CN107264062B - Printing equipment and computer-readable storage medium - Google Patents
Printing equipment and computer-readable storage medium Download PDFInfo
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- CN107264062B CN107264062B CN201710200835.5A CN201710200835A CN107264062B CN 107264062 B CN107264062 B CN 107264062B CN 201710200835 A CN201710200835 A CN 201710200835A CN 107264062 B CN107264062 B CN 107264062B
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41J—TYPEWRITERS; SELECTIVE PRINTING MECHANISMS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
- B41J2/00—Typewriters or selective printing mechanisms characterised by the printing or marking process for which they are designed
- B41J2/315—Typewriters or selective printing mechanisms characterised by the printing or marking process for which they are designed characterised by selective application of heat to a heat sensitive printing or impression-transfer material
- B41J2/32—Typewriters or selective printing mechanisms characterised by the printing or marking process for which they are designed characterised by selective application of heat to a heat sensitive printing or impression-transfer material using thermal heads
- B41J2/325—Typewriters or selective printing mechanisms characterised by the printing or marking process for which they are designed characterised by selective application of heat to a heat sensitive printing or impression-transfer material using thermal heads by selective transfer of ink from ink carrier, e.g. from ink ribbon or sheet
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41J—TYPEWRITERS; SELECTIVE PRINTING MECHANISMS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
- B41J11/00—Devices or arrangements of selective printing mechanisms, e.g. ink-jet printers or thermal printers, for supporting or handling copy material in sheet or web form
- B41J11/66—Applications of cutting devices
- B41J11/70—Applications of cutting devices cutting perpendicular to the direction of paper feed
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41J—TYPEWRITERS; SELECTIVE PRINTING MECHANISMS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
- B41J3/00—Typewriters or selective printing or marking mechanisms characterised by the purpose for which they are constructed
- B41J3/407—Typewriters or selective printing or marking mechanisms characterised by the purpose for which they are constructed for marking on special material
- B41J3/4075—Tape printers; Label printers
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- Electronic Switches (AREA)
- Printers Characterized By Their Purpose (AREA)
Abstract
Printing equipment of the invention has: print head, including the multiple heater elements arranged along certain direction；And control unit, indicate that the printed data to the image of printed dielectric printing is divided into multiple line number evidences, each line number extends according to along certain direction, and including point, that is, multiple second points into multiple first points multiple points with composition image of printed dielectric printing other than multiple first points, control unit executes following processing: for each line number evidence, by selectively making electric current circulate in multiple heater elements corresponding with multiple first points of each line number evidence, thus selected heater element is made to generate heat, and make be printed in printed medium at corresponding multiple first points in each line number evidence, in turn, for each line number evidence, obtain multiple first point of distributed intelligences of each line number evidence, and according to multiple first point of distributed intelligences of each line number evidence, set the conduction time to selected heater element supply electric current.
Description
The application based on and advocate on March 31st, 2016 propose first Japanese patent application 2016-072358 and
The priority for the first Japanese patent application 2017-052241 that on March 17th, 2017 proposes, and it is hereby incorporated entire contents.
Technical field
The present invention relates to filled by the way that printed data is printed in band and cutting come the printing equipment for making label and printing
The computer-readable storage medium set.
Background technique
In the past, widely applied printing equipment can by carrying out fever driving to the heater element for being disposed in thermal head,
Printed data comprising arbitrary character, style etc. is printed in the band for being rolled into the strip of roll, and is brought by cutting off this
Easily make label.In printing equipment, the band of strip is conveyed between thermal head and air roll together with ink ribbon, ink ribbon
The table of the middle band by the warmed-up part of thermal head as the depicting pattern comprising character, style etc. by thermal transfer in strip
Thus face is printed.In such printing equipment, accordingly thermal head is sent out with each line number evidence of printed data
Thermal drivers, meanwhile, by every 1 row delivered ink band and band, the successively the output for printing line by line by printed data as a result,.
In such heat transfer type printing equipment, print the heating element generating heat of thermal head, therefore, if certain
One heating element generating heat, then its heat is also transmitted to adjacent heater element.That is, adjacent heater element becomes than target temperature
Degree is high, the destruction etc. that can be generated extra ink melting and printed character occurs etc..That is, the problem is that: printed matter
Matter is declined by hot influenced caused by neighbouring heater element.
In order to solve the problems, there are following technologies: will be obtained by the thermistor for being appended hereto thermal head
The temperature on thermal head periphery is fed back, and changes conduction time as a result, to be printed.
Additionally, there are following technologies: the ratio (stain using print data relative to effective printing points of thermal head
Rate), it is split print data or changes the control of print speed.For example, disclosing heat transfer type recording device below: inspection
The quantity of attached heater element is surveyed, and controls the quantity (example for the pulse for being additional to heater element based on this testing result
Such as, referring to Japanese Unexamined Patent Publication 6-143648 bulletin.).
But since there are the times between the variation of thermal head peripheral temperature and the variation of the temperature of thermal head itself
Difference, accordingly, there exist that cannot be printed with conduction time appropriate, the problem of without being able to maintain good press quality.
In addition, even if based on stain rate to change print speed, due to the difference of the distribution of black dot data,
The problem of generating fluctuation there is also press quality.
Summary of the invention
The present invention is made into view of above-mentioned actual conditions, and its purpose is to provide one kind to be able to carry out high-quality printing
Printing equipment and printing equipment computer-readable storage medium.
Printing equipment of the invention, has: print head, including the multiple heater elements arranged along certain direction；And control
Portion processed indicates that the printed data to the image of printed dielectric printing is divided into multiple line number evidences, each line number according to along it is above-mentioned certain
Direction extends, and including to multiple first points of above-mentioned printed dielectric printing and constitute in multiple points of above-mentioned image in addition to
Point, that is, multiple second points other than above-mentioned multiple first points, above-mentioned control unit execute following processing: for above-mentioned each line number evidence, leading to
Crossing selectively makes electric current circulate in above-mentioned multiple first point of corresponding multiple above-mentioned heater element with above-mentioned each line number evidence, by
This makes selected above-mentioned heater element generate heat, and makes be printed at corresponding multiple first points in above-mentioned each line number evidence
Above-mentioned printed medium for above-mentioned each line number evidence, obtains above-mentioned multiple first point of distribution letters of above-mentioned each line number evidence in turn
Breath, and according to above-mentioned multiple first points of the above-mentioned distributed intelligence of above-mentioned each line number evidence, it sets to selected above-mentioned fever
The conduction time of component feeding electric current.
