chi mei optoelectronics lcd panel free sample

Chimei Innolux Corporation was formed after merger of Innolux Display Corp with Chi Mei Optoelectronics and TPO Displays Corp. Along with display panels, it also has an integrated product supply chain. Its TFT-LCD panel modules and LCD display products find applications in areas like TV panels, desktop monitors and notebook, medical displays, computer panels, AV & mobile panels. It also provides advanced display solutions and has complete production lines for 4K2K ultra-high resolution, 3D naked eye, IGZO, LTPS, AMOLED, OLED, and touch-control solutions.

a) We are happy to announce that all the LCD Panels and Laptop / Notebook batteries purchased from us comes with 90 days warranty from the date of invoice. Please note that the warranty only covers against defects in material and workmanship and there are other circumstances which limit its cover.

g) Your order will be dispatched from the UK warehouse. However, if the product(s) became unavailable after you ordered, we will allocate your order to be dispatched from our Main warehouse in China.

Chen said since starting volume production of AMOLED panels in May, CMEL has been actively sampling the products with clients. As validation by major international clients will take longer, CMEL expects shipments to see a significant increase in the fourth quarter, Chen added.

Taiwan"s Chimei Innolux Corp, a maker of liquid-crystal displays (LCD), recently filed suit in the United States against Sony over alleged patent infringement. A similar complaint was also filed in Beijing No 2 Intermediate People"s Court. The lawsuit came after Sony initiated legal proceedings in US district court this past March, claiming that Chimei and Hong-Kong-listed LCD monitor maker TPV Technology Ltd infringed on its patents in making televisions and computer monitors. In its lawsuit, Chimei Innolux is seeking to halt the sale of all Sony products in the United States - including Bravia televisions and its Cybershot digital cameras and digital photo frames - and is asking for compensatory damages. Does this lawsuit have merit? Is the compensation requested material? Should Sony investors be concerned?

In a recent response, representatives from Chimei Innolux noted that "their filing is completely unrelated to Sony"s earlier complaint against it. Corporate officials noted that they were committed to protecting their intellectual property, their industry partners, as well as their customers." Chimei Innolux recently underwent a three-way merger, one that significant strengthened and diversified their intellectual property portfolio. In fact, Chimei Innolux, is itself a new shell company - one that was formed this past March by the merger of Chi Mei Optoelectronics Corp, Innolux Display Corp and TPO Displays Corp. Together, these companies supply panels and partially assembled screens for use in TVs, computer monitors and other electronics products.

While Chimei"s actions might come as a shock to industry outsiders, investors should not be surprised. In fact, this new lawsuit follows Chimei"s recent patent battles with Acer, Hewlett-Packard, HTC and Apple; battles, that attempted to block competitor production and sales. Interestingly enough, in the high stakes world of technology and intellectual property development, it seems that patent litigation has become a viable way to snag or block competitors, particularly when those competitors threaten niche markets, look to other suppliers, or consider significant vertical integration which threatens a producers revenue stream.

While it will be interesting to watch the outcome of the Chimei lawsuits, it is important to step back and recognize that other significant players are invested in the lawsuits outcome. For example, Foxconn Technology Group, a controversial company that has recently been in the news due to labor issues (and one which currently maintains a vast majority of the patents for Taiwanese component products), recently purchased a major stake in Chimei Innolux. As Foxconn has extended its business along the industrial chain from component making to the sale of complete products, many are beginning to question whether this lawsuit is being pushed by Foxconn with the goal of disrupting foreign competition while insulating its competitive advantage in the market. In fact, one could argue that the motivation for the lawsuit could stem from Foxconn"s desire to seek more LCD orders for Chimei Innolux"s products from Sony and other manufacturers. While it is too early to identify the specific intentions, or predict whether the outcome of this lawsuit will be material for Sony or other technology manufacturers, investors in technology companies need to maintain their awareness and take note of this important trend. Moreover, while Chimei could have only chosen to sue Sony within China, the decision to sue Sony in both the US and China shows how aggressively Chimei and Foxconn are ready to use their patents to secure share, or, more likely, to use the lawsuit to leverage Sony"s cooperation in the supply chain, particularly on the Chinese mainland.

