CN104908440B - Sampling color card for ICC production of ceramic inkjet printing machine - Google Patents
Sampling color card for ICC production of ceramic inkjet printing machine Download PDFInfo
- Publication number
- CN104908440B CN104908440B CN201510300511.XA CN201510300511A CN104908440B CN 104908440 B CN104908440 B CN 104908440B CN 201510300511 A CN201510300511 A CN 201510300511A CN 104908440 B CN104908440 B CN 104908440B
- Authority
- CN
- China
- Prior art keywords
- ink
- channel
- increment
- ink amount
- passages
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
- 238000005070 sampling Methods 0.000 title claims abstract description 60
- 239000000919 ceramic Substances 0.000 title claims abstract description 17
- 238000007641 inkjet printing Methods 0.000 title abstract description 8
- 238000004519 manufacturing process Methods 0.000 title abstract 2
- 238000007639 printing Methods 0.000 claims abstract description 7
- 241000532370 Atla Species 0.000 claims description 10
- 239000007921 spray Substances 0.000 claims description 4
- 238000005259 measurement Methods 0.000 abstract description 5
- 230000014509 gene expression Effects 0.000 abstract description 2
- 238000005516 engineering process Methods 0.000 description 4
- 239000003086 colorant Substances 0.000 description 1
Landscapes
- Ink Jet (AREA)
- Investigating Or Analysing Materials By Optical Means (AREA)
Abstract
The invention provides a sampling color card for ICC production of a ceramic inkjet printing machine. The ceramic inkjet printing machine is at least provided with a C channel, an M channel, a Y channel, a K channel and an O channel, and the maximum ink amount of each channel is indicated as 100%; and the sampling color card comprises a plurality of color blocks which are jet-printed by preset channel ink amount. According to the sampling color card of the invention, small-sample sampling points of the inkjet amount of each channel which are indicated by the above expressions are designed according to factors such as the output accuracy and color control precision of the ceramic inkjet printing machine, and 440 color blocks exist altogether, and therefore, requirements of CIE chromaticity measurement can be satisfied, and an optimal color value can be provided, and therefore, a measured chromatic value and the optimal color value can be adopted as original data which are established by color relations in a property file, and thus, the quality and performance of jet printing equipment can enhanced.
Description
Technical field
The invention belongs to ink-jet printing technology field, and in particular to a kind of for adopting that ceramic ink jet printer ICC makes
Sample colour atla.
Background technology
Sampling is the first step that Profile characteristic files are set up, that is, design some representational equipment color value printings
Or printout, and carry out cie color value measurement.These representational equipment color value, close as color in characteristic file
The initial data that system sets up.This patent prints multichannel characteristic, the ceramic multichannel ink jet printing sampling of design for ceramic ink jet
Colour atla, by carrying out cie color value measurement to this sampling colour atla, as the initial data that color relationship in characteristic file is set up,
Generate ceramic multichannel ink jet printing ICC.
The content of the invention
For solving the problems, such as proposed in background technology, the present invention proposes a kind of for ceramic ink jet printer ICC making
Sampling colour atla, it is therefore intended that meet the requirement of cie color measurement and optimum color value be provided, using as face in characteristic file
The initial data that color relation is set up.
The technical solution adopted in the present invention is as follows：
A kind of sampling colour atla made for ceramic ink jet printer ICC, the ceramic ink jet printer are at least logical with C
Road, M passages, Y passages, K channel and O channel, the C-channel correspondence cyan passage, the M passages are to pinkish red chrominance channel, the Y
Passage correspondence yellow channels, the corresponding orange passage of the O channel, the K channel correspondence black channel, the maximum ink scale of each passage
It is shown as 100%；The sampling colour atla includes some color lumps to preset passage ink amount spray printing, and the default passage ink amount has as follows
It is several：
Single passage is incremented by from 10%～100% with 10% ink amount interval, and remaining each passage ink amount is 0%；
(25%～100%) C+ (25%～100%) M, from the beginning of representing that C-channel and M passages are measured from 25% ink respectively, with
Multiple sampled points of the 25% ink amount for increment；
(25%～100%) C+ (25%～100%) Y, from the beginning of representing that C-channel and Y passages are measured from 25% ink respectively, with