Printing process using printing equipment of the invention, the printing equipment have multiple hairs including arranging along certain direction
The print head of thermal element indicates that the printed data to the image of printed dielectric printing is divided into multiple line number evidences, each line number
Extend according to along certain above-mentioned direction, and including to multiple first points of above-mentioned printed dielectric printing and constituting the more of above-mentioned image
Point, that is, multiple second points in a point other than above-mentioned multiple first points, above-mentioned printing process include the following steps: for upper
State each line number evidence, by selectively make electric current with above-mentioned multiple first point of corresponding multiple above-mentioned hair of above-mentioned each line number evidence
Thus thermal element circulation makes selected above-mentioned heater element generate heat, and keep above-mentioned each line number corresponding more in
A first point is printed in above-mentioned printed medium, in turn, for above-mentioned each line number evidence, obtains the above-mentioned multiple of above-mentioned each line number evidence
First point of distributed intelligence, and according to above-mentioned multiple first points of the above-mentioned distributed intelligence of above-mentioned each line number evidence, it sets to institute
The conduction time of the above-mentioned heater element supply electric current of selection.
Computer-readable recording medium of the invention is that have multiple heater elements including arranging along certain direction
The computer-readable recording medium of the printing equipment of print head, indicates the printed data of the image to printed dielectric printing
It is divided into multiple line number evidences, each line number extends according to along certain above-mentioned direction, and including to the more of above-mentioned printed dielectric printing
Point, that is, multiple second points in a first point multiple points with the above-mentioned image of composition other than above-mentioned multiple first points, above-mentioned note
Recording medium is stored with the program for making above-mentioned computer execute processing below when reading by above-mentioned computer: for above-mentioned each
Line number evidence, by selectively making electric current first with above-mentioned multiple first point of corresponding multiple above-mentioned fever of above-mentioned each line number evidence
Part circulation, thus makes selected above-mentioned heater element generate heat, and make above-mentioned each line number in corresponding multiple the
Any is printed in above-mentioned printed medium, in turn, for above-mentioned each line number evidence, obtains above-mentioned multiple the first of above-mentioned each line number evidence
The distributed intelligence of point, and according to above-mentioned multiple first points of the above-mentioned distributed intelligence of above-mentioned each line number evidence, it sets to selected
Above-mentioned heater element supply electric current conduction time.
According to the present invention, generated effect is: by suitably generating heat the heater element for being disposed in thermal head
Driving, is able to carry out the printing of high-quality.
Other objects and advantages of the present invention becomes clear and being illustrated in the following description, or can pass through this
The implementation of invention and acquistion.The tool and combination that objects and advantages of the present invention may be implemented particularly point out following.
Detailed description of the invention
Attached drawing is included into and constitutes a part of specification, for illustrating embodiments of the present invention, together with given above
The detailed description of general remark and embodiment given below embodies the principle for explaining invention.
Fig. 1 is the top view for indicating the printing equipment of embodiment.
Fig. 2 is the cross-sectional view of the printing equipment of embodiment.
Fig. 3 is the hardware block diagram of the printing equipment of embodiment.
Fig. 4 is the functional block diagram of the printing equipment of embodiment.
Fig. 5 is the figure for indicating the example of printed data.
Fig. 6 is the figure for illustrating line number evidence.
Fig. 7 is the flow chart for indicating the process of printing treatment of embodiment.
Fig. 8 is the figure for indicating the configuration example of line number evidence.
Fig. 9 is the figure for indicating the configuration example of segmented data line.
Figure 10 is the figure for indicating the relationship of variable and counting.
Figure 11 A and Figure 11 B are for illustrating to line number according to figure the reasons why being split.
Specific embodiment
Hereinafter, being illustrated in detail referring to attached drawing to embodiments of the present invention.
Fig. 1 is the top view for indicating the printing equipment of embodiment.
As shown in Figure 1, printing equipment 1 has: device housing 2, input unit 3, display unit 4, open-close lid 17 and box storage
Portion 18.In addition, printing equipment 1, which is also possible to external device (ED) (not shown) (such as computer), has input unit 3 and display unit 4,
And the printing equipment of this mode of printed data of the desired depicting pattern as printing object is received from this external device (ED).
Input unit 3, display unit 4 and open-close lid 17 are configured in the upper surface of device housing 2.On the right side of device housing 2
Side is formed with the outlet 2a of printed medium M.Printed medium M is e.g. wound into the band of the strip of roll in advance.
Input unit 3 has enter key of the input comprising depicting pattern desired by character, style etc., instruction printing starts
Printing key carries out the cursor key of moving operation to the cursor on the display picture of display unit 4, carries out the setting of printing mode and each
Any or all of the various control keys of kind setting processing etc..In addition, above-mentioned enter key includes the character of input character data
Enter key.
Display unit 4 is, for example, liquid crystal display panel, and display includes the figure of character corresponding with the input from input unit 3
As, for the selection menu of various settings, about message of various processing etc..
Open-close lid 17 is configured to opening and closing box incorporating section 18 on the top of box incorporating section 18.Open-close lid 17 for example passes through
It is opened by lower button 17a.In addition, being accommodated in be observed visually in the state that the open-close lid 17 is closed
The presence or absence of the storage box 20 (referring to Fig. 2) of box incorporating section 18, is formed with window portion 17b on open-close lid 17.
Fig. 2 is the cross-sectional view of the printing equipment of embodiment.
