CN103761934A - Measurement system and method for built-in color style builder - Google Patents
Measurement system and method for built-in color style builder Download PDFInfo
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- CN103761934A CN103761934A CN201410024760.6A CN201410024760A CN103761934A CN 103761934 A CN103761934 A CN 103761934A CN 201410024760 A CN201410024760 A CN 201410024760A CN 103761934 A CN103761934 A CN 103761934A
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Abstract
A measurement system for a built-in color style builder comprises a color data acquisition device and an embedded device. The embedded device generates at least one color to be measured and transmits the color to be measured to a measured panel, and therefore the measured panel can display the color to be measured. When the color to be measured is transmitted to the measured panel, the embedded device sends a control signal through a data transmission interface to the color data acquisition device, and therefore the color data acquisition device is driven to measure the measured panel, and accordingly a measurement result is generated. The embedded device obtains the measurement result from the color data acquisition device, and the measurement result is stored in a storage assembly.
Description
Technical field
The invention relates to a kind of measurement system and its method for measurement, and particularly relevant for a kind of measurement system and its method for measurement of built-in color style Builder.
Background technology
Along with scientific and technological progress, develop the electronic installation of difference in functionality of all kinds.Wherein, liquid crystal display (Liquid Crystal Display, LCD) is due to small volume, thereby liked by consumer.
Be limited to the material behavior of panel, liquid crystal display is assembled complete after, the luminous ratio of its Red Green Blue, generally all cannot reach homogeneity, and present respectively different chromatic characteristics.That is to say, if in process of production, without special color correction, process, even under the situation of input same signal, the color representation that liquid crystal display presents will be not identical, and the panel of each liquid crystal display while usually making dealer to guarantee to dispatch from the factory all can be reached identical and best color representation.Therefore, for the panel of liquid crystal display, test real one of the current important research and development problem that belongs to, also become current association area and need improved target badly.
Summary of the invention
Therefore, an aspect of the present invention is at the measurement system that a kind of built-in color style Builder is provided.The measurement system of built-in color style Builder comprises a color data acquisition equipment and an embedded equipment.Embedded equipment comprises an output input module, a data transfer components, a storage assembly and a processing components.Processing components is electrically connected output input module, data transfer components and storage assembly.Output input module is in order to connect a tested panel.Data transfer components sees through a data transmission interface and color data acquisition equipment is set up link.Processing components produces at least one color to be measured, and driver output input module transmits color to be measured to tested panel, makes by this tested Display panel color to be measured.Transmitting when measuring color to tested panel, processing components driving data transmission assembly, through data transmission interface, send one and control signal to color data acquisition equipment, drive by this color data acquisition equipment to measure tested surface plate, and corresponding generation one measurement.Processing components driving data transmission assembly, sees through data transmission interface and captures equipment from color data, obtains measurement, and is stored in storage assembly.
Another aspect of the present invention is that it comprises following steps at the method for measurement that a kind of measurement system of built-in color style Builder is provided: the embedded equipment by the measurement system of a built-in color style Builder produces at least one color to be measured.By embedded equipment, transmit color to be measured to tested panel, make by this tested Display panel color to be measured.Transmitting wait measuring color when the tested panel, by embedded equipment, sending a color data acquisition equipment that controls signal to measurement system, driving by this color data acquisition equipment to measure tested surface plate, and corresponding generation one measurement.By embedded equipment, from color data, capture equipment, obtain measurement, and be stored in a storage assembly of embedded equipment.
Accompanying drawing explanation
Fig. 1 is the functional block diagram of measurement system of a kind of built-in color style Builder of one embodiment of the present invention;
Fig. 2 is the process flow diagram according to the method for measurement of the measurement system of a kind of built-in color style Builder of an embodiment of the present invention.
[primary clustering symbol description]
100: color data acquisition equipment
200: embedded equipment
210: output input module
220: data transfer components
230: storage assembly
240: processing components
300: tested panel
400: the method for measurement of the measurement system of built-in color style Builder
402-422: step.
Embodiment
Below will be with graphic and describe spirit of the present invention in detail, under any, in technical field, have and conventionally know that the knowledgeable is after understanding preferred embodiment of the present invention, when can be by technology change and the modification of teachings of the present invention, it depart from spirit of the present invention and scope.
With reference to Fig. 1, it is the functional block diagram of measurement system of a kind of built-in color style Builder of one embodiment of the present invention.This measurement system comprises a color data acquisition equipment 100 and an embedded equipment 200.Color data acquisition equipment 100 can be the color data acquisition equipment of KONIKA CA-100Plus or other type.Embedded equipment 200 is the calculator device of a small-sized or miniature tool specific use.
Embedded equipment 200 comprises an output input module 210, a data transfer components 220, a storage assembly 230 and a processing components 240.Processing components 240 is electrically connected output input module 210, data transfer components 220 and storage assembly 230.
Storage assembly 230 can be ROM (read-only memory), flash memory, hard disk, CD, Portable disk, can be by the database of network access or the storage assembly of other type.Processing components 240 can be in central processing unit (Central Processing Unit, CPU), Control Component (control unit), microprocessor (micro processor) or other embedded equipment in order to carry out the nextport hardware component NextPort of instruction.
