
Fig. 2 is the structural schematic diagram of the utility model embodiment telescopic component；
Fig. 3 is the structural schematic diagram of the utility model embodiment coding component；
Fig. 4 is the structural schematic diagram of the utility model embodiment slitting component；
Fig. 5 is the structural schematic diagram of the utility model embodiment saddle；
Fig. 6 is the structural schematic diagram of the utility model embodiment blowing component；
Fig. 7 is the structural representation of the utility model embodiment blowing movable stand；
Fig. 8 is the structural schematic diagram of the utility model embodiment rewinding component；
Fig. 9 is the structural schematic diagram of the utility model embodiment recycling component；
Figure 10 is the structural schematic diagram of the utility model embodiment traction component；
Figure 11 is the structural schematic diagram that the utility model embodiment pulls component；
In figure:
10, blowing component；11, correction CCD camera；12, blowing support frame；13, blowing movable stand；131, releasing bracket；
132, blowing roller；133, discharging motor；14, correction motor；
20, traction component；21, support frame is drawn；22, roller is drawn；23, pressure support frame；24, pressure roller；25, it leads
Draw gear；26, pressure gear；27, traction electric machine；28, pressure cylinder；
30, coding component；31, coding support frame；32, coding sliding shoe；33, code spraying head；34, coding motor；
40, slitting component；41, slitting support frame；42, slitting movable stand；43, slitting motor；44, slitting CCD camera；
45, saddle；46, blade；47, adjusting knob；
50, component is pulled；51, support frame is pulled；52, roller is pulled；53, support frame is squeezed；54, roller is squeezed；55, it draws
Dynamic motor；56, cylinder is squeezed；
60, rewinding component；61, rewinding support frame；62, rewinding roller；63, rewinding motor；
70, telescopic component；71, mounting rack；72, telescopic slide frame；73, stretch roller；74, telescopic cylinder；
80, component is recycled；81, support frame is recycled；82, roller is recycled；83, motor is recycled；
90, heater.
Specific embodiment
The embodiments of the present invention are described in detail below in conjunction with attached drawing, but the utility model can be by right
It is required that the multitude of different ways for limiting and covering is implemented.
A kind of CCD slitting ink jet numbering machine as shown in figs. 1-11, it includes body, is fixed on the machine body for placing in rolls
The blowing component 10 of FFC line is fixed on the machine body correction CCD camera 11 used for positioning, is fixed on the machine body for transmitting FFC
The traction component 20 of line, be fixed on the machine body for FFC line coding coding component 30, be fixed on the machine body for FFC
The slitting component 40 of wire cutting is fixed on the machine body the pulling component 50 for transmitting FFC line and is fixed on the machine body and is used for
To FFC line winding rewinding component 60, wherein blowing component 10, correction CCD camera 11, traction component 20, coding component 30, point
Bar assembly 40 pulls component 50 and rewinding component 60 to be set gradually from left to right on body；The lower section of coding component 30 is set
It is equipped with telescopic component 70, telescopic component 70 includes that mounting rack 71, the vertical direction positioned at 30 lower section of coding component are slidably connected to
Telescopic slide frame 72, the axis of mounting rack 71 turn to be connected to the flexible roller 73 of telescopic slide frame 72, for driving telescopic slide frame
72 telescopic cylinder 74.
Based on the above structure, due to when carrying out coding to FFC line using coding component 30, needing FFC line to keep stopping
State needs FFC line to be always maintained at motion state when cutting using slitting component 40 to FFC line, therefore, be used for FFC
Traction component 20 that line is sent in coding component 30 and pulling component 50 for being pulled to FFC line in slitting component 40
Use state cannot be consistent, wherein traction component 20 stops working, and leads after coding when carrying out coding to FFC line
Draw component 20 to work on；And slitting component 40 needs to carry out FFC line to continue cutting, therefore component 50 is pulled to remain work
Make state, since the working condition of the two is inconsistent, is easy to cause positioned at traction component 20 and pulls the FFC line between component 50
Fold and distortion occurs.When FFC line is distorted, making FFC line, deformation occurs, and FFC line itself can be made to destroy；Meanwhile
During coding, it is easy to appear fold when surface is not straightened in FFC line, due to FFC surface irregularity, will lead to spray after coding
Code labeling is unintelligible or misplaces；During slitting, since FFC line is distorted, will lead to FFC line generation fold and distortion and
Lead to position inaccurate, so that cutting dislocation causes to damage product.Therefore, include sensor in telescopic component 70, utilize sensing
Device senses that FFC line is distorted, and passes the signal along in telescopic cylinder 74, drives telescopic slide frame using telescopic cylinder 74
72 make opposite sliding on mounting rack 71 along the vertical direction, make to be located at traction component 20 and the FFC line between component 50 is pulled to begin
It is in tensioning state eventually, FFC line is avoided to be distorted and occur fold.Based on this, by the way that telescopic component 70 is arranged, using flexible
Component 70 makes to be located at traction component 20 and the FFC line between component 50 is pulled to be in tensioning state always, avoids FFC line itself
Deformation occurs damages；Simultaneously as FFC is in tensioning state always, preventing FFC line from generating twist distortion leads to FFC line
Surface irregularity, thus ensure that coding label precision and accuracy；In addition, FFC line is prevented to be distorted and lead
Dislocation is caused, ensure that in cutting process and positional dissection is realized to FFC line, ensure that the quality of product.
To realize the various ways coding to FFC line, coding component 30 includes the spray being fixed on the machine body in the present embodiment
Code support frame 31, is consolidated the coding sliding shoe 32 that coding support frame 31 is slidably connected to perpendicular to FFC line moving direction level vertically
The code spraying head 33 being scheduled on coding sliding shoe 32 and the coding motor 34 for driving coding sliding shoe 32 to slide.More than being based on
Structure, for FFC line when carrying out coding, coding motor 34 drives coding sliding shoe 32 to make water along the moving direction perpendicular to FFC line
It is smooth dynamic, since coding sliding shoe 32 is fixedly connected with code spraying head 33, the movement shape of code spraying head 33 and coding sliding shoe 32
State is consistent, therefore, is adjusted using position of the coding sliding shoe 32 to code spraying head 33, a variety of sides to FFC line may be implemented
Formula coding improves the practicability of coding component 30.
To guarantee to carry out FFC line positional dissection, slitting component 40 includes the slitting being fixed on the machine body in the present embodiment
Support frame 41 is slidably connected to the slitting movable stand 42 of slitting support frame 41, for driving perpendicular to FFC line moving direction level
The slitting motor 43 of the sliding of slitting movable stand 42 is arranged on slitting movable stand 42 for detecting each lead location in FFC line
Slitting CCD camera 44 and the saddle 45 being arranged on slitting support frame 41, the blade for being distributed in 45 lower end of saddle
46 and the adjusting knob 47 for adjusting 45 position of saddle.Based on the above structure, driven by rotation adjusting knob 47
Saddle 45 is slided along 42 vertical direction of slitting movable stand, so as to for different FFC lines to blade 46 and FFC line it
Between distance be adjusted, guarantee blade 46 can touch FFC line to FFC line carry out slitting, enhance slitting component 40
Practicability；Meanwhile when carrying out slitting operation to FFC line, slitting CCD camera 44 examines the lead location in FFC line
It surveys, using the electrical connection of slitting motor 43 and slitting CCD camera 44, the result after will test is transmitted to slitting motor 43
In, the drive slitting movable stand 42 of slitting motor 43 makees horizontal sliding along vertical FFC line moving direction, since the setting of knife rest 45 is dividing
On movable stand 42, therefore, the blade 46 on adjustable saddle 45 cuts FFC line, to ensure that slitting
In the process to the positional dissection of FFC line, the quality of product ensure that.
To prevent FFC to be distorted, guarantee the quality of FFC line, blowing component 10 includes being fixed on body in the present embodiment
On blowing support frame 12, be slidably connected to perpendicular to FFC line moving direction level the blowing movable stand 13 of blowing support frame 12
And the correction motor 14 for driving blowing movable stand 13, blowing movable stand 13 include being slidably connected to blowing support frame 12
Releasing bracket 131, axis turn the blowing roller 132 for being connected to releasing bracket 131 and the blowing electricity for driving blowing roller 132
Machine 133.Based on the above structure, FFC line is located on blowing roller 132, and discharging motor 133 drives blowing roller 132 to rotate, thus
The transmission of FFC line is driven, when FFC line is transmitted at correction CCD camera 11, correction CCD camera 11 examines the position of FFC line
It surveys, and passes the signal along in correction motor 14, the correction starting of motor 14 drives blowing movable stand 13 to move along perpendicular to FFC line
Horizontal sliding is made in direction, and FFC line is driven to be moved in the profile of Live roller 22, prevents from going out in FFC line transmit process
It now distorts, ensure that following process is unaffected.
For the labor intensity for mitigating staff, rewinding component 60 includes the rewinding branch being fixed on the machine body in the present embodiment
Support 61, axis turn the rewinding roller 62 being connected on rewinding support frame 61, are set as two and each rewinding on rewinding roller 62
The rewinding motor 63 for driving rewinding roller 62 to rotate is provided on roller 62.Based on the above structure, rewinding roller 62 is set
Two are set to, after a rewinding roller 62 fills FFC line wherein, the FFC line transmitted can be connected to by staff
On another rewinding roller 62, and start the rewinding motor 63 on the rewinding roller 62, continues rewinding process, to protect
Having demonstrate,proved transmit process will not interrupt, and avoid staff and need to close control system comprehensively, then carry out FFC coil of wire material replacement work
Make, alleviates the labor intensity of staff, ensure that continuing working for rewinding component 60, improve work efficiency.
To realize the recycling to FFC line clout, the lower section of rewinding component 60 is provided with recycling component 80 in the present embodiment, returns
Receive component 80 include be fixed on the machine body recycling support frame 81, axis turn be connected to recycle support frame 81 on recycling roller 82 with
And the recycling motor 83 for driving recycling roller 82 to rotate.Based on the above structure, FFC line is grasped by the slitting of slitting component 40
After work, clout can be generated, the substance of utility value may be remained in clout, drive 82 turns of roller of recycling using recycling motor 83
It is dynamic, it drives remaining FFC line to be transferred on recycling roller 82, realizes the recycling to clout, save raw material.
For FFC line to be sent in coding component 30, and accurate coding, traction component in the present embodiment are carried out to FFC line
20 traction support frame 21, axis including being fixed on the machine body turn to be connected to traction support frame 21 for transmitting the traction roller of FFC line
Wheel 22, vertical direction are slidably connected to the traction pressure support frame 23 of support frame 21, axis turns to be connected on pressure support frame 23 and
Positioned at traction roller 22 above pressure roller 24, be fixed on draw 22 one end of roller traction gear 25, be fixed on pressure roll
The pressure gear 26 engaged on wheel 24 and with traction gear 25, traction electric machine 27 and use for driving traction roller 22 to rotate
In the pressure cylinder 28 that driving pressure support frame 23 slides.Based on the above structure, after FFC line is transmitted in traction component 20, lead
Drawing motor 27 drives traction gear 25 to rotate, since traction gear 25 and pressure gear 26 engage, traction electric machine 27 can be with
Driving traction roller 22 and the rotation of pressure roller 24 simultaneously drive the FFC line being located between the two to be sent to coding component 20 simultaneously
In；28 driving pressure support frame 23 of pressure cylinder moves downward simultaneously, while driving pressure roller 24 to move downward and applying to FFC line
Plus-pressure increases FFC line and draws the frictional force between roller 22, pressure roller 24, avoids FFC line and traction roller 22, pressure
Power roller 24 skids, and keeps starting and stopping for traction electric machine 27 synchronous with the transmission of FFC line and stopping realization, passes through starting
Transmission and stopping of the FFC line at coding component 30 are controlled with traction electric machine 27 is closed, convenient for accurately being sprayed to FFC line
Code.