Multiple sampled points of the 25% ink amount for increment；
(25%～100%) M+ (25%～100%) Y, from the beginning of representing that M passages and Y passages are measured from 25% ink respectively, with
Multiple sampled points of the 25% ink amount for increment；
(20%～100%) C+17%K, is represented C-channel from the beginning of 20% ink amount, is adopted with 20% ink multiple as increment of amount
Sampling point；
(25%～100%) C+33%K, is represented C-channel from the beginning of 25% ink amount, is adopted with 25% ink multiple as increment of amount
Sampling point；
(25%～100%) C+50%K, is represented C-channel from the beginning of 25% ink amount, is adopted with 25% ink multiple as increment of amount
Sampling point；
(33%～100%) C+67%K, is represented C-channel from the beginning of 33% ink amount, is adopted with 33% ink multiple as increment of amount
Sampling point；
(50%～100%) C+84%K, is represented C-channel from the beginning of 50% ink amount, is adopted with 50% ink multiple as increment of amount
Sampling point；
100%C+100%K；
(20%～100%) M+17%K, is represented M passages from the beginning of 20% ink amount, is adopted with 20% ink multiple as increment of amount
Sampling point；
(25%～100%) M+33%K, is represented M passages from the beginning of 25% ink amount, is adopted with 25% ink multiple as increment of amount
Sampling point；
(25%～100%) M+50%K, is represented M passages from the beginning of 25% ink amount, is adopted with 25% ink multiple as increment of amount
Sampling point；
(33%～100%) M+67%K, is represented M passages from the beginning of 33% ink amount, is adopted with 33% ink multiple as increment of amount
Sampling point；
(50%～100%) M+84%K, is represented M passages from the beginning of 50% ink amount, is adopted with 50% ink multiple as increment of amount
Sampling point；
100%M+100%K；
(20%～100%) Y+17%K, is represented Y passages from the beginning of 20% ink amount, is adopted with 20% ink multiple as increment of amount
Sampling point；
(25%～100%) Y+33%K, is represented Y passages from the beginning of 25% ink amount, is adopted with 25% ink multiple as increment of amount
Sampling point；
(25%～100%) Y+50%K, is represented Y passages from the beginning of 25% ink amount, is adopted with 25% ink multiple as increment of amount
Sampling point；
(33%～100%) Y+67%K, is represented Y passages from the beginning of 33% ink amount, is adopted with 33% ink multiple as increment of amount
Sampling point；
(50%～100%) Y+84%K, is represented Y passages from the beginning of 50% ink amount, is adopted with 50% ink multiple as increment of amount
Sampling point；
100%Y+100%K；
(33%～100%) C+ (33%～100%) M+ (25%～50%) K, represent C-channel and M passages respectively from
33% ink amount starts, and with 33% ink multiple sampled points of the amount as increment, gained sampled point is combined with K channel again respectively, K channel with
25% ink amount starts, the multiple sampled points with 25% ink amount as increment；
(50%～100%) C+ (50%～100%) M+75%K, represents that C-channel and M passages are opened from 50% ink amount respectively
Begin, the multiple sampled points with 50% ink amount as increment；
100%C+100%M+100%K；
(33%～100%) C+ (33%～100%) Y+ (25%～50%) K, represent C-channel and Y passages respectively from
33% ink amount starts, and with 33% ink multiple sampled points of the amount as increment, gained sampled point is combined with K channel again respectively, K channel with
25% ink amount starts, the multiple sampled points with 25% ink amount as increment；
(50%～100%) C+ (50%～100%) Y+75%K, represents that C-channel and Y passages are opened from 50% ink amount respectively
Begin, the multiple sampled points with 50% ink amount as increment；
100%C+100%Y+100%K；
(33%～100%) M+ (33%～100%) Y+ (25%～50%) K, represent M passages and Y passages respectively from
33% ink amount starts, and with 33% ink multiple sampled points of the amount as increment, gained sampled point is combined with K channel again respectively, K channel with
25% ink amount starts, the multiple sampled points with 25% ink amount as increment；
(50%～100%) M+ (50%～100%) Y+75%K, represents that M passages and Y passages are opened from 50% ink amount respectively
Begin, the multiple sampled points with 50% ink amount as increment；
100%M+100%Y+100%K；
(50%～100%) C+ (50%～100%) M+ (50%～100%) Y+50%K, represents C-channel, M passages and Y
Passage multiple sampled points respectively from the beginning of 50% ink amount, with 50% ink amount as increment；
100%C+100%M+100%Y+100%K；
(25%～100%) C+ (25%～100%) 0, from the beginning of representing that C-channel and 0 passage are measured from 25% ink respectively, with
Multiple sampled points of the 25% ink amount for increment；
(25%～100%) M+ (25%～100%) O, from the beginning of representing that M passages and O channel are measured from 25% ink respectively, with
