CN204414832U - Hot transfer coding machine prints drive system control device - Google Patents
Hot transfer coding machine prints drive system control device Download PDFInfo
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- CN204414832U CN204414832U CN201520037955.4U CN201520037955U CN204414832U CN 204414832 U CN204414832 U CN 204414832U CN 201520037955 U CN201520037955 U CN 201520037955U CN 204414832 U CN204414832 U CN 204414832U
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Abstract
The utility model relates to a kind of hot transfer coding machine and prints drive system control device, wherein: pre-end shaft is placed through clutch shaft bearing and the second brearing bore and is fixed on pre-activity bearing, and pre-activity bearing is fixed on pre-activity bracket by the activity of pre-activity fulcrum; Printing rotating shaft is fixedly connected on rotating shaft mounting blocks, the endoporus being simultaneously placed through pre-activity bracket and print head assembly realizes being flexibly connected, install in one end endoporus of pre-activity bracket and print last item, buffer spring is between printing last item endoporus and pre-activity fixed block, and pre-activity fixed block is fixedly connected on pre-activity bracket; The driving drive block that rotating shaft mounting blocks is installed is used for fixing Timing Belt, and the kinetic force of motor is delivered on rotating shaft mounting blocks by Timing Belt, and then drives the pre-activity bracket on rotating shaft mounting blocks and print head assembly to be synchronized with the movement.The utility model frame for movement is more simply small and exquisite, efficient energy-saving, saves cost, convenient and practical, can adapt to all application scenarios.
Description
Technical field
The utility model relates to hot transfer coding machine, the hot transfer coding machine being particularly applied in stamp in flexible package presses down the control device printing and printed the drive system lifted for printhead.
Background technology
Existing hot transfer printing stamp equipment, its printhead course of work is roughly as follows: when coder receives print signal, cylinder or electromagnet apparatus drive printhead to press down, the heat transfer colour ribbon being wrapped in print head surface is contacted with certain pressure with bottom printing thin film, control system controls printhead heating simultaneously, make the layer of ink of colour band sites of heat generation be transferred to beneath film and form print pattern, after printing completes, the venting of control system control cylinder or electromagnet power-off realize printhead and lift (the beneath film certain distance of at this moment printhead carbon ribbon disengaging, so that the colour band printed is collected and beneath film runs to prepare to print) next time.
The mode that the action drives process that current control printhead presses down printing and printed withdrawal adopts pneumatic control mode or electromagnet to add mechanical device conversion mostly realizes.Because the annex needed is many, so install complicated, trouble and cost compare is high, and easily there is in site of deployment the situation affecting its application because not having source of the gas in wherein pneumatic control mode on cost.And although electromagnet mode does not need source of the gas, but because print procedure needs certain pressure, reach the electromagnet that the pressure-driven printhead action needed for work needs power larger, so electromagnet volume can be larger, and the frame for movement of electromagnet action conversion is also relatively complicated, higher to integral installation designing requirement, cost is also relatively high.
In view of this, person skilled in art makes great efforts the control device of the hot transfer coding machine printing drive system researching and developing a kind of improvement.
Summary of the invention
Task of the present utility model is to provide a kind of control device being applied to the printing drive system of hot transfer coding machine, when it solving existing hot transfer coding machine stamp, printhead is pressed down to print and print and terminates withdrawal and need to be driven by pneumatic element, or adopt electromagnet to drive in conjunction with the mode of frame for movement, and there is complex structure, cost is high, the problem that energy consumption is large.
