CN108621609A - Printing equipment and control method - Google Patents

Abstract

The present invention provides a kind of printing equipment and control method, and cost, product scale can not be made to increase, and the displacement distance productivity (handling capacity) in short-term in the short equal balladeur train of printing length is made to improve.The printing equipment for making print head scan and being printed on printed medium has：Balladeur train is carried the print head, and is moved along scanning direction with the different multiple drive modes of movement speed；And control unit, in each scanning, the position of printed data and the balladeur train based on the scanning is found out the prediction displacement distance in the balladeur train of the scanning, and is determined the drive mode used in the scanning based on the prediction displacement distance.

Description

Printing equipment and control method

Technical field

The present invention relates to cost, product scale can not be made to increase, and make movement in the short equal balladeur train of printing length away from The printing equipment etc. improved from productivity (handling capacity) in short-term.

Background technology

In general, in the balladeur train for being equipped with print head moves the printer printed along scanning direction, for the balladeur train, Multiple drive modes (velocity mode) are prepared according to print request (print quality etc.).Moreover, in order to improve handling capacity, the cunning The movement speed of frame is accelerated year by year.

About the speed control of balladeur train, in following patent documents 1, describe according to the left end from balladeur train mobile range Distance (L1) until the left end of print range and until the right end to the right end of print range of the moveable range of balladeur train Distance (L2) change the stylus printer of speed.

In addition, in following patent documents 2, describe when recording medium has thickness (drop), balladeur train reaches printing In the case of fully accelerating until the edge of medium, record dress that is bad and reduce the control of speed is printed in order to prevent It sets.

Existing technical literature

Patent document

Patent document 1：Japanese Unexamined Patent Publication 2000-326579 bulletins,

Patent document 2：Japanese Unexamined Patent Publication 2012-162035 bulletins.

However, the following topics exist, since when carriage speeds excessively high speed, acceleration and deceleration need to spend the time, because This, the short equal balladeur train of printing length displacement distance in short-term, spend the time instead.

Additionally, there are following projects：When shortening the time of acceleration and deceleration, the introducing of the high motor of ability, the increasing of current value The cost added etc. improves and the increase of product size.

It should be noted that in the content that above patent document 1 and above patent document 2 are recorded, the class is not solved Topic.

Invention content

Therefore, the object of the present invention is to provide cost, product scale can not be made to increase, and make short in printing length Deng balladeur train the printing equipment etc. that improves of displacement distance productivity (handling capacity) in short-term.

In order to reach above-mentioned purpose, printed on printed medium one aspect of the invention is making print head scan The printing equipment of brush has：Balladeur train carries the print head, and with the different multiple drive modes of movement speed along scanning direction It is mobile；And control unit, in each scanning, the position of printed data and the balladeur train based on the scanning is found out at this The prediction displacement distance of the balladeur train in scanning, and the drive used in the scanning is determined based on the prediction displacement distance Dynamic model formula.

By this aspect, the faster drive mode of the actuating speed of balladeur trains spends the time instead when printing length is shorter etc. Under such circumstances, actuating speed can be suitably reduced, and the printing treatment time can be shortened.In turn, need not increase Unit scale increases using electric power, and cost will not be made to increase.

In turn, in the present invention as stated above, preferred mode is characterized in that, the control unit print start when, from described The first drive mode is selected in multiple drive modes, in each scanning, selection is suitable for the prediction displacement distance Second drive mode, and if second drive mode is slower than the speed of first drive mode, it is determined that it will be described Second drive mode is as the drive mode used in the scanning.

By this way, since the determination of drive mode is and the drive mode ratio set by the requirement by press quality etc. Compared with and execute, therefore the printing for being unsatisfactory for print request can be prevented.

In turn, in the present invention as stated above, preferred mode is characterized in that, when the movement speed of first drive mode exists When below predetermined speed, do not execute the drive mode of each scanning determines processing.

By this way, futile processing can be saved.

In turn, in the present invention as stated above, preferred mode is characterized in that, is set with threshold value for the drive mode, institute Control unit is stated by comparing the prediction displacement distance and the threshold value, selection is suitable for the second drive of the prediction displacement distance Dynamic model formula.

