CN105818538A - Inkjet printing device and printing method - Google Patents
Inkjet printing device and printing method Download PDFInfo
- Publication number
- CN105818538A CN105818538A CN201610047664.2A CN201610047664A CN105818538A CN 105818538 A CN105818538 A CN 105818538A CN 201610047664 A CN201610047664 A CN 201610047664A CN 105818538 A CN105818538 A CN 105818538A
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- row
- ink
- jet orifice
- printhead
- inkjet
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41J—TYPEWRITERS; SELECTIVE PRINTING MECHANISMS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
- B41J2/00—Typewriters or selective printing mechanisms characterised by the printing or marking process for which they are designed
- B41J2/005—Typewriters or selective printing mechanisms characterised by the printing or marking process for which they are designed characterised by bringing liquid or particles selectively into contact with a printing material
- B41J2/01—Ink jet
- B41J2/135—Nozzles
- B41J2/14—Structure thereof only for on-demand ink jet heads
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41J—TYPEWRITERS; SELECTIVE PRINTING MECHANISMS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
- B41J2/00—Typewriters or selective printing mechanisms characterised by the printing or marking process for which they are designed
- B41J2/005—Typewriters or selective printing mechanisms characterised by the printing or marking process for which they are designed characterised by bringing liquid or particles selectively into contact with a printing material
- B41J2/01—Ink jet
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- Ink Jet (AREA)
- Particle Formation And Scattering Control In Inkjet Printers (AREA)
Abstract
The present invention provides an inkjet printing device, which includes print heads. The print heads reciprocate along a first direction. The print heads are provided with a plurality of inkjet orifice columns. During the reciprocating motion, ink droplets are ejected out of the nozzles of the print heads onto a print medium to form an image or a character. The device is characterized in that a first row of inkjet orifice columns and a second row of inkjet orifice columns are arranged on the print heads in a second direction vertical to the first direction. Each row of inkjet orifice columns is used for ejecting inks of at least two colors. The colors of inks, ejected out of the first row of inkjet orifice columns and the second row of inkjet orifice columns, are right reverse in display order. The print heads of the inkjet printing device are relatively narrow in width, and the distance between print heads for ejecting the ink of the same color is relatively short. Therefore, the ink supply is facilitated. On the premise that the printing speed is not reduced, the phenomenon of color spots generated due to different droplet stacking orders during the bi-directional printing process can be eliminated.
Description
Technical field
The present invention relates to a kind of inkjet-printing device, carry out image or the inkjet-printing device of word printing and Method of printing particularly to a kind of by reciprocating printhead.
Background technology
Inkjet-printing device by printhead injection ink droplet on print media to form image or word, due to its low cost image that high-quality can be printed, be widely used in recent years.For pursuing higher print performance, the typical performance of print performance is image quality and print speed.The principal element of decision image quality is the color category number of ink, usually, the most image qualities of color category the highest of ink, prior art common are, including four color ink-jet printers of cyan, magenta, yellow and black with include the six color ink jet printer of cyan, nattierblue, magenta, light magenta, yellow and black.The raising prior art of the print speed in print performance is to be improved by bi-directional printing.That is, printed by the scanning in the past direction of printhead, then carry out the paper feeding of scheduled volume, the movement of the printhead going back to direction behind is also carried out print scanned.According to this printing type, with carry out printing in the scanning in direction and compared with not carrying out the unidirectional printing that prints in the movement return the printhead of return in direction, it is achieved that the print speed of twice or production capacity.On the other hand, size about the region that the scanning of printhead is completed, it is known that completed to be equivalent to the so-called Multiple-Scan printing that the so-called single pass of the scanning area of the outlet arrangement width of printhead prints, prints to carry out the Multiple-Scan of paper feeding to complete therebetween by single pass.Above-mentioned single pass prints and Multiple-Scan is printed and can also be performed by above-mentioned bi-directional printing mode, when performing single pass printing by bi-directional printing mode, it is possible to maximally improve print speed or production capacity.