Construction near box incorporating section 18 is shown in Fig. 2.Receiving is accommodated with to disassembly ease in box incorporating section 18 to be printed
The storage box 20 of brush medium M and ink ribbon R.Printed medium M is wound in the belt carcass 23 inside the storage box 20 in roll, turns with heat
The ink ribbon R of print is conveyed to the thermal head (print head) 30 for being set to printing equipment 1 together, by conveying roller 13.Ink ribbon R is in roller
The ink ribbon supply core 24 being wound in shape inside the storage box 20.Ink has passed through thermal head 30 and has been transferred to printed medium M
, the ink ribbon R after use be wound in ink ribbon winding core 25.If printing treatment terminates, printed what thermal head 30 passed through
Brush medium M is cut off by cutting mechanism 16, and is discharged from outlet 2a.
Fig. 3 is the hardware block diagram of the printing equipment of embodiment.
As shown in figure 3, printing equipment 1 is also equipped with: control unit other than having above-mentioned input unit 3 and display unit 4
(computer) 5, ROM (Read Only Memory: read-only memory) 6, RAM (Random Access Memory: arbitrary access
Memory) 7, display unit driving circuit 8, head drive circuit 9, the thermal head 30 of an example as print head, conveying motor
Driving circuit 11, conveying motor 12, conveying roller 13, cutting machine motor drive circuit 14, cutting machine motor 15 and cutting machine
Structure 16.
In addition, desired depicting pattern is printed in shown in FIG. 1 printed for example based on printed data by printing equipment 1
After brush medium M, printed medium M is cut off, production is printed with the printed article of desired depicting pattern as a result,.For example, into
It has gone after the printing comprising depicting pattern desired by any character, style etc., the band of strip is used as strap (label) quilt
It cuts out.In addition, the band of strip is for example strippingly attached with the substrate comprising adhesive layer and in a manner of covering adhesive layer
In the peeling paper of substrate, and together with the ink ribbon R of thermal transfer, heat sensitive head 30 is conveyed.But, printing equipment 1 is also possible to
To not being rolled into roll but the device that is printed of other printed media such as printing paper for being received with the state of lamination.
Control unit 5 (processor: processor) is, for example, CPU (Central Processing Unit；Central processing list
Member), make according to the key operation signal from input unit 3 or automatically the system program for being pre-stored within ROM6, be stored in
The startings such as the control program of card storage, the control program read in from external equipment, carry out control circuit for RAM7 as working storage
The movement of each section.
It is connected on control unit 5: input unit 3, ROM6, RAM7, the display unit driving circuit 8 for driving display unit 4, driving
The head drive circuit 9 of thermal head 30, the conveying motor drive circuit 11 for driving conveying motor 12, driving cutting machine motor
15 cutting machine motor drive circuit 14.In addition, conveying drives conveying roller 13 with motor 12.In addition, cutting machine motor 15 makes to cut
Cutting mill structure 16 works.
ROM6 storage: it is printed for being printed in thermal head 30 by desired depicting pattern by head drive circuit 9
The former data such as character, mark, picture character included in the program of brush medium M, the depicting pattern as printing object and ruler
Very little information, printing type face etc..In addition, ROM6 is also as being stored with and can be sent out by the storage medium for the program that control unit 5 is read
The effect of waving.
RAM7 plays a role as data memory input, data memory input storage: the institute as printing object
Character included in desired depicting pattern, mark, picture character, their size, character pitch etc. are carried out it is specified
Information, size of made printed article etc. print information.In addition, RAM7 is as storage based on these printing information inputted
It generates and indicates that the printed data memory of the printed data of desired depicting pattern plays a role, be also shown in as storage
Display unit 4 simultaneously indicates that the display data memory etc. of the display pattern data of desired depicting pattern plays a role.In addition,
Logger and counter of data needed for RAM7 has temporary memory print processing etc. etc..
Head drive circuit 9 controls thermal head 30 based on the printed data for being stored in RAM7.Thermal head 30 is according to this
Control, is printed in printed medium M for desired depicting pattern by thermal transfer.
Conveying controls stepper motor based on the printed data for being stored in RAM7 with motor drive circuit 11, controls as a result,
Conveying roller 13, and carried out from thermal head 30 into the printing of printed medium M, this is conveyed with desired speed and is printed
Brush medium M.
The movement of the control cutting mechanism 16 of cutting machine motor drive circuit 14.The cutting mechanism 16 is orthogonal with conveying direction
Width direction cut printed medium M, separate made printed article from printed medium M.In addition, being printed
In the case that brush medium M has multiple layers (for example, substrate, peeling paper etc.), cutting mechanism 16 can also only be cut in width direction
Cut the layer (for example, substrate) of a part.
In addition, the above-mentioned composition of printing equipment 1 only an example, as long as having air roll, as passing through maintaining part
The thermal head 30 of an example for the print head that part is kept, the head moving mechanism for keeping thermal head 30 mobile, can also be suitably
Composition is changed.
Fig. 4 is the functional block diagram of the printing equipment of embodiment.
As shown in figure 4, printing equipment 1 has: printed data input link 41, energization component 42, conduction time set structure
Part 43 and print-member 47.In addition, conduction time setting element 43 have the first counting component 44, second count component 45 with
And conduction time correction component 46.In addition, function described below is executed by control unit 5.
Printed data input link 41 inputs the printing for being printed in printed medium M using above-mentioned input unit 3
Data.
Amount of the energization component 42 based on a line for constituting the printed data inputted by printed data input link 41
Line number evidence, makes heating element generating heat, the heater element be by with predetermined conduction time selectively to along being printed
The first direction (referring to Fig. 5) of brush medium M, the width direction of the printed medium M of such as strip are arranged in heat linearly
Multiple heater elements on quick head 30, which are powered, carrys out selection.
The ratio (quantity) of energization point data of the conduction time setting element 43 based on line number evidence and point of energization point data
Cloth (distribution density), the time that setting is powered to the heater element selected from multiple heater elements by energization component 42.