By this way, it can promptly be handled.

In turn, in the present invention as stated above, preferred mode is characterized in that, second drive mode is selected from as more It is carried out in the drive mode of a candidate.

By this way, by the candidate for reducing drive mode there are it is multiple when, selection is driven close to set first The difference of printing state with other rows can be inhibited less by the drive mode of dynamic model formula.

In order to reach above-mentioned purpose, one aspect of the present invention is to carry out making print head scan and on printed medium In the control method of the printing equipment of printing, in the printing equipment, have carry the print head and with movement speed not The balladeur train that same multiple drive modes are moved along scanning direction, in each scanning, the printed data based on the scanning and institute The position for stating balladeur train is found out the prediction displacement distance of the balladeur train in the scanning, and is determined based on the prediction displacement distance The drive mode used in the scanning.

The further purpose and feature of the present invention is defined by the embodiment of invention described below.

Description of the drawings

Fig. 1 is the composition figure for the embodiment example for applying the printing equipment of the present invention.

Fig. 2 is the figure for instantiating acceleration and deceleration characteristic information (acceleration and deceleration curves).

Fig. 3 is the figure for an example for showing drive mode selection table 215.

Fig. 4 is the figure of the relationship of the driving distance L and actuating speed V when instantiating the printing for carrying out having sufficient length.

Fig. 5 is the relationship for instantiating driving distance L and actuating speed V when carrying out short printing.

Fig. 6 is the flow chart for instantiating processing sequence when this printer 2 receives print request.

Fig. 7 is the figure of the displacement distance for illustrating balladeur train 222.

Reference sign

1 host apparatus；2 printers；21 control units；22 mechanism parts；211 receive buffer；212 data store Portion；213 printing control units；214 drive control parts；215 drive modes select table；221 print heads；222 balladeur trains；223 Paper delivering mechanism；Distance after EL printings；L drives distance；L (1) prints front distance；L (2) printed distance；L (3) prints Distance afterwards；MW motion tracks；P print ranges；PL predicts displacement distance；PM paper；The scanning directions SD；V actuating speeds.

Specific implementation mode

In the following, being illustrated to embodiments of the present invention example with reference to attached drawing.However, such embodiment example and unlimited The technical scope of the fixed present invention.It should be noted that in the accompanying drawings, identical Ref. No. is enclosed to same or similar part Or reference marker illustrates.

Fig. 1 is the composition figure for applying the embodiment example of the printing equipment of the present invention and being related to.Printer 2 shown in FIG. 1 It is the printing equipment for applying the present invention, the balladeur train 222 for being equipped with print head 221 of this printer 2 is moved along scanning direction SD And paper PM is printed.This printer 2 has the multiple driving moulds different from the relevant speed of the movement of its balladeur train 222 Formula, to every a line (single pass), is found out in printing based on the current position of balladeur train 222 and the printed data of next line It predicts displacement distance PL, most suitable drive mode is selected based on prediction displacement distance PL.By the processing, in this printer In 2, cost, product scale can be made not to increase and productivity (handling capacity) is made to improve.

As shown in Figure 1, printer 2 receives print request from the host apparatus such as personal computer 1, it is situated between in printings such as paper PM It is printed in matter, for example, being SIDM (serial impact type dot matrix) printer (click type printer).

Printer 2 has control unit 21 and mechanism part 22, and control unit 21 is constituted as function, as shown in Figure 1, having reception Buffer 211, data store 212, printing control unit 213 and drive control part 214.It should be noted that control unit 21 It is constituted as hardware, has CPU, RAM, ROM, NVRAM, ASIC etc..

Control unit 21 is the part for controlling the whole action of printer 2, and printing control unit 213 is responsible for printing treatment therein The control of (passing through the processing of print head 221).Specifically, explaining the printed data received from host apparatus 1, will indicate to print The data of the object unit of object are launched into the data of a unit, and print head 221 is controlled based on the data.