Multiple sampled points of the 25% ink amount for increment；
(25%～100%) Y+ (25%～100%) O, from the beginning of representing that Y passages and O channel are measured from 25% ink respectively, with
Multiple sampled points of the 25% ink amount for increment；
(50%～100%) C+ (50%～100%) Y+ (50%～100%) O, represents C-channel, Y passages and O channel point
Multiple sampled points not from the beginning of 50% ink amount, with 50% ink amount as increment；
(50%～100%) C+ (50%～100%) M+ (50%～100%) O, represents C-channel, M passages and O channel point
Multiple sampled points not from the beginning of 50% ink amount, with 50% ink amount as increment；
(50%～100%) M+ (50%～100%) Y+ (50%～100%) O, represents M passages, Y passages and O channel point
Multiple sampled points not from the beginning of 50% ink amount, with 50% ink amount as increment；
(20%～100%) O+17%K, is represented O channel from the beginning of 20% ink amount, is adopted with 20% ink multiple as increment of amount
Sampling point；
(25%～100%) O+33%K, is represented O channel from the beginning of 25% ink amount, is adopted with 25% ink multiple as increment of amount
Sampling point；
(25%～100%) O+50%K, is represented O channel from the beginning of 25% ink amount, is adopted with 25% ink multiple as increment of amount
Sampling point；
(33%～100%) O+67%K, is represented O channel from the beginning of 33% ink amount, is adopted with 33% ink multiple as increment of amount
Sampling point；
(50%～100%) O+84%K, is represented O channel from the beginning of 50% ink amount, is adopted with 50% ink multiple as increment of amount
Sampling point；
100%O+100%K；
(33%～100%) C+ (33%～100%) 0+ (25%～50%) K, represent C-channel and O channel respectively from
33% ink amount starts, and with 33% ink multiple sampled points of the amount as increment, gained sampled point is combined with K channel again respectively, K channel with
25% ink amount starts, the multiple sampled points with 25% ink amount as increment；
(50%～100%) C+ (50%～100%) 0+75%K, represents that C-channel and O channel are opened from 50% ink amount respectively
Begin, the multiple sampled points with 50% ink amount as increment；
100%C+100%O+100%K；
(33%～100%) M+ (33%～100%) 0+ (25%～50%) K, represent M passages and O channel respectively from
33% ink amount starts, and with 33% ink multiple sampled points of the amount as increment, gained sampled point is combined with K channel again respectively, K channel with
25% ink amount starts, the multiple sampled points with 25% ink amount as increment；
(50%～100%) M+ (50%～100%) 0+75%K, represents that M passages and O channel are opened from 50% ink amount respectively
Begin, the multiple sampled points with 50% ink amount as increment；
100%M+100%O+100%K；
(33%～100%) Y+ (33%～100%) 0+ (25%～50%) K, represent Y passages and O channel respectively from
33% ink amount starts, and with 33% ink multiple sampled points of the amount as increment, gained sampled point is combined with K channel again respectively, K channel with
25% ink amount starts, the multiple sampled points with 25% ink amount as increment；
(50%～100%) Y+ (50%～100%) 0+75%K, represents that Y passages and O channel are opened from 50% ink amount respectively
Begin, the multiple sampled points with 50% ink amount as increment；
100%Y+100%O+100%K；
(50%～100%) C+ (50%～100%) M+ (50%～100%) 0+50%K, represents C-channel, M passages and O
Passage multiple sampled points respectively from the beginning of 50% ink amount, with 50% ink amount as increment；
100%C+100%M+100%O+100%K；
(50%～100%) C+ (50%～100%) Y+ (50%～100%) 0+50%K, represents C-channel, Y passages and O
Passage multiple sampled points respectively from the beginning of 50% ink amount, with 50% ink amount as increment；
100%C+100%Y+100%O+100%K；
(50%～100%) M+ (50%～100%) Y+ (50%～100%) 0+50%K, represents M passages, Y passages and O
Passage multiple sampled points respectively from the beginning of 50% ink amount, with 50% ink amount as increment；
100%M+100%Y+100%O+100%K；
(50%～100%) C+ (50%～100%) M+ (50%～100%) Y+ (50%～100%) 0, represents that M leads to
Road, Y passages and O channel multiple sampled points respectively from the beginning of 50% ink amount, with 50% ink amount as increment；
25%C+25%M+25%Y+25%O+50%K；
50%C+50%M+50%Y+50%O+50%K；
75%C+75%M+75%Y+75%O+50%K；
100%C+100%M+100%Y+100%O+100%K.
Compared with prior art, its advantageous exists the present invention：Output accuracy, color control according to ceramic ink jet printing
The factors such as precision processed, design the small sample sampled point of each Pass InkJet amount shown in each expression formula as described above, totally 440 color lump, meet
The requirement of cie color measurement and the color value for providing optimum, using the initial data set up as color relationship in characteristic file, carry
Rise equipment spray printing quality and performance.