Bi-directional printing mode is an effective manner for the raising of print speed etc..But, on the other hand, it is known that: producing color distortion in each scanning area, image occurs mottle or registration deviation on the whole.This phenomenon be because of bi-directional printing toward direction the most different with the offer of each color ink returned in direction order caused by.That is, in printing equipment, printhead ink nozzle row are generally aligned on its scanning direction.In this case, owing to it arranges, in the relation toward the offer order changeabout between scanning and multiple scanning.
When pixel overlap is sprayed the point that multiple ink forms predetermined color, in injection order, the mass colour being first injected into print media carries out stronger colour developing.This is because, the material closer to surface of print media is dyeed by the ink being first injected into print media, and the most injected ink is difficult to the material on the surface to print media and dyes, and deeper permeates on the thickness direction of print media and fix.
Japanese patent application JP2000318189 discloses and a kind of eliminates owing to the injection order of ink results in the structure of mottle, that is: the ink to each color arranges 2 ink nozzle row, and the axle orthogonal with scanning direction configures every 2 ink nozzles row symmetrically, as it is shown in figure 1, the axis of symmetry lateral symmetry orthogonal in the scanning direction of printhead be respectively configured cyan ink c1 and c2 ink nozzle row, magenta ink m1 and m2 ink nozzle row, yellow ink y1 and y2 ink nozzle row.In this structure, carry out ink-jet in the past direction of scanning by the order of c1, m1, y1, y2, m2, c2, carry out ink-jet going back to direction by the order of c2, m2, y2, y1, m1, c1.Thus, it is possible to injection order or the overlapped sequential of ink are set as that identical order is to reduce bi-directional printing due to the mottle of the inconsistent generation of overlay order of ink in each shuttle-scanning.Additionally, this structure can also increase the ink nozzle row of symmetrically arranged black ink, such as configure according to the order of k1, c1, m1, y1, y2, m2, c2, k2.This structure must be provided for, respectively to the confession liquid chamber of ink nozzle row k1, k2 supply ink, thus causing the increase of the size of printhead；And under identical print speed, adopt in this way printhead combination printing relatively costly.
Summary of the invention
It is an object of the invention to provide a kind of in the structure using multiple ink to carry out bi-directional printing, can shorten the width of printhead, and the inkjet-printing device of the mottle produced due to bi-directional printing ink overlay order difference can be reduced in the case of not reducing print speed.
For achieving the above object, the present invention proposes a kind of inkjet-printing device, including printhead, printhead moves reciprocatingly in the first direction, multiple jet orifice row are set on the print head, printhead sprays ink droplet on print media to form image or word during moving back and forth from jet orifice, it is characterized in that: described printhead, along the second direction arrangement first row jet orifice row and the second jet orifice that are perpendicular to described first direction, and the often ink of row's jet orifice row injection at least two color, the color sequences of described first row jet orifice row injection ink and the color sequences contrast of the injection ink of described second row jet orifice row.
In above-mentioned inkjet-printing device, described first row jet orifice row be arranged in parallel with described second row jet orifice row, and arrange along described first direction uniform intervals.
In above-mentioned inkjet-printing device, described first row ink nozzle row and described second row ink nozzle row are spaced the integral multiple of printhead ink nozzle spacing along the second direction being perpendicular to described first direction.
In above-mentioned inkjet-printing device, described first row jet orifice row and described second row jet orifice row are arranged along the second direction predetermined amounts interval being perpendicular to described first direction.
In above-mentioned inkjet-printing device, described first row jet orifice row and described second row jet orifice row are spaced the integral multiple of 1/2nd printhead jet orifice spacing along the second direction being perpendicular to described first direction.
In above-mentioned inkjet-printing device, along described second direction, described first row jet orifice row are arranged on the front end of described second row jet orifice row.