In addition, drive control part 214 controls the action of aftermentioned balladeur train 222 and paper delivering mechanism 223.Balladeur train 222 Movement speed (actuating speed V) is variable, and balladeur train 222 is as described later with multiple drive mode works different actuating speed V Make.It should be noted that the selection processing by the drive mode of drive control part 214 has the characteristics that particular content is such as It is lower described.

It should be noted that the processing by printing control unit 213 and drive control part 214 is stored in ROM by being based on In firmware (software) work CPU or ASIC etc. execution.

The data buffer that buffer 211 is the printed data that interim storage (storage) is received from host apparatus 1 is received, by The compositions such as RAM.

Data store 212 is the memory for the various data that memory control unit 21 uses, about the control of balladeur train 222, Store the acceleration and deceleration characteristic information (acceleration and deceleration curves) of each drive mode, drive mode determines table and drive mode selection table 215。

As described above, driving of this printer 2 about balladeur train 222, has multiple drive modes, but here, as one Example explanation has the case where 3 drive modes (Mode A, Mode B, Mode C).Mode A in the actuating speed V of each pattern Most fast, Mode B take second place, and Mode C are most slow.

The acceleration and deceleration characteristic information (acceleration and deceleration curves) being stored in data store 212 be with drive distance L (it is mobile away from From) and relationship (characteristic curve that actuating speed V is marked and drawed relative to driving distance L) performance of actuating speed V reach each driving mould Accelerating performance until the actuating speed V (maximum speed) of formula and the deceleration from actuating speed V (maximum speed) until stopping Characteristic.

Fig. 2 is the figure for instantiating acceleration and deceleration characteristic information (acceleration and deceleration curves).In fig. 2 it is shown that 3 drive modes The characteristic curve of (Mode A, Mode B, Mode C) shows the information of the curve as acceleration and deceleration characteristic information storage in data In storage part 212.The characteristic curve of each drive mode is to be pre-designed, and having stored in data in the use of printer 2 deposits In storage portion 212.Drive control part 214 is with acceleration and deceleration characteristic information (the characteristic song at the moment according to selected drive mode Line) and the mode of acceleration and deceleration controls balladeur train 222.

Drive mode determines that table is for based on the print request (printed data) sent from host apparatus 1, determining and corresponding to In the table of the drive mode of the balladeur train 222 of the requirement, conclusion have printing condition and with the printing condition suitably corresponding driving The information of pattern.In print request (printed data), include the printing condition of press quality, but table is determined in drive mode In, the drive mode (for example, Mode C) for selecting actuating speed V low when requiring high-quality, when low-quality, with choosing Select the mode set information of the drive mode (for example, Mode A) of actuating speed V high.It should be noted that the drive mode is true It is when having received printed data to determine table, and drive control part 214 is made when determining the drive mode used in the presswork With.

Drive mode selection table 215 is that selection should (before each scanning) before the printing of each row for drive control part 214 The table of the drive mode of the most suitable balladeur train 222 of row (scanning).Fig. 3 is an example for showing drive mode selection table 215 Figure.As shown in figure 3, drive mode selection table 215 is " drive mode " that will indicate displacement distance " threshold value " and balladeur train 222 Corresponding table (information).

" threshold value " is the value compared with aftermentioned prediction displacement distance PL, and drive control part 214 is with reference to the drive mode Select table 215, when predict displacement distance PL ＞ S1, select Mode A, in S1 >=prediction displacement distance PL ＞ S2, selection and The corresponding Mode B of S1 select Mode C corresponding with S2 in S2 >=prediction displacement distance PL.

It should be noted that " threshold value " meets the relationship of S1 ＞ S2, and when selecting drive mode as described above, the threshold value The scanning for being set to the balladeur train 222 of prediction displacement distance PL is completed in the shortest time.It should be noted that " threshold value " uses Acceleration and deceleration characteristic information (characteristic curve) of above-mentioned each drive mode etc. determines, is stored in advance in data store 212.

It should be noted that data store 212 is made of nonvolatile memory (NVRAM) etc..