Conduction time setting element 43 have first count component 44, by line number accordingly multiple units and give birth to
At multiple local line's data (the second line section；The symbol 81,82 of Fig. 8), local line's data of generation are further separated into respectively
Two halves and generate (upper section of upper local line's data；The symbol 81a, 82a of Fig. 8) and the next local line data (the next section；Fig. 8
Symbol 81b, 82b).Also, the first counting component 44 counts upper part adjacent to each other in each local line's data
Point data at the lowermost position point (lower end) of line number evidence and the upper point (upper end) of the next local line data is to be powered
The quantity of the group of point data.
For example, energization point (first point) data are denoted as " black " and non-energized point (second point) data are denoted as " white "
(hereinafter, identical), the line numbers of 8 bits (1byte) of " black and white is black in vain " are in the case where, as by by every 4 ratio
Spy is divided into the last energization point data " black " of two " black and white is black " and the initial energization point data of " black in vain "
Group folded by " black ", is counted as " 1 ".In addition, if being 16 bits of " black black and white is black in vain in vain "
The line number evidence of (2byte) is then divided into " black in vain ", " black and white is black ", " black in vain ", " in vain " by every 4 bit
It this four, for first and second, second each boundary with third, third with the 4th, counts adjacent number " 1 "
"1""0".In addition, however it is not limited to be split, can also be split by every 2 bit by every 4 bit.
In addition, conduction time setting element 43 have second count component 45, with multiple adjacent units by line
Data are divided into multiple segmented data lines, and count the energization point data number of each segmented data line respectively.For example, if it is " black
It is white it is black in vain " line number evidence, then be divided into " black and white is black " " black in vain " the two segmented data lines, and count each
The black dot data number " 3 " " 2 " of segmented data line.
Then, conduction time setting element 4 is based on the quantity for counting the boundary that component 44 counts by first and by second
Count the energization point data number for each segmented data line that component 45 counts, the time that setting is powered by energization component 42.
For example, more by the quantity on boundary that the first counting component 44 counts, conduction time setting element 43 will pass through energization component 42
The time being powered is set to shorter.In addition, being counted as the segmentation line number that energization point data number is 0 by the second counting component 45
More according to number, the time being powered by energization component 42 is set to more grow by conduction time setting element 43, by the second meter
It is that segmented data line number other than 0 is more that number components 45, which are counted as energization point data number, and conduction time setting element 43 will pass through
The time that energization component 42 is powered is set to shorter.For example, in the case where the line number of " black black and white is in vain " evidence,
As " black black and white " and " in vain ", since adjacent number is " 0 ", compared with the case where for example adjacent number is " 1 ",
Increase conduction time.In addition, the black dot data number of each segmented data line is " 3 " " 0 ", therefore, according to the stain of segmented data line
Data number " 0 " and increase conduction time, conduction time is reduced according to the black dot data number " 3 " of segmented data line.In addition, according to
The black dot data number " 3 " of segmented data line and the ratio for reducing conduction time is set as than the black dot data number according to segmented data line
" 2 " and the ratio that reduces conduction time is big.In addition, if the black dot data number " 2 " of segmented data line is two, then will according to point
The black dot data number " 2 " of secant data and situation that the ratio for reducing conduction time is set as than one is big.
Conduction time correction component 46 is counted based on the quantity for counting the boundary that component 44 counts by first and by second
The energization point data number for each segmented data line that component 45 counts, to the defined time being powered by energization component 42 into
Row correction.
Conduction time is set in this way, can suitably be generated heat the heater element for being disposed in thermal head 30
Driving.Also, it is driven by fever appropriate, is able to carry out the printing of high-quality.
Print-member 47 keeps the execution of energization component 42 dynamic with the conduction time after correcting by conduction time correction component 46
Make, the dye transfer of ink ribbon R will be coated on the printed medium M Chong Die with ink ribbon R.
Fig. 5 is the figure for indicating the example of printed data.Fig. 6 is the figure for illustrating line number evidence.Fig. 7 is to indicate embodiment
Printing treatment process flow chart.Fig. 8 is the figure for indicating the configuration example of line number evidence.Fig. 9 is the structure for indicating segmented data line
At the figure of example.Figure 10 is the figure for indicating the relationship of variable and counting.Figure 11 A and if 11B is for illustrating to line number according to dividing
The figure for the reasons why cutting.Using these Fig. 5~Figure 11 B, by by the line number of the amount of i line according to the printed data constituted for, to upper
Printing treatment performed by printing equipment 1 is stated to be illustrated.In addition, printing treatment described below is executed by control unit 5.
Printing treatment performed by printing equipment 1 prints printed data 50 as shown in Figure 5.In the example shown in FIG. 5,
Character string " ?word カ ウ Application タ " be printed data 50, be printed in band (printed Jie for the strip that bandwidth 51 is about 18mm
Matter M).For printed data 50 print be band effective printing width 52 region, for example, effectively printing width 52 be about
16mm。
As shown in fig. 6, printed data 50 by multiple line numbers according to 61,62,63,64,65,66,67,68 ... constitute.Such as
The printed resolution of fruit printing equipment 1 is 200dpi, then is printed in each line number of effective printing width 52 of about 16mm according to 61 etc.,
Respectively 128 points.That is, each line number can be corresponding with the address of 128 bits according to 61 etc..For example, can correspond to by 8 bits is 1 word
The continuation address of 16 bytes of section.Using such example, printing treatment performed by printing equipment 1 is illustrated.
Firstly, the control unit 5 that printing equipment 1 has is in step s 701 of fig. 7, it is updated to variable j by 1, will be constituted
The quantity of the line number evidence of printed data 50 is substituting to variable i.For example, if printed data 50 is made up of 724 lines, it will
724 are substituting to variable i.In step S702, control unit 5 prints j-th strip line.Initially, the 1st bar of line is printed.Then, control unit 5 exists
Whether the value that step S703 judgement is substituting to variable j is bigger (j > i) than being substituting to the value of variable i, judges whether as a result, whole
The printing of printed data has terminated.It is judged as "No" in the judgment step, then to the whole line number evidences for constituting printed data 50
Repeat step S704~S713.
In the case where being judged as that the printing of whole printed datas has terminated (step S703: yes), terminate this printing place
Reason.