Processing components 240 produces at least one color to be measured.Processing components 240 driver output input modules 210 transmit color to be measured to tested panel 300.So tested panel 300 can show received color to be measured.Thus, can provide by embedded equipment 200 function of color style Builder.
Transmitting when measuring color to tested panel 300, processing components 240 driving data transmission assemblies 220, send one through data transmission interface and control signal to color data acquisition equipment 100.So, can drive color data acquisition equipment 100 to measure tested panel 300 by steering order, and corresponding generation one measurement.Wherein, processing components 240 can, by control signal, drive brightness, colourity, colour temperature or other correlation between color components numerical value of 100 pairs of tested panels 300 of color data acquisition equipment to measure, to produce measurement.
Processing components 240 driving data transmission assemblies 220, see through data transmission interface from color data acquisition equipment 100, obtain measurement, and are stored in storage assembly 230.Wherein, it is form (as the form of Excel file) that processing components 240 can be converged the measurement of receiving whole, and the measurement after remittance is whole is stored in storage assembly 230.Thus, only need color data acquisition equipment 100 and embedded equipment 200 to measure tested panel 300, and while measuring, need only operate embedded equipment 200, thereby simplify the framework of system, the complexity while reducing operation complexity while measuring and exploitation.
In the process measuring, can measure for multiple color, as red, green, blue, white etc.Especially, when selected color makes tested panel display white for white, processing components 240 can be learnt according to measurement the colour temperature of tested panel 300.So processing components 240 can be according to the colour temperature of tested panel 300, the white balance of the tested panel 300 of corresponding adjustment.In addition also can measure for the different GTG parameters of each color.For instance, processing components 240 can first be selected a color, and an initial GTG value of color adds a tired GTG value that increases one by one since then, to produce one by one a plurality of colors to be measured.So processing components 240 can driver output input module 210, produced color to be measured is sent to tested panel 300 one by one and shows.In addition,, in order to make color data acquisition equipment 100 have time enough to measure the shown color of tested panel 300, can set a Preset Time length.Processing components 240 can make tested panel 300 show that the time span of each color to be measured is all made as this Preset Time length.So color data acquisition equipment 100 can measure in the time of each color displays to be measured one by one.In addition, also can set one and finish GTG value, as measuring the basis for estimation finishing.In other words, when the GTG value of selected color has reached the end GTG value setting, the optional fixed next color of processing components 240, proceeds to measure.
In addition, processing components 240 can be carried out a white balance algorithm according to measurement, to produce adjustment forms.For instance, processing components 240 can compare measurement and an ideal value, as the foundation that produces adjustment forms.So processing components 240 can be according to adjustment forms, the white balance of the tested panel 300 of adjustment.
With reference to Fig. 2, it is the process flow diagram according to the method for measurement of the measurement system of a kind of built-in color style Builder of an embodiment of the present invention.This method for measurement can implementation be a computer program, and is stored in a computer-readable medium storing, and carries out the method for carrying out color measurement by embedded equipment after making computing machine read this recording medium.Computer-readable medium storing can be ROM (read-only memory), flash memory, hard disk, CD, Portable disk, can or be familiar with the computer-readable medium storing that this skill person can think and have identical function easily by the database of network access.This method for measurement 400 comprises following steps:
In step 406, by an embedded equipment of the measurement system of a built-in color style Builder, produce at least one color to be measured.Wherein, before step 406, can first start and initialization embedded equipment (step 402), and by embedded equipment, drive a color data acquisition device initialize (step 404) of this measurement system.Embedded equipment is the calculator device of a small-sized or miniature tool specific use.In some embodiment of step 402, can be manually booted and initialization embedded equipment by test man.In other embodiment of step 402, can make embedded equipment automatically start and initialization.
In step 408, by embedded equipment, transmit the tested panel that color to be measured to embedded equipment connects, make by this this color to be measured (step 410) of tested Display panel.Thus, can provide by embedded equipment the function of color style Builder.
So, transmitting when measuring color to tested panel (step 408), can send one by embedded equipment and control signal to color data acquisition equipment (step 412)
In step 414, by steering order, drive color data acquisition equipment to measure tested surface plate, and corresponding generation one measurement.Wherein, can drive color data acquisition equipment to measure brightness, colourity, colour temperature or other correlation between color components numerical value to tested panel by control signal and measure, with corresponding generation measurement.
In step 416, by embedded equipment, from color data, capture equipment, obtain measurement, and be stored in a storage assembly of embedded equipment.Thus, only need color data acquisition equipment and embedded equipment can carry out panel measurement, and need only operate embedded equipment while measuring, thereby simplify the framework of system, the complexity while reducing operation complexity while measuring and exploitation.
In addition, can be in step 418, whether judgement measurement finishes.When measuring end, can perform step 420, and then according to measurement, carry out a white balance algorithm by embedded equipment, to produce adjustment forms.For instance, embedded equipment can compare measurement and an ideal value, as the foundation that produces adjustment forms.So in step 422, embedded equipment can be according to adjustment forms, the white balance of the tested panel of adjustment.
In addition, when measurement not yet finishes, can continue to perform step 406, and produce next one color to be measured by embedded equipment.In the process measuring, can measure for multiple color, as red, green, blue, white etc.Especially, when selected color makes tested panel display white for white, embedded equipment can be learnt according to measurement the colour temperature of tested panel.So, can be according to the colour temperature of tested panel, its white balance of corresponding adjustment.In addition also can measure for the different GTG parameters of each color.For instance, embedded equipment can first be selected a color, and in step 418, judges when measurement not yet finishes, and one of color initial GTG value adds a tired GTG value that increases one by one since then, to produce next one color to be measured (step 406).Next, can measure color to be measured shown on tested panel by step 408-416.Therefore, before measurement not yet finishes, the color to be measured producing will be sent to one by one tested panel and be shown, and measure one by one the shown color to be measured of tested panel by color data acquisition equipment.In addition, also can set one and finish GTG value, as judgement, measure the foundation that whether finishes (step 418).When the GTG value of selected color has reached, finish GTG value, can judge that the measurement of this selected color finishes.
Although the present invention is with embodiment openly as above, so its not in order to limit, the present invention is any has the knack of this skill person, without departing from the spirit and scope of the present invention, when being used for a variety of modifications and variations.Therefore, protection scope of the present invention is when being as the criterion depending on the aforesaid claim person of defining.
Claims (9)
1. a measurement system for built-in color style Builder, comprises:
One color data acquisition equipment; And
One embedded equipment, comprises:
One output input module, in order to connect a tested panel;
One data transfer components, sees through a data transmission interface and this color data acquisition equipment and sets up link;
One storage assembly; And
One processing components, is electrically connected this output input module, this data transfer components and this storage assembly, wherein:
This processing components produces at least one color to be measured, and drives this output input module to transmit this color to be measured to this tested panel, makes by this this color to be measured of this tested Display panel;
Transmitting this when measuring color to this tested panel, this processing components drives this data transfer components, through this data transmission interface, send one and control signal to this color data acquisition equipment, drive by this this color data acquisition equipment to measure this tested panel, and corresponding generation one measurement; And
This processing components drives this data transfer components, sees through this data transmission interface and obtains this measurement from this color data acquisition equipment, and be stored in this storage assembly.
2. measurement system as claimed in claim 1, is characterized in that, this processing components drives this color data acquisition equipment to measure brightness, colourity and the colour temperature of this tested panel.
3. measurement system as claimed in claim 1, is characterized in that,
The quantity of this color to be measured is a plurality of;
This processing components adds a tired GTG value that increases one by one from an initial GTG value, to produce those colors to be measured; And
This processing components is sent to this tested panel one by one by those colors to be measured.
4. measurement system as claimed in claim 1, is characterized in that,
This processing components is carried out a white balance algorithm according to this measurement, to produce adjustment forms; And
This processing components is according to these adjustment forms, the white balance of this tested panel of adjustment.
5. a method for measurement for the measurement system of built-in color style Builder, is characterized in that, comprises:
An embedded equipment by the measurement system of a built-in color style Builder produces at least one color to be measured;
By this embedded equipment, transmit the tested panel of this color to one to be measured, make by this this color to be measured of this tested Display panel;
Transmit this when measuring color to this tested panel, by this embedded equipment, sending a color data acquisition equipment that controls signal to this measurement system, driving by this this color data acquisition equipment to measure this tested panel, and corresponding generation one measurement; And
By this embedded equipment, from this color data acquisition equipment, obtain this measurement, and be stored in a storage assembly of this embedded equipment.
6. method for measurement as claimed in claim 5, is characterized in that, drives this color data acquisition equipment to measure brightness, colourity and the colour temperature of this tested panel, to produce this measurement by this control signal.
7. method for measurement as claimed in claim 5, is characterized in that, the quantity of this color to be measured is a plurality of, and the method also comprises:
By this embedded equipment, from an initial GTG value, add one by one a tired GTG value that increases, to produce those colors to be measured; And
Those colors to be measured are sent to this tested panel one by one.
8. method for measurement as claimed in claim 5, is characterized in that, also comprises:
By this embedded equipment, according to this measurement, carry out a white balance algorithm, to produce adjustment forms; And
According to these adjustment forms, the white balance of this tested panel of adjustment.
9. method for measurement as claimed in claim 5, is characterized in that, also comprises:
By this embedded equipment, producing before this color to be measured, starting and this embedded equipment of initialization, and by this embedded equipment, driving this color data acquisition device initialize.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410024760.6A CN103761934A (en) | 2014-01-20 | 2014-01-20 | Measurement system and method for built-in color style builder |
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| CN201410024760.6A CN103761934A (en) | 2014-01-20 | 2014-01-20 | Measurement system and method for built-in color style builder |
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| CN108281101A (en) * | 2018-01-29 | 2018-07-13 | 业成科技（成都）有限公司 | Colour gamut measurement system and method |
| TWI701646B (en) * | 2018-10-23 | 2020-08-11 | 緯創資通股份有限公司 | Display apparatus and color calibration method thereof |
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Application publication date: 20140430 |