In above-mentioned inkjet-printing device, described printhead, wherein first row jet orifice arranges along described first direction configuration injection magenta, cyan, yellow and the jet orifice row of black ink, and second row ink nozzle arranges along described first direction configuration injection black ink, yellow, cyan and the jet orifice row of magenta.
In above-mentioned inkjet-printing device, described printhead, wherein first row jet orifice arranges the jet orifice row spraying light magenta, magenta, nattierblue, cyan, yellow and black ink along the configuration of described first direction, and second row ink nozzle arranges along described first direction configuration injection black ink, yellow, cyan, nattierblue, magenta and the jet orifice row of light magenta.
Another object of the present invention is to propose a kind of inkjet printing methods, including above-mentioned inkjet-printing device, it is characterised in that control system controls printhead and uses 4N to print on print media all over printing type by print image, and wherein N is natural number.
In above-mentioned inkjet printing methods, described printhead is after a printing terminates, and control system controls the width of print media stepping 4N/mono-jet orifice row, and wherein N is natural number.
Accompanying drawing explanation
Fig. 1 is that the ink-jet of printhead spraying multiple ink of prior art is arranged in order figure；
Fig. 2 is the structural representation of the inkjet-printing device of one embodiment of the present of invention；
Fig. 3 is another structural representation of the inkjet-printing device of one embodiment of the present of invention；
Fig. 4 is the figure that puts in order of the jet orifice row of the printhead in one embodiment of the present of invention；
Fig. 5 is the structural representation of the jet orifice row of the printhead in one embodiment of the present of invention；
Fig. 6 is that printhead shown in Fig. 5 is scanned the injection order figure of ink droplet during printing；
Fig. 7 is the figure that puts in order of the jet orifice row of the printhead in an alternative embodiment of the invention；
Fig. 8 is the flow chart of the inkjet printing methods of the present invention.
Detailed description of the invention
Embodiments of the present invention are explained below by the structure etc. that the inkjet-printing device in one embodiment of the present of invention and printhead are combined.
As shown in Figures 2 and 3, the inkjet-printing device of the present invention includes printing dolly 2, arranges on dolly 2 one for installing the base plate 2 of printhead printing, installs at least one printhead on a base plate 2, for spraying the ink of at least one color.Print dolly 2 to be arranged on guide rail beam 3, dolly 2 is printed along the guide rail 4 being arranged on guide rail beam 3 (the printhead direction of motion in the first direction under the driving driving motor 6, namely main scanning direction) move reciprocatingly, printing dolly 2 to be connected with driving motor 6 by the combination of belt belt wheel, the driving motor 6 in the present invention selects servomotor.Print dolly 2, at rear side, one slide block (not shown) is installed, realize printing the reciprocating motion of dolly 2 by slide block and track combination.Also installing a grating scale 5 on guide rail beam 3, be provided with grating read head printing on dolly 2, grating read head coordinates with grating scale 5, determines printhead ink jetting position in a first direction by grating scale 5.Also setting up on dolly 2 for the assistant print cartridges 8 of printhead ink supply printing, wherein the quantity of assistant print cartridges 8 is consistent with printing the number of colours needing injection ink, and an assistant print cartridges 8 can be at least one printhead ink supply of injection same colors of ink.Print media 7 is arranged on the underface printing dolly 2, inkjet-printing device in the present invention can be Reel-to-reel type inkjet-printing device, print media 7 does step motion in the driving (print media direction of feed, namely sub scanning direction) in a second direction of pressure roller 9.
The inkjet-printing device of the present invention can also be flatbed inkjet printing equipment, the movement relation printing dolly and print media in flatbed inkjet printing equipment can have two kinds, it is respectively, print dolly to move reciprocatingly in the first direction, print dolly simultaneously and do step motion in a second direction, print media moves the most up and down, and print media keeps transfixion in horizontal plane；Another way is, prints dolly (the printhead direction of motion) in the first direction and moves reciprocatingly, and print media does step motion in a second direction, and print media vertically moves up and down.
