CN103065580B - Low power consumption control system of ion displayer and method thereof - Google Patents
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Abstract
The invention discloses a low power consumption control system of an ion displayer and a method thereof and belongs to the technical field of controlling plasma displayers. The low power consumption control system of the ion displayer comprises a row memorizer 1, a row memorizer 2, a row-by-row detection module, an interlaced detection module, a datum judging and selecting module, an array detection module and a datum processing module. The low power consumption control method of the ion displayer comprises the following steps: (1) calculating a row-by-row difference number A, an interlaced difference number B and an adjacency array difference number D, (2) comparing the A with the B and choosing the smaller value to be a row difference number C, and (3) halving the red, green, blue (RGB) data if the row difference number C is larger than a threshold value T4 and the adjacency array difference number D is larger than a threshold value T5. Due to the fact that the method that an addressing period adopts different addressing modes under different display frames is adopted, the low power consumption control system of the ion displayer and the method thereof has the advantages of effectively reducing the display power consumption of a plasma display panel (PDP) and reducing the load current of a high voltage addressing chip.
Description
Technical field
The present invention relates to a kind of control technology reducing plasma display panel power consumption, especially a kind of low power consumption control technology of colored three electrode AC plasma display.
Background technology
Chromatic alternating-current plasma (AC-PDP) develops based on the ultimate principle of gas discharge, and the ultraviolet excitation light-emitting phosphor sent by gas discharge realizes display.At present, three-electrode surface discharge type AC-PDP is a kind of PDP type of most competitive power, for this AC-PDP mostly adopt seeking oil gas (ADS) technology to realize gray scale display, successively luminous 10 (TSC-system formulas) or 12 (pal mode) subfields are divided into by a TV Field, each subfield is by the preparatory stage, address period and maintenance phase composition, the gray scale display of 256 grades just can be realized by suitable subfield-combinations, be illustrated in figure 1 the time span distribution situation in TSC-system formula one, the preparatory stage time span of each subfield is close, address period time consistency, maintenance phase time span meets certain proportionate relationship.
The addressing mode of address period is divided into two kinds, addressing line by line: each subfield is addressing to the last a line from the first row of PDP, as shown in Figure 2, each subfield address period high level only has one section to the control signal waveform of the high pressure addressing chip of address period PDP, represents the row that addressing is all; Interlacing addressing: the odd-numbered line of the first addressing PDP of each subfield, the even number line of addressing PDP again, as shown in Figure 3, each subfield address period high level is divided into two sections to address period PDP high pressure addressing chip controls signal waveform, first paragraph represents the addressing of odd-numbered line, and second segment represents the addressing of even number line.
Addressing mode is different, and the data-signal that high pressure addressing chip exports is also different, thus causes the display power consumption of PDP also different.For the display frame shown in Fig. 4, the data-signal low and high level change frequency that during employing interlacing addressing, data-signal low and high level change frequency is compared when adopting addressing is line by line little, thus the display power consumption of interlacing addressing is less, and the load current of high pressure addressing chip is less simultaneously; Display frame shown in Fig. 5, when adopting addressing line by line, data-signal low and high level change frequency is compared and is adopted data-signal low and high level change frequency during interlacing addressing little, thus the display power consumption of addressing is less line by line, and the load current of high pressure addressing chip is less simultaneously.
Summary of the invention
Goal of the invention of the present invention is: for above-mentioned Problems existing, provides a kind of power-consumption control system and control method of ion display, to reach the display power consumption reducing plasma display and the effect improving plasma display reliability.