Mechanism part 22 is worked by the control of control unit 21, is actually in the upper portion for executing printing treatment such as paper PM Point.As shown in Figure 1, mechanism part 22 has print head 221, balladeur train 222 and paper delivering mechanism 223 etc..

Print head 221 is that the part of (printing), that is, point are printed on paper PM for being delivered to printing position etc. Impact type head.Have ink ribbon and multiple needles in print head 221, needle is configured across ink ribbon in the position that can strike paper PM etc. On.

Balladeur train 222 carries print head 221, in printing, along the direction (scanning direction orthogonal with the conveying direction of paper PM SD), moved along paper PM.The drive that balladeur train 222 is selected by motor not shown in the figure, transmission device with drive control part 214 Dynamic model formula is driven.

Paper delivering mechanism 223 is until the paper PM etc. as printed medium is delivered to printing position, and is printing The mechanism of paper PM etc. is discharged from printer 2 afterwards.Paper delivering mechanism 223 has paper feed roller, exit roller, their driving electricity Machine and transmission device and transport path etc..

In this printer 2 for having composition described above, the drive control of balladeur train 222 has the characteristics that, below to it Particular content illustrates.

As described above, the drive mode of balladeur train 222 has prepared multiple (to be three herein according to the difference of its actuating speed V It is a).In general, being printed compared with the case where using actuating speed V slow drive modes using drive mode fast actuating speed V The brush time shortens, and the point that handling capacity improves is effective.

However, the balladeur trains such as situation short print range P 222 displacement distance L in short-term, use the fast drives of actuating speed V Dynamic model formula may spend the time instead.

Fig. 4 is the figure of the relationship of the driving distance L and actuating speed V when instantiating the printing for carrying out having sufficient length. Fig. 5 is the figure for the relationship for instantiating driving distance L and actuating speed V when carrying out short printing.

In Fig. 4 and Fig. 5, horizontal axis indicates that the driving distance L of balladeur train 222, the longitudinal axis indicate the actuating speed V of balladeur train 222.This Outside, in Fig. 4 and Fig. 5, print range P indicate range that balladeur train 222 printed in single pass (scanning direction SD away from From).In addition, in Fig. 4 and Fig. 5, balladeur train 222 is shown under each drive mode of Mode A and Mode B, is carried out respective The relationship of driving distance L and actuating speed V when the printing of print range P.

In situation shown in Fig. 4, that is, in the case that print range P has enough distances, use any driving mould It when formula, is driven in a short time with the speed all after reaching most high speed, becomes the curve to slow down, two kinds of drive modes thereafter Under driving distance L it is roughly the same.Therefore, the sweep time (traveling time) of balladeur train 222 be the fast Mode A of actuating speed V more It is short.That is, the printing time of print range P is that Mode A are shorter.

It should be noted that in each drive mode, printing start time and printing finish time be it is predetermined, it is preceding Person be accelerate in it is predetermined at the time of, the latter be slow down in it is predetermined at the time of.In addition, distance EL shown in Fig. 4 is printing knot Distance (distance after hereinafter referred to as printing) until balladeur train 222 stops (after printing finish time) after beam, each drive mode is total It is logical.

On the other hand, in the case of fig. 5, that is, in the case that print range P is short, as shown in figure 5, in Mode B Drive mode in, above-mentioned printing start time and printing finish time can execute printing, situation one as shown in fig. 4 Sample, balladeur train 222 can not drive the distance of (movement) futile effort and stop.

On the other hand, in the drive mode of Mode A, as shown in figure 5, printing can be terminated before reaching most high speed, Just reach most high speed to reduce speed now later, but the case where its driving distance L ratio Mode B is long very much.Therefore, in such print When brush range P, Mode A fast actuating speed V spend the time (traveling time, printing time) instead.

As described above, print range P in short-term, the drive mode for having selected actuating speed V low sometimes can contract Short processing time considers that the point carries out the drive control (drive mode of balladeur train 222 in the printing of each row in this printer 2 Selection).

Fig. 6 is the flow chart for instantiating processing sequence when this printer 2 receives print request.Hereinafter, being docked based on Fig. 6 It is illustrated by the processing of 1 desired presswork.