Specific embodiment
As follows application scheme is further described：
So that ceramic ink jet prints common C, M, Y, O, K Five-channel printing as an example, the C-channel correspondence cyan passage, institute
M passages are stated to pinkish red chrominance channel, the Y passages correspondence yellow channels, the corresponding orange passage of the O channel, the K channel correspondence
Black channel, the maximum ink amount of each passage are expressed as 100%；
A kind of sampling colour atla made for ceramic ink jet printer ICC, by some colors to preset passage ink amount spray printing
Block, the default passage ink amount have following several：
Single passage is incremented by from 10%～100% with 10% ink amount interval, and remaining each passage ink amount is 0%；
(25%～100%) C+ (25%～100%) M, from the beginning of representing that C-channel and M passages are measured from 25% ink respectively, with
Multiple sampled points of the 25% ink amount for increment；
(25%～100%) C+ (25%～100%) Y, from the beginning of representing that C-channel and Y passages are measured from 25% ink respectively, with
Multiple sampled points of the 25% ink amount for increment；
(25%～100%) M+ (25%～100%) Y, from the beginning of representing that M passages and Y passages are measured from 25% ink respectively, with
Multiple sampled points of the 25% ink amount for increment；
(20%～100%) C+17%K, is represented C-channel from the beginning of 20% ink amount, is adopted with 20% ink multiple as increment of amount
Sampling point；
(25%～100%) C+33%K, is represented C-channel from the beginning of 25% ink amount, is adopted with 25% ink multiple as increment of amount
Sampling point；
(25%～100%) C+50%K, is represented C-channel from the beginning of 25% ink amount, is adopted with 25% ink multiple as increment of amount
Sampling point；
(33%～100%) C+67%K, is represented C-channel from the beginning of 33% ink amount, is adopted with 33% ink multiple as increment of amount
Sampling point；
(50%～100%) C+84%K, is represented C-channel from the beginning of 50% ink amount, is adopted with 50% ink multiple as increment of amount
Sampling point；
100%C+100%K；
(20%～100%) M+17%K, is represented M passages from the beginning of 20% ink amount, is adopted with 20% ink multiple as increment of amount
Sampling point；
(25%～100%) M+33%K, is represented M passages from the beginning of 25% ink amount, is adopted with 25% ink multiple as increment of amount
Sampling point；
(25%～100%) M+50%K, is represented M passages from the beginning of 25% ink amount, is adopted with 25% ink multiple as increment of amount
Sampling point；
(33%～100%) M+67%K, is represented M passages from the beginning of 33% ink amount, is adopted with 33% ink multiple as increment of amount
Sampling point；
(50%～100%) M+84%K, is represented M passages from the beginning of 50% ink amount, is adopted with 50% ink multiple as increment of amount
Sampling point；
100%M+100%K；
(20%～100%) Y+17%K, is represented Y passages from the beginning of 20% ink amount, is adopted with 20% ink multiple as increment of amount
Sampling point；
(25%～100%) Y+33%K, is represented Y passages from the beginning of 25% ink amount, is adopted with 25% ink multiple as increment of amount
Sampling point；
(25%～100%) Y+50%K, is represented Y passages from the beginning of 25% ink amount, is adopted with 25% ink multiple as increment of amount
Sampling point；
(33%～100%) Y+67%K, is represented Y passages from the beginning of 33% ink amount, is adopted with 33% ink multiple as increment of amount
Sampling point；
(50%～100%) Y+84%K, is represented Y passages from the beginning of 50% ink amount, is adopted with 50% ink multiple as increment of amount
Sampling point；
100%Y+100%K；
(33%～100%) C+ (33%～100%) M+ (25%～50) K, represents C-channel and M passages respectively from 33%
Ink amount starts, and with 33% ink multiple sampled points of the amount as increment, gained sampled point is combined with K channel again respectively, and K channel is with 25%
Ink amount starts, the multiple sampled points with 25% ink amount as increment；
(50%～100%) C+ (50%～100%) M+75%K, represents that C-channel and M passages are opened from 50% ink amount respectively
Begin, the multiple sampled points with 50% ink amount as increment；
100%C+100%M+100%K；
(33%～100%) C+ (33%～100%) Y+ (25%～50%) K, represent C-channel and Y passages respectively from
33% ink amount starts, and with 33% ink multiple sampled points of the amount as increment, gained sampled point is combined with K channel again respectively, K channel with
25% ink amount starts, the multiple sampled points with 25% ink amount as increment；
(50%～100%) C+ (50%～100%) Y+75%K, represents that C-channel and Y passages are opened from 50% ink amount respectively
Begin, the multiple sampled points with 50% ink amount as increment；
100%C+100%Y+100%K；
(33%～100%) M+ (33%～100%) Y+ (25%～50) K, represents M passages and Y passages respectively from 33%
Ink amount starts, and with 33% ink multiple sampled points of the amount as increment, gained sampled point is combined with K channel again respectively, and K channel is with 25%
Ink amount starts, the multiple sampled points with 25% ink amount as increment；
(50%～100%) M+ (50%～100%) Y+75%K, represents that M passages and Y passages are opened from 50% ink amount respectively
