CN103950280A - Printing equipment capable of realizing magnetic orientation combination - Google Patents
Printing equipment capable of realizing magnetic orientation combination Download PDFInfo
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- CN103950280A CN103950280A CN201410204347.8A CN201410204347A CN103950280A CN 103950280 A CN103950280 A CN 103950280A CN 201410204347 A CN201410204347 A CN 201410204347A CN 103950280 A CN103950280 A CN 103950280A
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- conveyer
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Abstract
The invention discloses printing equipment capable of realizing magnetic orientation combination. The printing equipment comprises a conveyer, a printing device, a magnetic orientation device and a solidifying device, wherein a magnet inside the magnetic orientation device is an electromagnet; the electromagnet comprises a square magnetic core; at least two groups of coils in different directions are wound on the square magnetic core. In the printing equipment disclosed by the invention, the magnetic field intensity of the electromagnet can be adjusted at random, the conversion of magnetic field can be completed instantly, and patterns of printed materials not completely solidified cannot be influenced, so that the completeness and definition of the patterns are correspondingly improved; through the magnet inside the magnetic orientation device, the printing effect is enriched; the solidification time can be better matched with the printing time through a part flow arrangement.
Description
Technical field
The present invention relates to printing equipment field, refer to especially a kind of printing equipment of realizing magnetic orientation combination.
Background technology
At present, at magnetic anti-counterfeit print field, conventionally utilize magnetic orientation device to carry out magnetic orientation to the magnetic pigment flakes of magnetic photochromatic printing ink inside, and produce the particular optical pattern of artificial design.This technology application needs specific printing equipment to realize, as: application number: 201210276242.4, name is called a kind of prior art of magnetic printing equipment, and it mainly comprises: for transmitting the first transmission mechanism of printed matter, for the printing equipment that prints, for magnetic ink being carried out to the magnetic orientation device of magnetic orientation, solidification equipment for magnetic ink is cured.Current magnetic anti-counterfeit printing effect is comparatively single, and this is mainly that magnet arranges the restriction of form owing to being subject in magnetic orientation device, is generally only to select rectangular magnet to be used as the magnet in magnetic orientation device at present, and printing effect is simple, and anti-fake effect is general.In addition, the printing time of existing printing equipment tends to be less than the hardening time of solidification equipment, and the two does not mate, life period is poor, more complicated for the device design structure addressing this problem, and is difficult for accurately controlling, and production efficiency is also difficult to have lifting again.
Summary of the invention
In view of this, the object of the invention is to propose the printing equipment of the magnetic orientation the realized combination that a kind of printing effect is abundant, printing efficiency is better.
Provided by the invention based on above-mentioned purpose
A kind of printing equipment of realizing magnetic orientation combination, comprise conveyer, printing equipment, magnetic orientation device, solidification equipment, magnet in described magnetic orientation device is electromagnet, described electromagnet comprises a square magnetic core, on described square magnetic core, is wound with at least two prescriptions to different coils.
Preferably, described solidification equipment also comprises a shadow shield that can move along its lower end, for shield portions printed matter to coordinate described magnetic orientation device to carry out magnetic orientation.
Optionally, described magnetic orientation device also comprises substrate, multiple described electromagnets that have been arranged in array on described substrate, and the coil of multiple described electromagnets is powered by the control of PLC control circuit.
Preferably, also comprise part flow arrangement, described conveyer is split at least two way conveyers by described part flow arrangement, and described magnetic orientation device and solidification equipment are all set on sub-conveyer described in each road.
Optionally, described sub-conveyer and described conveyer be arranged in parallel; Described part flow arrangement comprises a diverting roller group and matches at least two reversing roller groups of work with each described sub-conveyer; Described diverting roller group comprises that multiple setting parties are to the diverting roller vertical with conveyer direction of transfer; Described reversing roller group comprises multiple reversing rollers, for changing the direction of transfer through the printed matter of shunting, it is continued along described sub-conveyer transmission.
Optionally, comprise the first sub-conveyer and be positioned at tiltedly the second sub-conveyer of below of described the first sub-conveyer, described part flow arrangement is the portable plate hinged with described conveyer tail end; Described portable plate, in the time of level, makes described conveyer be connected with described the first sub-conveyer; When the described portable plate bottom, make described conveyer via described portable plate with two reversing roller groups be connected with described the second sub-conveyer, the reversing roller setting party in described two reversing roller groups is to mutually vertical.
Optionally, described portable plate is by air cylinder driven.
Optionally, described part flow arrangement comprises the guide rail and at least two group suction nozzles that can slide along described guide rail that are arranged on described conveyer tail end top, and described suction nozzle is used for picking up printed matter and is transported to described sub-conveyer.
Preferably, the roll surface of the reversing roller in described reversing roller group is all evenly provided with multiple pores; One end of described reversing roller all connects negative tube.
Preferably, on the roll shaft of described reversing roller, be provided with " V " type groove along axis direction.
As can be seen from above, the printing equipment of realizing magnetic orientation combination provided by the invention, in magnetic orientation device, adopt electromagnet as magnet, save the frame for movement of complex structure, saved equipment cost, simultaneously, magnetic field intensity can arbitrarily regulate, magnetic field conversion can complete moment, can be on not completely crued printed matter pattern generating impact, corresponding integrality and the definition that has improved pattern; By the setting of the magnet in novel magnetic orientation device, enrich greatly printing effect, effectively promote the anti-counterfeit capability of pattern after printing.In addition, by part flow arrangement, printed matter shunting transmitted and carry out follow-up magnetic orientation and solidify, carried out to better mate with printing time hardening time.
Brief description of the drawings
Fig. 1 is the part flow arrangement schematic diagram of the embodiment of the present invention 1;
Fig. 2 a is the front view of the part flow arrangement of the embodiment of the present invention 2;
Fig. 2 b is the top view of the part flow arrangement of the embodiment of the present invention 2;
Fig. 3 is the schematic diagram of the part flow arrangement of the embodiment of the present invention 3;
Fig. 4 is the bearing arrangement schematic diagram of reversing roller and diverting roller in the embodiment of the present invention;
Fig. 5 is the magnetic orientation apparatus structure schematic diagram of the embodiment of the present invention;
Fig. 6 is magnetic orientation device and the solidification equipment work schematic diagram of the embodiment of the present invention.
Detailed description of the invention
For making the object, technical solutions and advantages of the present invention clearer, below in conjunction with specific embodiment, and with reference to accompanying drawing, the present invention is described in more detail.
A kind of printing equipment of realizing magnetic orientation combination that the embodiment of the present invention provides, comprises conveyer, printing equipment, magnetic orientation device, solidification equipment; Magnet in described magnetic orientation device is electromagnet, and described electromagnet comprises a square magnetic core, on described square magnetic core, is wound with at least two prescriptions to different coils.
In magnetic orientation device, coil on square magnetic core is opened or is closed by electric switch control, thereby substitute the mode of utilizing transmission mechanism to move up and down in prior art, detailed process is, after printed matter is sent in magnetic orientation device, adjust magnetic ink corresponding with magnets magnetic fields district, conveyer stops transmitting, electromagnet energising, magnetic pigment flakes in magnetic ink on printed matter carries out regularly arranged under magnetic fields, produce specific pattern, meanwhile, solidification equipment is opened, magnetic ink starts to solidify, in the time that magnetic ink reaches relatively stable, coil blackout on square magnetic core, conveyer reopens, the printed matter of determining after magnetic continues to solidify under running status, finally reach completely curing.Meanwhile, by the coil interleaved power to different winding directions on square magnetic core, realize transformable magnetic field, and then produce combination magnetization security pattern, on aspect the complexity of pattern and aesthetic, be all significantly improved compared to existing technology.
In addition, the printing of the embodiment of the present invention is also by arranging part flow arrangement, conveyer is split into at least two way conveyers, each way conveyer after shunting completes conventional magnetic orientation and curing schedule again, carrying out printed matter with part flow arrangement carries the time of shunting to fill up the time difference of printing time and hardening time, make the coupling that said two devices is good, increase work efficiency.
Below by specific embodiment, introduce structure and the working method of magnetic orientation device and part flow arrangement in the embodiment of the present invention.
Embodiment 1:
With reference to figure 1, it is the part flow arrangement schematic diagram of the embodiment of the present invention 1.
In the present embodiment, part flow arrangement is a diverting roller group 102, described diverting roller group 102 is made up of to the diverting roller vertical with conveyer 101 direction of transfers multiple setting parties, is also provided with the auxiliary feed belt that transmits printed matter between two adjacent diverting rollers.
The printed matter that prints magnetic ink is delivered to diverting roller group 102 through conveyer 101.The diverting roller of diverting roller group 102 can be suitable, counterclockwise both direction rotate and controlled, the printed matter that is therefore sent to diverting roller group 102 can or only be transmitted to a side all the time according to the need of production reversing roller group 103 that be respectively sent to both sides vertical with former direction of transfer.In reversing roller group 103, the setting party of reversing roller is to vertical with diverting roller, and printed matter is after reversing roller group 103, and direction of transfer is again changed into former direction of transfer and is sent to the sub-conveyer 104 being connected with reversing roller group 103.Printed matter in diverting roller group 102 is alternately sent to the reversing roller group 103 of both sides, and completes above-mentioned commutation process, realizes printed matter is divided into two-way, next continues to be transferred into follow-up magnetic orientation device and solidification equipment.
With reference to figure 5, it is the magnetic orientation apparatus structure schematic diagram of the embodiment of the present invention.
In the present embodiment, magnetic orientation device comprises the magnetic core of a square shape, this magnetic core is wound with two groups of coils, the winding direction difference of two groups of coils, concrete, taking the face of mark A indication in Fig. 5 as positive, first group of coil press square magnetic core just, upper, anti-, under, positive order winding, second group of coil pressed left, up, right, down, the left side order winding of square magnetic core, and two groups of coils are overlapping at upper and lower faces.In the time carrying out magnetic orientation, realize the magnetic orientation of different modes by the work of two groups of coil alternate energisations.
In the present embodiment, two groups of orthogonal canoes of coil are only an embodiment, and in other embodiments, coil can be more groups, as mutually vertical between two in three groups of coils; Or, organize coil more and be in the winding of angle, by multiple canoe and combination thereof, to realize diversified magnetic orientation mode, and then produce abundant printing effect.
With reference to figure 6, be magnetic orientation device and the solidification equipment work schematic diagram of the embodiment of the present invention.
Further, for coordinating the magnetic orientation device work of the present embodiment, also comprise a shadow shield 602 that can move along its lower end at solidification equipment 601.Detailed process is: the electromagnet 603 in magnetic orientation device is positioned at printed matter 604 belows, when printed matter 604 is transferred in magnetic orientation device and adjusts magnetic ink and electromagnet 603 field regions when corresponding, first group of coil electricity in electromagnet 603, magnetic pigment flakes in magnetic ink on printed matter 604 carries out regularly arranged under magnetic fields, produces the first picture group case.Subsequently, shadow shield 602 moves between solidification equipment 601 and printed matter 604, shelter from a part of region of printed matter 604, solidification equipment is opened, the region that magnetic ink is not blocked by shadow shield 602 starts to solidify, in the time that the magnetic ink of non-occluded area reaches relatively stable, first group of coil blackout in electromagnet 603, simultaneously, second group of coil electricity in electromagnet 603, on printed matter, in the magnetic ink of occlusion area, magnetic pigment flakes rearranges under new magnetic fields, produces the second picture group case.Now, shadow shield 602 moves out the magnetic ink region on printed matter 604, on printed matter 604, the magnetic ink of occlusion area starts to solidify, in the time that the magnetic ink of occlusion area reaches relatively stable, second group of coil blackout in electromagnet 603, conveyer continues the printed matter 604 of determining after magnetic to transmit, and printed matter 604 continues to solidify under running status, finally reaches completely curing.
In order further to enrich printing effect, to improve anti-counterfeit capability, multiple described electromagnets can also be set on a substrate, multiple electromagnets are arranged in array according to array way, be installed on substrate, the control circuit being formed by computer or PLC, switch by circuit, select the coil power supply to the electromagnet of different row and columns, change the distribution in magnetic field and the orientation of ink Magnetism granule by the different combination of multiple electromagnets very flexibly.Meanwhile, by the Current Control of electromagnet, as to size of current, the control of waveform, realizes the variation of magnetic field intensity and the direction of this electromagnet, also can carry out demagnetization processing by alternating current, can realize magnetic field intensity temporal evolution, on printed article, form very complicated fade effect.
Embodiment 2:
With reference to figure 2a and Fig. 2 b, be respectively front view and the top view of the part flow arrangement of the embodiment of the present invention 2.
In the present embodiment, comprise and the first sub-conveyer 204 of conveyer 201 in same level, and be positioned at tiltedly the second sub-conveyer 205 of below of the first sub-conveyer 204, and the first sub-conveyer 204 is different from the height of the second sub-conveyer 205, and office is two-layer up and down.Part flow arrangement in the present embodiment is portable plate 202, and portable plate 202 is hinged on the tail end of conveyer 201 by a rotating shaft, the driving of the cylinder (not shown) arranging by portable plate 202 ends, and portable plate 202 can be accommodated from horizontal level.The first reversing roller group 203 be positioned at portable plate 202 under, the rotation direction of its reversing roller is vertical with the former direction of transfer of printed matter.The second reversing roller group 206 is positioned at the first reversing roller group 203 1 sides and its front end joins with it, and rear end and the second sub-conveyer 205 join, and in the second reversing roller group 206, the rotation direction of reversing roller is identical with the former direction of transfer of printed matter.
Under portable plate 202 original states, be horizontal, it has connected conveyer 201 and the first sub-conveyer 204, makes printed matter be sent to the first sub-conveyer 204 through portable plate 202 from conveyer 201, and then enters follow-up magnetic orientation device and solidification equipment.When portable plate 202 is accommodated, printed matter is sent to after portable plate 202, to fall along it, first fall to the first reversing roller group 203, printed matter commutation is sent to the second reversing roller group 206, after again commutating, enter the second sub-conveyer 205, and then enter the magnetic orientation device and the solidification equipment that on the second follow-up sub-conveyer 205, arrange.Portable plate 202 is accommodated from original state, then on swing back original state, two processes hocket, and realize the shunting of printed matter.
Embodiment 3:
With reference to figure 3, it is the schematic diagram of the part flow arrangement of the embodiment of the present invention 3.
In the present embodiment, described part flow arrangement comprises two closed slides 302 that are positioned at conveyer 301 tail end tops, the setting party of guide rail 302 is to vertical with the former direction of transfer of printed matter, article two, between guide rail 302, slidably connect two linking arms, on each linking arm, be provided with two scalable suction nozzles 303, be provided with two groups of suction nozzles 303.By electrical control, two groups of suction nozzles 303 can do directed movement along two guide rails 302.
When work, printed matter is transferred into conveyer 301 tail ends, now suction nozzle 303 stretches out and produces negative pressure printed matter is held to after-contraction, printed matter is picked up and leaves conveyer 301 surfaces, slide along guide rail 302 simultaneously, printed matter is moved to behind sub-conveyer 304 tops that are positioned at conveyer 301 1 sides, suction nozzle 303 stretches out and moves down, printed matter is placed on sub-conveyer 304, eliminate negative-pressure sucking, and echo-plex device 301 tail ends tops, printed matter and then continue transmit and carry out follow-up magnetic orientation and curing process along sub-conveyer 304.Suction nozzle 303 moving directions of adjacent twice said process are contrary, are transferred to respectively two sub-conveyers 304 of conveyer 301 both sides by first latter two printed matter, realize printed matter shunting is transmitted.
With reference to figure 4, it is the bearing arrangement schematic diagram of reversing roller in the embodiment of the present invention and diverting roller.
Further, in embodiment 1 and embodiment 2, on described reversing roller and the roller surface of diverting roller, be all provided with equably multiple pores, match with described pore, one end of reversing roller and diverting roller is also connected with a negative tube, be used for coordinating pore to form negative pressure at roller surface, printed matter is produced to suction-operated, ensure that it steadily transmits.With reference to figure 4, on the roll shaft of reversing roller and diverting roller, be provided with " V " type groove 401 along axis direction." V " type groove 401 can allow the roll surface of reversing roller and diverting roller only have part holes to produce negative pressure, avoid printed matter to skid not because of the smooth frictional force of roll surface can to so the certain absorption affinity of printed matter, can avoid again printed matter because being subject to the too large direction of motion that changes of impact of absorption affinity.
In concrete use, reversing roller and diverting roller can rotate roll shaft and be fixed on wallboard and play a supporting role, and install time need ensure to shunt roll shaft " V " type groove 401 straight up.In the time that reversing roller and diverting roller rotate, by negative tube access negative pressure, on reversing roller and diverting roller roll surface with V " pore in the corresponding region of type groove 401 will form negative pressure.In the time that printed matter arrives, can form certain absorption affinity to it, effect has two: the one, can more effective conveying printed products, and the 2nd, printed matter, in the time of commutation transmission, guarantees that printed matter can effectively transmit and non-slip or crooked from inactive state.
In the present invention, the quantity of sub-conveyer, reversing roller, diverting roller and suction nozzle all can arrange according to actual needs, is not limited to the usage quantity in above-described embodiment.
Those of ordinary skill in the field are to be understood that: the foregoing is only specific embodiments of the invention; be not limited to the present invention; within the spirit and principles in the present invention all, any amendment of making, be equal to replacement, improvement etc., within all should being included in protection scope of the present invention.
Claims (10)
1. can realize the printing equipment of magnetic orientation combination for one kind, comprise conveyer, printing equipment, magnetic orientation device, solidification equipment, it is characterized in that, magnet in described magnetic orientation device is electromagnet, described electromagnet comprises a square magnetic core, on described square magnetic core, is wound with at least two prescriptions to different coils.
2. the printing equipment of realizing magnetic orientation combination according to claim 1, is characterized in that, described solidification equipment also comprises a shadow shield that can move along its lower end, for shield portions printed matter to coordinate described magnetic orientation device to carry out magnetic orientation.
3. the printing equipment of realizing magnetic orientation combination according to claim 1, it is characterized in that, described magnetic orientation device also comprises substrate, multiple described electromagnets that have been arranged in array on described substrate, and the coil of multiple described electromagnets is powered by the control of PLC control circuit.
4. the printing equipment of realizing magnetic orientation combination according to claim 1, it is characterized in that, also comprise part flow arrangement, described conveyer is split at least two way conveyers by described part flow arrangement, and described magnetic orientation device and solidification equipment are all set on sub-conveyer described in each road.
5. the printing equipment of realizing magnetic orientation combination according to claim 4, is characterized in that, described sub-conveyer and described conveyer be arranged in parallel; Described part flow arrangement comprises a diverting roller group and matches at least two reversing roller groups of work with each described sub-conveyer; Described diverting roller group comprises that multiple setting parties are to the diverting roller vertical with conveyer direction of transfer; Described reversing roller group comprises multiple reversing rollers, for changing the direction of transfer through the printed matter of shunting, it is continued along described sub-conveyer transmission.
6. the printing equipment of realizing magnetic orientation combination according to claim 4, it is characterized in that, comprise the first sub-conveyer and be positioned at tiltedly the second sub-conveyer of below of described the first sub-conveyer, described part flow arrangement is the portable plate hinged with described conveyer tail end; Described portable plate, in the time of level, makes described conveyer be connected with described the first sub-conveyer; When the described portable plate bottom, make described conveyer via described portable plate with two reversing roller groups be connected with described the second sub-conveyer, the reversing roller setting party in described two reversing roller groups is to mutually vertical.
7. the printing equipment of realizing magnetic orientation combination according to claim 6, is characterized in that, described portable plate is by air cylinder driven.
8. the printing equipment of realizing magnetic orientation combination according to claim 4, it is characterized in that, described part flow arrangement comprises the guide rail and at least two group suction nozzles that can slide along described guide rail that are arranged on described conveyer tail end top, and described suction nozzle is used for picking up printed matter and is transported to described sub-conveyer.
9. according to the printing equipment of the magnetic orientation the realized combination described in claim 5 to 7 any one, it is characterized in that, the roll surface of the reversing roller in described reversing roller group is all evenly provided with multiple pores; One end of described reversing roller all connects negative tube.
10. the printing equipment of realizing magnetic orientation combination according to claim 9, is characterized in that, on the roll shaft of described reversing roller, is provided with " V " type groove along axis direction.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410204347.8A CN103950280B (en) | 2014-05-15 | 2014-05-15 | A kind of printing equipment realizing magnetic orientation combination |
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| CN201410204347.8A CN103950280B (en) | 2014-05-15 | 2014-05-15 | A kind of printing equipment realizing magnetic orientation combination |
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| CN103950280A true CN103950280A (en) | 2014-07-30 |
| CN103950280B CN103950280B (en) | 2016-01-20 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109884864A (en) * | 2019-04-17 | 2019-06-14 | 南昌保莱科技有限公司 | A kind of auxiliary device of duplicator |
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| CN103950280B (en) | 2016-01-20 |
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