The technical solution used in the present invention is as follows:
The power-consumption control system of ion display of the present invention, comprises line storage 1, line storage 2, line by line detection module, interlacing detection module, data judgement selection module, row detection module and data processing module;
Wherein line storage 1 is for storing the RGB data of odd-numbered line, and line storage 2 is for storing the RGB data of even number line;
Wherein detection module is statistics adjacent lines difference number line by line, if current behavior odd-numbered line, then the RGB data of line storage 2 is read, and compares with the RGB data of current line; If current behavior even number line, then the RGB data of line storage 1 is read, and compare with the RGB data of current line; If the difference value Y1 of the RGB data of some pixels after is relatively larger than threshold value T1, then counter S1 adds 1, until count all number of pixels A meeting this condition in a TV Field;
Wherein interlacing detection module is for statistics is every a line difference number, if current behavior odd-numbered line, then the RGB data of line storage 1 is read, and compares with the RGB data of current line; If current behavior even number line, then the RGB data of line storage 2 is read, and compare with the RGB data of current line; If the difference value Y2 of the RGB data of some pixels after is relatively larger than threshold value T2, then counter S2 adds 1, until count all number of pixels B meeting this condition in a TV Field;
Wherein data judge to select model choice to export addressing mode and row difference number, receive that adjacent lines difference number A that detection module line by line exports and interlacing detection module export after a line difference number B, A and B is compared, difference number A as is line by line little, then export addressing indicator signal line by line, row difference number C is defined as value A line by line, and the difference number B as interlacing is little, then export interlacing addressing indicator signal, row difference number C is defined as the value B of interlacing;
Wherein row detection module is statistics adjacent column difference number, difference value after the RGB data of a pixel on buffer memory is compared with the RGB data of current pixel, if this difference value is larger than threshold value T3, then counter S3 adds 1, until count all number of pixels D meeting this condition in a TV Field;
Wherein data processing module, receive after data judge the row difference number D selecting the row difference number C of module output and row detection module to export and compare, if number C is larger than threshold value T4 for row difference, and row difference number D is larger than threshold value T5, then reducing by half process to RDB data, is zero by the half of full frame sub-pixel RGB data according to the assignment of interlocking of the odd even subfield in odd even TV occasion.
Owing to have employed above-mentioned control system, wherein line storage 1 and line storage 2 are the storage element of storage two row RGB data; Detection module is mainly used in as statistics adjacent lines difference number line by line, interlacing detection module is mainly used in as statistics is every a line difference number, data judge to select model choice to export addressing mode and row difference number, row detection module is statistics adjacent column difference number, and data processing module to reduce by half process to data.Whole control system is by under different display frame, effectively can reduce the display power consumption of PDP, reduce the load current of high pressure addressing chip, under the prerequisite not affecting display effect, reduce sub-fields data for part special frame further simultaneously, reduce power consumption and load current, thus improve the reliability of PDP.The power-consumption control system of ion display of the present invention, can be applied on the master chip of control plasma display apparatus driving circuit, also can be applied to the product that other has similar principles, applied widely.
The power-consumption control system of ion display of the present invention, wherein data processing module to reduce by half process to RGB data, if number C is larger than threshold value T4 for row difference, and row difference number D is larger than threshold value T5, be then zero by the half of full frame sub-pixel RGB data according to the assignment of interlocking of the odd even subfield in odd even TV occasion, odd number sub-pixel corresponding to the odd number subfield namely in a TV Field does not show, even sub-pixel normally shows, even sub-pixel corresponding to even number subfield does not show, and odd number sub-pixel normally shows; Even sub-pixel corresponding to the odd number subfield in next TV Field does not show, and odd number sub-pixel normally shows, and odd number sub-pixel corresponding to even number subfield does not show, and even sub-pixel normally shows; Use other subfield to maintain pulse weight look-up table and subfield Map Searching table simultaneously.
Owing to have employed above-mentioned control system, wherein data processing module to reduce by half process to data, when row difference number C is larger than threshold value T4, and row difference number D is larger than threshold value T5, illustrate that the data-signal low and high level change frequency that high pressure addressing chip exports is larger, current loading is larger, for not affecting the performance of addressing chip, be then zero by the half of full frame sub-pixel RGB data according to the assignment of interlocking of the odd even subfield in odd even TV occasion, the half of full frame sub-pixel is allowed not show, thus reduce the change frequency of data-signal low and high level, due to the integrating function of human eye, display frame can not be affected substantially.Under the prerequisite not affecting display effect, reduce sub-fields data for part special frame further, reduce power consumption and load current, thus improve the reliability of PDP.
The power consumption control method of ion display of the present invention, is realized by following steps:
Step 1, calculate the difference value Y1 of the same location of pixels corresponding data of adjacent lines, and compare with threshold value T1, if larger than threshold value T1, then count an effective difference value Y1, after adding up the number of effective difference value Y1 of all row in a TV Field, be labeled as A;
Calculate the difference value Y2 every the same location of pixels corresponding data of a line, and compare with threshold value T2, if larger than threshold value T1, then count an effective difference value Y2, after adding up the number of effective difference value Y2 of all row in a TV Field, be labeled as B;
Calculate the difference value Y3 with a line adjacent column pixel corresponding data, and compare with threshold value T3, if larger than threshold value T3, then count an effective difference value Y3, after adding up the number of effective difference value Y3 of all row in a TV Field, be labeled as D;
Step 2, compared by A and B, if A value is little, then addressing mode is defined as addressing line by line, a row difference numerical value C=A; Otherwise addressing mode is defined as interlacing addressing, a row difference numerical value C=B;
Step 3, by a row difference numerical value C and threshold value T4, a row difference numerical value D compares with threshold value T5, if a row difference numerical value C is greater than threshold value T4, and a row difference numerical value D is greater than threshold value T5, then RGB data reduces by half process, calls special illuminometer, special maintenance pulse meter and special subfield mapping table; Otherwise data do not process, call general brightness table, maintain pulse meter and subfield mapping table.
Owing to have employed above-mentioned control method, the number A of effective difference value Y1 of all row in step 1 principal statistical TV Field, also i.e. difference number A line by line; Add up the number B of effective difference value Y2 of all row in a TV Field, the difference number B of also i.e. interlacing; Being labeled as D after adding up the number of effective difference value Y3 of all row in a TV Field, is also adjacent column difference number D; A and B mainly compares by step 2, getting its little value is row difference number C, value as A is little, illustrate that the data-signal low and high level change frequency that the high pressure addressing chip that addressing mode is corresponding line by line exports is little, then addressing mode is defined as addressing line by line, and a difference numerical value C for row is A, value as B is little, illustrate that the data-signal low and high level change frequency of the high pressure addressing chip output that interlacing addressing mode is corresponding is little, then addressing mode is defined as interlacing addressing, and a difference numerical value C for row is B; C mainly compares with threshold value T4 by step 3, D compares with threshold value T5, and (wherein threshold value T4 and threshold value T5 is all that the more long-term working experience of inventor is summed up, through through test many times, make mean value, those skilled in the art can set its value according to experience), while as larger than threshold value T4 in C, D is larger than threshold value T, then illustrate that the data-signal low and high level change frequency that high pressure addressing chip exports is larger, current loading is comparatively large, therefore just needs the picture higher to current loading to allow the half of full frame sub-pixel not show; The picture higher to current loading uses other subfield to maintain pulse weight look-up table and subfield Map Searching table.In other situation, then without the need to changing it, it is made to call general brightness table, maintain pulse meter and subfield mapping table.The present invention is by under different display frame, address period adopts the method for different addressing modes effectively can reduce the display power consumption of PDP, reduce the load current of high pressure addressing chip, under the prerequisite not affecting display effect, reduce sub-fields data for part special frame further simultaneously, reduce power consumption and load current, thus improve the reliability of PDP.
The power consumption control method of ion display of the present invention, in step 3, if a row difference numerical value C is greater than threshold value T4, and a row difference numerical value D is greater than threshold value T5, be then zero by the half of full frame sub-pixel RGB data according to the assignment of interlocking of the odd even subfield in odd even TV occasion, odd number sub-pixel corresponding to the odd number subfield namely in a TV Field does not show, and even sub-pixel normally shows, even sub-pixel corresponding to even number subfield does not show, and odd number sub-pixel normally shows; Even sub-pixel corresponding to the odd number subfield in next TV Field does not show, and odd number sub-pixel normally shows, and odd number sub-pixel corresponding to even number subfield does not show, and even sub-pixel normally shows; Simultaneously other subfield maintains pulse weight look-up table and sub-fields data Map Searching table.
Owing to have employed above-mentioned control method, if a row difference numerical value C is greater than threshold value T4, and a row difference numerical value D be greater than threshold value T5(wherein threshold value T4 and threshold value T5 be all that the more long-term working experience of inventor is summed up, through through test many times, make mean value, those skilled in the art can set its value according to experience), then illustrate that the data-signal low and high level change frequency that high pressure addressing chip exports is larger, current loading is larger, for not affecting the performance of addressing chip, the present invention allows the half of full frame sub-pixel not show, namely in this TV Field the 1st, 3, odd number sub-pixel corresponding to 5 subfields such as odd number such as grade does not show, even sub-pixel normally shows, and 2, 4, even sub-pixel corresponding to 6 subfields such as even number such as grade does not show, odd number sub-pixel normally shows, in next TV Field the 1st, 3, even sub-pixel corresponding to 5 subfields such as odd number such as grade does not show, odd number sub-pixel normally shows, and 2, 4, odd number sub-pixel corresponding to 6 subfields such as even number such as grade does not show, even sub-pixel normally shows, so successively repeatedly, the half of full frame sub-pixel RGB data is made to be zero according to the assignment of interlocking of the odd even subfield in odd even TV occasion, thus reduce the change frequency of data-signal low and high level, due to the integrating function of human eye, display frame can not be affected substantially.In order to improve image quality further and reduce the current loading of high pressure addressing chip, when enter full frame sub-pixel half not display mode time, use other subfield to maintain pulse weight look-up table and sub-fields data Map Searching table, make it ensure above-mentioned display effect.
In sum, owing to have employed technique scheme, the invention has the beneficial effects as follows:
1, the power-consumption control system of ion display of the present invention, can be applied on the master chip of control plasma display apparatus driving circuit, also can be applied to the product that other has similar principles, it is with low cost, applied widely, be applicable to applying;
2, the power-consumption control system of ion display of the present invention and control method, by under different display frame, address period adopts the method for different addressing modes effectively can reduce the display power consumption of PDP, reduces the load current of high pressure addressing chip;
3, the power-consumption control system of ion display of the present invention and control method, reduces sub-fields data for part special frame further simultaneously under the prerequisite not affecting display effect, reduces power consumption and load current, thus improves the reliability of PDP.
Accompanying drawing explanation
Examples of the present invention will be described by way of reference to the accompanying drawings, wherein:
Fig. 1 is ADS driving method schematic diagram in prior art;
Fig. 2 is high pressure addressing chip controls signal waveform under addressing mode line by line;
Fig. 3 is high pressure addressing chip controls signal waveform under interlacing addressing mode;
Fig. 4 is the display frame that a kind of odd-line pixels is all lighted;
Fig. 5 is the display frame that a sub pixel is lighted respectively;
Fig. 6 is the algorithm block diagram of low power consumption control of the present invention;
Fig. 7 is technical scheme block diagram of the present invention.
Embodiment
All features disclosed in this instructions, or the step in disclosed all methods or process, except mutually exclusive feature and/or step, all can combine by any way.
Arbitrary feature disclosed in this instructions (comprising any accessory claim, summary and accompanying drawing), unless specifically stated otherwise, all can be replaced by other equivalences or the alternative features with similar object.That is, unless specifically stated otherwise, each feature is an example in a series of equivalence or similar characteristics.
As shown in Figure 7, the power-consumption control system of ion display of the present invention, it comprises line storage 1, line storage 2, line by line detection module, interlacing detection module, data judgement selection module, row detection module and data processing module;
Wherein line storage 1 is for storing the RGB data of odd-numbered line, and line storage 2 is for storing the RGB data of even number line;
Wherein detection module is statistics adjacent lines difference number line by line, if current behavior odd-numbered line, then the RGB data of line storage 2 is read, and compares with the RGB data of current line; If current behavior even number line, then the RGB data of line storage 1 is read, and compare with the RGB data of current line; If the difference value Y1 of the RGB data of some pixels after is relatively larger than threshold value T1, then counter S1 adds 1, until count all number of pixels A meeting this condition in a TV Field;
Wherein interlacing detection module is for statistics is every a line difference number, if current behavior odd-numbered line, then the RGB data of line storage 1 is read, and compares with the RGB data of current line; If current behavior even number line, then the RGB data of line storage 2 is read, and compare with the RGB data of current line; If the difference value Y2 of the RGB data of some pixels after is relatively larger than threshold value T2, then counter S2 adds 1, until count all number of pixels B meeting this condition in a TV Field;
Wherein data judge to select model choice to export addressing mode and row difference number, receive that adjacent lines difference number A that detection module line by line exports and interlacing detection module export after a line difference number B, A and B is compared, difference number A as is line by line little, then export addressing indicator signal line by line, row difference number C is defined as value A line by line, and the difference number B as interlacing is little, then export interlacing addressing indicator signal, row difference number C is defined as the value B of interlacing;
Wherein row detection module is statistics adjacent column difference number, difference value after the RGB data of a pixel on buffer memory is compared with the RGB data of current pixel, if this difference value is larger than threshold value T3, then counter S3 adds 1, until count all number of pixels D meeting this condition in a TV Field;
Wherein data processing module, receive after data judge the row difference number D selecting the row difference number C of module output and row detection module to export and compare, if number C is larger than threshold value T4 for row difference, and row difference number D is larger than threshold value T5, then reducing by half process to RFB data, is zero by the half of full frame sub-pixel RGB data according to the assignment of interlocking of the odd even subfield in odd even TV occasion.Wherein data processing module to reduce by half process to RGB data, being specially the half of full frame sub-pixel RGB data according to the assignment of interlocking of the odd even subfield in odd even TV occasion is zero, odd number sub-pixel corresponding to the odd number subfield namely in a TV Field does not show, even sub-pixel normally shows, even sub-pixel corresponding to even number subfield does not show, and odd number sub-pixel normally shows; Even sub-pixel corresponding to the odd number subfield in next TV Field does not show, and odd number sub-pixel normally shows, and odd number sub-pixel corresponding to even number subfield does not show, and even sub-pixel normally shows; Use other subfield to maintain pulse weight look-up table and subfield Map Searching table simultaneously.
As shown in Figure 6, the power consumption control method of ion display of the present invention, is realized by following steps:
Step 1, calculate the difference value Y1 of the same location of pixels corresponding data of adjacent lines, and compare with threshold value T1, if larger than threshold value T1, then count an effective difference value Y1, after adding up the number of effective difference value Y1 of all row in a TV Field, be labeled as A;
Calculate the difference value Y2 every the same location of pixels corresponding data of a line, and compare with threshold value T2, if larger than threshold value T1, then count an effective difference value Y2, after adding up the number of effective difference value Y2 of all row in a TV Field, be labeled as B;
Calculate the difference value Y3 with a line adjacent column pixel corresponding data, and compare with threshold value T3, if larger than threshold value T3, then count an effective difference value Y3, after adding up the number of effective difference value Y3 of all row in a TV Field, be labeled as D;
Step 2, compared by A and B, if A value is little, then addressing mode is defined as addressing line by line, a row difference numerical value C=A; Otherwise addressing mode is defined as interlacing addressing, a row difference numerical value C=B;
Step 3, by a row difference numerical value C and threshold value T4, a row difference numerical value D compares with threshold value T5, if a row difference numerical value C is greater than threshold value T4, and a row difference numerical value D is greater than threshold value T5, then RGB data reduces by half process, calls special illuminometer, special maintenance pulse meter and special subfield mapping table; Also be zero by the half of full frame sub-pixel RGB data according to the assignment of interlocking of the odd even subfield in odd even TV occasion, odd number sub-pixel corresponding to the odd number subfield namely in a TV Field does not show, even sub-pixel normally shows, even sub-pixel corresponding to even number subfield does not show, and odd number sub-pixel normally shows; Even sub-pixel corresponding to the odd number subfield in next TV Field does not show, and odd number sub-pixel normally shows, and odd number sub-pixel corresponding to even number subfield does not show, and even sub-pixel normally shows; Simultaneously other subfield maintains pulse weight look-up table and sub-fields data Map Searching table.Thus reduce the change frequency of data-signal low and high level, due to the integrating function of human eye, display frame can not be affected substantially.
Otherwise data do not process, call general brightness table, maintain pulse meter and subfield mapping table.
The power-consumption control system of ion display of the present invention and control method, by under different display frame, address period adopts the method for different addressing modes effectively can reduce the display power consumption of PDP, reduce the load current of high pressure addressing chip, under the prerequisite not affecting display effect, reduce sub-fields data for part special frame further simultaneously, reduce power consumption and load current, thus improve the reliability of PDP.
In the present invention, threshold value T1, threshold value T2, threshold value T3, threshold value T4 and threshold value T5 are all that the more long-term working experience of inventor is summed up, through through test many times, make mean value, those skilled in the art can set its value according to experience, and wherein threshold value T1 is pixel RGB data empirical value when detecting line by line; Pixel RGB data empirical value when threshold value T2 is interlacing detection; When threshold value T3 is row detection, on buffer memory, the RGB data of a pixel compares the empirical value of rear difference value with the RGB data of current pixel; Threshold value T4 is the empirical value of a row difference numerical value; Threshold value T5 is the empirical value of a row difference numerical value.Counter S1, S2 and S3 can be different counters, can certainly be identical counter, arrange according to actual needs.
In the present invention, adjacent lines difference number A and difference number A line by line, the number of pixels A etc. meeting this condition represent expressed by a numerical value A to be same value, in like manner, the difference number B of interlacing with meet this condition number of pixels B, represents that a numerical value B says that what express is same value every a line difference number B etc., row difference number D and the number of pixels D etc. meeting this condition represent expressed by a numerical value B to be same value, number C in like manner pushes away it, only needs according to the actual needs, changes and calls.
The present invention is not limited to aforesaid embodiment.The present invention expands to any new feature of disclosing in this manual or any combination newly, and the step of the arbitrary new method disclosed or process or any combination newly.
Claims (4)
1. a power-consumption control system for ion display, is characterized in that: it comprises line storage 1, line storage 2, line by line detection module, interlacing detection module, data judgement selection module, row detection module and data processing module; Wherein line storage 1 is for storing the RGB data of odd-numbered line, and line storage 2 is for storing the RGB data of even number line; Wherein detection module is statistics adjacent lines difference number line by line, if current behavior odd-numbered line, then the RGB data of line storage 2 is read, and compares with the RGB data of current line; If current behavior even number line, then the RGB data of line storage 1 is read, and compare with the RGB data of current line; If the difference value Y1 of the RGB data of some pixels after is relatively larger than threshold value T1, then counter S1 adds 1, until count all number of pixels A meeting this condition in a TV Field; Wherein interlacing detection module is for statistics is every a line difference number, if current behavior odd-numbered line, then the RGB data of line storage 1 is read, and compares with the RGB data of current line; If current behavior even number line, then the RGB data of line storage 2 is read, and compare with the RGB data of current line; If the difference value Y2 of the RGB data of some pixels after is relatively larger than threshold value T2, then counter S2 adds 1, until count all number of pixels B meeting this condition in a TV Field; Wherein data judge to select model choice to export addressing mode and row difference number, receive that adjacent lines difference number A that detection module line by line exports and interlacing detection module export after a line difference number B, A and B is compared, difference number A as is line by line little, then export addressing indicator signal line by line, row difference number C is defined as value A line by line, and the difference number B as interlacing is little, then export interlacing addressing indicator signal, row difference number C is defined as the value B of interlacing; Wherein row detection module is statistics adjacent column difference number, the RGB data of a pixel on buffer memory is compared with the RGB data of current pixel, calculate the difference value relatively, if this difference value is larger than threshold value T3, then counter S3 adds 1, until count all number of pixels D meeting this condition in a TV Field; Wherein data processing module, receive after data judge the row difference number D selecting the row difference number C of module output and row detection module to export and compare, if number C is larger than threshold value T4 for row difference, and row difference number D is larger than threshold value T5, then reducing by half process to RGB data, is zero by the half of full frame sub-pixel RGB data according to the assignment of interlocking of the odd even subfield in odd even TV occasion.
2. the power-consumption control system of ion display as claimed in claim 1, it is characterized in that: wherein data processing module to reduce by half process to RGB data, if number C is larger than threshold value T4 for row difference, and row difference number D is larger than threshold value T5, be then zero by the half of full frame sub-pixel RGB data according to the assignment of interlocking of the odd even subfield in odd even TV occasion, odd number sub-pixel corresponding to the odd number subfield namely in a TV Field does not show, even sub-pixel normally shows, even sub-pixel corresponding to even number subfield does not show, and odd number sub-pixel normally shows; Even sub-pixel corresponding to the odd number subfield in next TV Field does not show, and odd number sub-pixel normally shows, and odd number sub-pixel corresponding to even number subfield does not show, and even sub-pixel normally shows; Use other subfield to maintain pulse weight look-up table and subfield Map Searching table simultaneously.
3. a Low-power-consumptiocontrol control method for ion display, is characterized in that: it is realized by following steps:
Step 1, calculate the difference value Y1 of the same location of pixels corresponding data of adjacent lines, and compare with threshold value T1, if larger than threshold value T1, then count an effective difference value Y1, after adding up the number of effective difference value Y1 of all row in a TV Field, be labeled as A;
Calculate the difference value Y2 every the same location of pixels corresponding data of a line, and compare with threshold value T2, if larger than threshold value T1, then count an effective difference value Y2, after adding up the number of effective difference value Y2 of all row in a TV Field, be labeled as B;
Calculate the difference value Y3 with a line adjacent column pixel corresponding data, and compare with threshold value T3, if larger than threshold value T3, then count an effective difference value Y3, after adding up the number of effective difference value Y3 of all row in a TV Field, be labeled as D;
Step 2, compared by A and B, if A value is little, then addressing mode is defined as addressing line by line, a row difference numerical value C=A; Otherwise addressing mode is defined as interlacing addressing, a row difference numerical value C=B;
Step 3, by a row difference numerical value C and threshold value T4, a row difference numerical value D compares with threshold value T5, if a row difference numerical value C is greater than threshold value T4, and a row difference numerical value D is greater than threshold value T5, then RGB data reduces by half process, calls special illuminometer, special maintenance pulse meter and special subfield mapping table; Otherwise data do not process, call general brightness table, maintain pulse meter and subfield mapping table.
4. the Low-power-consumptiocontrol control method of ion display as claimed in claim 3, it is characterized in that: in step 3, if a row difference numerical value C is greater than threshold value T4, and a row difference numerical value D is greater than threshold value T5, be then zero by the half of full frame sub-pixel RGB data according to the assignment of interlocking of the odd even subfield in odd even TV occasion, odd number sub-pixel corresponding to the odd number subfield namely in a TV Field does not show, even sub-pixel normally shows, even sub-pixel corresponding to even number subfield does not show, and odd number sub-pixel normally shows; Even sub-pixel corresponding to the odd number subfield in next TV Field does not show, and odd number sub-pixel normally shows, and odd number sub-pixel corresponding to even number subfield does not show, and even sub-pixel normally shows; Use other subfield to maintain pulse weight look-up table and sub-fields data Map Searching table simultaneously.
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| CN1503213A (en) * | 2002-11-25 | 2004-06-09 | ���µ�����ҵ��ʽ���� | Horizontal shift clock pulse selection circuit use of driving color LCD screen |
| CN101494020A (en) * | 2008-01-25 | 2009-07-29 | 株式会社日立显示器 | Display device |
| CN102023448A (en) * | 2010-12-08 | 2011-04-20 | 深圳市华星光电技术有限公司 | Liquid crystal display panel |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1503213A (en) * | 2002-11-25 | 2004-06-09 | ���µ�����ҵ��ʽ���� | Horizontal shift clock pulse selection circuit use of driving color LCD screen |
| CN101494020A (en) * | 2008-01-25 | 2009-07-29 | 株式会社日立显示器 | Display device |
| CN102023448A (en) * | 2010-12-08 | 2011-04-20 | 深圳市华星光电技术有限公司 | Liquid crystal display panel |
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