Begin, the multiple sampled points with 50% ink amount as increment；
100%M+100%Y+100%K；
(50%～100%) C+ (50%～100%) M+ (50%～100%) Y+50%K, represents C-channel, M passages and Y
Passage multiple sampled points respectively from the beginning of 50% ink amount, with 50% ink amount as increment；
100%C+100%M+100%Y+100%K；
(25%～100%) C+ (25%～100%) 0, from the beginning of representing that C-channel and 0 passage are measured from 25% ink respectively, with
Multiple sampled points of the 25% ink amount for increment；
(25%～100%) M+ (25%～100%) O, from the beginning of representing that M passages and O channel are measured from 25% ink respectively, with
Multiple sampled points of the 25% ink amount for increment；
(25%～100%) Y+ (25%～100%) O, from the beginning of representing that Y passages and O channel are measured from 25% ink respectively, with
Multiple sampled points of the 25% ink amount for increment；
(50%～100%) C+ (50%～100%) Y+ (50%～100) O, represents C-channel, Y passages and O channel difference
Multiple sampled points from the beginning of 50% ink amount, with 50% ink amount as increment；
(50%～100%) C+ (50%～100%) M+ (50%～100) O, represents C-channel, M passages and O channel difference
Multiple sampled points from the beginning of 50% ink amount, with 50% ink amount as increment；
(50%～100%) M+ (50%～100%) Y+ (50%～100) O, represents M passages, Y passages and O channel difference
Multiple sampled points from the beginning of 50% ink amount, with 50% ink amount as increment；
(20%～100%) O+17%K, is represented O channel from the beginning of 20% ink amount, is adopted with 20% ink multiple as increment of amount
Sampling point；
(25%～100%) O+33%K, is represented O channel from the beginning of 25% ink amount, is adopted with 25% ink multiple as increment of amount
Sampling point；
(25%～100%) O+50%K, is represented O channel from the beginning of 25% ink amount, is adopted with 25% ink multiple as increment of amount
Sampling point；
(33%～100%) O+67%K, is represented O channel from the beginning of 33% ink amount, is adopted with 33% ink multiple as increment of amount
Sampling point；
(50%～100%) O+84%K, is represented O channel from the beginning of 50% ink amount, is adopted with 50% ink multiple as increment of amount
Sampling point；
100%O+100%K；
(33%～100%) C+ (33%～100%) 0+ (25%～50%) K, represent C-channel and O channel respectively from
33% ink amount starts, and with 33% ink multiple sampled points of the amount as increment, gained sampled point is combined with K channel again respectively, K channel with
25% ink amount starts, the multiple sampled points with 25% ink amount as increment；
(50%～100%) C+ (50%～100%) 0+75%K, represents that C-channel and O channel are opened from 50% ink amount respectively
Begin, the multiple sampled points with 50% ink amount as increment；
100%C+100%O+100%K；
(33%～100%) M+ (33%～100%) 0+ (25%～50%) K, represent M passages and O channel respectively from
33% ink amount starts, and with 33% ink multiple sampled points of the amount as increment, gained sampled point is combined with K channel again respectively, K channel with
25% ink amount starts, the multiple sampled points with 25% ink amount as increment；
(50%～100%) M+ (50%～100%) 0+75%K, represents that M passages and O channel are opened from 50% ink amount respectively
Begin, the multiple sampled points with 50% ink amount as increment；
100%M+100%O+100%K；
(33%～100%) Y+ (33%～100%) 0+ (25%～50%) K, represent Y passages and O channel respectively from
33% ink amount starts, and with 33% ink multiple sampled points of the amount as increment, gained sampled point is combined with K channel again respectively, K channel with
25% ink amount starts, the multiple sampled points with 25% ink amount as increment；
(50%～100%) Y+ (50%～100%) 0+75%K, represents that Y passages and O channel are opened from 50% ink amount respectively
Begin, the multiple sampled points with 50% ink amount as increment；
100%Y+100%O+100%K；
(50%～100%) C+ (50%～100%) M+ (50%～100%) 0+50%K, represents C-channel, M passages and O
Passage multiple sampled points respectively from the beginning of 50% ink amount, with 50% ink amount as increment；
100%C+100%M+100%O+100%K；
(50%～100%) C+ (50%～100%) Y+ (50%～100%) 0+50%K, represents C-channel, Y passages and O
Passage multiple sampled points respectively from the beginning of 50% ink amount, with 50% ink amount as increment；
100%C+100%Y+100%O+100%K；
(50%～100%) M+ (50%～100%) Y+ (50%～100%) 0+50%K, represents M passages, Y passages and O
Passage multiple sampled points respectively from the beginning of 50% ink amount, with 50% ink amount as increment；
100%M+100%Y+100%O+100%K；
(50%～100%) C+ (50%～100%) M+ (50%～100%) Y+ (50%～100%) 0, represents that M leads to
Road, Y passages and O channel multiple sampled points respectively from the beginning of 50% ink amount, with 50% ink amount as increment；
25%C+25%M+25%Y+25%O+50%K；
50%C+50%M+50%Y+50%O+50%K；
75%C+75%M+75%Y+75%O+50%K；
100%C+100%M+100%Y+100%O+100%K.
Specific experiment data, referring to following table：
Above-mentioned preferred implementation should be regarded as the illustration of application scheme embodiment, all and application scheme thunder
Technology deduction that is same, making approximately or based on this, replacement, improvement etc., are regarded as the protection domain of this patent.