When the printed data from host apparatus 1 is sent, printer 2 receives the printed data, and storage (preservation) exists It receives in buffer 211 (the step S1 of Fig. 6).

Thereafter, control unit 21 (printing control unit 213, drive control part 214) reading, which is stored in, receives in buffer 211 Printed data (header) is simultaneously explained, the basic settings of printing treatment is carried out based on its result.In this process, drive control part 214 determine the drive mode (the step S2 of Fig. 6) of balladeur train 222.

Specifically, control unit 21 is determined by the printing condition contained by printed data about word interval, length of changing one's profession, list The content that direction is scanned or the projects such as twocouese scanning are implemented.About drive mode, based on the word product contained by printed data Matter specifies to determine.When text quality is appointed as high-quality, drive control part 214 is determined slow drive mode (such as Mode C) as the drive mode used, when text quality is appointed as low-quality, drive control part 214 is determined fast drive mode (for example, Mode A) is as the drive mode used.

Thereafter, the printing treatment of each row (each scanning) is moved to, printer 2 carries out the drive mode for being most suitable for the row first Selection handles (the step S3-S9 of Fig. 6).

In the selection processing, from the reading of buffer 211 next line is received, (next time is printed drive control part 214 first The row of brush) printed data (the step S3 of Fig. 6).Due to being to be somebody's turn to do in actual printing treatment (the step S10 of Fig. 6) It is read before the reading of printed data, therefore the processing is the processing pre-read.

Then, drive control part 214 explains the printed data read, finds out and obtains and is printed in next line (scanning) Distance (length of print range P, hereinafter referred to as printed distance L (2)) (the step S4 of Fig. 6).

Fig. 7 is the figure of the displacement distance for illustrating balladeur train 222.Fig. 7 schematically shows balladeur train 222 and is moved up in paper PM Dynamic state, 222 current location shown in Fig. 7 of balladeur train are moved along scanning direction SD, are performed simultaneously the printing of print range P. Motion track MW shows the motion track of balladeur train 222 at this time.The above-mentioned printed distance L (2) acquired is equivalent to L shown in Fig. 7 (2)。

Then, drive control part 214 obtains the current location (the step S5 of Fig. 6) of balladeur train 222.Specifically, driving control Portion 214 processed finds out the position of the scanning direction SD of balladeur train 222 from past displacement distance etc..

Then, drive control part 214 finds out and obtains from the current location of balladeur train 222 to printing starting position (in Fig. 7 The left end of print range P) until distance (hereinafter referred to as print front distance L (1)) (the step S6 of Fig. 6).Specifically, driving Dynamic control unit 214 finds out printing front distance L from the printed data of the current location of the balladeur train 222 of above-mentioned acquisition and above-mentioned reading (1)。

Then, drive control part 214 find out and obtain from printing end position (right end of the print range P in Fig. 7) to Distance (distance L (3) after hereinafter referred to as printing) (the step S7 of Fig. 6) until the stop position of balladeur train 222.Drive control part 214 use the value of above-mentioned distance EL shown in Fig. 4 as distance L (3) after the printing.The value of distance EL is stored in advance in number In being waited according to storage part 212.

Thereafter, drive control part 214 by after the printing front distance L (1) and printed distance (2) that will obtain and printing away from It is added from (3), i.e., by the formula of PL=L (1)+L (2)+L (3), finds out and obtain prediction displacement distance PL (the step of Fig. 6 S8)。

Then, the most suitable drive mode (the step S9 of Fig. 6) when the selection of drive control part 214 printing next line.Specifically For, drive control part 214 with reference to the drive mode selection table 215 illustrated based on Fig. 3, compare the prediction movement of above-mentioned acquisition away from From PL and drive mode selects each threshold value of table 215, selects most suitable drive mode as described above.That is, drive control part 214 in prediction displacement distance PL>When S1, Mode A are selected, in S1 >=prediction displacement distance PL ＞ S2, are selected corresponding with S1 Mode B select Mode C corresponding with S2 in S2 >=prediction displacement distance PL.