The ink of the four kinds of colors of use in the inkjet-printing device of one embodiment of the present of invention, is magenta, cyan, yellow and black respectively.Fig. 4 is to be loaded in the figure that puts in order of jet orifice row in the printhead inkjet-printing device of the present invention from the viewing of print media side.As shown in the drawing, the printhead of present embodiment includes that first row jet orifice row and second row jet orifice arrange, first row jet orifice row and second row jet orifice row (sub scanning direction in a second direction, namely the direction of feed of print media) arrange with staggering scheduled volume, wherein first row jet orifice row are arranged on the front end of the second jet orifice row.As shown in Figure 4, in the first direction, first row jet orifice leu is configured to spray the jet orifice row 11Y of yellow ink from left to right1, injection magenta ink jet orifice row 12M1, injection cyan ink jet orifice row 13C1Jet orifice row 14K with injection black ink1, second row ink nozzle leu is configured to spray the jet orifice row 21K of black ink2, injection cyan ink jet orifice row 22C2, injection magenta ink jet orifice row 23M2Jet orifice row 24Y with injection yellow ink2.The jet orifice row spraying various ink in printhead in the present invention all be arranged in parallel, and each jet orifice arranges uniform intervals in the first direction and arranges.
Fig. 5 is the schematic diagram of the ink nozzle row of the printhead in one embodiment of the invention, and the ink nozzle row on the printhead of the present invention include multiple ink nozzle, and the distance between each ink nozzle is equal.As sprayed the jet orifice row 11Y of yellow ink1With jet orifice row 24Y2On be provided with injection yellow ink ink nozzle 110 and ink nozzle 240, injection magenta ink jet orifice row 12M1With jet orifice row 23M2On be provided with the injection ink nozzle 120 of magenta ink and ink nozzle 230, the jet orifice row 13C of injection cyan ink1With jet orifice row 22C2On be provided with the injection ink nozzle 130 of cyan ink and ink nozzle 220, the jet orifice row 14K of injection black ink1With jet orifice row 21K2On be provided with the injection ink nozzle 140 of black ink and ink nozzle 210.First row jet orifice row in the present invention and second row jet orifice row (sub scanning direction in a second direction, namely print media direction of feed) on the integral multiple that distance is printhead ink nozzle spacing (assume that printhead ink nozzle spacing is d, then last ink nozzle distance first ink nozzle of second row jet orifice row of first row jet orifice row is nd in the distance of second direction, and wherein n is natural number).The integral multiple that distance is inkjet-printing device print resolution in a first direction between first row jet orifice row and the jet orifice row of the present invention in the first direction.First row jet orifice row in the present invention and the integral multiple that distance is 1/2nd printhead ink nozzle spacing on second row jet orifice row (print media direction of feed) in a second direction, to improve ink droplet coverage rate on the print medium.
Below in conjunction with Fig. 6, the printhead of the present invention ink-jet order in bi-directional printing is described, as the blueness (C+M) obtained by use cyan ink and the combination of magenta ink, in forward prints and reversely prints, use ink nozzle row C respectively1、M1With ink nozzle row C2、M2, the injection order of ink droplet has two kinds, and in forward print procedure, the ink-jet order of first row ink nozzle row is first to spray magenta ink M1Injection cyan ink C afterwards1, the ink-jet order of second row ink nozzle row is first to spray cyan ink C2Injection magenta ink M afterwards2.In reverse print procedure, the ink-jet order of first row ink nozzle row is first to spray cyan ink C1Injection magenta ink M afterwards1, the ink-jet order of second row ink nozzle row is first to spray magenta ink M2Injection cyan ink C afterwards2。
Similarly, as the redness (Y+M) obtained by use yellow ink and the combination of magenta ink, print with in reverse printing at forward, use ink nozzle row Y1、M1With ink nozzle row Y2、M2, the injection order of ink droplet has two kinds, and in forward print procedure, the ink-jet order of first row ink nozzle row is first to spray yellow ink Y1Injection magenta ink M afterwards1, the ink-jet order of second row ink nozzle row is first to spray magenta ink M2Injection yellow ink Y afterwards2.In reverse print procedure, the ink-jet order of first row ink nozzle row is first to spray magenta ink M1Injection yellow ink Y afterwards1, the ink-jet order of second row ink nozzle row is first to spray yellow ink Y2Injection magenta ink M afterwards2。
Same, as by use obtained by the combination of cyan ink and yellow ink green (C+Y), use ink nozzle row C1、Y1With ink nozzle row C2、Y2, the injection order of ink droplet has two kinds, and in forward print procedure, the ink-jet order of first row ink nozzle row is first to spray yellow ink Y1Injection cyan ink C afterwards1, the ink-jet order of second row ink nozzle row is first to spray cyan ink C2Injection yellow ink Y afterwards2.In reverse print procedure, the ink-jet order of first row ink nozzle row is first to spray cyan ink C2Injection yellow ink Y afterwards2, the ink-jet order of second row ink nozzle row is first to spray yellow ink Y2Injection cyan ink C afterwards2。
It addition, when being formed color by three kinds of ink droplet superpositions of cyan ink, magenta ink and yellow ink, the overlay order of ink droplet also has two kinds, when forward prints, the injection order of first row ink nozzle row is that first injection yellow is black, then superposition magenta ink, last superposition cyan ink；The injection order of second row ink nozzle row is for first spraying cyan ink, then superposition magenta ink, and last superposition yellow is black.When reversely printing, the injection order of first row ink nozzle row is for first spraying cyan ink, then superposition magenta ink, and last superposition yellow is black；The injection order of second row ink nozzle row is that first injection yellow is black, then superposition magenta ink, last superposition cyan ink.
In conjunction with Fig. 6 and Fig. 8, can be seen that the printhead of the present invention is when printhead jet orifice row use even passes to print, the i.e. employing 2N of each printhead jet orifice row prints all over (PASS), wherein N is natural number, when printhead jet orifice row point two rows are arranged, owing to each row's printhead jet orifice row all use 2N to print all over (PASS), whole printhead i.e. uses 4N to print all over (PASS).As a example by four times (PASS) prints, during inkjet printing, ink droplet is ejected on print media during forward prints by printhead, forward prints after terminating, the distance (distance of the first jet orifice of jet orifice row to last jet orifice) of printhead stepping 1/2nd jet orifice in a second direction row, ink droplet is ejected on print media during reversely printing by printhead, reversely print after terminating, the distance of printhead stepping 1/2nd jet orifice in a second direction row, ink droplet is ejected on print media during forward prints by printhead, so circulation prints until print image has printed.Ink droplet order in the image that the Method of printing that the printhead of the present invention uses prints can reduce the mottle produced the most on the contrary in adjacent image regions due to ink droplet overlay order, and in the case of not reducing print speed, printhead cost is relatively low.First row ink nozzle in the present invention arranges and configures in second row ink nozzle row the color sequences of the printhead of multiple ink and can the most arbitrarily arrange in the case of the inkjet color of guarantee first row ink nozzle row with second row ink nozzle row puts in order on the contrary.Printhead in the present invention can also use two row or three row ink nozzles row or more multiple row ink nozzle row to print the ink of same color.
As it is shown in fig. 7, the inkjet-printing device of the present invention can also spray the ink of six kinds of colors, i.e. increase the ink of light magenta and the ink of nattierblue, i.e. first row ink nozzle row are configured to first row ink nozzle row and are configured to spray the printhead Y of yellow ink1, the printhead M of injection magenta1, the printhead C of injection cyan ink1, the printhead K of injection black ink1, spray the printhead L of light magenta inkM1With the printhead L spraying light greenish blue color inkC1, second row ink nozzle row are configured to spray the printhead L of light greenish blue color inkC2, spray the printhead L of light magenta inkM2, the printhead K of injection black ink2, injection cyan ink printhead C2, injection magenta printhead M2Printhead Y with injection yellow ink2。
The multiple ink that uses of the present invention carries out the inkjet-printing device of bi-directional printing, the width of printhead base plate can be reduced, while not reducing print speed, reduce the mottle produced due to bi-directional printing ink overlay order difference simultaneously, and use multiple-pass printing can eliminate the articulate fascia that stepping produces very well.
Preferred implementation has been described in detail by the present invention.Without departing from the scope of the present invention, in terms of its range, can change and revise, this is apparent to those of ordinary skill in the art.Therefore, in all above-mentioned changes and amendment each fall within the scope of the claims of the present invention.
Claims (10)
1. an inkjet-printing device, including printhead, printhead moves reciprocatingly in the first direction, multiple jet orifice row are set on the print head, printhead sprays ink droplet on print media to form image or word during moving back and forth from jet orifice, it is characterized in that: described printhead, along the second direction arrangement first row jet orifice row and the second jet orifice that are perpendicular to described first direction, and the often ink of row's jet orifice row injection at least two color, the color sequences of described first row jet orifice row injection ink and the color sequences contrast of the injection ink of described second row jet orifice row.
Inkjet-printing device the most according to claim 1, it is characterised in that: described first row jet orifice row be arranged in parallel with described second row jet orifice row, and arrange along described first direction uniform intervals.
Inkjet-printing device the most according to claim 1, it is characterised in that: described first row printhead and described second row printhead are spaced the integral multiple of printhead ink nozzle spacing along the second direction being perpendicular to described first direction.
Inkjet-printing device the most according to claim 1, it is characterised in that: described first row jet orifice row and described second row jet orifice row are arranged along the second direction predetermined amounts interval being perpendicular to described first direction.
Inkjet-printing device the most according to claim 1, it is characterised in that: described first row jet orifice row and described second row jet orifice row are spaced the integral multiple of 1/2nd printhead jet orifice spacing along the second direction being perpendicular to described first direction.
Inkjet-printing device the most according to claim 1, it is characterised in that: along described second direction, described first row jet orifice row are arranged on the front end of described second row jet orifice row.
Inkjet-printing device the most according to claim 1, it is characterized in that: described printhead, wherein first row jet orifice arranges along described first direction configuration injection magenta, cyan, yellow and the jet orifice row of black ink, and second row printhead is along described first direction configuration injection black ink, yellow, cyan and the jet orifice row of magenta.
Inkjet-printing device the most according to claim 1, it is characterized in that: described printhead, wherein first row jet orifice arranges the jet orifice row spraying light magenta, magenta, nattierblue, cyan, yellow and black ink along the configuration of described first direction, and second row printhead is along described first direction configuration injection black ink, yellow, cyan, nattierblue, magenta and the jet orifice row of light magenta.
The Method of printing of inkjet-printing device the most according to claim 1, it is characterised in that control system controls printhead and uses 4N to print on print media all over printing type by print image, and wherein N is natural number.
Method of printing the most according to claim 9, it is characterised in that described printhead is after a printing terminates, and control system controls the width of print media stepping 4N/mono-jet orifice row, and wherein N is natural number.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201610047664.2A CN105818538A (en) | 2016-01-25 | 2016-01-25 | Inkjet printing device and printing method |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201610047664.2A CN105818538A (en) | 2016-01-25 | 2016-01-25 | Inkjet printing device and printing method |
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| CN105818538A true CN105818538A (en) | 2016-08-03 |
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| CN114523774A (en) * | 2022-04-20 | 2022-05-24 | 北京博源恒芯科技股份有限公司 | Multi-machine master-slave synchronous printing control method and device and electronic equipment |
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Application publication date: 20160803 |