Claims (1)
1. it is a kind of for ceramic ink jet printer ICC make sampling colour atla, the ceramic ink jet printer at least have C-channel, M
Passage, Y passages, K channel and O channel, the C-channel correspondence cyan passage, the M passages are to pinkish red chrominance channel, the Y passages
Correspondence yellow channels, the corresponding orange passage of the O channel, the K channel correspondence black channel, the maximum ink amount of each passage are expressed as
100%；Characterized in that, the sampling colour atla includes some color lumps to preset passage ink amount spray printing, the default passage ink
Amount has following several：
First, single passage is incremented by from 10%～100% with 10% ink amount interval, and remaining each passage ink amount is 0%；
2nd, (25%～100%) C+ (25%～100%) M, from the beginning of representing that C-channel and M passages are measured from 25% ink respectively, with
Multiple sampled points of the 25% ink amount for increment；
3rd, (25%～100%) C+ (25%～100%) Y, from the beginning of representing that C-channel and Y passages are measured from 25% ink respectively, with
Multiple sampled points of the 25% ink amount for increment；
4th, (25%～100%) M+ (25%～100%) Y, from the beginning of representing that M passages and Y passages are measured from 25% ink respectively, with
Multiple sampled points of the 25% ink amount for increment；
5th, (20%～100%) C+17%K, is represented C-channel from the beginning of 20% ink amount, is adopted with 20% ink multiple as increment of amount
Sampling point；
6th, (25%～100%) C+33%K, is represented C-channel from the beginning of 25% ink amount, is adopted with 25% ink multiple as increment of amount
Sampling point；
7th, (25%～100%) C+50%K, is represented C-channel from the beginning of 25% ink amount, is adopted with 25% ink multiple as increment of amount
Sampling point；
8th, (33%～100%) C+67%K, is represented C-channel from the beginning of 33% ink amount, is adopted with 33% ink multiple as increment of amount
Sampling point；
9th, (50%～100%) C+84%K, is represented C-channel from the beginning of 50% ink amount, is adopted with 50% ink multiple as increment of amount
Sampling point；
Tenth, 100%C+100%K；
11, (20%～100%) M+17%K, represents that M passages, from the beginning of 20% ink amount, are measured with 20% ink multiple as increment
Sampled point；
12, (25%～100%) M+33%K, represents that M passages, from the beginning of 25% ink amount, are measured with 25% ink multiple as increment
Sampled point；
13, (25%～100%) M+50%K, represents that M passages, from the beginning of 25% ink amount, are measured with 25% ink multiple as increment
Sampled point；
14, (33%～100%) M+67%K, represents that M passages, from the beginning of 33% ink amount, are measured with 33% ink multiple as increment
Sampled point；
15, (50%～100%) M+84%K, represents that M passages, from the beginning of 50% ink amount, are measured with 50% ink multiple as increment
Sampled point；
16,100%M+100%K；
17, (20%～100%) Y+17%K, represents that Y passages, from the beginning of 20% ink amount, are measured with 20% ink multiple as increment
Sampled point；
18, (25%～100%) Y+33%K, represents that Y passages, from the beginning of 25% ink amount, are measured with 25% ink multiple as increment
Sampled point；
19, (25%～100%) Y+50%K, represents that Y passages, from the beginning of 25% ink amount, are measured with 25% ink multiple as increment
Sampled point；
20, (33%～100%) Y+67%K, represents that Y passages, from the beginning of 33% ink amount, are measured with 33% ink multiple as increment
Sampled point；
21, (50%～100%) Y+84%K, represents that Y passages, from the beginning of 50% ink amount, are measured with 50% ink many as increment
Individual sampled point；
22,100%Y+100%K；
23, (33%～100%) C+ (33%～100%) M+ (25%～50%) K, represent C-channel and M passages respectively from
33% ink amount starts, and with 33% ink multiple sampled points of the amount as increment, gained sampled point is combined with K channel again respectively, K channel with
25% ink amount starts, the multiple sampled points with 25% ink amount as increment；
24, (50%～100%) C+ (50%～100%) M+75%K, represents C-channel and M passages respectively from 50% ink amount
Start, the multiple sampled points with 50% ink amount as increment；
25,100%C+100%M+100%K；
26, (33%～100%) C+ (33%～100%) Y+ (25%～50%) K, represent C-channel and Y passages respectively from
33% ink amount starts, and with 33% ink multiple sampled points of the amount as increment, gained sampled point is combined with K channel again respectively, K channel with
25% ink amount starts, the multiple sampled points with 25% ink amount as increment；
27, (50%～100%) C+ (50%～100%) Y+75%K, represents C-channel and Y passages respectively from 50% ink amount
Start, the multiple sampled points with 50% ink amount as increment；
28,100%C+100%Y+100%K；
29, (33%～100%) M+ (33%～100%) Y+ (25%～50%) K, represent M passages and Y passages respectively from
33% ink amount starts, and with 33% ink multiple sampled points of the amount as increment, gained sampled point is combined with K channel again respectively, K channel with