It is selected in this way, has selected the drive mode for completing processing with the shortest time when printing next line.

Then, drive control part 214 compare selection most suitable drive mode (the second drive mode) and step S2 in set Fixed drive mode (drive mode, the first drive mode when printing starts), if the drive of the most suitable drive mode of selection If the actuating speed V of dynamic drive modes of the speed V than being set in step S2 is slow, determination switches to the most suitable drive mode, Carry out the printing of next line.That is, drive control part 214 reduces actuating speed V in the printing of next line.On the other hand, it is elected to When the actuating speed V for the most suitable drive mode selected is the actuating speed V or more of the drive mode set in step S2, driving control Portion 214 processed, which determines, does not switch to the printing that the most suitable drive mode carries out next line.That is, drive control part 214 is still with print Drive mode when brush starts carries out the printing of next line.

It should be noted that due to when the drive mode drive mode of printing while starting () set in step s 2 is most When the lower drive modes of the actuating speeds such as low velocity V, the drive mode can not be used selecting most suitable drive mode, Or the case where not using, is more, therefore the selection processing (step S3-S9) can not also be carried out.For example, when starting in printing When be set to when Mode C (step S2), in the processing of each row, it is convenient to omit selection handle (step S3-S9).

In this way, when the drive mode used is determined, the printing treatment (the step S10 of Fig. 6) of next line is executed.At this In printing treatment, printing control unit 213 reads and explains the printed data from the current line for receiving buffer, by printing object It is launched into point data.Thereafter, printing control unit 213 makes print head 221 work by the point data.Drive control part 214 with The printing acts corresponding mode, controls paper delivering mechanism 223, and paper PM is made to be conveyed along sub-scanning direction, with print head The mode of 221 action synchronization makes balladeur train 222 be driven with the drive mode of above-mentioned determination.

In this way, at the end of the processing of the amount of a line, same processing (the step S3-S11 of Fig. 6) is executed to each row, directly Until whole printed data (full row) processing of reception terminate (the step S11's of Fig. 6 is no).Moreover, when the whole received Printed data (full row) processing at the end of (the step S11's of Fig. 6 be), the processing of the one-step print operation terminates.

It should be noted that being next when the printing of a line terminates position (scanning direction SD's) that balladeur train 222 stops In the range of the scanning direction SD of capable print range P, and near its range and enough run-up distances can not be obtained When, it needs to move balladeur train 222 before printing next time.Therefore, when pre-reading printed data in the step S3 of Fig. 6, under The printed data of a line reads and explains again simultaneously the printed data of next line (downlink), at the end of the printing of next line on The state stated, in the case of becoming the state for needing to make before printing balladeur train 222 to move, after the printing of next line, Stop at once balladeur train 222, but moves it to the position that can get enough run-up distances in the printing of downlink Until stop.At this point, distance L (3) is not predetermined distance EL after printing in the step S7 of Fig. 6, it is actually it to be made to stop Distance until only.It carries out in this way, the processing (saving secondary movement) for moving balladeur train 222 before printing can be saved, together When, even if prediction can be extended if the print range P of next line shortens and reduces in the case of drive mode (actuating speed V) Displacement distance PL, do not make drive mode reduce and with faster actuating speed V processing.

In addition, in the above embodiment example, illustrate have the case where three drive modes, but the quantity of drive mode Can also be quantity in addition to this.When the drive mode having is multiple, the drive that is set in drive mode selection table 215 Dynamic model formula is not the drive mode of all of which, and is omitted the drive mode of some quantity.For example, having 15 drives , can be according to 5 drive modes of the sequential selection of their actuating speed V under substantially uniform interval when dynamic model formula, it will This 5 drive modes are set in drive mode selection table 215.In this case, drive mode selection table 215 is had references to Above-mentioned selection processing similarly carry out.

It should be noted that in the selection processing (the step S9 of Fig. 6) of above-mentioned most suitable drive mode, place has been selected Managing the time becomes shortest most suitable drive mode, but (is waited in the modifiable pattern for shortening the drive mode of processing time Mend) when having multiple, it can also select to drop next grade of driving since the drive mode (drive mode when printing starts) of setting Pattern etc. selects the drive mode other than most suitable drive mode.For example, when being set to Mode A, the printing of next line Range P shortens, and when Mode C are most suitable, can select Mode B.

As described above, in the printer 2 that present embodiment example is related to, before the printing of each row, based on balladeur train 222 The printed data of current location and next line finds out the prediction displacement distance PL of balladeur train 222, and is based on prediction displacement distance PL Select most suitable drive mode.Therefore, it is that fast driving pattern is spent instead in actuating speeds V such as the short situations of printing length In the case of time, actuating speed can be suitably reduced, and the printing treatment time can be shortened.In turn, need not increase Unit scale increases using electric power, and cost will not be made to increase.

Further, since the switching of above-mentioned drive mode is compared with by the drive mode set by the requirement of press quality etc. And execute, therefore the printing for being unsatisfactory for print request can be prevented.

In addition, when it is specified actuating speed V or less to print the drive mode set when beginning, by without above-mentioned The selection of most suitable drive mode is handled, and can save futile processing.

In addition, the selection processing of above-mentioned most suitable drive mode is fast by referring to preset drive mode selection table It carries out fastly.

In addition, as described above, by the candidate for reducing drive mode there are it is multiple when, select close to set driving The difference of printing state with other rows can be inhibited smaller by the drive mode of pattern.

Protection scope of the present invention is not limited to above-mentioned embodiment, including invention described in the scope of the claims and It is equally invented.

Claims (10)

1. a kind of printing equipment, which is characterized in that so that print head is scanned and is printed on printed medium,

The printing equipment has：

Balladeur train is carried the print head, and is moved along scanning direction with the different multiple drive modes of movement speed；And

Control unit, in each scanning, the position of printed data and the balladeur train based on the scanning is found out in the scanning The balladeur train prediction displacement distance, and the driving mould that is used in the scanning is determined based on the prediction displacement distance Formula.

2. printing equipment according to claim 1, which is characterized in that

The control unit selects the first drive mode when printing beginning from the multiple drive mode, is swept described every time When retouching, selection is suitable for the second drive mode of the prediction displacement distance, and if described in the second drive mode ratio The speed of first drive mode is slow, it is determined that using second drive mode as the drive mode used in the scanning.

3. printing equipment according to claim 2, which is characterized in that

When the movement speed of first drive mode is below predetermined speed, the drive mode of each scanning is not executed Determine processing.

4. printing equipment according to claim 2, which is characterized in that

Threshold value is set with for the drive mode,

For the control unit by comparing the prediction displacement distance and the threshold value, selection is suitable for the prediction displacement distance Second drive mode.

5. printing equipment according to claim 2, which is characterized in that

Second drive mode selects to carry out from the drive mode as multiple candidates.

6. a kind of control method, which is characterized in that be the printing equipment for making print head scan and being printed on printed medium Control method,

In the printing equipment, has and carry the print head and with the different multiple drive modes of movement speed along scanning side To mobile balladeur train,

In each scanning, the position of printed data and the balladeur train based on the scanning, find out in the scanning described in The prediction displacement distance of balladeur train, and the drive mode used in the scanning is determined based on the prediction displacement distance.

7. control method according to claim 6, which is characterized in that

When printing beginning, the first drive mode is selected from the multiple drive mode, in each scanning, selection is suitable Together in it is described prediction displacement distance the second drive mode, and if second drive mode than first drive mode Speed it is slow, it is determined that using second drive mode as the drive mode used in the scanning.

8. control method according to claim 7, which is characterized in that

When the movement speed of first drive mode is below predetermined speed, the drive mode of each scanning is not executed Determine processing.

9. control method according to claim 7, which is characterized in that

Threshold value is set with for the drive mode,

By comparing the prediction displacement distance and the threshold value, selection is suitable for the second driving mould of the prediction displacement distance Formula.

10. control method according to claim 7, which is characterized in that

Second drive mode selects to carry out from the drive mode as multiple candidates.