CN103587242A - Ink-jet printing apparatus and method - Google Patents
Ink-jet printing apparatus and method Download PDFInfo
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- CN103587242A CN103587242A CN201310636211.XA CN201310636211A CN103587242A CN 103587242 A CN103587242 A CN 103587242A CN 201310636211 A CN201310636211 A CN 201310636211A CN 103587242 A CN103587242 A CN 103587242A
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Abstract
The invention provides an ink-jet printing apparatus and method. The ink-jet printing apparatus comprises a paper accommodation device, a paper collection device, a printing module and a solidification device; and is characterized by also comprising a paper buffering storage unit, wherein the paper buffering storage unit comprises a sliding device, a first compressing device, a second compressing device and a driving mechanism, the sliding device is arranged between the first compressing device and the second compressing device, and the driving mechanism drives the sliding device to move back and forth between the first compressing device and the second compressing device so that print media are driven to move forwards or backwards. According to the invention, the paper buffering storage unit is arranged between the paper accommodation device and the paper collection device to effectively avoid a printed image between the printing module and the solidification device from distortion due to untimely solidification, it is ensured that waste of the print media and inks is avoided, and the ink-jet printing apparatus and method are especially suitable for ink-jet printing via expensive print media and inks.
Description
Technical field
The present invention relates to a kind of inkjet-printing device and Method of printing, relate to specifically a kind of at delivery device and put between paper apparatus and arrange one for transmitting single pass inkjet-printing device and the inkjet printing methods in the buffering paper storehouse of print media.
Background technology
Inkjet technology refers to and by shower nozzle, ink droplet is sprayed to the technology that obtains print image or word on print media.This technology is that noncontact is printed, and has print speed fast, pollute little, advantages such as adaptable multiple print media and be widely used in industrial application.Inkjet printing is divided into two kinds of scan-type (Scanning) inkjet printing and one-pass sheet-fed imaging (Onepass) inkjet printings according to the motion mode of printing dolly and print media, scanning type inkjet is printed on print media transfixion in ink jet process, prints the relative print media of dolly and moves back and forth; And one-pass sheet-fed imaging inkjet printing is printed dolly transfixion in ink jet process, the unidirectional high-speed motion of print media.
Fig. 1 is the print procedure schematic diagram of Onepass inkjet-printing device of the prior art, this device comprises print module, solidification equipment and print media support oriented device, paper feed front end at print module arranges a sensor (slot sensor) for detection of the number of pages of print media, thereby inkjet-printing device is controlled printing equipment by sensor Pan Zhiyi type face district number and is finished to print, as need are printed 50 pages, when sensor detects the 51 page-number marker on print media, control system is controlled feed-disabling print media, control print module the 50 page of print image printed to rear end printing, while finish printing in Fig. 1 the print image between the first guide roller and the second guide roller in having printed but its uncured state.In Fig. 1, a-f is six regions that need print image or word, a district is also print image not of paper feed end, b district be positioned at print module under, the location to be printed in b district is positioned at the port of export of print module in the region to be printed in print procedure Zhong， c district, c district is for having printed, d district is for having printed and just having waited for curing, e district be positioned at solidification equipment under in solidification process Zhong， f district the port of export in solidification equipment, f district is for to have printed image and to have had cured.As shown in Figure 2, on print media when inkjet-printing device finishes to print between the first guide roller and the second guide roller, there are six print zones of a1-f1, six print zones have four kinds of print states to be respectively not print state, print its uncured state completely, semi-cured state and completely solid state.Fig. 2 comprises two not print zone a1 and b1, prints its uncured state district c1 and d1，Yi Ge semi-cured state district e1 and a complete solid state district f1 completely for two.When next time, printing started, the image ink dot of the completely curing page spreads and causes image frame distortion and can not use under the effect of gravity, when each printing finishes, will waste three pages in the c1-e1 district between print module and solidification equipment.And if directly solidification equipment is close to the rear end that print module is arranged on print module, one easily causes spray nozzle to be solidified and spray nozzle to be stopped up damage expensive shower nozzle by UV lamp, is about in addition it and solidifies and easily cause the granular sensation of print image stronger when ink droplet has just dropped on print media.
Summary of the invention
The problem existing for prior art, the object of the invention is to propose a kind of inkjet-printing device with buffering paper storehouse, guarantees inkjet printing quality when guaranteeing not waste print media and ink.
For achieving the above object, the present invention proposes a kind of inkjet-printing device and comprises and put paper apparatus, delivery device, print module and solidification equipment, from putting paper apparatus print media out, after a plurality of guide rollers and a driven roller, be connected on delivery device, print module is installed on the upper end of print media, solidification equipment is arranged on the paper delivery rear end of print module for the dry image of having printed, it is characterized in that, also comprise a buffering paper storehouse, this buffering paper storehouse comprises paper storehouse support, carriage, the first hold down gag, the second hold down gag and driving mechanism, on this paper storehouse support, one first guide roller and the second guide roller are set, print media between this first guide roller and the second guide roller forms print zone and dry section, print module and solidification equipment be separately positioned on print zone and dry section directly over, this carriage is arranged between the first hold down gag and the second hold down gag, thereby this driving mechanism drives the print media integral body of print area to move forwards or backwards for driving carriage to move back and forth between the first hold down gag and the second hold down gag.
In above-mentioned inkjet-printing device, described carriage comprises left roller, right roller and sliding support, left roller and right roller are installed on sliding support, at least two slide blocks are installed in bottom at sliding support, described slide block coordinates with the guide rail being arranged on the support of paper storehouse, through the print media of the first hold down gag around walk around successively after the left roller of carriage the first guide roller with after the second guide roller around the right roller of carriage then through the second hold down gag with put paper apparatus and be connected.
In above-mentioned inkjet-printing device, described the first hold down gag and described the second hold down gag are identical structure.
In above-mentioned inkjet-printing device, described the first hold down gag comprises pressure roller, brake roller, bull stick and handle, described handle is arranged on described bull stick, described bull stick is installed on the front mounting blocks and rear mounting blocks that is arranged at described pressure roller rear and front end, in the rear end of described pressure roller, one first gear is also set, by pressing down handle, described the first gear is coordinated with the second gear that is arranged on described brake roller rear end, in the rear end of described brake roller, one brake is also set.
In above-mentioned inkjet-printing device, described the first hold down gag is also included in one first front elastic force apparatus and the first rear elastic force apparatus is also installed respectively on described front mounting blocks and rear mounting blocks.
In above-mentioned inkjet-printing device, described the first front elastic force apparatus and the first rear elastic force apparatus are Compress Spring, described the first front elastic force apparatus and first rear elastic force apparatus one end embed in front mounting blocks/rear mounting blocks, and the other end of described the first front elastic force apparatus and the first rear elastic force apparatus embeds and is arranged in the front spring piece/rear spring piece on buffering stand.
Another object of the present invention is to, a kind of inkjet printing methods is provided, comprise print module, at least one being installed for spraying the printhead of ink droplet; One folding and unfolding paper apparatus, for supplying with continuously print media with a constant speed; One solidification equipment, solidifies for irradiation ultraviolet radiation the ink droplet being ejected on print media; One buffering paper storehouse, comprises carriage, the first hold down gag and the second hold down gag, for driving print media motion; One control system, for controlling the work in print module, folding and unfolding paper apparatus, solidification equipment and buffering paper storehouse; It is characterized in that, described inkjet printing methods comprises: the printhead injection ink droplet that during inkjet printing, control system is controlled on print module forms print image on the print media of constant motion, and solidification equipment irradiation ultraviolet radiation solidifies the ink droplet being ejected on print media; When inkjet printing finishes, folding and unfolding paper apparatus quits work, control system control carriage in buffering paper storehouse between the first hold down gag and the second hold down gag back and forth movement each once, for the print media of image to be printed is cured to operation through solidification equipment, and the position while driving print media to return to inkjet printing after curing operation to finish.
In above-mentioned inkjet printing methods, described inkjet printing methods is also included in before control system controls the carriage motion in buffering paper storehouse, and controlling the first brake and second brake, to be respectively the first brake roller separated with the second brake roller.
Inkjet-printing device in the present invention is by arranging a buffering paper storehouse and can effectively guarantee that all print images are solidified in time printing while finishing putting between paper apparatus and delivery device, the print module when printing end existing in solution prior art and the print image between solidification equipment are because can not get solidifying in time the problem that makes image fault, guaranteeing does not waste print media and ink, is particularly suitable for the inkjet printing work of expensive print media and ink.
Accompanying drawing explanation
Fig. 1 is the print procedure schematic diagram of Onepass inkjet-printing device of the prior art;
Fig. 2 is the view of Onepass inkjet-printing device of the prior art when printing end;
Fig. 3 is the print procedure schematic diagram of the Onepass inkjet-printing device in the present invention;
Fig. 4 is the print procedure stereogram of the Onepass inkjet-printing device in the present invention
Fig. 5 is the stereogram in the buffering paper storehouse in the present invention;
Fig. 6 is the buffering paper of the present invention storehouse stereogram with print media;
Fig. 7 is the stereogram of carriage shown in sequence number 3 in Fig. 4;
Fig. 8 is the stereogram of the first hold down gag/the second hold down gag shown in sequence number 1 in Fig. 4;
Fig. 9 is Onepass inkjet-printing device in the present invention in the view of printing while finishing;
Figure 10 is the view after the Onepass inkjet-printing device in the present invention cushions through buffering paper storehouse after printing finishes.
The specific embodiment
Below in conjunction with accompanying drawing, describe structure and this buffering paper storehouse effect and the operation principle in inkjet printing in buffering paper of the present invention storehouse in detail.
As shown in Figure 3 and Figure 4, inkjet-printing device of the present invention comprises puts paper apparatus 7, buffering paper storehouse 4, delivery device 9, print module 6, solidification equipment 8 and control system, buffering paper storehouse 4 is arranged on putting between paper apparatus 7 and delivery device 9 in inkjet-printing device, and this buffering paper storehouse 4 provides print zone and the dry section of inkjet printing.Print media 5 is installed on to be put on paper apparatus 7, from putting paper apparatus 7 print media 5 out, through buffering paper storehouse 4, is connected to delivery device 9.Print module 6 and solidification equipment 8 be installed on buffering paper storehouse 4 directly over, the paper delivery rear end that solidification equipment 8 is arranged on print module 6 is for the dry image of having printed.Control system is for controlling the work of putting paper apparatus 7, buffering paper storehouse 4, delivery device 9, print module 6 and solidification equipment 8.A side of print module 6 also arrange an attending device 61 for when inkjet printing stopping period or shower nozzle stop up for pressing China ink, wiping and moisturizing operation.Front end at print module 6 also arranges a sensor 62 for detection of the number of pages of image to be printed.One first guide roller 41 and the second guide roller 42 are set on buffering paper storehouse 4, and the print media between this first guide roller 41 and the second guide roller 42 is print zone and dry section.
Six print images of A-F are provided in Fig. 3, the front end that wherein A is positioned at print module 6 does not also print operation, B be not positioned at print module 6 under in half print state, C and D are positioned at the rear end of print module 6 and the front end of solidification equipment 8 in printing but its uncured state completely, E be positioned at solidification equipment 8 under in semi-cured state, the rear end that F is positioned at solidification equipment is complete solid state.In whole print procedure, there are all the time six print images of A-F, four kinds of print states.
On print module 6 of the present invention, arrange to install and comprise for spraying the printhead of magenta (M), yellow (Y), cyan (C) and black (K) ink, the printhead of each chromatic ink is at least one, for improving print speed, can adopt the same chromatic ink of a plurality of printhead prints.At least one can also be installed respectively with the printhead of printing white (W) ink and/or Transparent color (V) ink on print module 6 of the present invention.On print module 6, can be provided for holding print cartridge and the corresponding vacuum control system of ink.The ink that printhead of the present invention is used is UV ink.Solidification equipment 8 of the present invention consists of a plurality of LED for irradiation ultraviolet radiation along print media 5 width spread configurations.
As shown in Figure 5 and Figure 6, buffering paper of the present invention storehouse comprises paper storehouse support 46, carriage 3, the first hold down gag 1, the second hold down gag 2 and driving mechanism (in figure depending on not going out), carriage 3 is arranged between the first hold down gag 1 and the second hold down gag 2, driving mechanism drives carriage 3 to move back and forth between the first hold down gag 1 and the second hold down gag 2, from put print media out of paper apparatus 75 through the first pressure roller 12 of the first hold down gag 1 and the space between the first brake roller 11 on the left roller 31 of carriage 3, after the print media 5 of left roller 31 is walked around the first guide roller 41 and the second guide roller 42 successively on the right roller 32 of carriage 3, the print media 5 that lays out carriage 3 is connected with delivery device 9 after through the second pressure roller 22 of the second hold down gag 2 and the space between the second brake roller 21.The first hold down gag 1 and the second hold down gag 2 are arranged at respectively the two ends, left and right of paper storehouse support 4, and the first hold down gag 1 in the present invention and the second hold down gag 2 are identical structure.
As shown in Figure 7, carriage 3 in the present invention comprises sliding support 33, left roller 31 and right roller 32, left roller 31 and right roller 32 are installed on sliding support 33, left roller 31 is for being wound around from putting paper apparatus 7 print media without printing through the first hold down gag 1 out, the print media printed of right roller 32 for reeling after solidification equipment 8 solidifies, Reiceiver sheet device 9 from right roller 32 print media out passes through the second hold down gag 2.Length direction along the right roller 32 of left roller 31/ below sliding support 33 arranges two groups of slide blocks 34, and slide block 34 coordinates with the guide rail of support 46 bottoms, paper storehouse.One screw (in figure depending on not going out) is also set in the centre position, bottom of sliding support 33, this screw coordinates with the screw mandrel in driving mechanism, by motor, drive screw mandrel to rotate, thereby drive, coordinate screw rotation to realize carriage 3 along page orientation side-to-side movement with screw mandrel.
As shown in Figure 8, the second hold down gag 2 in the present invention comprises the second pressure roller 22, the second brake roller 21, the second bull stick 27 and second handle 23, second handle 23 is arranged on the second bull stick 27, the second bull stick 27 is installed on the second front mounting blocks 24 and the second rear mounting blocks 25 that is arranged at the second pressure roller 22 rear and front ends, in the rear end of the second pressure roller 22, one second gear 221 is also set, by pressing down second handle 23, the 3rd gear 221 is coordinated with the 4th gear 211 that is arranged on the second brake roller 21 rear ends, in the rear end of the second brake roller 21, a second brake 26 is also set.The second hold down gag 2 is also included in one second front elastic force apparatus 241 and the second rear elastic force apparatus 251 is also respectively installed on the second front mounting blocks 24 and the second rear mounting blocks 25.The second front elastic force apparatus 241 and the second rear elastic force apparatus 251 are a Compress Spring, one end of the second front elastic force apparatus 241 and the second rear elastic force apparatus 251 embeds in the rear mounting blocks 25 of the second front mounting blocks 24/ second, and the other end of the second front elastic force apparatus 241 and the second rear elastic force apparatus 251 embeds and is installed in the second front spring piece 242/ second rear spring piece 252 on paper storehouse support 46.
The first hold down gag 1 in the present invention is the structure the same with the second hold down gag 2, comprise the first pressure roller 12, the first brake roller 11, the first bull stick 17 and first handle 13, first handle 13 is arranged on the first bull stick 17, the first bull stick 17 is installed on the first front mounting blocks 14 and the first rear mounting blocks 15 that is arranged at the first pressure roller 12 rear and front ends, in the rear end of the first pressure roller 12, one first gear 121 is also set, by pressing down first handle 13, the first gear 121 is coordinated with the second gear 111 that is arranged on the first brake roller 11 rear ends, in the rear end of the first brake roller 11, one first brake 16 is also set.The first hold down gag 1 is also included in one first front elastic force apparatus 141 and the first rear elastic force apparatus 151 is also respectively installed on the first front mounting blocks 14 and the first rear mounting blocks 15.The first front elastic force apparatus 141 and the first rear elastic force apparatus 151 are a Compress Spring, one end of the first front elastic force apparatus 141 and the first rear elastic force apparatus 151 embeds in the rear mounting blocks 15 of the first front mounting blocks 14/ first, and the other end of the first front elastic force apparatus 141 and the first rear elastic force apparatus 151 embeds in the first front spring piece 142/ first rear spring piece 152.
Before inkjet printing, carriage 3 is positioned at the arrival end of print media 5, the first hold down gag 1 and the second hold down gag 2 are in releasing orientation, print media 5 is through the first hold down gag 1, carriage 3 and the second hold down gag 2, then depress the first hold down gag 1 and the second hold down gag 2, in ink jet printing process, carriage 3 is positioned at arrival end the transfixion of print media 5, print module 6 and solidification equipment 8 be fixedly installed in print media 5 directly over, control system is controlled and is put paper apparatus 7 and delivery device 9 constant speed supply print media 5, the printhead injection ink droplet of controlling on print module 6 forms image on print media 5, controlling solidification equipment 8 irradiation ultraviolet radiations solidifies the ink droplet on print media 5.As shown in Figure 9, when inkjet printing stops, between the first guide roller 41 and the second guide roller 42, there are six print images of A1-F1, wherein A1 and B1 are print state not, C1 and D1 are for printing its uncured state, E1 is semi-cured state, F1 is complete solid state, the first brake 16 of the first hold down gag 1 and the second hold down gag 2 rear ends and second brake 26 and the first brake roller 11 and the second brake roller 21 is motionless in conjunction with the first brake roller 11 and the second brake roller 21 being remained static guarantee print media 5 to be positioned at the two ends of the first hold down gag 1 and the second hold down gag 2, control system is controlled driving mechanism and is driven carriage 3 to deviating from the direction motion of printing mouthful end, now print media 5 is to printing outlet end motion, six print image A1-F1 integral body move backward, make tri-of C1-E1 print image at solidification equipment, solidify for 8 times, guarantee the integrality of print image C1-E1, after treating that the print image of having printed solidifies, driving mechanism drives carriage 3 to the direction motion of printing the port of export, now print media 5 is to printing arrival end motion, six print image A1-F1 integral body move forward, make not the blank medium A1 of print image and the front end that B1 is retracted into print module 6, guarantee not waste print media and be convenient to smoothly uncompleted print image to be carried to printing the port of export next time.Then make the first brake 16 separated with the second brake roller 12 with the first brake roller 11 in the second hold down gag 2 with the first hold down gag 1 respectively with second brake 26, and carry out inkjet printing work next time.
Inkjet-printing device in the present invention is by arranging a buffering paper storehouse and can effectively avoid print image between print module and solidification equipment to solidify and make image fault in time because can not get putting between paper apparatus and delivery device, guarantee print media and the ink do not wasted, be particularly suitable for the inkjet printing work of expensive print media and ink.
It is to be noted and any distortion of doing according to the specific embodiment of the present invention all do not depart from the scope that spirit of the present invention and claim are recorded.
Claims (10)
1. an inkjet-printing device, comprise and put paper apparatus, delivery device, print module and solidification equipment, it is characterized in that, also comprise a buffering paper storehouse, described buffering paper lab setting is put between paper apparatus and described delivery device in described, described print module and described solidification equipment be arranged at described buffering paper storehouse directly over; Described buffering paper storehouse comprises carriage, the first hold down gag, the second hold down gag and driving mechanism, and described carriage is arranged between the first hold down gag and the second hold down gag; Thereby described driving mechanism is used for driving described carriage to move back and forth between described the first hold down gag and described the second hold down gag drives print media to move forward or backward.
2. inkjet-printing device as claimed in claim 1, it is characterized in that, described buffering paper storehouse also comprises a paper storehouse support, on the support of described paper storehouse, the first guide roller and the second guide roller are set, print media between described the first guide roller and described the second guide roller forms print zone and dry section, and described carriage moves back and forth the print media integral body driving between the first guide roller and the second guide roller and moves forward or backward between described the first hold down gag and described the second hold down gag.
3. inkjet-printing device as claimed in claim 1, it is characterized in that, described carriage comprises left roller, right roller and sliding support, described left roller and described right roller are installed on the upper end of described sliding support, at least two slide blocks are installed in the bottom of described sliding support, and described slide block coordinates with the guide rail being arranged on the support of paper storehouse; From put paper apparatus print media out through the first hold down gag on described left roller, then walk around successively described the first guide roller and described the second guide roller again on described right roller, then through the second hold down gag with put paper apparatus and be connected.
4. inkjet-printing device as claimed in claim 1, it is characterized in that, described the first hold down gag and described the second hold down gag are identical structure, described the first hold down gag comprises the first pressure roller, the first brake roller, the first bull stick and first handle, described first handle is arranged on described the first bull stick, described the first bull stick is installed on the first front mounting blocks and the first rear mounting blocks that is arranged at described the first pressure roller rear and front end, by pressing down first handle, described the first pressure roller is pressed on described the first brake roller.
5. inkjet-printing device as claimed in claim 4, it is characterized in that, the rear end of described the first pressure roller arranges one first gear, one second gear is set in the rear end of described the first brake roller, when described the first pressure roller is pressed on described the first brake roller, described the first gear and described the second gear engagement.
6. inkjet-printing device as claimed in claim 5, is characterized in that, the rear end of described the first brake roller also arranges one first brake.
7. inkjet-printing device as claimed in claim 4, is characterized in that, described the first hold down gag is also included in one first front elastic force apparatus and the first rear elastic force apparatus are also installed respectively on described the first front mounting blocks and the first rear mounting blocks.
8. inkjet-printing device as claimed in claim 7, it is characterized in that, described the first front elastic force apparatus and the first rear elastic force apparatus are Compress Spring, described the first front elastic force apparatus and first rear elastic force apparatus one end embed in the first front mounting blocks and the first rear mounting blocks, and the other end of described the first front elastic force apparatus and the first rear elastic force apparatus embeds and is arranged in the first front spring piece and the first rear spring piece of paper storehouse support.
9. an inkjet printing methods, comprises,
One print module, for installing at least one for spraying the printhead of ink droplet;
One folding and unfolding paper apparatus, for supplying with continuously print media with a constant speed;
One solidification equipment, solidifies for irradiation ultraviolet radiation the ink droplet being ejected on print media;
One buffering paper storehouse, comprises carriage, the first hold down gag and the second hold down gag, for driving print media motion;
One control system, for controlling the work in print module, folding and unfolding paper apparatus, solidification equipment and buffering paper storehouse;
It is characterized in that, the printhead injection ink droplet that during inkjet printing, control system is controlled on print module forms print image on the print media of constant motion, and solidification equipment irradiation ultraviolet radiation solidifies the ink droplet being ejected on print media; When inkjet printing finishes, folding and unfolding paper apparatus quits work, control system control carriage in buffering paper storehouse between the first hold down gag and the second hold down gag back and forth movement each once, for print media with print image is cured to operation through solidification equipment, and the position while driving print media to return to inkjet printing after curing operation to finish.
10. inkjet printing methods as claimed in claim 9, is characterized in that, is also included in before control system controls the carriage motion in buffering paper storehouse, and controlling the first brake and second brake, to be respectively the first brake roller separated with the second brake roller.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310636211.XA CN103587242B (en) | 2013-12-03 | 2013-12-03 | Inkjet-printing device and Method of printing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310636211.XA CN103587242B (en) | 2013-12-03 | 2013-12-03 | Inkjet-printing device and Method of printing |
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| Publication Number | Publication Date |
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| CN103587242A true CN103587242A (en) | 2014-02-19 |
| CN103587242B CN103587242B (en) | 2015-10-28 |
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| CN201310636211.XA Active CN103587242B (en) | 2013-12-03 | 2013-12-03 | Inkjet-printing device and Method of printing |
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| CN108688310A (en) * | 2018-03-21 | 2018-10-23 | 浙江寿原机械有限公司 | A kind of multi-functional full-automatic ink machine |
| CN109803833A (en) * | 2016-10-05 | 2019-05-24 | 惠普发展公司，有限责任合伙企业 | Ink-jet printing media adjuster |
| CN113733761A (en) * | 2021-07-30 | 2021-12-03 | 北京中电元德科技有限责任公司 | Double-sided ink-jet printer |
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| Publication number | Publication date |
|---|---|
| CN103587242B (en) | 2015-10-28 |
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