The 2K PanelMarket report 2022-2028 Industries are expected to develop at the greatest rate of CAGR during the next six years. Regional estimates and trend analysis of major market players will help you make your business decision. The market analysis also discusses new product developments, cost, revenue, gross margin, market size, share, and projected growth in addition to upcoming market strategies used by top competitors. The report is designed to provide a 360-degree view of the 2K Panel market fully analysed report of Market Overview, Industry Development, Market Maturity, Value Chain Analysis. Market forecasts for a minimum of 6 years of all the mentioned segments, sub segments and the regional markets. Company profiling with detailed strategies, financials, and recent developments.

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With the progress in modern visual information technologies, the liquid crystal display (LCD) has been widely applied to the display screen of consumer electronic products, such as mobile phones, notebook personal computers, personal computers (PCs) and personal digital assistants (PDAs). However, as the LCD panel in an LCD device is incapable of emitting light, a backlight module is required to be disposed under the LCD panel to provide the light source for the LCD panel, thus enabling the LCD panel to display images.

Generally, backlight modules are divided into direct type backlight modules and side incident type backlight modules. The direct type backlight modules are usually applied to large-sized LCDs, whereas the side incident type backlight modules are usually adopted in small-sized LCDs.

Since a thick and heavy light guide plate 130 is adopted in the side incident type backlight module 100, the side incident type backlight module 100 has the problem of overweight. Furthermore, if the side incident type backlight module 100 is applied to large-sized LCDs, the disadvantages of low yield rate and tendency to warping in large-sized light guide plates 130 would arise.

There is a need for a backlight module and/or a liquid crystal display (LCD) which is flexible and does not require a light guide plate or a diffusion plate.

In yet a further aspect, the invention further provides an LCD including an LCD panel and a backlight module of any of the types disclosed above. The backlight module is disposed under the LCD panel.

FIG. 2C is a schematic view illustrating the relative positions of the films in the backlight module of FIG. 2A. The support(s) and the fasteners of the backlight module are not illustrated in FIG. 2C. Referring to FIGS. 2A and 2C, the retarder 350 has a plurality of retarding regions 352 and at least one non-retarding region 354. Light A provided by the light source 340 penetrates the second reflective type polarizer 360 through the functioning of the retarding regions 352. A method for forming the retarder 350 includes, for example, selectively printing a retarding material on a transparent film. An area printed with the retarding material defines the retarding region 352, whereas an area without the retarding material defines the non-retarding region 354. In the present embodiment, a total area of the retarding regions 352 per unit area on the retarder 350 increases, preferably gradually, as the retarding regions are farther away from the light source 340. The result can be achieved by several different designs. For example, as illustrated in FIG. 2C, an area of each of the retarding regions 352 gradually increases as the retarding region gets farther away from the light source 340. Alternatively, the areas of the retarding regions 352 are the same, but the number of the retarding regions 352 per unit area gradually increases as the retarding regions are farther away from the light source 340.

According to the aforementioned description, the backlight module 300 of the embodiment produces a surface source of uniform luminance by using the combination of the reflection sheet 310, the first reflective type polarizer 320, the retarder 350 and the second reflective type polarizer 360, and a thick and heavy light guide plate is not required unlike the conventional side incident type backlight module. Therefore, the backlight module 300 has the advantages of thinner thickness and lighter weight. Furthermore, the backlight module 300 does not employ any elements that are difficult to warp, such as a light guide plate or a diffusion plate, so that it can be easily designed as a flexible type backlight module. In addition, when the backlight module 300 is of a larger size (such as those applied in large-sized LCDs), since it does not have a light guide plate, the problems of low yield rate and tendency to warping in large-sized light guide plates can be avoided.