To prevent FFC line from skidding at pulling component 50, influence to cut, it includes solid that component 50 is pulled in the present embodiment
Pulling support frame 51, the axis being scheduled on body turn the pulling roller 52 being connected to pull on support frame 51, vertical direction sliding connects
It is connected to the extruding support frame 53 for pulling support frame 51, axis turns to be connected to extruding support frame 53 and be located to pull squeezing for 52 top of roller
Roller wheel 54, the extruding for driving the pulling motor 55 for pulling roller 52 to rotate and for driving extruding support frame 53 to slide
Cylinder 56.Based on the above structure, pulls roller 52 to be set as two, be sequentially connected between two pulling rollers 52, and pulling
Conveyer belt is set on roller 52, pulls roller 52 to rotate using pulling motor 55 to drive, and then drive conveyer belt rotation, while sharp
It is moved downward with the driving extruding support frame 51 of cylinder 56 is squeezed, while driving extruding roller 54 to move downward and the application of FFC line is pressed
Power increases the frictional force between FFC line and conveyer belt, extruding roller 54, prevents FFC line and conveyer belt, squeezes the generation of roller 54
It skids, makes FFC line that can continue to move under the drive for pulling motor 55, to ensure that FFC line energy in slitting component 40
Enough lasting cuttings.
Add to be provided between coding component 30 and slitting component 40 convenient for being cut to FFC line, in the present embodiment
Hot device 90 offers along the direction of FFC line transmission the transmission hole for the transmission of FFC line on heater 90.Based on the above structure, due to
FFC line is not easy to cut, therefore before FFC line is transmitted to slitting component 40, and FFC line is first made to pass through heater from transmission hole
90, FFC line is heated using heater 90, FFC line is made to ensure that FFC line process by thermal softening convenient for cutting
Fluency.
The above is only the preferred embodiment of the present invention, and therefore it does not limit the scope of the patent of the utility model,
Equivalent structure or equivalent flow shift made by using the description of the utility model and the drawings, is directly or indirectly transported
Used in other related technical areas, it is also included in the patent protection scope of the utility model.
Claims (9)
1. a kind of CCD slitting ink jet numbering machine, it is characterised in that: it includes body, is fixed on the machine body for placing coiled FFC line
Blowing component is fixed on the machine body correction CCD camera used for positioning, is fixed on the machine body draw groups for transmitting FFC line
Part, be fixed on the machine body for FFC line coding coding component, be fixed on the machine body for the slitting group to FFC wire cutting
Part is fixed on the machine body the pulling component for transmitting FFC line and is fixed on the machine body the receipts for being wound to FFC line
Expect that component, the blowing component, traction component, coding component, slitting component, pull component and rewinding group at correction CCD camera
Part is set gradually from left to right on body；
Telescopic component is provided with below the coding component, the telescopic component includes the installation below coding component
Frame, vertical direction are slidably connected to the telescopic slide frame of mounting rack, axis turns the flexible roller and use that are connected to telescopic slide frame
In the telescopic cylinder of driving telescopic slide frame sliding.
2. a kind of CCD slitting ink jet numbering machine as described in claim 1, it is characterised in that: the coding component includes being fixed on machine
It is coding support frame on body, the coding sliding shoe that coding support frame is slidably connected to perpendicular to FFC line moving direction level, vertical
The code spraying head being fixed on coding sliding shoe and the coding motor for driving coding sliding shoe to slide.