Technical solution of the present utility model is as follows:
A kind of hot transfer coding machine prints drive system control device, it comprises motor, soleplate, driving driving wheel, Timing Belt, driving driven shaft, drives driven pulley, prints rotating shaft and print head assembly, it is characterized in that: it also comprises the pre-moving axis be arranged on soleplate, bearing, pre-activity bracket, pre-activity bearing, rotating shaft mounting blocks, gripper shoe, extension spring, pre-activity fulcrum, track base, guide rail, reset tension spring, driving fixed block, drives drive block, prints last item and pre-activity fixed block;
Described bearing is made up of clutch shaft bearing and the second bearing, pre-end shaft is placed through clutch shaft bearing and the second brearing bore and is fixed on pre-activity bearing, pre-activity bearing is fixed on pre-activity bracket by the activity of pre-activity fulcrum, and can rotate fixing angle around pre-activity fulcrum on pre-activity bracket;
Described printing rotating shaft is fixedly connected on rotating shaft mounting blocks, the endoporus being simultaneously placed through pre-activity bracket and print head assembly realizes being flexibly connected, in one end endoporus of pre-activity bracket, printing last item is installed, buffer spring is between printing last item endoporus and pre-activity fixed block, pre-activity fixed block is fixedly connected on pre-activity bracket, makes to print last item energy elasticity activity in pre-activity bracket endoporus;
Described rotating shaft mounting blocks is installed on track base, and track base is movably arranged on guide rail, and guide rails assembling is on soleplate; Rotating shaft mounting blocks is provided with simultaneously and drives fixed block and drive drive block, drive block is driven to be used for fixing Timing Belt, the kinetic force of motor is delivered on rotating shaft mounting blocks by Timing Belt, and then drives the pre-activity bracket on rotating shaft mounting blocks and print head assembly to be synchronized with the movement along guide rail.
One end of described pre-activity bracket realizes elasticity with rotating shaft mounting blocks by reset tension spring and is connected.
The end of described print head assembly is provided with print axis, described extension spring is made up of the first extension spring and the second extension spring, pre-activity bracket is connected by the first extension spring, the second extension spring elasticity with print head assembly, makes printing last item and print axis keep in touch and realize the transmission of power.
Described soleplate is also provided with the primary importance sensing element for detecting print head assembly position and second place sensing element.
Described print head assembly moves back and forth between primary importance sensing element and second place sensing element within a work period, realizes induction of signal by the magnetic sheet be installed on the stripper roll assembly on rotating shaft mounting blocks.
Described soleplate is also provided with the first tape guide roller and the second tape guide roller that are wound around guiding for colour band.
Adopt the printing control scheme for drive system that the utility model provides, only need simple frame for movement to realize said function, greatly can save cost, simplify structural design, reduce energy consumption, and convenient and practical, not by the impact that namely site of deployment cannot use because not having source of the gas; Meanwhile, new construction of the present utility model makes manufactured machine can be smaller and more exquisite, almost can adapt to all application scenarios, substantially increase the scope of application of machine.
According to hot transfer coding machine printhead driving control device of the present utility model, adopt the mode that bearing is combined with fork, the height change of gripper shoe and support pad in utilizing bearing to run along gripper shoe profile track, realize printhead and press down the action conversion printing and printed and lift, carry out driving by motor to run, complete stretching out of printhead in print procedure and press down, print (maintenance presses down), printed and lifted, move to initial operating position.The whole course of work is without any need for pneumatic element, do not need that the costs such as electromagnet are high, the large element that consumes energy is assisted, just apply the flexibility of rolling bearing and the ingenious property of frame for movement dexterously, namely achieving other existing apparatus needs the printhead that could be realized by labyrinth press down printing and printed the holding function lifted.Realize printing owing to needing to drive head device to move by motor in the hot transfer coding machine course of work of integral type, realize so this device utilizes original motor to drive, drive motors need not be increased in addition, therefore save manufacturing cost and energy consumption.As can be seen here, hot transfer coding machine of the present utility model prints drive system control device and reaches other devices existing and to be beyond one's reach effect and technological break-through.
Hot transfer coding machine of the present utility model prints drive system control device and can directly be applied on intelligent thermal transfer coder, especially can be applicable to the hot transfer coding machine of stamp in flexible package, achieve pure frame for movement mode to realize printing drived control, namely printhead stretches out and presses down printing, printed the process lifted, make frame for movement more simple, efficient energy-saving.
Accompanying drawing explanation
Fig. 1 is the structural representation that a kind of hot transfer coding machine of the present utility model prints drive system control device, is the top view of control device.
Fig. 2 is that the A of Fig. 1 control device is to partial structurtes schematic diagram.
Fig. 3 is the right view of Fig. 1 control device.
Fig. 4 to Fig. 6 is the working state schematic representation of a work period of the hot transfer coding machine printhead drive system control device of application a kind of batch type application of the present utility model.
Fig. 7, Fig. 8 are the working state schematic representations of a work period of the hot transfer coding machine printhead drive system control device of application a kind of continous way application of the present utility model.
Reference numeral:
1 is motor, plate based on 2, 3 for driving driving wheel, 4 is Timing Belt, 5 is rotating shaft mounting blocks, 6 is gripper shoe, 7 for printing rotating shaft, 8 is print head assembly, 9 is stripper roll assembly, 10 for driving driven shaft, 11 for driving driven pulley, 12 is tension adjustment block, 13 is pre-moving axis, 14 is clutch shaft bearing, 14' is the second bearing, 15 is pre-activity bracket, 16 is pre-activity bearing, 17 is the first extension spring, 17' is the second extension spring, 18 is the first tape guide roller, 18' is the second tape guide roller, 19 is primary importance sensing element, 19' is second place sensing element, 20 is pre-activity fulcrum, 21 is guide rail, 22 is colour band, 23 is support pad, 24 is reset tension spring, 25 for driving fixed block, 26 for driving drive block, 27 is track base, 28 is magnetic sheet, 29 is print axis, 30 for printing last item, 31 is buffer spring, 32 is pre-activity fixed block, 33 is printing thin film, 34 is rubber cushion of undertaking the printing of, 35 is rubber roll of undertaking the printing of.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is elaborated.
Referring to Fig. 1 to Fig. 3, the utility model provides a kind of hot transfer coding machine to print drive system control device, it is primarily of motor 1, soleplate 2, drive driving wheel 3, Timing Belt 4, drive driven shaft 10, drive driven pulley 11, print rotating shaft 7, print head assembly 8, be arranged on the pre-moving axis 13 on soleplate 2, bearing, pre-activity bracket 15, pre-activity bearing 16, rotating shaft mounting blocks 5, gripper shoe 6, extension spring, pre-activity fulcrum 20, track base 27, guide rail 21, reset tension spring 24, drive fixed block 25, drive drive block 26, print the composition such as last item 30 and pre-activity fixed block 32.
Motor 1 is arranged on soleplate 2, drives driving wheel 3 to be fixedly connected with motor 1 output shaft.Drive driven shaft 10 to be placed through drive the endoporus of driven pulley 11 and be fixedly connected with tension adjustment block 12, make driving driven pulley 11 rotate around driving driven shaft 10 and to limit the axial float driving driven pulley 11 simultaneously.Tension adjustment block 12 is fixed on soleplate 2, makes the tension force that Timing Belt 4 keeps suitable.Drive driving wheel 3 and drive driven pulley 11 to be in transmission connection by Timing Belt 4.
Bearing is made up of clutch shaft bearing 14 and the second bearing 14', pre-moving axis 13 two ends are placed through clutch shaft bearing 14 and the second bearing 14' endoporus and are fixed on pre-activity bearing 16, pre-activity bearing 16 is fixed on pre-activity bracket 15 by pre-activity fulcrum 20 activity, and can rotate fixing angle around pre-activity fulcrum 20 on pre-activity bracket 15.
Printing rotating shaft 7 is fixedly connected on rotating shaft mounting blocks 5, the endoporus being simultaneously placed through pre-activity bracket 15 and print head assembly 8 realizes being flexibly connected, be provided with in one end endoporus of pre-activity bracket 15 and print last item 30, buffer spring 31 is between printing last item 30 endoporus and pre-activity fixed block 32, pre-activity fixed block 32 is fixedly connected on pre-activity bracket 15, as shown in Figure 3, make to print last item 30 in pre-activity bracket 15 endoporus, realize the activity of energy elasticity, during to ensure to print print head assembly 8 with undertake the printing of rubber cushion 34 adjustable range certain limit less than normal time by the elastic deformation of buffer spring 31 to ensure suitable pressure limit, be unlikely to the damage and the operation irregularity that cause print head assembly 8 because pressure is excessive.In the end of print head assembly 8, print axis 29 is installed, extension spring is made up of the first extension spring 17 and the second extension spring 17', pre-activity bracket 15 is connected by the first extension spring 17, second extension spring 17' elasticity with print head assembly 8, makes to print last item 30 and keeps in touch with print axis 29 and realize the transmission of power.
Rotating shaft mounting blocks 5 is installed on track base 27, and track base 27 is movably arranged on guide rail 21, and guide rail 21 is arranged on soleplate 2.Rotating shaft mounting blocks 5 is provided with simultaneously and drives fixed block 25 and drive drive block 26, drive block 26 is driven to be used for fixing Timing Belt 4, the kinetic force of motor 1 is delivered on rotating shaft mounting blocks 5 by Timing Belt 4, and then drives the parts such as the pre-activity bracket 27 on rotating shaft mounting blocks 5 and print head assembly 8 to be synchronized with the movement along guide rail 21.
Soleplate 2 is provided with gripper shoe 6 simultaneously, and support pad 23 is fixed in gripper shoe 6.One end of pre-activity bracket 15 realizes elasticity with rotating shaft mounting blocks 5 by reset tension spring 24 and is connected, under the effect of reset tension spring 24 pulling force, the pre-activity bearing 16 that maintenance is movably installed on pre-activity bracket 15 and clutch shaft bearing 14, the second bearing 14' be arranged on pre-activity bearing 16 are adjacent to the support pad 23 in gripper shoe 6 end face or gripper shoe 6, and change by support pad 23 and the height of gripper shoe 6 direction of motion changing pre-activity bearing 16 in motion process.
As shown in Figure 1, soleplate 2 is also provided with the primary importance sensing element 19 for detecting print head assembly 8 position and second place sensing element 19', print head assembly 8 moves back and forth between primary importance sensing element 19 and second place sensing element 19' within a work period, realizes induction of signal by the magnetic sheet 28 be installed on the stripper roll assembly 9 on rotating shaft mounting blocks 6.As shown in fig. 1, soleplate 2 is provided with simultaneously the first tape guide roller 18, the second tape guide roller 18' being wound around guiding for colour band 22.
Referring to Fig. 4 to Fig. 8, the hot transfer coding machine of one of the present utility model prints drive system control mode, and Fig. 4 is original operating state of the present utility model, facilitates the winding of colour band 22 to install; Drived control mode when Fig. 5 and Fig. 6 is a kind of batch (-type) coder application of the present utility model.
When coder receives print signal, control system drive motors 1 rotates, power is passed to the Timing Belt 4 be in transmission connection with it by the driving driving wheel 3 be fixedly installed on motor 1 output shaft, rotating shaft mounting blocks 5 is provided with simultaneously and drives fixed block 25 and drive drive block 26, drive block 26 is driven to be used for fixing Timing Belt 4, the kinetic force of motor 1 is delivered on rotating shaft mounting blocks 5 by Timing Belt 4, and then drives the parts such as the pre-activity bracket 27 on rotating shaft mounting blocks 5 and print head assembly 8 to be synchronized with the movement along guide rail 21.When pre-activity bearing 16 turns right motion through the arc position of gripper shoe 6, under arc surface drag effect, pre-activity bearing 16 rotates counterclockwise around pre-activity fulcrum 20, print head assembly 8 is stretched out outward, Fig. 5 is shown as duty when print head assembly 8 moves to above support pad 23, and namely coder of the present invention prints the state of (printhead presses down).When clutch shaft bearing 14, when second bearing 14' moves on the right side of support pad 23, magnetic sheet 28 on stripper roll assembly 9 senses that second place sensing element 19' sends signal, control system controls motor 1 immediately and shuts down, now clutch shaft bearing 14, second bearing 14' is in support pad 23 right hand edge oblique angle place, under the effect of back-moving spring 24 pulling force and under the effect of beneath printing rubber cushion 34 reaction force, clutch shaft bearing 14, second bearing 14' rolls to the right around pre-activity fulcrum 20, and drive pre-activity bearing 16 to be clockwise to the other end of pre-activity bracket 15, in pre-activity bearing 16 angular transition, there is difference of height simultaneously, thus realize print head assembly 8 regain lift.Figure 6 shows that under the driving of motor 1, returning realization in initial position process after print head assembly 8 has printed keeps certain distance with beneath printing rubber cushion 34 and printing thin film 33, thus realize printhead in a printing interval and press down printing, print and to lift after terminating and return initial position (Fig. 4) and do not affect the operation of beneath film; When print head assembly 8 is back to primary importance sensing element 19, the magnetic sheet 28 on stripper roll assembly 9 senses primary importance sensing element 19, and control system controls motor 1 and shuts down, to prepare next printing interval.
Fig. 4, Fig. 7 and Fig. 8 are shown as drived control mode during a kind of continous way coder application of the present invention, and Fig. 4 is initial position, facilitates the installation of colour band 22, and Fig. 8 is shown as print head assembly 8 lifting status.
Ready-to-print state is entered after coder completes self-inspection, control system drive motors 1 rotates, print head assembly 8 grade is driven to move to position shown in Fig. 8 along guide rail 21, the magnetic sheet 28 on stripper roll assembly 9 is made to sense primary importance sensing element 19, under signal function, control system control motor 1 shuts down, and now print head assembly 8 stretches out outward, is in lifting status (not contacting with printing thin film 33), system readiness, Fig. 8 is shown as print head assembly 8 lifting status.When coder receives print signal, system drive motor 1 operates, when driving print head assembly 8 to move to second place sensing element 19' position, magnetic sheet 28 on stripper roll assembly 9 senses primary importance sensing element 19', control system controls motor 1 and shuts down, Fig. 7 is shown as the state that print head assembly 8 presses down printing, and namely coder of the present invention prints the state of (printhead presses down).Now clutch shaft bearing 14, the second bearing 14' arrives above support pad 23, and print head assembly 8 forms the contact of certain pressure with printing thin film 33 and rubber roll 35 of undertaking the printing of, and completes and presses down printing.After printing completes, control system drive motors 1 rotates backward, and drive print head assembly 8 to be back to primary importance sensing element 19, now print head assembly 8 realizes lifting status, prepares next printing interval.In a work period, control system control print head assembly 8 moves back and forth once namely to complete in Fig. 7 state and Fig. 8 state and once prints.
In sum, hot transfer coding machine of the present utility model is adopted to print drive system control device, simple frame for movement is only needed to realize said function, greatly can save cost, simplify structural design, reduce energy consumption, and convenient and practical, not by the impact that namely site of deployment cannot use because not having source of the gas; Meanwhile, new construction of the present utility model makes manufactured machine can be smaller and more exquisite, almost can adapt to all application scenarios, substantially increase the scope of application of machine.Hot transfer coding machine of the present utility model prints drive system control device and can directly be applied on intelligent thermal transfer coder, especially can be applicable to the hot transfer coding machine of stamp in flexible package, achieve pure frame for movement mode to realize printing drived control, namely printhead stretches out and presses down printing, printed the process lifted, make frame for movement more simple, efficient energy-saving.
Certainly, those skilled in the art in the art will be appreciated that, above-described embodiment is only used to the utility model is described, and be not used as restriction of the present utility model, as long as in spirit of the present utility model, the conversion of above-described embodiment, modification all will be dropped in the scope of the utility model claim.
Claims (6)
1. a hot transfer coding machine prints drive system control device, it comprises motor (1), soleplate (2), drive driving wheel (3), Timing Belt (4), drive driven shaft (10), drive driven pulley (11), print rotating shaft (7) and print head assembly (8), it is characterized in that: it also comprises the pre-moving axis (13) be arranged on soleplate (2), bearing, pre-activity bracket (15), pre-activity bearing (16), rotating shaft mounting blocks (5), gripper shoe (6), extension spring, pre-activity fulcrum (20), track base (27), guide rail (21), reset tension spring (24), drive fixed block (25), drive drive block (26), print last item (30) and pre-activity fixed block (32),
Described bearing is made up of clutch shaft bearing (14) and the second bearing (14'), pre-moving axis (13) two ends are placed through clutch shaft bearing (14) and the second bearing (14') endoporus and are fixed on pre-activity bearing (16), pre-activity bearing (16) is fixed on pre-activity bracket (15) by pre-activity fulcrum (20) activity, and the angle can fixed in the upper rotation of pre-activity bracket (15) around pre-activity fulcrum (20);
Described printing rotating shaft (7) is fixedly connected on rotating shaft mounting blocks (5), the endoporus being simultaneously placed through pre-activity bracket (15) and print head assembly (8) realizes being flexibly connected, be provided with in one end endoporus of pre-activity bracket (15) and print last item (30), buffer spring (31) is between printing last item (30) endoporus and pre-activity fixed block (32), pre-activity fixed block (32) is fixedly connected on pre-activity bracket (15), makes to print last item (30) energy elasticity activity in pre-activity bracket (15) endoporus;
Described rotating shaft mounting blocks (5) is installed on track base (27), and track base (27) is movably arranged on guide rail (21), and guide rail (21) is arranged on soleplate (2); Rotating shaft mounting blocks (5) is provided with simultaneously and drives fixed block (25) and drive drive block (26), drive block (26) is driven to be used for fixing Timing Belt (4), the kinetic force of motor (1) is delivered on rotating shaft mounting blocks (5) by Timing Belt (4), and then drives the pre-activity bracket (15) in rotating shaft mounting blocks (5) and print head assembly (8) to be synchronized with the movement along guide rail (21).
2. hot transfer coding machine according to claim 1 prints drive system control device, it is characterized in that: one end of described pre-activity bracket (15) realizes elasticity with rotating shaft mounting blocks (5) by reset tension spring (24) and is connected.
3. hot transfer coding machine according to claim 1 prints drive system control device, it is characterized in that: the end of described print head assembly (8) is provided with print axis (29), described extension spring is made up of the first extension spring (17) and the second extension spring (17'), pre-activity bracket (15) is connected by the first extension spring (17), the second extension spring (17') elasticity with print head assembly (8), makes to print last item (30) and keeps in touch with print axis (29) and realize the transmission of power.
4. hot transfer coding machine according to claim 1 prints drive system control device, it is characterized in that: described soleplate (2) is also provided with the primary importance sensing element (19) for detecting print head assembly (8) position and second place sensing element (19').
5. hot transfer coding machine according to claim 4 prints drive system control device, it is characterized in that: described print head assembly (8) moves back and forth between primary importance sensing element (19) and second place sensing element (19') within a work period, realize induction of signal by the magnetic sheet (28) be installed on the stripper roll assembly (9) on rotating shaft mounting blocks (6).
6. hot transfer coding machine according to claim 1 prints drive system control device, it is characterized in that: described soleplate (2) is also provided with the first tape guide roller (18) and the second tape guide roller (18') that are wound around guiding for colour band (22).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520037955.4U CN204414832U (en) | 2015-01-20 | 2015-01-20 | Hot transfer coding machine prints drive system control device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520037955.4U CN204414832U (en) | 2015-01-20 | 2015-01-20 | Hot transfer coding machine prints drive system control device |
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| Publication Number | Publication Date |
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| CN204414832U true CN204414832U (en) | 2015-06-24 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520037955.4U Withdrawn - After Issue CN204414832U (en) | 2015-01-20 | 2015-01-20 | Hot transfer coding machine prints drive system control device |
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| CN (1) | CN204414832U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104527239A (en) * | 2015-01-20 | 2015-04-22 | 上海迪凯标识科技有限公司 | Printing driving system control device and method for heat-transfer printing coding machine |
| CN109501456A (en) * | 2018-11-07 | 2019-03-22 | 许春雷 | A kind of supporting mechanism of draw-bar box type spray head in spray-painting device pedestal |
| CN111070908A (en) * | 2019-12-26 | 2020-04-28 | 厦门汉印电子技术有限公司 | Direct printing type certificate card printing method and device, certificate card printer and storage medium |
-
2015
- 2015-01-20 CN CN201520037955.4U patent/CN204414832U/en not_active Withdrawn - After Issue
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104527239A (en) * | 2015-01-20 | 2015-04-22 | 上海迪凯标识科技有限公司 | Printing driving system control device and method for heat-transfer printing coding machine |
| CN104527239B (en) * | 2015-01-20 | 2016-09-07 | 上海迪凯标识科技有限公司 | Thermal transfer coder prints drive system and controls devices and methods therefor |
| CN109501456A (en) * | 2018-11-07 | 2019-03-22 | 许春雷 | A kind of supporting mechanism of draw-bar box type spray head in spray-painting device pedestal |
| CN111070908A (en) * | 2019-12-26 | 2020-04-28 | 厦门汉印电子技术有限公司 | Direct printing type certificate card printing method and device, certificate card printer and storage medium |
| CN111070908B (en) * | 2019-12-26 | 2020-12-01 | 厦门汉印电子技术有限公司 | Direct printing type certificate card printing method and device, certificate card printer and storage medium |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20150624 Effective date of abandoning: 20160907 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |