CN102848737A - Printer and printing control method - Google Patents
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- CN102848737A CN102848737A CN2011101758624A CN201110175862A CN102848737A CN 102848737 A CN102848737 A CN 102848737A CN 2011101758624 A CN2011101758624 A CN 2011101758624A CN 201110175862 A CN201110175862 A CN 201110175862A CN 102848737 A CN102848737 A CN 102848737A
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Abstract
The invention discloses a printer and a printing control method. The printer comprises a first printing head, a second printing head and a controller, wherein the first printing head and the second printing head are arranged at the same side of a print media transporting channel and are used for printing data at the same side of the printing media; and the controller is used for receiving printing data, sending first printing data and second printing data respectively to the first printing head and the second printing head and controlling the first printing head to print the first printing data at a first time and the second printing head to print the second printing data at a second time, the printing data comprise the first printing data and the second printing data and at least parts of the first time and the second time coincide. The printer and the printing control method are helpful for accelerating printing.
Description
Technical field
The present invention relates to the printing field, in particular to a kind of printer and print control program.
Background technology
Extensive use in all trades and professions of printer.Along with the quickening of people's rhythm of life, the user is more and more higher to the requirement of print speed.
In order to improve print speed, publication number be JP5031967 Japanese Patent Publication a kind of printing equipment, as shown in Figure 1, this printing equipment comprises platen 5a, 5b, 5c, 5d and the conveying roller 8 of arranging along printing paper 2 throughput directions.Printing paper 2 comprises the page of a plurality of preseting lengths.Thermal printing head 4a, 4b, 4c, the 4d interval distance identical with page length L are arranged.The print data of the image memory stores page, print control unit will be stored in data identical in the video memory and send to thermal printing head 4a, 4b, 4c and 4d, so thermal printing head 4a, 4b, 4c and 4d print identical data simultaneously on printing paper 2.
The inventor finds, in the practical application, the print What of every page that printer is printed is not identical, such as, be applied in the printer that is used for printing transaction details or invoice in the POS of the industries such as supermarket, market, food and drink, perhaps be applied in the printer that is used for printing ticket in the ticketing system of the transportation industries such as highway, railway, subway.Because each printhead of above-mentioned printer can only be printed identical content simultaneously, therefore, can't improve the print speed of individual page.
Summary of the invention
Main purpose of the present invention is to provide a kind of printer and print control program, to solve the slow problem of printer operating speed of the prior art.
To achieve these goals, according to an aspect of the present invention, provide a kind of printer.This printer comprises: the first printhead and the second printhead, be arranged at the same side of print media transport paths, and be used for the same face print data at print media; Controller, be used for receiving print data, the first print data and the second print data are sent to respectively the first printhead and the second printhead, controlled for the first printhead very first time and print the first print data, and control simultaneously the second time of the second printhead and print the second print data, wherein, print data is the print data of the same page, comprise the first print data and the second print data, the very first time and at least part of coincidence of the second time.
Further, the first printhead and the second printhead set gradually along the rightabout of the throughput direction of print media.
Further, above-mentioned printer also comprises: the 3rd printhead, be arranged at the same side of print media transport paths with the first printhead and the second printhead, and set gradually with the first printhead and the second printhead rightabout along the throughput direction of print media, wherein, the distance between the first printhead and the second printhead equates with distance between the second printhead and the 3rd printhead.
Further, the first printhead and the second printhead are used for printing simultaneously the data of same number of rows.
Further, the adjacent setting with the second printhead of the first printhead, and the distance between the first printhead and the second printhead is the integral multiple of a line height.
Further, the adjacent setting with the second printhead of the first printhead, and the distance between the first printhead and the second printhead adds range error for the integral multiple of some line height, wherein, range error is less than one times some line height.
Further, controller also is used for after the second printhead began to print the 3rd time, controls the first printhead and the second printhead is carried out printing simultaneously again, and wherein, the 3rd time equaled range error divided by the pace of print media.
Further, the first print data is identical with the data volume of the second print data.
Further, above-mentioned printer also comprises: memory, and the division of labor that is used for storage the first printhead and the second printhead is regular; Wherein, controller is used for according to the division of labor rule print data being split as the first print data and the second print data.
To achieve these goals, according to a further aspect in the invention, provide a kind of print control program.This print control program comprises: receive print data, wherein, print data is the print data of the same page, comprises the first print data and the second print data; The first print data and the second print data are sent to respectively the first printhead and the second printhead, and wherein, the first printhead and the second printhead are positioned at the same side of the type channel of printer; And first printhead print the first print data in the very first time, the second printhead is printed the second print data in the second time, the very first time and at least part of coincidence of the second time.
Further, the first print data is identical with the data volume of the second print data.
Further, the first printhead is adjacent with the second printhead and set gradually along the rightabout of the throughput direction of print media, distance between the first printhead and the second printhead adds range error for the integral multiple of a line height, wherein, range error is less than one times some line height, the first printhead is printed the first print data in the very first time, the second printhead is printed the second print data in the second time and comprised: after the second printhead began to print the 3rd time of the second print data, the first printhead and the second printhead were carried out printing more simultaneously.
By the present invention, adopt above-mentioned printer or print control program, owing to adopt different printheads to print simultaneously different contents, thereby solved the slow problem of printer operating speed of the prior art, and then reached the effect that improves print speed.
Description of drawings
The accompanying drawing that consists of the application's a part is used to provide a further understanding of the present invention, and illustrative examples of the present invention and explanation thereof are used for explaining the present invention, do not consist of improper restriction of the present invention.In the accompanying drawings:
Fig. 1 is the schematic diagram according to the printer of prior art;
Fig. 2 is the block diagram according to the printer of the embodiment of the invention;
Fig. 3 is according to the print components of the first embodiment of the printer of the present invention schematic diagram of arranging;
Fig. 4 arranges schematic diagram according to the thermal printing head print point of the embodiment of the invention;
Fig. 5 is the flow chart according to the first embodiment of print control program of the present invention;
Fig. 6 is the flow chart according to the second embodiment of print control program of the present invention;
Fig. 7 is according to the print components of the second embodiment of the printer of the present invention schematic diagram of arranging;
Fig. 8 is the flow chart according to the print control program of printer shown in Figure 7;
Fig. 9 is according to the print components of the 3rd embodiment of the printer of the present invention schematic diagram of arranging; And
Figure 10 is the flow chart according to the print control program of printer shown in Figure 9.
The specific embodiment
Need to prove that in the situation of not conflicting, embodiment and the feature among the embodiment among the application can make up mutually.Describe below with reference to the accompanying drawings and in conjunction with the embodiments the present invention in detail.
Fig. 2 is the block diagram according to the printer of the embodiment of the invention, and Fig. 3 is according to the print components of the first embodiment of the printer of the present invention schematic diagram of arranging.As shown in Figure 2, printer comprises print components 1, controller 20, communication interface 3, reception buffer zone 4, print buffer 5 and FLASH memory 6.Print components 1 comprises n thermal printing head, that is, the first printhead 11, the second printhead 12 ..., N printhead 1n, wherein n is positive integer, and n 〉=2.As shown in Figure 3, n printhead arranged along the rightabout interval setpoint distance that print media is carried successively, and is positioned at the same side of print media transport paths, and each printhead is used for print image or literal on the same face of print media.Print media is from paper storehouse R to carrying along the arrow A direction.Fig. 4 arranges schematic diagram according to the thermal printing head print point of the embodiment of the invention, as shown in the figure, the first printhead 11 comprises a plurality of heat generating body unit D, these heat generating body units D equidistantly is arranged in delegation, the corresponding print point X1 of each heat generating body unit, a plurality of heat generating body unit D that equidistantly are arranged in delegation form delegation's print point (hereinafter to be referred as a row).Print media P moves along medium outbound course A, forms Y1, Y2 ... Deng the some row.The height of each some row is relevant with the longitudinal frame of printhead, is the printhead of 203 point/inches (dpi) for longitudinal frame, and the height of each some row is 0.125 millimeter.Therefore, if the distance between known two adjacent printheads is Di millimeter (i=1,2, n-1, n are the printhead number), and the height h millimeter of each some row, then can calculate the some line number Li (i=1 between two adjacent printheads, 2 ..., N-1, N is printhead sum), i.e. Li=Di/h.For convenience of description, the present invention describes distance between each printhead by the quantity of a row.Preferably, in order farthest to utilize print media, perhaps make between the print What of printing between adjacent two printheads transition more smooth and easy, distance between adjacent two printheads is set to the integral multiple of a line height, need to prove that the distance between adjacent two printheads that this place is mentioned is the distance between the print position of two printheads.If capable at a distance of the L1 point between the first printhead 111 and the second printhead 12, capable at a distance of the L2 point between the second printhead 121 and the 3rd printhead 131 ..., capable at a distance of the Ln-1 point between N-1 printhead and the N printhead, wherein Li is positive integer, i=1 ..., n-1.Mentality of designing of the present invention is that n printhead printed in the one side of print media jointly, and the printing of a page is finished in combination.Therefore, that supposes a page comprises the capable print data of Y point, then, by the capable data volume of the first printhead prints L1 point, namely the 1st is walked to the capable print data of L1 point, by the capable data volume of the second printhead prints L2 point, the i.e. capable print data of L1+1 to the L1+L2 point,, the like, by the capable data volume of n-1 printhead prints Ln-1 point, namely, L1+L2+ ... the capable print data of+Ln-2+1 to the Ln-1 point is by n printhead prints [Y-(L1+L2+ ... + Ln-1)] data volume of some row, i.e. L1+L2+ ... + Ln-1+1 point walks to the capable print data of Y point.Preferably, Y/n point in interval is capable between any two for n printhead, then, the capable print data of each printhead prints Y/n point, namely the data volume of each printhead prints equates.
Communication interface 3 is used for setting up the communication between printer and the main frame, realizes the transfer of data between printer and the main frame.Reception buffer zone 4 is used for the print data that temporary transient storage host sends.Print buffer 5 is used for the print data that storage sends to each printhead.Reception buffer zone and print buffer can be RAM (random access memory) memories independently separately, also can be different storage zone in the RAM memory.The print data that main frame sends can be data (the Printer Language Description data of being described with various printer languages by Raw Data Generation, the PLD data), as with the ESC/P data of ESC/P language description, with ESC/PK data of ESC/PK language description etc., the raster data that also can be formed by binary data.When the print data of main frame transmission is the PLD data, the controller of printer need to be resolved the various print What instructions in the PLD data, the data with the print What instruction definition, such as character, bar code etc., be converted to the raster data that is formed by binary data, then store in the print data buffer district.When main frame send be raster data the time, controller directly stores the raster data that receives into the print data buffer district.
In print procedure, send the raster data that is formed by binary data by the heat generating body unit to printhead, control each heat generating body unit and in the gating time section, whether generate heat.As, it is 1 o'clock that the binary data that heat generating body unit receives is set, the heat generating body unit heating, and the binary data that heat generating body unit receives is 0 o'clock, heat generating body unit does not heat.Certainly, it is 0 o'clock that the control data that heat generating body unit receives also can be set, the heat generating body unit heating, and the control data that the printhead heat generating body unit receives are 1 o'clock, heat generating body unit does not heat.
When the heat generating body unit adstante febre, the surface staining of print media, when heat generating body unit adstante febre not, the color of surface of print media does not change.Seen from the above description, thermal printing head 11 comprises a plurality of heat generating body units that equidistantly are arranged in delegation, therefore, the height that print media whenever advances and a bit goes, the control part of controller sends some row data to printhead, and wherein, some row data comprise a plurality of binary data corresponding with each heat generating body unit of printhead, delegation's heat generating body unit of printhead is generated heat by rule, thereby generate some row image at print media.Along with the motion of print media, the capable image of a plurality of points has formed figure or the character set.
Fig. 5 is the flow chart according to the first embodiment of print control program of the present invention.
As shown in Figure 5, this print control program may further comprise the steps:
Step S11 receives print data, and wherein, print data is the print data of the same page, comprises the first print data and the second print data.
Printer utilizes communication interface 3 to receive after the print data, can according to default division of labor rule, for example, according to the division of labor rule that prestores in the FLASH memory 6 print data be split as the first print data and the second print data.
Step S12 is sent to respectively the first printhead and the second printhead with the first print data and the second print data, and wherein, the first printhead and the second printhead are positioned at the same side of the type channel of printer.
Step S13, the first printhead is printed the first print data in the very first time, and the second printhead is printed the second print data in the second time, wherein, the very first time and at least part of coincidence of the second time.
When the distance between the first printhead and the second printhead was the integral multiple of some line height, the first printhead and the second printhead be print image or literal on the same face of print media simultaneously, and the very first time and the second time overlap fully; When the distance between the first printhead and the second printhead for the integral multiple of some line height when adding range error (wherein, range error is less than one times some line height, normally since part's machining errors or rigging error cause), the second printhead began to print after the 3rd time of the second print data, the first printhead and the second printhead are carried out printing more simultaneously, therefore, the very first time is than the 3rd time of the second time lag, the very first time and the second time portion overlap, wherein, the 3rd time equaled range error divided by the pace of print media.
For can be so that the first printhead and the second printhead can be accomplished Complete Synchronization prints so that print speed is the fastest, preferably, distance between the first printhead and the second printhead is the integral multiple of a line height, and the first print data is identical with the data volume of the second print data.
Need to prove, the first printhead among this embodiment only is two different printheads in the general reference printer with the second printhead, namely, printhead in the embodiment of the invention also can be more than two, when printer comprises n printhead, arrange along print media throughput direction interval setpoint distance successively, and be positioned at the same side of print media transport paths, each printhead is used for print image or literal on the same face of print media, n printhead printed in the one side of print media jointly, the printing of a page is finished in combination, thereby has improved the print speed of individual page.
Fig. 6 is the flow chart according to the second embodiment of print control program of the present invention.
Step S101 stores the print data that receives in the reception buffer zone into
The print data that printer issues by communication interface 3 Receiving Hosts, and print data is temporarily stored in the reception buffer zone.
Step S102 stores the print data in the reception buffer zone in the print buffer into.
Controller is analyzed the print data in the reception buffer zone, when the print data of main frame transmission is the PLD data, the controller of printer need to be resolved the various print What instructions in the PLD data that receive buffer stores, the data with the print What instruction definition, such as character, bar code etc., be converted to the raster data that is formed by binary data, then store in the print data buffer district.When main frame send be raster data the time, controller directly stores the raster data of storing in the reception buffer zone into the print data buffer district.
Step S103 sends to corresponding printhead with the capable print data of each point by setting rule
The sequencing that controller receives according to print data, according to each printhead division of labor rule of storing in the FLASH memory, according to the capable data of each point with the memory address in the print buffer, walk to the capable print data of L1 point with the 1st and send to the first printhead, the capable print data of L1+1 to the L1+L2 point is sent to the second printhead,, the like, with L1+L2+ ... + Ln-1+1 point walks to the capable print data of Y point and sends to the n printhead.
Step S104, the print data that each printhead receives separately at the printout surface of print media
Be expert at when concordant when leading edge of print medium and the heat generating body unit of the first printhead, controller is controlled each printhead and is started working.In print media advances process, the first printhead is printed at the 1st at surface of print media and is walked to the capable print data of L1 point, the second printhead is printed the capable print data of L1+1 to the L1+L2 point at surface of print media, the like, the n printhead is printed L1+L2+ at surface of print media ... + Ln-1+1 point walks to the capable print data of Y point.
Because L1, L2 ..., Ln-1 may each be unequal, therefore, certain printhead may occur and finish printing, and the situation that other printheads are also being printed.Therefore, preferred, Y/n point in interval is capable between any two for n printhead, the capable print data of each printhead prints Y/n point.Like this, because the data volume of each printhead prints of n is equal, can improve to greatest extent the utilization rate of each printhead, thereby print speed is the fastest.
Print control program provided by the invention, by being printed in the one side of print media simultaneously by n printhead, the part of a content of pages of each printhead prints, thus improved print speed.
Fig. 7 is according to the print components of the second embodiment of the printer of the present invention schematic diagram of arranging.As shown in the figure, print components comprises 2 printheads, i.e. the first printhead 11 and the second printhead 12.The first thermal printing head 11 and the second thermal printing head 12 be successively along the opposed alignment of print media throughput direction, and be positioned at the same side of print media transport paths, and each printhead is used for print image or literal on the same face of print media.Capable at a distance of the L1 point between the first printhead 11 and the second printhead 12, L1 is integer.Print components also comprises the first rubber roll 112 and the second rubber roll 122, wherein, the first rubber roll 112 and the first printhead 11 are oppositely arranged, the second rubber roll 122 and the second printhead 12 are oppositely arranged, and print media P is from passing through between the first printhead 11 and the first rubber roll 112 and between the second printhead 12 and the second rubber roll 122.The first rubber roll 112 and the second rubber roll 122 are used for supporting and carrying print media.The corresponding printer of printing the regular length page, point is capable if page length is Y, and then preferably, L1=Y/2 can improve print speed to greatest extent.
Fig. 8 is the flow chart according to the print control program of printer shown in Figure 7.
Step S201 stores the print data that receives in the reception buffer zone into
The print data that printer issues by communication interface 3 Receiving Hosts, and print data is temporarily stored in the reception buffer zone.
Step S202 stores the print data in the reception buffer zone in the print buffer into.
Step S203, with in the print buffer the 1st walk to the capable print data of L1 point and send to the first printhead, the capable print data of L1+1 to the Y point is sent to the second printhead.
The print data that step S204, the first printhead and the second printhead receive separately at the printout surface of print media simultaneously.
The printing of a page is finished in the first printhead and the combination of the second printhead, thereby has improved print speed.
Fig. 9 is according to the print components of the 3rd embodiment of the printer of the present invention schematic diagram of arranging, the difference of present embodiment and the 3rd embodiment is, is not equal to the integral multiple of line height h at a distance of D1 between the first printhead 11 and the second printhead 12, namely, D1=L1*h+b1,0＜b1＜h, wherein, L1 is positive integer, the unit of D1, b1 is millimeter, b1 is range error, this range error is less than one times some line height, normally since part's machining errors or rigging error cause.
Figure 10 is the flow chart according to the print control program of printer shown in Figure 9.
Step S301 stores the print data that receives in the reception buffer zone into
The print data that printer issues by communication interface 3 Receiving Hosts, and print data is temporarily stored in the RAM memory 4.
Step S302 stores the print data in the reception buffer zone in the print buffer into.
Step S303, with in the print buffer the 1st walk to the capable print data of L1 point and send to the first printhead, the capable print data of L1+1 to the Y point is sent to the second printhead.
Step S304, the second printhead begin to print t1 after the time the first printhead begin again to print.
When leading edge of print medium and the heat generating body unit of the first printhead are expert at when concordant, controller is controlled the second printhead and is begun to print, when the second printhead begins to print t1 after the time, the first printhead begins to print at surface of print media, at this moment, the first printhead and the second printhead are carried out printing simultaneously.Wherein, t1=b1/v, v are the print media paces.
After the second printhead begins to print, when print media advances the b1 millimeter, controller is controlled the first printhead and is begun to print, like this, the gap that does not have b1 between first row of capable and the second printhead prints of the last point of the first printhead prints, therefore, between the print What of adjacent two printhead prints transition very smooth and easy, avoided alignment error between two printheads on the impact of printing effect.
In embodiments of the present invention, the first printhead and the second printhead (or plural a plurality of printhead) are when carrying out printing, can be to print fully simultaneously, namely, the initial time of printing is constantly all identical with termination, for example, in the identical situation of the two data volume that need to print, also can be that part is printed simultaneously, namely, one of them printhead prints is after a period of time, second printhead carried out printing again, wherein, and when printing individual print data, print simultaneously within least part of time as long as guarantee the first printhead and the second printhead, just can realize improving the effect of print speed.