FIG. 3 is a schematic view illustrating relative positions of films in a backlight module according to another embodiment of the invention. A support and fasteners of the backlight module are not illustrated in FIG. 3. Referring to FIG. 3, in the present embodiment, a second reflective type polarizer 360aand a first reflective type polarizer 320aare circular polarizers. A circular polarization direction 324 of the first reflective type polarizer 320ais opposite to a circular polarization direction 364 of the second reflective type polarizer 360a. For example, one of the circular polarization directions 324 and 364 is clockwise, whereas the other is counterclockwise. Circular polarization directions of the light A are opposite before and after passing through the retarding regions 352. Thus, the light A passing through the retarding regions 352 may continue to pass through the second reflective type polarizer 360a. The light A passing through the non-retarding region 354 is reflected by the second reflective type polarizer 360a. A portion of the light A reflected by the second reflective type polarizer 360ais reflected by the reflection sheet 310 and thus can be utilized again after penetrating the retarder 350 and the first reflective type polarizer 320a. Further, a ¼ wavelength retarder 390 may be disposed on the second reflective type polarizer 360a. The light A coming from the second reflective type polarizer 360achanges from a circular polarizing state to a linear polarizing state after penetrating the ¼ wavelength retarder 390. This feature is suitable for LCD panels whose bright or dark state is determined by whether linear polarizing light passes through the LCD panels or not, such as the twisted nematic (TN) LCD panel, the in-plane switching (IPS) LCD panel, or the vertical alignment (VA) LCD panel.

FIG. 11 illustrates a schematic view of an LCD according to one embodiment of the invention. Referring to FIG. 11, an LCD 500 of the embodiment includes an LCD panel 510 and a backlight module 520 disposed under the LCD panel 510. The backlight module 520 may be one of the backlight modules 300-300cand 400-400cin the aforementioned embodiments or it may be any other backlight module having the characteristics of the invention. Additionally, the backlight module 520 is disposed with its light-emitting direction towards the LCD panel 510, which means a surface source is provided by the backlight module 520 at its top side adjacent to the LCD panel 510. If the LCD panel 510 is flexible, the whole LCD 500 becomes flexible, too.

FIG. 12 illustrates a schematic view of an LCD according to another embodiment of the invention. Referring to FIGS. 11 and 12, an LCD 500ais approximately the same as the LCD 500. The difference is that the LCD 500afurther includes a first polarizer 530 and a second polarizer 540. The first polarizer 530 is disposed between the backlight module 520 and the LCD panel 510, whereas the second polarizer 540 is disposed on the LCD panel 510. After passing through the first polarizer 530 and the second polarizer 540 respectively, linear polarization directions of light are perpendicular to each other. If the light provided by the backlight module 520 is linear polarizing light, the second polarizer 540 may be removed. The first polarizer 530 and the second polarizer 540 are suitable for LCD panels whose bright or dark state is determined by whether linear polarizing light passes through or not.

In conclusion, the backlight module of disclosed embodiments of the present invention adopts either the combination of a reflection sheet, a reflective type polarizer and a retarder or the combination of a reflection sheet and a selective reflection sheet so as to generate a surface source of uniform luminance, and no light guide plate or diffusion plate is required. Therefore, the backlight module of disclosed embodiments of the invention has the advantages of having thinner thickness and lighter weight. Moreover, the backlight module of disclosed embodiments of the invention does not include any elements that are difficult to warp, such as a light guide plate or a diffusion plate, so that it can be easily designed as a flexible type backlight module. Further, the shapes of the through holes in the films are designed as such that the backlight module of disclosed embodiments of the invention can have better flexibility and, at the same time, the films can still be solidly fastened. Besides, the backlight module of disclosed embodiments of the invention may also be applied in LCDs, and if combined with a flexible LCD panel, would advantageously result in a flexible LCD. In addition, when the backlight module of disclosed embodiments of the invention is applied to large-sized LCDs, since the backlight module does not have a light guide plate, the problems of low yield rate and tendency to warping in large-sized light guide plates can be avoided.

586102 五、發明說明（1) 技術領樓 本發明係關於一種液晶顯示器面板之閃爍現象補償裝 置’尤有關於一種藉由非直流參考電壓對液晶顯示器面板 之閃爍現象進行補償的裝置。 發ϋ背景 圖5(A)表示一般之採用主動矩陣（active matrix)驅 動方式之液晶顯示器的示意圖，其中主要包含··一像素陣 列51、一資料信號線驅動電路52、一掃描信號線驅動電路 53。像素陣列51包含複數個像素54，每個像素54由一薄膜 電晶體TR所驅動，該薄膜電晶體TR之源極經過一液晶電容 Clc而連接到一共同電壓V⑽，並經過一保持電容（storage caPaclt〇r)Cst而連接到電壓Vst。其源極與閘極之間存在寄 生電容（parasitic capacitance)Cgs。此外，無可避 地’=信號線SL上會有分散式電阻_ f容⑷化心^586102 V. Description of the invention (1) Technical leader This invention relates to a flicker phenomenon compensation device for a liquid crystal display panel ", and more particularly to a device for compensating the flicker phenomenon of a liquid crystal display panel by using a non-DC reference voltage. Hair background Figure 5 (A) shows a schematic diagram of a general liquid crystal display using an active matrix driving method, which mainly includes a pixel array 51, a data signal line driving circuit 52, and a scanning signal line driving circuit. 53. The pixel array 51 includes a plurality of pixels 54. Each pixel 54 is driven by a thin film transistor TR. The source of the thin film transistor TR is connected to a common voltage V 电压 through a liquid crystal capacitor Clc, and passes through a storage capacitor. caPacltr) Cst and is connected to the voltage Vst. There is parasitic capacitance Cgs between the source and the gate. In addition, inevitably, "= there will be a distributed resistor on the signal line SL_ f 容 ⑷ 化 心 ^

观102 五、發明說明（2) 最右側的像素 具體而言，以 用主動矩陣驅 低值升至高值 由低值升至高 請再參考 薄膜電晶體TR 源極之電位， 線SL上由左側 晶體，效果愈 SL上之各像素 料信號，則各 來愈高。由於 電位所決定， 者不合，因為 像素具有相同 整個液晶顯示 概要 參考圖1， 補償裝置，該 補償k置包含 一唯讀記 料組，各數位 陣列，該資料 器面板之閃爍現象 ，、本發明_係一種液晶顯示器面板之閃爍現象 液晶顯示器包括m行!！列之像素，該閃燦現象 2體11 ’儲存m個包括〇個數位資料的數 "料組分別對應於該液晶顯示器之一行像素 組中的n個數位資料分別對應於該行像素陣、 所對應的薄膜電晶體之閘極上所加的信號。 對角線長度1 4 · 1吋、解析度} 〇 2 4，7 6 8之採 動之液晶顯示器為例，圖6中左邊的波形由 所需的時間為數個毫微秒（ns)，右邊的波形 值所需的時間為數個微秒（# s)。 圖5(B)，由於寄生電容Cgs之存在，使得加在 之閑極上的信號會透過此寄生電容L而拉低 而此種拉低源極電位之效果，同一掃描信號 的像素對應的電晶體至右侧的像素對應的電 來愈不明顯。進而言之，當同一掃描信號線 對應的電晶體之汲極上被加予相同大小的資 電晶體之，極上出現的電位由左側至右側愈 各像素之亮度係由加在等效電容Cr + c^上的 因此這會造成各像素之亮度不一（這與預期 各，素被加予相同大小的資料信號係預期各 度），而此種亮度不一又會進一步造成Observation 102 V. Description of the invention (2) The rightmost pixel is specifically driven by the active matrix to drive the low value to the high value from the low value to the high value. Please refer to the potential of the thin film transistor TR source again. , The more the effect of each pixel signal on the SL, the higher each. Because the potential is determined by the difference, because the pixels have the same entire liquid crystal display, refer to FIG. 1. The compensation device, the compensation device includes a read-only record group, each digital array, the flicker phenomenon of the register panel. _It is a kind of flicker phenomenon of LCD panel. LCD display includes m lines !! In the row of pixels, the flashing phenomenon 2 body 11 "stores m numbers including 0 digital data "and the material group corresponds to n digital data in a pixel group of one row of the liquid crystal display respectively corresponding to the pixel array of the row, The signal applied to the gate of the corresponding thin film transistor. Diagonal length 1 4 · 1 inch, resolution} 〇 2 4, 7 6 8 LCD display as an example, the waveform on the left in Figure 6 from the time required for several nanoseconds (ns), the right The time required for a waveform value to be several microseconds (# s). Figure 5 (B). Due to the presence of parasitic capacitance Cgs, the signal applied to the free pole will be pulled down through this parasitic capacitance L. This effect of pulling down the source potential, the transistor corresponding to the pixel of the same scanning signal The electricity corresponding to the pixels to the right is less and less obvious. In addition, when the drain of the transistor corresponding to the same scanning signal line is added to the same size of the power transistor, the potential appearing on the pole increases from the left to the right. The brightness of each pixel is added to the equivalent capacitance Cr + c. Therefore, this will cause the brightness of each pixel to be different (this is different from the expected, the data signal of the same size is added to the expected degree), and this difference in brightness will further cause

第5頁 586102 五、發明說明（3) 列中的η個像素，作一 一 一緩衝器1 2，遠崦、*之貧料信號的補償之用； 號m之控㈣而暫時存 ·體i’党-外部定時信 組； 貝匕=體11的一個數位資料 部定時一==:=緩=;衝器12,根據-外 成的數^組轉成η個類比資; -資料信號線㈣電賴，用^ t组;及 η個像素適當的資料信號，此資 I、各仃像素陣列之 個輩元，夂罝士八 、寸1現線驅動電路1 4包合Π 個^兀各早兀分別提供1資料信號予_ 14匕各11 各單元具有以下兩部份·· 對應的像素，且 一取樣/保持電路單元141，接受 輸出之”資料組之-個類比資料或接地，將"此類換比”3 或接地仍唬取樣並保持在一固定值後輪出·及、負/、 一輸出電路單元142，接受取樣/ 帝 — 輸出信號與來自外部的一組直流信號之一，將：=1之 相加後輸出至一對應的像素。 、、輸‘说 當欲補償閃爍現象時，資料信號線驅動 ί T14 w —類比轉換器13輸 ΐ ! : = ί個類比資料；當不欲補償閃爍現象 叶，―貝枓k唬線驅動電路丨4的η個取樣/保持 ― 受接地信號。 早凡习接 在此附加說明者，唯讀記憶體i丨中儲存的數位資料可 藉由量測未補償的面板其m 列處，在不閃爍的情況下之 第6頁 586102 五、發明說明（4) 實施 ί同電壓V_的大小，如此即可獲得所需補償之電壓資料 由圖式配合較佳實施例以更進-步地說明如何 較佳實施例之詳 如刖所述，圖丨所示之閃爍現象 號線驅動電路14包括n個單元， ^裒置:貝枓偽 單元141盥一鈐屮士於 早70由一取樣/保持電路 早興輸出電路單元142所構成。 為了防止漏電流，取樣，保持電路單元⑷ 2所示之取樣/保持電路。盆輸 " 隸拖哭·η於山> „ 八輪入‘可選擇接受數位/類比 ?換益13輸出之類比資料組之一個類比資料或接地 受兩種不同的輸入传辦 席闵 、/ 八 曰不％ > a 虎之原因將如後述，係為了可以選擇 疋否進行閃燦現象之補償。 f出電路單元142可由圖3所示的電路來實現，其由一 二放大器0P2與四個電阻所構成，運算放大器0P2之負 鳊涇過一具有電阻值R的電阻而接地，並且經過另一具有 的電阻而接到運算放大器0P2的輸出端丨運算放大 ^ γΡ2之正端經過一具有電阻值R，的電阻而接受對應的取 樣/，保持電路單元之輸出信號V1，，並且經過另一具有電阻 值R’的電阻而接受來自外部的一組直流信號之—V2，。此 電路之作用說明如下：（1 )運算放大器〇P2之輸出信號v〇的 ，小為V0 = vi，+V2，。（2)信號V2,表示未經補償的資料信 號’舉例而言，其可為64階直流信號其中之一。（3)信號Page 5 586102 V. Description of the invention (3) The n pixels in the column are used as one-to-one buffer 1 2 to compensate for the poor signal of the remote and *; The control of the number m is temporarily stored and stored. i "party-external timing letter group; shell data = a digital data section of the body 11 timing one = =: = slow =; punch 12, according to the-external number ^ group into η analog funds;-data signal line For electric power, use the ^ t group; and appropriate data signals for η pixels. This data I, the generation of each pixel array, and the driver circuit of the current driver circuit of the 8-inch, 1-inch, and 4 Each early stage provides 1 data signal to _14. Each unit has the following two parts. The corresponding pixel, and a sample / hold circuit unit 141, accepts the output of the "data set"-an analog data or ground. Sampling "such conversion ratio" 3 or grounding still samples and keeps it at a fixed value. Then, the output circuit unit 142 is negative and accepts the sampling / di — the output signal and a set of DC signals from the outside. First, add: = 1 and output to a corresponding pixel. When you want to compensate for the flicker phenomenon, the data signal line drives ί T14 w — analog converter 13 input ΐ!: = Ί analog data; when you do not want to compensate for the flicker phenomenon, ―bei k line drive circuit丨 4 samples / holds-subject to ground signals. For those who have been attached here, only the digital data stored in the memory i 丨 can be measured by measuring the m column of the uncompensated panel, without flickering. Page 6 586102 5. Description of the invention (4) Implement the same voltage V_, so that the required compensation voltage data can be obtained. The diagram is used in conjunction with the preferred embodiment to further explain the details of the preferred embodiment as described in the figure. The flickering signal line driving circuit 14 shown in FIG. 1 includes n units. The pseudo-unit 141 is configured by a sampler / holder circuit and early output circuit unit 142. In order to prevent leakage current, the sample / hold circuit shown in Figure 2 is held and held. Potential loss " Li Tu cry · η Yushan > "Eight rounds" can choose to accept digital / analog? In exchange for the 13 output analog data set of an analog data or ground by two different inputs. / Eight percent is not as follows: a The reason for the tiger will be described later, in order to select whether or not to compensate for the flicker phenomenon. The output circuit unit 142 can be implemented by the circuit shown in FIG. Consisting of four resistors, the negative of the operational amplifier 0P2 passes through a resistor with a resistance value R and is grounded, and is connected to the output terminal of the operational amplifier 0P2 through another resistor. The positive end of the operational amplifier ^ γP2 passes a The resistor with the resistance value R, receives the corresponding sampling / holding output signal V1 of the circuit unit, and passes another resistor with the resistance value R ", and receives one of the external set of DC signals—V2. This circuit The function is described as follows: (1) The output signal v of the operational amplifier 〇P2 is as small as V0 = vi, + V2 ,. (2) The signal V2, which represents the uncompensated data signal. For example, it can be 64-order DC signal One of them. (3) Signal

586102 五、發明說明（5) ______ VI為取樣/保持電路單元141之 丄 路單元1 4 1接受數位/類比轉換器丨旎，當取樣/保持電 示進行閃爍現象之補償（因為數位/ :出之類比資料時，表 璜5己憶體1 1中的資料，而唯讀記員比轉換器1 3係接雙唯 料信號的補償信號）；當取樣1 1中存放的資料係資 信號時，VI，=〇，表示進行閃爍現象" 路早/141接受接地 圖4表示本發明之液晶顯示器 $杈。 置的另一較佳實施例，其異於 ^，之閃爍現象補償裝 換器13所輸出的11個類比資料、分° 处，在於數位/類比轉 路1 4的n個取樣/保持電路單元丨 =貧料信號線驅動電 益放大器15 ’藉而將數位/類U 可調增 換成低輸出阻抗。 将換為1 3的咼輸出阻抗轉 月1J述之本發明之液晶顯示哭 中，各像辛俜由一薄膜# a # P 反之閃爍現象補償裝置 路1 3中的各單元分別提供! 動貝枓匕號線驅動電 膜電晶體的&極。 類比⑼卜對應像素之薄 的數Π:述’唯讀記憶體"中儲存m個包括η個數位資料 ii位資料組分別對應於該液晶顯示= :::陣列’該資料組中的n個數位資 二之 =素”中的η個像素’作為該像素之資料信號以 以而，由於不同行像素陣列之間的差異非常小， 非極端要求高。m兄下，吾人可僅存放某行丄去= ^補償信號’換言之，僅存幻個包括n個數的 位μ料組於唯讀記憶體丨丨中。 、抖的數586102 V. Description of the invention (5) ______ VI is the circuit unit of the sample / hold circuit unit 141 1 4 1 accepts the digital / analog converter 丨 旎, when the sample / hold electric indicator performs flicker compensation (because the digital /: output In the case of analog data, the data in Table 5 has been recalled from body 11 and the reader-only converter is connected to the compensation signal of dual material signals); when the data stored in sample 1 is the data signal , VI, = 0, indicating the flickering phenomenon. Lu Zao / 141 accepts the ground. Figure 4 shows the LCD panel of the present invention. Another preferred embodiment of the device is different from ^. The 11 analog data, min. Degrees output by the flicker compensation compensator 13 are in the n sampling / holding circuit units of the digital / analog switching circuit 14.丨 = The lean signal line drives the electric gain amplifier 15 ", so that the digital / class U can be adjusted to a low output impedance. The output impedance changed to 1 3 will be changed to 1J. In the LCD display of the present invention described above, each image is provided by a thin film # a # P On the contrary, the flicker phenomenon compensation device road 13 is provided separately by each unit! The dagger line drives the & pole of the electric film transistor. The number of thin pixels corresponding to the analog pixel Π: described in the "read-only memory" stores m pieces of data including n digital data, and the second data set corresponds to the liquid crystal display = ::: array. N in the data set The η pixels in the second digital element = prime are used as the data signal of the pixel, so because the difference between the pixel arrays in different rows is very small, non-extreme requirements are high. My brother, I can only store a certain Line to go = ^ compensation signal "In other words, only the number of bit μ data sets including n numbers are stored in the read-only memory.

五、發明說明（6) 之效果 有鑑於此，本發明的目的在於提供一 板之閃爍現象補償裝置，其藉由調整續 曰顯示器面 =號線之電& ’使得當同—掃描信號線：：：：：各資 的主動元件被加予相同大小的資料信號時， 2素對應 :現的電位相同’因此各像素之亮度亦相 件上 曰曰顯示器面板之閃爍現象。 稽而消除液 閃 壤現象補償裝置由簡單 且使用上可視需要而ί 本發明之液晶顯示器面板之 的電路構成，具有成本低之優點 擇進行補償與否。 在發明詳細說明中所提 僅為了易於說明本發明之技 地限制於該實施例，在不超 專利範圍之情況，可作種種 出之具體的實施態樣或蜜 何内谷，而並非將本發明狹 出本發明之精神及以下 變化實施。 < 申請V. Description of the invention (6) In view of this, the object of the present invention is to provide a device for compensating the flicker phenomenon of a board, which adjusts the display surface = the power of the line & "makes the same—scanning signal line ：：：：： When the active components of different materials are added to the data signals of the same size, the 2 elements correspond to: the current potential is the same. Therefore, the brightness of each pixel is also related to the flicker phenomenon of the display panel. The compensation device for eliminating the phenomenon of liquid flash soil is composed of a circuit of the liquid crystal display panel of the present invention which is simple and can be used as needed, and has the advantage of low cost. What is mentioned in the detailed description of the invention is only for the purpose of easily explaining the technology of the present invention and is limited to this embodiment. In the case that it does not exceed the scope of the patent, various specific implementations or honeypots can be made instead of the present invention. The invention narrowly implements the spirit of the present invention and the following changes. < Apply

586102 圖式簡單說明 圖1表示根據本發明之液晶顯示 償裝置； °面板之閃爍現象補 圖2表示可作為圖丨中之取樣/保持電 取樣/保持電路； 早疋141的一般 圖3表示圖1中之輸出電路單元142的較佳實施例· 圖4表示本發明之液晶顯示器面板之閃爍^ ^補償 置的另一較佳實施例； 、 圖5 ( A )及5 ( B )表示一般之採用主動矩陣驅動方式之液 晶顯示器的示意圖； 圖6用以說明掃描信號線驅動電路5 3發出的掃描脈衝 到達各像素時，由左至右失真的情況愈來愈嚴重。 i號說明 11唯讀記憶體 1 2緩衝器 13數位/類比轉換器 1 4資料信號線驅動電路 141取樣/保持電路單元 142輸出電路單元586102 Brief description of the drawing Figure 1 shows the liquid crystal display compensation device according to the present invention; ° Flicker phenomenon of the panel Supplementary figure 2 can be used as the sampling / holding electrical sampling / holding circuit in the figure; the general diagram of early 141 is shown in Figure 3 Preferred embodiment of the output circuit unit 142 in Figure 1 Figure 4 shows another preferred embodiment of the flicker of the liquid crystal display panel of the present invention ^ ^ Figures 5 (A) and 5 (B) show general A schematic diagram of a liquid crystal display using an active matrix driving method; FIG. 6 is used to explain that when the scanning pulses sent by the scanning signal line driving circuit 53 reach each pixel, the distortion from left to right becomes more and more serious. Description of No. 11 read-only memory 1 2 buffer 13 digital / analog converter 1 4 data signal line driving circuit 141 sample / hold circuit unit 142 output circuit unit