25% ink amount starts, the multiple sampled points with 25% ink amount as increment；
30, (50%～100%) M+ (50%～100%) Y+75%K, represents that M passages and Y passages are opened from 50% ink amount respectively
Begin, the multiple sampled points with 50% ink amount as increment；
31,100%M+100%Y+100%K；
32, (50%～100%) C+ (50%～100%) M+ (50%～100%) Y+50%K, represents C-channel, M passages
With Y passages multiple sampled points respectively from the beginning of 50% ink amount, with 50% ink amount as increment；
33,100%C+100%M+100%Y+100%K；
34, (25%～100%) C+ (25%～100%) 0, from the beginning of representing that C-channel and 0 passage are measured from 25% ink respectively,
Multiple sampled points with 25% ink amount as increment；
35, (25%～100%) M+ (25%～100%) O, from the beginning of representing that M passages and O channel are measured from 25% ink respectively,
Multiple sampled points with 25% ink amount as increment；
36, (25%～100%) Y+ (25%～100%) O, from the beginning of representing that Y passages and O channel are measured from 25% ink respectively,
Multiple sampled points with 25% ink amount as increment；
37, (50%～100%) C+ (50%～100%) Y+ (50%～100%) O, represents that C-channel, Y passages and O are logical
Road multiple sampled points respectively from the beginning of 50% ink amount, with 50% ink amount as increment；
38, (50%～100%) C+ (50%～100%) M+ (50%～100%) O, represents that C-channel, M passages and O are logical
Road multiple sampled points respectively from the beginning of 50% ink amount, with 50% ink amount as increment；
39, (50%～100%) M+ (50%～100%) Y+ (50%～100%) O, represents that M passages, Y passages and O are logical
Road multiple sampled points respectively from the beginning of 50% ink amount, with 50% ink amount as increment；
40, (20%～100%) O+17%K, represents that O channel, from the beginning of 20% ink amount, is measured with 20% ink multiple as increment
Sampled point；
41, (25%～100%) O+33%K, represents that O channel, from the beginning of 25% ink amount, is measured with 25% ink many as increment
Individual sampled point；
42, (25%～100%) O+50%K, represents that O channel, from the beginning of 25% ink amount, is measured with 25% ink many as increment
Individual sampled point；
43, (33%～100%) O+67%K, represents that O channel, from the beginning of 33% ink amount, is measured with 33% ink many as increment
Individual sampled point；
44, (50%～100%) O+84%K, represents that O channel, from the beginning of 50% ink amount, is measured with 50% ink many as increment
Individual sampled point；
45,100%O+100%K；
46, (33%～100%) C+ (33%～100%) 0+ (25%～50%) K, represent C-channel and O channel respectively from
33% ink amount starts, and with 33% ink multiple sampled points of the amount as increment, gained sampled point is combined with K channel again respectively, K channel with
25% ink amount starts, the multiple sampled points with 25% ink amount as increment；
47, (50%～100%) C+ (50%～100%) 0+75%K, represents C-channel and O channel respectively from 50% ink amount
Start, the multiple sampled points with 50% ink amount as increment；
48,100%C+100%O+100%K；
49, (33%～100%) M+ (33%～100%) 0+ (25%～50%) K, represent M passages and O channel respectively from
33% ink amount starts, and with 33% ink multiple sampled points of the amount as increment, gained sampled point is combined with K channel again respectively, K channel with
25% ink amount starts, the multiple sampled points with 25% ink amount as increment；
50, (50%～100%) M+ (50%～100%) 0+75%K, represents that M passages and O channel are opened from 50% ink amount respectively
Begin, the multiple sampled points with 50% ink amount as increment；
51,100%M+100%O+100%K；
52, (33%～100%) Y+ (33%～100%) 0+ (25%～50%) K, represent Y passages and O channel respectively from
33% ink amount starts, and with 33% ink multiple sampled points of the amount as increment, gained sampled point is combined with K channel again respectively, K channel with
25% ink amount starts, the multiple sampled points with 25% ink amount as increment；
53, (50%～100%) Y+ (50%～100%) 0+75%K, represents Y passages and O channel respectively from 50% ink amount
Start, the multiple sampled points with 50% ink amount as increment；
54,100%Y+100%O+100%K；
55, (50%～100%) C+ (50%～100%) M+ (50%～100%) 0+50%K, represents C-channel, M passages
With O channel multiple sampled points respectively from the beginning of 50% ink amount, with 50% ink amount as increment；
56,100%C+100%M+100%O+100%K；
57, (50%～100%) C+ (50%～100%) Y+ (50%～100%) 0+50%K, represents C-channel, Y passages
With O channel multiple sampled points respectively from the beginning of 50% ink amount, with 50% ink amount as increment；
58,100%C+100%Y+100%O+100%K；
59, (50%～100%) M+ (50%～100%) Y+ (50%～100%) 0+50%K, represents M passages, Y passages
With O channel multiple sampled points respectively from the beginning of 50% ink amount, with 50% ink amount as increment；
60,100%M+100%Y+100%O+100%K；
61, (50%～100%) C+ (50%～100%) M+ (50%～100%) Y+ (50%～100%) 0, represents C
Passage, M passages, Y passages and O channel multiple sampled points respectively from the beginning of 50% ink amount, with 50% ink amount as increment；