The above is the preferred embodiments of the present invention only, is not limited to the present invention, and for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any modification of doing, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (12)
1. printer is characterized in that comprising:
The first printhead and the second printhead are arranged at the same side of print media transport paths, are used for the same face print data at print media; And
Controller, be used for receiving print data, the first print data and the second print data are sent to respectively described the first printhead and described the second printhead, control described the first printhead and print described the first print data in the very first time, and control described the second printhead and print described the second print data in the second time, wherein, described print data is the print data of the same page, comprise described the first print data and described the second print data, the described very first time and described at least part of coincidence of the second time.
2. printer according to claim 1 is characterized in that, described the first printhead and described the second printhead set gradually along the rightabout of the throughput direction of print media.
3. printer according to claim 2 characterized by further comprising:
The 3rd printhead is arranged at the same side of described print media transport paths with described the first printhead and described the second printhead, and sets gradually with described the first printhead and described the second printhead rightabout along the throughput direction of print media,
Wherein, the distance between described the first printhead and described the second printhead equates with distance between described the second printhead and described the 3rd printhead.
4. printer according to claim 3 is characterized in that, described the first printhead and described the second printhead are used for printing simultaneously the data of same number of rows.
5. printer according to claim 2 is characterized in that, described the first printhead and the adjacent setting of described the second printhead, and the distance between described the first printhead and described the second printhead is the integral multiple of a line height.
6. printer according to claim 2, it is characterized in that, described the first printhead and the adjacent setting of described the second printhead, and the distance between described the first printhead and described the second printhead adds range error for the integral multiple of a line height, wherein, described range error is less than one times described some line height.
7. printer according to claim 6, it is characterized in that, described controller also is used for after described the second printhead began to print the 3rd time, control again described the first printhead and described the second printhead is carried out printing simultaneously, wherein, described the 3rd time equals described range error divided by the pace of print media.
8. printer according to claim 1 is characterized in that, described the first print data is identical with the data volume of described the second print data.
9. printer according to claim 1 characterized by further comprising:
Memory, the division of labor rule that is used for storing described the first printhead and described the second printhead;
Wherein, described controller is used for according to described division of labor rule described print data being split as described the first print data and described the second print data.
10. print control program is characterized in that comprising:
Receive print data, wherein, described print data is the print data of the same page, comprises the first print data and the second print data;
Described the first print data and described the second print data are sent to respectively the first printhead and the second printhead, and wherein, described the first printhead and described the second printhead are positioned at the same side of the type channel of printer; And
Described the first printhead is printed described the first print data in the very first time, and described the second printhead is printed described the second print data in the second time, wherein, and the described very first time and described at least part of coincidence of the second time.
11. print control program according to claim 10 is characterized in that, described the first print data is identical with the data volume of described the second print data.
12. print control program according to claim 10, it is characterized in that, described the first printhead is adjacent with described the second printhead and set gradually along the rightabout of the throughput direction of print media, spacing distance between described the first printhead and described the second printhead adds range error for the integral multiple of a line height, wherein, described range error is less than one times described some line height, described the first printhead is printed described the first print data in the very first time, and described the second printhead is printed described the second print data in the second time and comprised:
Described the second printhead began to print after described the 3rd time of the second print data, and described the first printhead and described the second printhead are carried out printing more simultaneously, and wherein, described the 3rd time equals described range error divided by the pace of print media.
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105487827A (en) * | 2014-09-18 | 2016-04-13 | 北大方正集团有限公司 | Data printing method, data printing device and data printing system |
| CN105479951A (en) * | 2016-01-05 | 2016-04-13 | 上海西文服饰有限公司 | Printed label integrated belt shearing device |
| CN105691006A (en) * | 2016-03-22 | 2016-06-22 | 上海西文服饰有限公司 | Integrated printed label folding and shearing belt device |
| CN111301022A (en) * | 2020-02-27 | 2020-06-19 | 珠海奔彩打印科技有限公司 | Printing method, printing device, handheld printer and storage medium |
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