On the other hand, in the case where being judged as the printing of whole printed datas and being not finished (step S703: no), control
Portion 5 processed is substituting to variable p for 1 in step S704, and the byte number for constituting line number evidence is substituting to variable n.In the above example,
Variable n is substituting to by 16.Then, whether control unit 5 is substituting to the value of variable p than being substituting to variable n's in step S705 judgement
It is worth big (p > n), judges whether that the total data to each byte unit for constituting line number evidence performs subsequent steps as a result,
The processing of S706~S710.
In the case where being judged as that the value for being substituting to variable p is big unlike the value for being substituting to variable n (step S704: no),
Whole bytes of 5 pairs of control unit composition line number evidences execute the processing of step S706~S709.That is, from the 1st word for constituting line number evidence
Section executes the processing of step S706~S709 to n-th byte such as the 16th byte.
Firstly, control unit 5 makes the first counting component 44 execute movement in step S706, to the line data counts of pth byte
The adjoining number of black dot data, the variable " near " for being 0 to initial value carry out incremental count (count up).For example, in such as Fig. 8 institute
The line number shown is according in 80, if pth byte is first partial line number according to 81, since the first partial line number to be divided into according to 81
Upper local line's data (from the 1st point to the 4th point) 81a and the next local line data (from the 5th point to the 8th point) 81b, upper part
The lowermost position point of line number evidence is " black " (energization point), and the upper point of the next local line's data is " black " (energization point), so making
For the adjoining number of black dot data, it is counted as " 1 ".Then, incremental count is carried out to variable " near ".In addition, as shown in Figure 8
Line number is upper since the second local line number to be divided into according to 82 if pth byte is the second local line number according to 82 according in 80
Local line's data (from the 9th point to the 12nd point) 82a and the next local line data (from the 13rd point to the 16th point) 82b, upper part
The lowermost position point of line number evidence is " white " (non-energized point), and the upper point of the next local line's data is " white " (non-energized point), institute
Using the adjoining number as black dot data, it is counted as " 0 ".In this case, not carrying out incremental count (in other words, to variable " near "
Only plus 0.).
The line number evidence of pth byte is divided into upper bit and the next bit in step S707 by control unit 5.In above-mentioned example
In, line number is according to being 128 bits/16 bytes, and every 1 byte is 8 bits, therefore, as shown in figure 9, line number evidence is divided by control unit 5
First segmented data line 91 of 4 bits of position and the second segmented data line 92 of the next 4 bits.
Control unit 5 makes the second counting component 45 execute movement in step S708, counts the first segmentation of upper bit respectively
Line number is according to 91 and the black dot data number of the second segmented data line 92 of the next bit.In the example shown in Fig. 9, as first point
The black dot data number of secant data 91, is counted as " 2 ", as the black dot data number of the second segmented data line 92, is counted as " 3 ".
Step S707 to line number according to be split and to each segmented data line count black dot data number be because are as follows: although constituting original
It is the line number evidence of the printed data of a data block, but the state of printed data can be held after being finely divided in more detail.
For example, the line number exemplified in Figure 11 A is according in 111, constituting the black dot data separation of the line number evidence, but line number is constituted according to 112
Black dot data is close.If counting black dot data number according to 111 and 112 for these line numbers, it is counted as " 2 ".But as schemed
Shown in 11B, if being divided into upper 4 bit and the next 4 bits, the black dot data number that line number is counted according to 111 be " 0 " and
" 2 ", the black dot data number counted to line number according to 112 are " 1 " and " 1 ".In this example embodiment, line number according to 111 and 112 energization point
Data number is identical, but the distribution of energization point data is different.
Like this, to composition be originally a data block printed data line number according to being finely divided can be in more detail
Hold the state of printed data.
Control unit 5 is in step S709, and according to the value counted in step S708, each variable for being 0 to initial value increases
Add and (adds 1).For example, increasing variable " zero ", if being " 0 " in the value that step S708 is counted if counted
Value be " 1 ", then variable " one " is increased.In the same manner, then variable " two " is increased if it is " 2 ", if it is
" 3 " then increase variable " three ", then increase variable " four " if it is " 4 ".Variable " zero ", " one ",
" two ", " three ", " four " initial value be 0.
Control unit 5 carries out variable p in step S710 to increase and return to step S705, to composition line number according to next byte
Execute the later processing of step S706.
It is judged as that whole bytes for composition line number evidence perform the processing of step S706~S710 in step S704
In the case of (step S705: yes), control unit 5 step S711 to the variable " near " that incremental count has been carried out in step S706 with
And increased variable " zero ", " one ", " two ", " three ", " four " have been carried out multiplied by defined coefficient in step S709,
And it is added with variable " kuroji ".In particular, to variable " near " multiplied by between coefficient " 135~165 " as shown in Figure 10
Arbitrary value such as " 150 ", and be added with variable " kuroji ".In addition, to variable " zero ", " one ", " two ", " three ",
" four " is arbitrarily worth example multiplied by between " -83~-67 ", " 68~84 ", " 94~116 ", " 355~435 ", " 418~512 "
Such as " -75 ", " 76 ", " 105 ", " 395 ", " 465 " are used as each coefficient, and the variable " kuroji " for being 0 with initial value is added.This
In the arbitrary value as each coefficient that selects, be by bandwidth, print speed printing speed, the width of thermal head 30 etc. with printing
The combination of condition and previously according to unique value that experience is found out, and be stored in ROM6.
In step S712, control unit 5 sets conduction time.For example, from when the energization for having preset specified value
Between subtract the value etc. of variable " kuroji ", conduction time is corrected.
Then, in step S713, control unit 5 increases variable j and returns to step S702, for next line number evidence, holds
Row step S702 later processing.
More than, embodiments of the present invention are illustrated referring to attached drawing, but apply printing equipment of the invention, as long as
It is the printing equipment for executing its function, however it is not limited to above-mentioned embodiment.For example, the first counting component 44 has been counted and has been energized
The quantity on the boundary that point data clips, but the adjoining number for constituting the energization point data of line number evidence can also be counted.In this case, such as
Fruit is the line number evidence of " in vain black in vain ", then due to third with the 4th, the 4th with the 5th, the 5th and the
Six " black " point data (energization point data) is adjacent, and therefore, will abut against counting number is " 3 ".In addition, first counts component 44
Can online data it is big in the case where, suitably counted by adjoining number of multiple local line's data to line number evidence, and to neighbour
The adjoining number of the energization point data of the local line's data connect is also counted.For example, if it is " black black and white is black in vain
Line number evidence in vain ", then can be by the local line of " black black and white is black in vain " and " black in vain "
It is " 3 " and " 1 " that data, which will abut against counting number, last (the 8th) of first local line's data and second local line's data
Initially " black " point data of (first) is adjacent, therefore, adds " 1 ", and will abut against counting number is " 5 (=3+1+1) ".
Also, the conduction time setting element 43 of printing equipment 1 not have to have the first counting component 44 and second
Both components 45 are counted, as long as example, having the first counting component 44 and second counts any of component 45.Print
In the case that the conduction time setting element 43 of brush device 1 only has the first counting component 44, in step S711, to variable
" near " is mutually added multiplied by defined coefficient, and with variable " kuroji ".In the case, only the count number of " near " to change
Amount " kuroji " impacts, and then impacts to the correction of conduction time.In addition, in the case, variable " zero ",
" one ", " two ", " three ", " four " are constant for initial value 0, but due to being most initially unwanted, and are not present.
In the case that the conduction time setting element 43 of printing equipment 1 only has the second counting component 45, in step S711, to variable
" zero ", " one ", " two ", " three ", " four " are added multiplied by defined coefficient, and with variable " kuroji ".In this situation
Under, only variable " zero ", " one ", " two ", " three ", " four " count number variable " kuroji " is impacted, into
And the correction of conduction time is impacted.In addition, in the case, variable " near " is the 0 constant of initial value, but due to most
Start to be exactly unwanted, therefore and is not present.
In addition, in the embodiment of aforementioned present invention, as a function of printing equipment, can by hardware or
The firmware or software of DSP (Digital Signal Processor: digital signal processor) plate or CPU board is realized.
In addition, can of course be the device of monomer using printing equipment of the invention, can be and be made of multiple devices
System or integration unit are also possible to the system handled via networks such as LAN, WAN.
It is further possible to by with CPU, the ROM and RAM memory, input unit, output device, outer for being connected to bus
The system that portion recording device, medium drive device, network connection device are constituted is realized.That is, certainly can also be in the following manner
Reach: by record have realize above embodiment system software program ROM and RAM memory, external record device, can
Movable recording media is supplied to printing equipment, and the computer of this printing equipment reads and executes program.
In this case, realizing new function of the invention from the program itself of the readings such as removable recording medium, this journey is recorded
Removable recording medium of sequence etc. constitutes the present invention.
As the removable recording medium for supplying program, it is, for example, possible to use: floppy disk, hard disk, CD, photomagneto disk,
It is CD-ROM, CD-R, DVD-ROM, DVD-RAM, tape, non-volatile memory card, ROM card, via e-mail or personal
The various recording mediums etc. of the network connection devices such as compunlcation (in other words, communication line) record.
In addition, computer (information processing unit) executes the program read out on memory, as a result, in addition to realizing above-mentioned reality
Other than the function of applying mode, also based on the instruction of this program, OS to work on computers etc. carries out one of actual processing
Divide or all, the function of above embodiment will be also realized by this processing.
Moreover, the program or the (number of the program as provided by program (data) supplier that are read from movable-type recording medium
According to) it is written into the memory having to the expansion board for being inserted into computer or the functional expansion unit for being connected to computer
Later, CPU being had based on the instruction of this program, this expansion board or functional expansion unit etc. carries out actual processing
Part or all, also can be realized the function of above embodiment by this processing.
That is, the present invention is not limited to embodiments described above, it can be without departing from the spirit and scope of the invention
Take various compositions or shape.
More than, the present invention is described based on specific embodiment, but technical scope of the invention is certainly not
It is limited to above embodiment.The scope of the present invention is not limited to the above embodiment, and it includes hairs described in the claims
Bright range and its equivalent range.
It can be subject to various changes to specific above embodiment or improvement this point carrys out those skilled in the art
Say it is it will be apparent that the mode that joined such change or improvement is also contained in this hair according to the record of claims
Bright technical scope this point is obvious.
Claims (18)
1. a kind of printing equipment, has:
Print head, including the multiple heater elements arranged along certain direction；And
Control unit,
Indicate that the printed data to the image of printed dielectric printing is divided into multiple line number evidences, each line number is according to along certain above-mentioned side
To extension, and including to multiple first points of above-mentioned printed dielectric printing and constituting in multiple points of above-mentioned image in addition to upper
The i.e. multiple second points of point other than multiple first points are stated,
Above-mentioned control unit executes following processing:
For above-mentioned each line number evidence, by selectively making electric current corresponding with above-mentioned multiple first points of above-mentioned each line number evidence
Multiple above-mentioned heater element circulations, thus make selected above-mentioned heater element generate heat, and make above-mentioned each line number in
Corresponding multiple first points be printed in above-mentioned printed medium,
In turn, above-mentioned multiple first point of distributed intelligences of above-mentioned each line number evidence are obtained for above-mentioned each line number evidence, and according to
Above-mentioned multiple first points of the above-mentioned distributed intelligence of above-mentioned each line number evidence, setting supply electric current to selected above-mentioned heater element
Conduction time,
Above-mentioned control unit in the processing of above-mentioned first point of distributed intelligence for obtaining above-mentioned each line number evidence,
Above-mentioned each line number evidence is divided into multiple First Line sections, and counts first point of number of each First Line section after segmentation
Amount, thus obtains the distribution of the i.e. above-mentioned First Line section of first point of quantity for including in above-mentioned each First Line section,
2 continuous first point of Frequencies of the above-mentioned line number in are counted,
In turn, above-mentioned 2 continuous first point of the above-mentioned Frequency according to the above-mentioned line number that counts out in and acquired
The distribution of above-mentioned First Line section above-mentioned conduction time is set for above-mentioned each line number evidence.
2. printing equipment as described in claim 1, wherein
Above-mentioned control unit in the processing of above-mentioned first point of distributed intelligence for obtaining above-mentioned each line number evidence,
It, will be above-mentioned more by above-mentioned line number according to the multiple second line sections identical or different with above-mentioned multiple First Line sections are divided into
A second line section is divided further into upper section and the next section respectively, and count as above-mentioned upper section with it is above-mentioned
The quantity on the boundary of quantity i.e. first point on the above-mentioned boundary clipped by 2 first point on the boundary between the next section, thus
Above-mentioned 2 continuous first point of above-mentioned Frequency of the above-mentioned line number in is counted,
In turn, the quantity on above-mentioned first point of the above-mentioned boundary according to the above-mentioned line number that counts out in and acquired above-mentioned the
The distribution of the i.e. above-mentioned First Line section of first point of quantity for including in one line section sets above-mentioned above-mentioned each line number evidence
Conduction time.
3. printing equipment as claimed in claim 2, wherein
Above-mentioned first point with the conduction time to selected above-mentioned heater element in above-mentioned line number in of above-mentioned control unit
In the case that the quantity on above-mentioned boundary is more it is fewer than the quantity on above-mentioned boundary in the case where short mode, set above-mentioned conduction time.
4. printing equipment as described in claim 1, wherein
Above-mentioned control unit with the conduction time to selected above-mentioned heater element include in above-mentioned First Line section it is above-mentioned
In the case that the quantity for the First Line section that first point of quantity is 0 is more than include in above-mentioned First Line section above-mentioned first
Long mode, sets above-mentioned conduction time in the case that the quantity for the First Line section that the quantity of point is 0 is few.
5. printing equipment as described in claim 1, wherein
Above-mentioned control unit with the conduction time to selected above-mentioned heater element include in above-mentioned First Line section it is above-mentioned
First point of quantity is more above-mentioned than include in the case that the quantity of the First Line section other than 0 is more in above-mentioned First Line section
First point of quantity is mode short in the case that the quantity of the First Line section other than 0 is few, sets above-mentioned conduction time.
6. printing equipment as described in claim 1, wherein
Above-mentioned control unit, in obtaining processing of the above-mentioned multiple line numbers according to respective above-mentioned multiple first point of distributed intelligences, meter
The quantity of 2 adjacent first point of the above-mentioned line number of number in,
In turn, the quantity of above-mentioned 2 adjacent first point according to the above-mentioned line number that counts out in and acquired above-mentioned the
The distribution of the i.e. above-mentioned First Line section of first point of quantity for including in one line section sets above-mentioned above-mentioned each line number evidence
Conduction time.
7. a kind of printing process using printing equipment, which has multiple heater elements including arranging along certain direction
Print head,
Indicate that the printed data to the image of printed dielectric printing is divided into multiple line number evidences, each line number is according to along certain above-mentioned side
To extension, and including to multiple first points of above-mentioned printed dielectric printing and constituting in multiple points of above-mentioned image in addition to upper
The i.e. multiple second points of point other than multiple first points are stated,
Above-mentioned printing process includes the following steps:
For above-mentioned each line number evidence, by selectively making electric current corresponding with above-mentioned multiple first points of above-mentioned each line number evidence
Multiple above-mentioned heater element circulations, thus make selected above-mentioned heater element generate heat, and make above-mentioned each line number in
Corresponding multiple first points be printed in above-mentioned printed medium,
In turn, above-mentioned multiple first point of distributed intelligences of above-mentioned each line number evidence are obtained for above-mentioned each line number evidence, and according to
Above-mentioned multiple first points of the above-mentioned distributed intelligence of above-mentioned each line number evidence, setting supply electric current to selected above-mentioned heater element
Conduction time,
In the processing of above-mentioned first point of distributed intelligence for obtaining above-mentioned each line number evidence,
Above-mentioned each line number evidence is divided into multiple First Line sections, and counts first point of number of each First Line section after segmentation
Amount, thus obtains the distribution of the i.e. above-mentioned First Line section of first point of quantity for including in above-mentioned each First Line section,
2 continuous first point of Frequencies of the above-mentioned line number in are counted,
In turn, above-mentioned 2 continuous first point of the above-mentioned Frequency according to the above-mentioned line number that counts out in and acquired
The distribution of above-mentioned First Line section above-mentioned conduction time is set for above-mentioned each line number evidence.
8. printing process as claimed in claim 7, wherein
In the processing of above-mentioned first point of distributed intelligence for obtaining above-mentioned each line number evidence,
It, will be above-mentioned more by above-mentioned line number according to the multiple second line sections identical or different with above-mentioned multiple First Line sections are divided into
A second line section is divided further into upper section and the next section respectively, and count as above-mentioned upper section with it is above-mentioned
The quantity on the boundary of quantity i.e. first point on the above-mentioned boundary clipped by 2 first point on the boundary between the next section, thus
Above-mentioned 2 continuous first point of above-mentioned Frequency of the above-mentioned line number in is counted,
In turn, the quantity on above-mentioned first point of the above-mentioned boundary according to the above-mentioned line number that counts out in and acquired above-mentioned the
The distribution of the i.e. above-mentioned First Line section of first point of quantity for including in one line section sets above-mentioned above-mentioned each line number evidence
Conduction time.
9. printing process as claimed in claim 8, wherein
With above-mentioned first point of above-mentioned boundary of the conduction time to selected above-mentioned heater element in above-mentioned line number evidence
In the case that quantity is more it is fewer than the quantity on above-mentioned boundary in the case where short mode, set above-mentioned conduction time.
10. printing process as claimed in claim 7, wherein
Above-mentioned first point of the number for including in above-mentioned First Line section with the conduction time to selected above-mentioned heater element
Amount is than above-mentioned first point of the quantity that includes in above-mentioned First Line section in the case where more for the quantity of the 0 First Line section
Long mode, sets above-mentioned conduction time in the case that the quantity of 0 First Line section is few.
11. printing process as claimed in claim 7, wherein
Above-mentioned first point of the number for including in above-mentioned First Line section with the conduction time to selected above-mentioned heater element
Amount is above-mentioned first point of the number in the case that the quantity of the First Line section other than 0 is more than including in above-mentioned First Line section
Amount is mode short in the case that the quantity of the First Line section other than 0 is few, sets above-mentioned conduction time.
12. printing process as claimed in claim 7, wherein
In obtaining processing of the above-mentioned multiple line numbers according to respective above-mentioned multiple first point of distributed intelligences, above-mentioned line number evidence is counted
The quantity of 2 interior adjacent first point,
In turn, the quantity of above-mentioned 2 adjacent first point according to the above-mentioned line number that counts out in and acquired above-mentioned the
The distribution of the i.e. above-mentioned First Line section of first point of quantity for including in one line section sets above-mentioned above-mentioned each line number evidence
Conduction time.
13. a kind of computer-readable recording medium, is the printing for having multiple heater elements including arranging along certain direction
The computer-readable recording medium of the printing equipment of head,
Indicate that the printed data to the image of printed dielectric printing is divided into multiple line number evidences, each line number is according to along certain above-mentioned side
To extension, and including to multiple first points of above-mentioned printed dielectric printing and constituting in multiple points of above-mentioned image in addition to upper
The i.e. multiple second points of point other than multiple first points are stated,
Aforementioned recording medium is stored with the program for making above-mentioned computer execute processing below when reading by above-mentioned computer:
For above-mentioned each line number evidence, by selectively making electric current corresponding with above-mentioned multiple first points of above-mentioned each line number evidence
Multiple above-mentioned heater element circulations, thus make selected above-mentioned heater element generate heat, and make above-mentioned each line number in
Corresponding multiple first points be printed in above-mentioned printed medium,
In turn, above-mentioned multiple first point of distributed intelligences of above-mentioned each line number evidence are obtained for above-mentioned each line number evidence, and according to
Above-mentioned multiple first points of the above-mentioned distributed intelligence of above-mentioned each line number evidence, setting supply electric current to selected above-mentioned heater element
Conduction time,
The processing for executing above-mentioned computer,
In the processing of above-mentioned first point of distributed intelligence for obtaining above-mentioned each line number evidence,
Above-mentioned each line number evidence is divided into multiple First Line sections, and counts first point of number of each First Line section after segmentation
Amount, thus obtains the distribution of the i.e. above-mentioned First Line section of first point of quantity for including in above-mentioned each First Line section,
2 continuous first point of Frequencies of the above-mentioned line number in are counted,
In turn, above-mentioned 2 continuous first point of the above-mentioned Frequency according to the above-mentioned line number that counts out in and acquired
The distribution of above-mentioned First Line section above-mentioned conduction time is set for above-mentioned each line number evidence.
14. recording medium as claimed in claim 13, wherein
The processing for executing above-mentioned computer,
In the processing of above-mentioned first point of distributed intelligence for obtaining above-mentioned each line number evidence,
It, will be above-mentioned more by above-mentioned line number according to the multiple second line sections identical or different with above-mentioned multiple First Line sections are divided into
A second line section is divided further into upper section and the next section respectively, and count as above-mentioned upper section with it is above-mentioned
The quantity on the boundary of quantity i.e. first point on the above-mentioned boundary clipped by 2 first point on the boundary between the next section, thus
Above-mentioned 2 continuous first point of above-mentioned Frequency of the above-mentioned line number in is counted,
In turn, the quantity on above-mentioned first point of the above-mentioned boundary according to the above-mentioned line number that counts out in and acquired above-mentioned the
The distribution of the i.e. above-mentioned First Line section of first point of quantity for including in one line section sets above-mentioned above-mentioned each line number evidence
Conduction time.
15. recording medium as claimed in claim 14, wherein
The processing for executing above-mentioned computer,
With above-mentioned first point of above-mentioned boundary of the conduction time to selected above-mentioned heater element in above-mentioned line number evidence
In the case that quantity is more it is fewer than the quantity on above-mentioned boundary in the case where short mode, set above-mentioned conduction time.
16. recording medium as claimed in claim 13, wherein
The processing for executing above-mentioned computer,
Above-mentioned first point of the number for including in above-mentioned First Line section with the conduction time to selected above-mentioned heater element
Amount is than above-mentioned first point of the quantity that includes in above-mentioned First Line section in the case where more for the quantity of the 0 First Line section
Long mode, sets above-mentioned conduction time in the case that the quantity of 0 First Line section is few.
17. recording medium as claimed in claim 13, wherein
The processing for executing above-mentioned computer,
Above-mentioned first point of the number for including in above-mentioned First Line section with the conduction time to selected above-mentioned heater element
Amount is above-mentioned first point of the quantity in the case that the quantity of the First Line section other than 0 is more than including in above-mentioned First Line section
It is mode short in the case that the quantity of the First Line section other than 0 is few, sets above-mentioned conduction time.
18. recording medium as claimed in claim 13, wherein
The processing for executing above-mentioned computer,
In obtaining processing of the above-mentioned multiple line numbers according to respective above-mentioned multiple first point of distributed intelligences,
The quantity of 2 adjacent first point of the above-mentioned line number in is counted,
In turn, the quantity of above-mentioned 2 adjacent first point according to the above-mentioned line number that counts out in and acquired above-mentioned the
The distribution of the i.e. above-mentioned First Line section of first point of quantity for including in one line section sets above-mentioned above-mentioned each line number evidence
Conduction time.
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| JP2016-072358 | 2016-03-31 | ||
| JP2016072358 | 2016-03-31 | ||
| JP2017-052241 | 2017-03-17 | ||
| JP2017052241A JP6988109B2 (en) | 2016-03-31 | 2017-03-17 | Printing equipment, printing methods and programs |
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| JP2017185790A (en) | 2017-10-12 |
| CN107264062A (en) | 2017-10-20 |
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