62,25%C+25%M+25%Y+25%O+50%K；
63,50%C+50%M+50%Y+50%O+50%K；
64,75%C+75%M+75%Y+75%O+50%K；
65,100%C+100%M+100%Y+100%O+100%K.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510300511.XA CN104908440B (en) | 2015-06-04 | 2015-06-04 | Sampling color card for ICC production of ceramic inkjet printing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510300511.XA CN104908440B (en) | 2015-06-04 | 2015-06-04 | Sampling color card for ICC production of ceramic inkjet printing machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104908440A CN104908440A (en) | 2015-09-16 |
| CN104908440B true CN104908440B (en) | 2017-03-22 |
Family
ID=54078048
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510300511.XA Expired - Fee Related CN104908440B (en) | 2015-06-04 | 2015-06-04 | Sampling color card for ICC production of ceramic inkjet printing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN104908440B (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106529031A (en) * | 2016-11-09 | 2017-03-22 | 中山火炬职业技术学院 | Color separation method suitable for ceramic ink jet printing |
Family Cites Families (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP4053215B2 (en) * | 1999-08-16 | 2008-02-27 | 富士フイルム株式会社 | Density correction method and density correction apparatus for recording apparatus |
| JP4218164B2 (en) * | 2000-01-12 | 2009-02-04 | ブラザー工業株式会社 | Image recording method and recording medium recording image recording processing program |
| US7128411B2 (en) * | 2003-07-25 | 2006-10-31 | Flint Group | Ink set with expanded color gamut and process for using same |
| JP4393328B2 (en) * | 2004-09-22 | 2010-01-06 | キヤノン株式会社 | Image processing apparatus and method |
| KR100881028B1 (en) * | 2006-10-12 | 2009-02-05 | 삼성전자주식회사 | Apparatus and method for calibration of gray data |
| CN102171051A (en) * | 2009-01-14 | 2011-08-31 | 株式会社御牧工程 | Program, image forming method, and printing system |
| US8358440B2 (en) * | 2009-09-16 | 2013-01-22 | Ricoh Production Print Solutions LLC | Color printer calibration for multiple mediums |
| CN102307273A (en) * | 2011-05-31 | 2012-01-04 | 武汉大学 | Digital proofing quality evaluation method based on visual inspection, International color consortium (ICC) standard and custom standard |
| CN102975502B (en) * | 2011-09-05 | 2016-12-21 | 北大方正集团有限公司 | Printer calibration steps and device for color management |
| CN104354475B (en) * | 2014-11-20 | 2016-03-16 | 武汉大学 | Color inkjet printer single channel ink amount method for limiting |
-
2015
- 2015-06-04 CN CN201510300511.XA patent/CN104908440B/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| CN104908440A (en) | 2015-09-16 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN104354475B (en) | Color inkjet printer single channel ink amount method for limiting | |
| CN103818099B (en) | The spot color separating technique of intaglio printing decoration version | |
| CN104908440B (en) | Sampling color card for ICC production of ceramic inkjet printing machine | |
| US11126900B2 (en) | Processing of spot colors in a printing system | |
| CA2469286A1 (en) | Method for ink jet printing a digital image on a textile, the system and apparatus for practicing the method, and products produced by the system and apparatus using the method | |
| CN108621567B (en) | Method for carrying out a printing process in an inkjet printer | |
| CN102520579B (en) | Seven-color separation method for colored images | |
| CN104320561B (en) | Multistage print system control method is optimised based on ink amount | |
| CN107330188B (en) | Split modeling method and system for multicolor halftone equipment facing copied object | |
| CN103455053B (en) | Myopia prevention spot ink concocting method | |
| EP1790485A8 (en) | Inkjet recording device and inkjet recording method | |
| CN104890376B (en) | Total ink limit measuring color card for porcelain inkjet printers | |
| CN111752493B (en) | Automatic color following method, device, equipment and storage medium of printer | |
| CN110780827B (en) | Seven-primary-color high-fidelity flexography method | |
| CN103173063A (en) | Black-gray four-color offset printing ink | |
| CN103042834B (en) | Low viscosity water-based UV (Ultraviolet) pigment ink and printing method thereof | |
| JP7160543B2 (en) | How to maintain the black composition of an object | |
| CN107357131A (en) | A kind of method for plate making color separation | |
| CN106529031A (en) | Color separation method suitable for ceramic ink jet printing | |
| Le Moan et al. | Spectral printing with a CMYKRGB printer: a closer look | |
| CN110780828B (en) | Seven-primary-color high-fidelity digital printing method | |
| CN112622276B (en) | Color model maximum color difference representation method for 3DP multi-color printing | |
| CN105340269A (en) | Method for correcting color using rgb data | |
| Doll | 3-Dimensional color gamut quantification and comparison | |
| CN103927141B (en) | Printer recipe calculation method based on subspace subdivision interpolation |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170322 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |