TW200527362A - Image degradation correction in novel liquid crystal displays with split blue subpixels - Google Patents

Abstract

Systems and methods are disclosed to correct for image degraded signals on a liquid crystal display panel are disclosed. Panels that comprise a subpixel repeating group having an even number of subpixels in a first direction may have parasitic capacitance and other signal errors due to imperfect dot inversion schemes thereon. Techniques for signal correction and localizing of errors onto particular subpixels are disclosed.

Description

200527362 IX. Description of the invention: [Technical field to which the invention belongs] The present invention relates to a liquid crystal display, and more particularly to image degradation correction of a novel liquid crystal display with split blue sub-pixels. [Prior Art] Among the US patent applications common to these applicants: (1) US Patent Application No. 09/91 6,232, filed on July 25, 2001, entitled "for use with a simplified address Color Pixel Matching of Full-Color Image Elements

(ARRANGEMENT OF COLOR PIXELS FOR FULL COLOR IMAGING DEVICES WITH SIMPLIFIED ADDRESSING); (2) U.S. Patent Application No. 10/278, 353, filed on October 22, 2002, entitled "Using Improving the sub-pixel configuration and layout of a color flat-panel display with an incremental modulation conversion function response '' (3) U.S. Patent Application No. 10 / 278,352, filed on October 22, 2002, entitled "Sub-pixel configuration and Improvement of the layout '' (IMPROVEMENTS TO COLOR FLAT DISPLAY SUB-PIXEL ARRANGEMENTS AND LAYOUTS FOR SUB-PIXEL RENDERING WITH SPLIT BLUE SUB-PIXELS); (4) U.S. Patent Application No. 1/243, filed on September 13, 2002 Application No. 094, entitled "Improved Four Color Configuration and Emitter for Sub-Pixel Coloring" (IMPROVED FOUR 200527362

COLOR ARRANGEMENTS AND EMITTERS FOR SUB-PIXEL RENDERING); (5) U.S. Patent Application No. 1 0/2 78, 328, filed on October 22, 2002, whose title is "Reduce Blue Brightness and Have Good Visibility Improvement of the Sub-pixel Configuration and Layout of Color Flat Panel Monitors' 'A (IMPROVEMENTS TO COLOR FLAT PANEL DISPLAY SUB-PIXEL ARRANGEMENTS AND LAYOUTS WITH REDUCED BLUE LUMINANCE WELL VISIBILITY); (6) U.S.' patent filed on October 22, 2002 Application No. 10/278, 393, entitled "COLOR DISPLAY HAVING ® HORIZONTAL SUB-PIXEL ARRANGEMENTS AND LAYOUTS"; and (7) in 2003 U.S. Patent Application No. 01/347, 001 filed on March 16, entitled "Improved Sub-PIXEL · _ ARRANGEMENTS FOR STRIPED DISPLAYS" AND :: METHODS AND ^ :: ;; SYSTEMS FOR SUB-PIXEL RENDERING SAME), which reveals some novel and used to improve some image display Preparation subpixel cost / performance curve configuration, are incorporated herein by reference thereto. The repair is compatible with the technology disclosed in the above patent application. The following sub-pixel coloring systems and methods are further disclosed in the following US patent applications shared by the applicants. These improvements are particularly significant: (1) January 16, 2002 Japan-U.S. Patent Application No. 10 / 051,612 filed, entitled "Conversion of RGB PIXEL FORMAT DATA TO PENTILE MATRIX SUB-PIXEL DATA" FORMAT); (2) U.S. Patent Application No. 10/1 50, 355, filed on May 17, 2002, entitled 200527362 "System and Method for Sub-Pixel Coloring with Image Grayscale Adjustment" (METHODS AND SYSTEMS FOR SUB-PIXEL RENDERING WITH GAMMA ADJUSTMENT); (3) U.S. Patent Application No. 10/21 5,843, filed on August 8, 2002, entitled "With adaptive filtering, light "METHODS AND SYSTEMS FOR SUBPIXEL RENDERING WITH ADAPTIVE FILTERING"; (4) U.S. Patent Application No. 10/37, filed on March 4, 2003 No. 9,767-Application titled "SYSTEMS AND METHODS FOR TEMPORAL SUB-PIXEL ® RENDERING OF IMAGE DATA"; (5) on March 4, 2003 US Patent Application No. 10 / 379,765, filed under the title "SYSTEMS AND METHODS FOR MOTION ADAPTIVE FILTERING"; (6) M03.3 April 4th: Application: US Patent Application No. 10/379, 766, filed under the title: "SUB-PIXEL RENDERING SYSTEM AND METHOD" FOR IMPROVED DISPLAY VIEWING ANGLES); and (7) US Patent Application No. 10/409, 413, filed on April 7, 2003, with the title "Image data with embedded pre-subpixel rendering images" Set "(IMAGE DATA SET WITH EMBEDDED PRE-SUBPIXEL RENDERED IMAGE). The above-mentioned applications are incorporated herein by reference.

The present invention relates to U.S. patent applications common to the following applicants, which are: (1) U.S. Patent Application No. 10 / 455,925, filed on June 6, 2003, and entitled "Has "DISPLAY PANEL HAVING CROSSOVER 200527362 CONNECTIONS EFFECTING DOT INVERSION"; (2) U.S. Patent Application No. 1/455, 931, filed on June 6, 2003, and its title "SYSTEM AND METHOD OF PERFORMING. DOT INVERSION WITH STANDARD DRIVERS AND BACKPLANE ON NOVEL DISPLAY PANEL LAYOUTS"; (3) in 2003 US Patent Application No. 10 / 455,927, filed on June 6, entitled "SYSTEM AND METHOD FOR COMPENSATING" in the "Compensation and Compensation System for Visual Effects in Fixed Form Noise Panels with Reduced Quantization Error" FOR _ VISUAL EFFECTS UPON PANELS HAVING FIXED PATTERN NOISE WITH REDUCED QUANTIZATION ERROR); (4) The beauty of application on June 6, 2003 Patent Application No. 10/456, 806, entitled "DOT INVERSION ON NOVEL DISPLAY PANEL·LAYOUTS WITH EXTRA3D :; DRIVERS); and (5) United States Patent application No. 10/456, 838, whose title is "LIQUID CRYSTAL DISPLAY BACKPLANE LAYOUTS AND φ ADDRESSING FOR NON-STANDARD SUBPIXEL ARRANGEMENTS" ° Above The applications are hereby incorporated by reference. '' Figure 1A shows a conventional RGB stripe structure used on an Active Matrix ^ Liquid Crystal Display (AMLCD) panel 100. The active matrix liquid crystal display includes thin film transistors (TFTs). In order to activate some separate color sub-pixels—red subpixel 104, green subpixel 106 and blue subpixel 108 respectively. It can be seen in the figure 200527362 that one red, one green, and one blue sub-pixel will form a repeating group of sub-pixels (repeating gr0up 0f subpixels) 102 that includes a panel. It is also not shown in the figure that each sub-pixel is associated with a column line (each sub-pixel is driven by a co-iuinil driver u〇) and a column line (row Hne) (for example, H2 and 114). As we all know, in the field of active matrix liquid crystal displays, the panel is driven by a dot inversion scheme to reduce chroma and brightness crosstalk and flicker. Figure 1A describes a special point inversion strategy (ie, lxl point inversion), which is indicated by the (+) and (_) polarity symbols given by each sub-pixel at the center. Each column line is usually connected to a gate (not shown in Figure 1A) of the thin film transistor 116. The image data transmitted through the line is usually connected to the source of each thin film transistor. The image data is written to the panel in one column at a time: and given a polar bias scheme, such as some "q" strategies (, 〇 ,, = 〇DD; odd) or " E "strategy (" E ,, = EVEN; even). As shown in the figure, column 112 will be written with an odd polarity strategy at one time, and the next column i 4 will be written with an even polarity strategy. At this 1x1 point, In the transfer strategy, the polarity is alternately changed to an odd (ODD) strategy and an even (EVEN) strategy one column at a time. Figure 1B shows another conventional red, green, and blue stripe panel that has another dot inversion strategy. (Ie, 1X2 point reversal). Here, the polarity strategy mother undergoes two columns of change once, while in the 1 x 1 point reversal, on the contrary, each column changes once. In the above two point reversal strategies, some observed Phenomenon points out: (1) In the 1X1 point inversion, every two sub-pixels adjacent to each other (in the horizontal and vertical directions) have different polarities; at 1x2 point, the inversion is 200527362. Subpixels adjacent to each other have different polarities along the horizontal direction, ( 3) Across any given column, the polarity of each connected color sub-pixel is opposite to the polarity of its adjacent. Therefore, for example, the polarity of two connected red sub-pixels along a column is either (+, _) or ( _, +). Of course, in the ΐχΐ point inversion, two connected red sub-pixels along a row have opposite polarities, but in the 1x2 point inversion, every two connected red sub-pixels are in a group Will have opposite polarities. When some special image rendering is applied to the AMLCD panel, this polarity change will reduce some obvious visual defects. As we all know, if the same color The polarity of pixels often changes, but it is not necessary to change each column. These visual defects can be minimized in the vertical direction. Therefore, I. Dot inversion is acceptable. [Summary of the Invention] " The present invention relates to a liquid crystal A display, and more particularly, a correction for image degradation of a novel liquid crystal display with split child pixels. The present invention discloses a system and method for use on a liquid crystal display panel to The image degradation signal is corrected. Some display panels are composed of an even number of sub-pixel repeating groups in the first direction. Some imperfect dot inversion strategies may have parasitic capacitance and other Some = errors. Signal correction and some of the techniques used to localize some errors to some Tedian sub-pixels will also be disclosed in this article. [Embodiment] π This will be referred to the example in detail It is described in the drawings. In this paper, the same reference numerals will be used in the 200527362 drawings to indicate the same or similar components. Figure 2 shows a kind of repeating subpixel group 20 The panel is described further in US Patent No. 1G / 15 (), No. 353. We can see that the repeating sub-pixel group 202 is an eight-subpixel repeating group, which includes a checkerboard pattern composed of red and blue sub-pixels. Between these red and blue sub-pixels, there is a The green sub-pixels of the two-line reduced area. If the standard 1x1 point inversion strategy is applied to a panel containing this repeating group (as shown in Figure 2), obviously, those red, green, and blue striped panels (that is, in one column and / or one row) (The connected color sub-pixels have different polarities) will immediately be violated. Especially when displaying some image patterns, this situation may cause many visual defects, which are obviously displayed on the panel. This observed phenomenon uses other new types of subpixel repeating groups (such as the subpixel repeating group in Figure 1 of US Patent No. 10/27, 352 of the application) and a large number of columns across a row. Occurs with countless repeating subgroups of other repeating groups. Therefore, since some conventional red, green, and blue (RGB) stripe panels have these three sub-pixels (ie, red, green, and blue sub-pixels) in their repeating group, some of the situations pointed out above may not necessarily be these. Conventional panels cause aggression. In any case, the repeating group of FIG. 2 in this application has four (ie, even) sub-pixels within the repeating group spanning a certain column (for example, four sub-pixels of red, green, blue, and green) . I should understand that some of the embodiments described in this specification can be equally applied to all such even modulus repeat groupings. In order to prevent the image degradation of the active matrix liquid crystal display (AMLCD) and other problems, not only the polarity transmitted by the dataline (dataline) must be randomized along every 11 200527362 selection line, but also for each color and each part in the display. Must be randomized. Although this randomization is naturally accompanied by some red-green this RGB triplet color sub-pixel combined with the commonly used alternating-inversion data driver system ) Appears, but when an even number of sub-pixels are used along some column lines, this randomization is more difficult to achieve. In an even-modulus design embodiment, some columns are formed by a combination of a relatively small-green sub-pixel and a small but large area of red and blue sub-pixels. Generally, the polarity transmitted by the data line is opposite to the polarity transmitted on the alternating data line, so that each sub-pixel is approximately equal in capacitance to each side of the data line connected to it. In this way, the capacitor-induced transient errors induced by these capacitors are approximately equal and opposite, so that they tend to oppose each other on the sub-pixels themselves. However, in this example, the polarity of some of the same color sub-pixels is the same, and image degradation may occur. Figure 3 shows an even-modulus pixel configuration using 2x1 dot inversion. As some of the same color pixels change in polarity, image degradation in the vertical direction can be eliminated. The horizontal image degradation caused by some pixels of the same color can also be reduced by periodically changing the phase of point inversion (PhaSe). The driving circuit chips from 30A to 301D provide data to the display device. The outputs of these driving circuits are driven to a '_' + '... The polarity phases of the first 4 lines of the display are shown in the 4th ISI tb ,, ΰ. For example, the first row of the wafer 3 0 1B has a phase ... 12 200527362 In one embodiment, one go fools one by one f. It goes to the mother side to drive a rod with the same polarity next to a given time.扪 仃 Lines, for any given image signal, can withstand reduced brightness, so that it can reach less than the number of sub-pixels affected, and reduce any special, unavoidable, image degradation effects that affect such two pixels, etc. The above two purposes. The content of this description and other related descriptions incorporated in this specification reveals several techniques' designed to make the number of affected sub-pixels and some of the effects of image-named sub-pixels, Person minimized. If the degradation of the sub-pixel is unavoidable, the above techniques will select the sub-pixels to be degraded as described below. In the 3rd shot, 3) _ ’This phase is designed so that the blue sub-pixels 302 ± circled, localize the occurrence of the same polarity. In this way, the polarity of some sub-pixels of the same color will be reversed every two driving circuit chips, so the polarity is reversed: to minimize or eliminate the image degradation in the direction. These periodic, raised blue sub-pixels 302 will be slightly darker (for normal black liquid crystal displays), or slightly brighter (for common white) than the other blue sub-pixels in the array. (LCD monitors) 'But because the naked eye is somewhat sensitive to blue brightness, this difference in brightness is rarely visible. Yet another technique is to add a positive signal to any affected sub-pixels. If you know which sub-pixels are subject to image degradation, you can: Add a correction signal to the image data signal. For example, most of the parasites mentioned in this book, this book, and some others = to reduce the amount of brightness of those affected sub-pixels. 1 This may be inferred or completely empirical (for example, through some special panels Test pattern) to determine the two u 1 of some sub-pixels on the panel and add 13 200527362 a signal to correct the degradation mx ^. Especially for Fig. 3, if a small error correction is needed for the secondary I ^ t ^ element circled, a correction term can be added to the blue sub-pixel data circled. In still another example of the present invention, it is possible to design some different drivers to further reduce the effect of image degradation. As shown in Figure 5, ^ four-phase clocks are used for polarity inversion. By using this mode or some similar modes, only the blue sub-pixels in the array have the same polarity degradation (same-poUHty degradati () n). | On darker or brighter blue sub-pixels for compensation. For example, since all pixels are degraded equally, it will not be visible to the human eye. If necessary, a correction signal can be applied. For some of these drive circuit waveforms, a data drive circuit chip can be used to generate the power conversion system (pow two supply SWltch system) provided by the data drive circuit chip. Simple alternating polarity reversal design is more complicated. This second-level data is driven from the circuit design, when the port is generated in the first level, some analog signals are generated. In any case, the polarity switching stage (Polarity'tehing) is driven by the own parent cross-connect matrix (⑽ "⑶η㈣" of the data driving circuit of the second stage) to provide the more complex polarity inversions indicated here. Here Yet another embodiment of the technology is to localize the image inferior A on a subset of blue sub-pixels across the surface in both column and row directions. For example, a blue checkerboard-like "checkerboard pattern" "Checkerbard" (that is, skipping every other blue image in each direction of the column and / or row 14 200527362 pixels) can be used to localize the image degradation signal. As mentioned above, due to the human eye The low sensitivity on the blue spatial re solution will not be too obvious b / I think this error. I should understand that the other sub-pixels of the blue sub-pixel are also selected so that Localization of errors. In addition, a different driving circuit chip with four or less phases can also drive the panel. Figure 6 shows another embodiment of the panel 600, which generally includes an even modulus Sub-pixel repeat group 602. Here In the sub, repeating group 602 contains a checkerboard pattern composed of two rows of blue sub-pixels in which red and green sub-pixels are interspersed. As mentioned above, it is possible (but not necessary) that some blue sub-pixels appear. The width is smaller than the red and green sub-pixels. As you can see, two adjacent blue sub-pixel rows can use an internal wiring 604 to share the same row driving circuit, or the thin-film transistor of the blue sub-pixel can be used. To properly remap to avoid the sharing of quasi-fragmented data values. ^ Using some standard line driving circuits to achieve 2x1 dot inversion, it can be seen that the blue sub-pixel row 606 has the same red and green sub-pixel rows as its right side. Although this may cause image degradation (which can be compensated by some trimming signals), the advantage is that the image degradation is localized to dark colors (that is, blue \ sub-pixel rows, and therefore it is rarely visible to the human eye [Brief description of the drawing] He A picture: depicting, τ, the display panel is changed to 第, 工, green, and blue stripes. Fig. 1B: A conventional description has a kind of standard 1 × 2 point reversal. Red, green, Blue stripe display panel. Figure 2: Describes a display surface containing a novel 'sub-pixel repeating group 15 200527362 board with an even number in a first (歹, n 古 a 曰 士 / 止 乐 1 到) direction. Figure 3: Description—A display panel with the repeating group of Figure 2 and multiple standard driver circuit chips', where any image degradation is placed on some blue sub-pixels. Brother 4 ®: Description Use some phase relationships of multiple driving circuit wafers in ^ ® 3. Figure 5: Description-Display panel with 欠 2: under-pixel repeating group, where the driving circuit wafer driving the display panel is a four-phase wafer, where Any image degradation is placed on some blue sub-pixels. Figure 6: Description_Display panel with ―special subpixel repeating group‖ The subpixel repeating group has two narrow blue subpixel rows, and all or a large part of the image is generally placed to receive some narrow ^ times ^ On the line. Wo [Description of main component symbols] 100 panel 104 red sub-pixel 108 blue sub-pixel 112 column line 116 interpole 202 sub-pixel repeating group 301B driving circuit chip 3 〇1D driving circuit chip 102 sub-pixel repeating group 106 green sub-pixel 110 Row driver 114 column line 200 panel 301A driver circuit chip 3 〇1C driver circuit chip 3 02 blue sub-pixel 16 200527362 600 panel 602 604 internal wiring 606 sub-pixel repeating group blue sub-pixel row 17

Claims (1)

200527362, patent application scope: A liquid crystal display comprising: a panel, ti ,, +, including a pixel repeating group, the subpixel repeating group having an even number of rulers & & human pixels in a column, and this time The pixel repeating group further includes a dark color sub-pixel row; and sends shirt image data and some polar signals to the driving circuit panel; any of the signals in the signals are localized at This dark color is only on the > sub-pixel row. 2. According to the liquid of item i in the scope of the patent application, the day and night are not available, where the dark color: k pixels are blue color sub-pixels. Item 1 of the patent application scope ... Beihai's LCD display, in which the sub-pixel f ^ generally contains-a kind of two sub-pixel rows interspersed with one another-a checkerboard shape composed of two-color and green sub-pixels pattern. According to the patent application No. 3 of the patent scope, Jie Yuebei's LCD display, in which the two blue subtilities share the same row drive circuit. : The liquid crystal display of item 1 of the profit range, wherein one or " -human pixels receive a correction signal. A liquid crystal display comprising:-, a plate substantially including a repeating group of pixels, the sub-pixel if having an even number of sub-pixels in%, 1 the sub-pixel including a row of blue sub-pixels; and f; a driving circuit, With at least two margins, the driving circuit sends the data of the shadow panel 18 200527362 and some polar signals to the panel, wherein the phase of the driving circuit is selected so that any parasitic effects on any sub-pixels are generally placed in the Blue sub-pixel row. In accordance with the liquid crystal display according to item 6 of the scope of patent application, wherein the correction signal is transmitted to one or more sub-pixels. 8. A method for image degradation correction in a liquid crystal display, comprising: arranging on a panel some sub-pixel repeating groups in a sub-pixel repeating group having an even number of sub-pixels in a column, and the two pixel repeating The group also includes a row of dark-color sub-pixels; and provides some driving circuit signals to the sub-pixels on the panel to send image data and some polar signals to the driver circuit. The shirt image degradation in signal 9 is localized on the dark sub-pixel row. According to the method of the eighth item of the patent application, 1 > ,,, and __, the dark color sub-image is pursued as a blue sub-pixel row. Portrait Gyeonggi 10, according to the method of claim 8 of the scope of patent application, the method of Bengan a ^ μ ', wherein the arrangement is located in a repeating group of pixels on a panel one-to-one-I two-human pixel method , Including forming a checkerboard pattern composed of two blue sub-pixels interspersed with one element. One-two red and green images 11, according to the tenth item of the scope of the patent application, the circuit signal is provided to the μ 'on the panel, the middle should provide some methods to drive ^ one person pixels, white mountain The t 驱动 line driving circuit lifts some signals from the phase 12 to the two sub-pixel lines. The method of applying for item No. 8 of the scope of patent application, which additionally includes positive and pseudo numbers for the _ (, some repairs, or multiple sub-pixels) in the sub-pixel repeating group. 19 200527362 13 A method for correction of deterioration, which includes arranging some sub-pixels into at least one sub-pixel repeating group located on a panel tongue benefit βηakasaka. The sub-pixel repeating group has an even number of sub-images in the winter. The repeating group includes at least-blue sub-pixel rows; and--circuit is used to provide image data and polar data signals to = silly: the driving circuit has at least two phases selected so that the parasitic effects on human pixels are generally pixel rows 1> 14. According to the method of patent application No. 13 of the scope of patent application method, it further includes providing a positive L to one or more sub-pixels. 15 A liquid crystal display, It includes: a device for arranging a single injury on a panel | & + in a group of heavy explosions and the nf1 prime repeating group has an even number of sub-pixels in the column and the sub-image The repeating group further includes a row of sub-pixels of dark color; and it is also provided to provide a number of sub-pixels that also drive the Thunder 1 2 to send the image data on the panel. The polar signals make the pixel lines in the signals of the two driving circuits. "The localization is localized in the dark color order 16, according to the 15th item of the patent application scope, and the storage percentage is a bite color image; r & , '/ Sunday chanting device, where the dark pixel is a blue sub-pixel row. 17. The arrangement of item 15 in the scope of patent application is located on the-panel Some of the sub-pixel 20 200527362 devices include another one ^ in it-this element-a checkerboard pattern consisting of two blue sub-pixel rows interspersed with two colors and green sub-pixels. 18 'Provided according to the patent application i Some drive Φ, and 'night, day and night display devices, which should be used-circuit signals to the panel, used to install pixel rows from the same touch / draw on some-human pixels. For two blue times 19, according to the patent application Fan Li Chu] τ5 x The liquid crystal display of the 15th member of Shiqutianwei also includes a clothing set to provide some correction letters or multiple sub-pixels. A liquid crystal display in a zeta pixel repeating group of 20 A liquid crystal display including: For arranging a person's pixels one at a time to 4b times to at least the rear group on a panel, the sub-pixel repeating group presents an even number of sub-pixels in a column and the sub-pixels are even rows; and S 禝Contains at least one blue infrasound, and uses a drive circuit to provide the right to present the heart image data and polarity data to the panel. The drive circuit has at least two phases to be selected. The effect is generally placed on at least one blue sub-pixel row. 4 Worker 21. According to the 20th patent application, the right and the right day and day display, it also includes a correction signal to one or more sub-pixels in the secondary image Xin, If. 22. A liquid crystal display, comprising: a panel, generally including _ 戈 壬 I 穑, — ^... _ Human pixel repeating group, the sub-pixel repeating group having an even number of sub-pixels in the -th-direction 21 200527362 a The driving circuit 'sends image data and some polar signals to the panel, wherein the driving circuit sends a correction signal to a plurality of sub-pixels containing a substantially uniform brightness error. 3 According to the patent application of 22 patents, the polarity signal is a dot inversion strategy. 24 'The liquid crystal display according to item 23 of the patent application scope, wherein the polarity signal is a 1x1 dot inversion strategy. 25. The liquid crystal display according to item 23 of the application, wherein the polarity signal is a 1X2 dot inversion strategy. 26 'The liquid crystal display according to item 22 of the patent application scope, wherein the polarity signal is a four-phase point inversion strategy. 2. The liquid crystal display according to item 22 of the scope of patent application, wherein a plurality of sub-pixels containing a substantially uniform brightness error are blue sub-pixels. 28. In a liquid crystal display having a panel, the panel generally includes a repeating group of pixels, and the repeating group of pixels has an even number of sub-pixels in a first direction, and is used to correct image degradation in the panel. A method comprising: determining the image data of sub-pixels containing a substantially uniform luminance error; determining a correction signal applied to the sub-pixels; and attaching the correction signal to the sub-pixel signals sent. 29. The method according to item 28 of the scope of patent application, which includes the method of determining the sub-pixels of-large 22 200527362 in-body-induced brightness error, and further comprising measuring a signal displayed by a certain pixel by a test signal error. 30. According to the 28th item of the scope of the patent application, the seven small-seven small-beiwan method, in which a method of determining a correction signal to be applied to the sub-pixels: 4 / v, li /. The force is included in another Test a correction signal empirically, and verify that the correction is not correct, and see if it can correct the error in general. 31. A liquid crystal display, comprising: a panel including a primary pixel repeating group, the secondary pixel repeating group having an even number of sub-pixels in a first direction; and a plurality of phase-driving circuit chips that convert image data And some polar signals are sent to the panel, wherein the phases of the driving circuit chips are selected so that any parasitic effects on any sub-pixels located at the edges of the driving circuit chips are generally placed on some blue sub-pixels. 32. According to the liquid crystal display of item 31 of the patent application, a correction signal in # is sent to a plurality of sub-pixels with parasitic effects. 33. A liquid crystal display, comprising: a panel including a primary pixel repeating group having an even number of sub-pixels in a first direction and a driving circuit having at least two phases, wherein The image data and some polar signals are sent to the panel, wherein the phase of the driving circuit is selected so that any parasitic effects located on any sub-pixel are generally placed on some blue sub-pixels. 34. According to the liquid crystal display of item 33 of the patent application, one of them is repaired, and the positive signal is sent to a plurality of sub-pixels with parasitic effects. 35. The liquid crystal display according to item 33 of the application, wherein the sub-pixels are all the blue sub-pixels on the panel. 36. The liquid crystal display according to item 33 of the application, wherein the sub-pixels are a subset of all the blue sub-pixels on the panel. twenty four