3. a kind of CCD slitting ink jet numbering machine as described in claim 1, it is characterised in that: the slitting component includes being fixed on machine
Slitting support frame on body is slidably connected to the slitting movable stand of slitting support frame perpendicular to FFC line moving direction level, is used for
The slitting motor of driving slitting movable stand sliding is arranged on slitting movable stand for detecting point of each lead location in FFC line
CCD camera, is distributed in the blade of saddle lower end and for adjusting cunning at the saddle being arranged on slitting movable stand
The adjusting knob of moving knife rack position.
4. a kind of CCD slitting ink jet numbering machine as described in claim 1, it is characterised in that: the blowing component includes being fixed on machine
Blowing support frame on body, be slidably connected to perpendicular to FFC line moving direction level the blowing movable stand on blowing support frame with
And for drive blowing movable stand slide correction motor, the blowing movable stand include releasing bracket, axis turn be connected to blowing
The blowing roller of bracket and for drive emptying roller wheel rotate discharging motor.
5. a kind of CCD slitting ink jet numbering machine as described in claim 1, it is characterised in that: the rewinding component includes being fixed on machine
Rewinding support frame, axis on body turn the rewinding roller for being connected to rewinding support frame, and the rewinding roller is set as two and two
The rewinding motor for driving material receiving roller wheel to rotate is provided on rewinding roller.
6. a kind of CCD slitting ink jet numbering machine as described in claim 1, it is characterised in that: be provided with below the rewinding component
Component is recycled, it is described to recycle the recycling that component includes the recycling support frame being fixed on the machine body, axis turn is connected to recycling support frame
Roller and for drive recycling roll wheel rotate recycling motor.
7. a kind of CCD slitting ink jet numbering machine as described in claim 1, it is characterised in that: the traction component includes being fixed on machine
Traction support frame, axis turn on body are connected to traction support frame and are slidably connected for transmitting traction roller, the vertical direction of FFC line
In the pressure roller that pressure support frame, the axis turn of traction support frame are connected to pressure support frame and are located above traction roller, admittedly
It is scheduled on the traction gear for drawing roller one end, the pressure gear for being fixed on pressure roller and engaging with traction gear, for driving
The traction electric machine of dynamic traction roller wheel rotation and the pressure cylinder slided for driving pressure support frame.
8. a kind of CCD slitting ink jet numbering machine as described in claim 1, it is characterised in that: the pulling component includes being fixed on machine
Pulling support frame, axis on body turn the pulling roller being connected to pull on support frame, vertical direction is slidably connected to pulling support
Extruding support frame, the axis of frame turn the extruding roller being connected to squeeze on support frame and be located above pulling roller, draw for driving
The pulling motor that dynamic roller rotates and the extruding cylinder for driving extruding support frame sliding.
9. such as a kind of CCD slitting ink jet numbering machine of any of claims 1-8, it is characterised in that: the coding component and
Having heaters is set between slitting component, and the heater is fixed on the machine body, along the moving direction of FFC line on the heater
Offer transmission hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821529930.6U CN208728833U (en) | 2018-09-18 | 2018-09-18 | A kind of CCD slitting ink jet numbering machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821529930.6U CN208728833U (en) | 2018-09-18 | 2018-09-18 | A kind of CCD slitting ink jet numbering machine |
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| CN208728833U true CN208728833U (en) | 2019-04-12 |
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| CN201821529930.6U Active CN208728833U (en) | 2018-09-18 | 2018-09-18 | A kind of CCD slitting ink jet numbering machine |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117594805A (en) * | 2024-01-19 | 2024-02-23 | 山东华滋自动化技术股份有限公司 | Membrane electrode slitting equipment |
-
2018
- 2018-09-18 CN CN201821529930.6U patent/CN208728833U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117594805A (en) * | 2024-01-19 | 2024-02-23 | 山东华滋自动化技术股份有限公司 | Membrane electrode slitting equipment |
| CN117594805B (en) * | 2024-01-19 | 2024-04-02 | 山东华滋自动化技术股份有限公司 | Membrane electrode slitting equipment |
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