TW201234345A - Method for controlling color field switching frequency of color sequential display - Google Patents

Abstract

A method for controlling a color field switching frequency of a color sequential display is provided. The controlling method includes the following steps. An input frame rate of an input signal is detected. A plurality of reference frame rates is obtained according to an formula, where the formula is the input frame rate multiply by a plurality of reference values relating an amount of color fields of the color sequential display. One of the reference frame rates is selected, and the color field switching frequency of the color sequential display is regulated accordingly.

Description

201234345 107199ITW 36830twf.doc/I 六、發明說明： 【發明所屬之技術領域】 本發明是有關於一種控制方法，且特別是有關於一種 色序顯示器的色場切換頻率的控制方法。 【先前技術】 隨著光電與半導體技術的演進，也帶動了平面顯示器 (Flat Panel Display)的蓬勃發展，而在諸多平面顯示器 中，液晶顯示器（Liquid Crystal Display,簡稱LCD )因具 有高空間利用效率、低消耗功率、無輻射以及低電磁干擾 等優越特性，隨即已成為市場之主流。 依照液晶顯不器的色彩顯示混色方式，大致分為時間 性混色與空間性混色（亦稱為並置加法或同時加法）兩類。 目鈿常見之顯示器多為空間性並置加法混色。以薄膜電晶 體液晶顯不器（Thin -Film Transistor Liquid Crystal Display， 簡稱TFT-LCD )為例，每一顯示晝素均由紅綠藍（Re(1 Green Blue，簡稱RGB)三個子晝素（subpixel)的彩色濾光片 (ColorFilter，簡稱CF)所構成，一般而言子晝素的大小 遠小於人眼可分辨的範圍，於人類視覺感知中即能達到混 色效果。 TFT-LCD之空間性混色若以時間性混色取代，則益需 使用彩色濾光片來構成混色效果’而直接以不同顏色:背 光源搭配相對資料齡，即能達成時間性之混色效果，亦 即能增加模組透過率及節省整體模組製造成本，其中，以201234345 107199ITW 36830twf.doc/I VI. Description of the Invention: [Technical Field] The present invention relates to a control method, and more particularly to a method for controlling a color field switching frequency of a color sequential display. [Prior Art] With the evolution of optoelectronics and semiconductor technology, the flat panel display has also been vigorously developed. Among many flat panel displays, liquid crystal display (LCD) has high space utilization efficiency. The superior characteristics of low power consumption, no radiation and low electromagnetic interference have become the mainstream of the market. According to the color display mode of the liquid crystal display, it is roughly divided into two types: temporal color mixing and spatial color mixing (also called juxtaposition addition or simultaneous addition). Most commonly used displays are spatially juxtaposed and additive. Taking Thin-Film Transistor Liquid Crystal Display (TFT-LCD) as an example, each display element is composed of three sub-salbences of Re (1 Green Blue, RGB). Subpixel) is a color filter (CF). Generally speaking, the size of the sub-halogen is much smaller than the range that can be distinguished by the human eye, and the color mixing effect can be achieved in human visual perception. The spatiality of the TFT-LCD If the color mixing is replaced by temporal color mixing, it is necessary to use a color filter to form a color mixing effect' and directly use different colors: the backlight is matched with the relative data age, that is, the temporal color mixing effect can be achieved, that is, the module can be increased. Rate and save overall module manufacturing costs, among them,

201234345 107199ITW 36830twf,doc/I 時間性混色的TFT_LCD會依賴示不同 稱為色序法顯示器或場序法顯示器。 每 序器依序顯示紅色色場、綠色色場及藍色 序法顯示器會依序將紅色色場顯示資訊、綠 色色场顯不貧訊及藍色色場顯示資訊寫人顯示面板。並 二紅，場顯示資訊、綠色色場顯示資訊及藍色 =不：訊寫入顯示面板後’色序法顯示器會開啟對應 顯示’亦即在紅色色場顯示資訊寫入顯示面 板後開啟、.X色背光，在綠色色場顯示資訊寫人顯示面板後 ΪΪΪί背光’在藍色色場顯示資訊寫人顯示面板後開啟 藍色背光。 然而，由於人眼常因隨機跳視，或追蹤晝面中移動物 體的本能，使得物體各色色場不落在視網膜同一點，因此， 在使用色序域時，场在視覺上便會細物體邊緣 出現所㈣色分離（Color· Break Up )現象，以致於使用者 的視覺感受不佳。 【發明内容】 、本發明提供一種色序顯示器的色場切換頻率的控制 方法，可有效改善顯示晝面之色分離現象。 本發明提出一種色序顯示器的色場切換頻率的控制 方法，其包括下列步驟。偵測輸入信號的晝面輸入頻率。 依據運算式進行計算後求得多個晝面參考頻率，其中運算 式為晝面輪入頻率乘以多個參考值，且這些參考值相關於201234345 107199ITW 36830twf, doc/I Temporal color mixing TFT_LCD will depend on the display as a color sequential display or a field sequential display. Each sequencer displays the red color field, the green color field and the blue sequence display in sequence to display the red color field display information, the green color field display, and the blue color field display information display panel. And two red, field display information, green color field display information and blue = no: after writing to the display panel, the 'color sequence method display will open the corresponding display', that is, after the red color field display information is written into the display panel, .X color backlight, after displaying the information in the green color field, the display panel is 背光 背光 backlight 'in the blue color field, the information is displayed on the display panel and the blue backlight is turned on. However, since the human eye often causes random saccades or tracks the instinct of moving objects in the squat surface, the color fields of the objects do not fall at the same point of the retina. Therefore, when the color sequence domain is used, the field visually has fine objects. The phenomenon of Color·Break Up appears at the edge, so that the user's visual experience is not good. SUMMARY OF THE INVENTION The present invention provides a method for controlling the color field switching frequency of a color sequential display, which can effectively improve the color separation phenomenon of the display surface. The present invention proposes a method of controlling the color field switching frequency of a color sequential display, which comprises the following steps. Detects the input frequency of the input signal. Calculating a plurality of kneading reference frequencies according to an arithmetic expression, wherein the operation formula is a kneading wheel frequency multiplied by a plurality of reference values, and the reference values are related to

201234345 107199ITW 36830twf.doc/I 色序顯示n的色場數。選取這些晝面參考頻率 -’並據此調整色序顯示器的色場切換頻率。、之 實施例中，上述之運算式為叫叫/s) 八中fl為旦面輸入頻率，s為色場數，4 數’並且s與k互質。 刀〜馬正整201234345 107199ITW 36830twf.doc/I The color sequence shows the number of color fields of n. Select these facet reference frequencies -' and adjust the color field switching frequency of the color sequence display accordingly. In the embodiment, the above expression is called /s). In the eighth, fl is the input frequency of the radon, s is the number of color fields, 4 is ' and s and k are relatively prime. Knife ~ Ma Zhengquan

率的月匕，化例中’上述之選取這些晝面參考頻 中之一包括:選取大於晝面輸入頻率的晝面參考J 實施例中，上述之選取這些晝面參# 率的其中之-包括.選取大於晝面輸入頻率且全員 入頻率的晝面參考頻率。 息面輪 基於上述，本發明實施例的色序顯 率的控制方法，其朗運算絲求得畫面^ =切^ 取大於晝面輸入頻率的晝面參考頻率的其中之一，、亚選 選取的晝面參考頻率調整色場切換頻率，據 :晝=入頻率及色序顯示器的色場數。藉此，；輕： 感文到色分離的現象。 眼 為讓本發明之±述魏和優雜㈣顯祕， 舉貫施例，並配合所附圖式作詳細說明如下。 、 【實施方式】 圖1為依據本發明-實補的的色場切換 頻率的控制方法㈣_。請參_ i，在本實施例中， 色序顯示器的晝面更新率⑽定方法包括下列步驟。债測 201234345The rate of the month, in the example of the above selection, one of the face reference frequencies includes: selecting a facet reference J that is greater than the facet input frequency. In the embodiment, the above-mentioned one of the selected facets is - Including: Select the kneading reference frequency that is greater than the input frequency of the kneading plane and the full-input frequency. Based on the above, according to the method for controlling the color-sequence rate of the embodiment of the present invention, the image is obtained by the calculation of the frame, and the frame selection frequency is greater than the input frequency of the input frequency of the facet, and the selection of the sub-selection is performed. The kneading reference frequency adjusts the color field switching frequency, according to: 昼 = frequency and the number of color fields of the color sequence display. By this; light: the phenomenon of feelings to color separation. Eyes In order to make the present invention, the description of Wei and Youza (4), the examples, and the accompanying drawings are described in detail below. [Embodiment] FIG. 1 is a method (S) for controlling a color field switching frequency according to the present invention. Please refer to _i. In this embodiment, the method for determining the face update rate (10) of the color sequence display includes the following steps. Debt test 201234345

107199ITW 36830twf.doc/I 輸入k號的晝面輸入頻率（步驟SU〇)。接著，依據一運 算式進行計算後求得多個晝面參考頻率，其中上述運算式 為晝面輸入頻率乘以多個參考值，且這些參考值相關於色 序顯示器的色場數（步驟S120)。進一步來說，本實施所 述的運算式為flx(n±k/s)，其中fi為輸入信號的畫面輸入頻 率’ s為色序顯示器的色場數，η及k分別為正整數，且S 與k互質，而(n±k/s)經運算後會得到多個參考值。 進一步來說，η的定義為單一畫面的色序循環倍率。 以4個色場（在此以RGBG為例）的晝面而言，若η為3， 則單一晝面的色場循環為“RGBG RGBG RGBG”，其中R 為表示紅色色場，G為表示綠色色場，Β為表示藍色色場。 在理論上，η越大越好，但受限於顯示面板的液晶反應速 度’以避免晝面顯示異常。另一方面，k的定義為不同晝 面間色場顏色的變換數目，亦即相鄰畫面的第一個色場的 顏色順序的差距。若k設定為1時，則表示在每次晝面切 換時’每個晝面的第一個色場的起始顏色的順序會前移一 位。以4個色場（在此以RGBG為例）的晝面而言，若k 為1且η為1 ’則當下畫面的色場循環為“RGBGr”，下一 個畫面的色場循環為“GBGRG”，再下一個晝面的色場循 環為“BGRGB”，以下貝ij以此類推。 舉例來說，以4個色場（在此以RGBG為例）的晝面 為例’ η設定為3，k設定為3 ’則單一畫面的色場數為107199ITW 36830twf.doc/I Enter the kneading input frequency of k (step SU〇). Then, a plurality of facet reference frequencies are obtained according to an operation formula, wherein the operation formula is a face input frequency multiplied by a plurality of reference values, and the reference values are related to the number of color fields of the color sequence display (step S120) ). Further, the operation formula described in this embodiment is flx(n±k/s), where fi is the input signal's picture input frequency 's is the number of color fields of the color sequence display, and η and k are positive integers, respectively. S and k are relatively prime, and (n±k/s) is operated to obtain multiple reference values. Further, η is defined as the color sequential cycle magnification of a single picture. In the case of four color fields (in this case, RGBG is taken as an example), if η is 3, the color field of a single facet is “RGBG RGBG RGBG”, where R is the red color field and G is the representation. The green color field, Β indicates the blue color field. In theory, the larger the η, the better, but limited by the liquid crystal reaction speed of the display panel to avoid abnormalities in the facet display. On the other hand, k is defined as the number of transformations of the color field colors between different vertices, that is, the difference in the color order of the first color field of adjacent pictures. If k is set to 1, it means that the order of the starting color of the first color field of each face will advance one position each time the face is switched. In the case of four color fields (here, RGBG is taken as an example), if k is 1 and η is 1 ', the color field of the current picture is “RGBGr”, and the color field of the next picture is “GBGRG”. ", the next color field cycle is "BGRGB", the following Bay ij and so on. For example, taking four color fields (here, RGBG as an example) as an example, η is set to 3, k is set to 3 ’, and the number of color fields of a single picture is

4x3+3=15。若當下晝面的色場循環為“Rgbg RGBG rgbG4x3+3=15. If the color field of the current face is cycled as "Rgbg RGBG rgbG

RGBG RGB” ’下一個畫面的色場循環為“G RGBG RGBGRGBG RGB” ’ next color field loop is “G RGBG RGBG

201234345 107199ITW 36830twf.doc/I RGBG RGBG RG”，再下一個晝面的色場循環為“Β〇 RGBG RGBG RGBG R”，以下貝丨J以此類推。 假設輸入信號的晝面輸入頻率為60 Hz，色序顯示器 的色場數為3。當η及k等於1時，則依據上述運算式計 算出的晝面參考頻率為40 Hz、80 Hz ;當n等於i且k等 於2時，則依據上述運算式計算出的晝面參考頻率為2〇 Hz、100 Hz ;當η等於2且k等於丨時，則依據上述運算 式計算出的晝面參考頻率為100 Hz、140 Hz，其餘數值 可自行帶入運算式而求得，在此則不再贅述。 假設輸入信號的晝面輸入頻率為6〇 Hz，色序顯示器 的色場數為4。當n及k等於1時，則依據上述運算式^十 算出的晝面參考頻率為45 Hz、75Hz ;當η等於！且让等 於3時，則依據上述運算式計算出的晝面參考頻率為15 Hz、105 Hz ;當n等於2且k等於〗時，則依據上述運算 式計算出的畫面參考頻率為1〇5Hz、l35Hz，其餘數值^ 可自行帶入運算式而求得，在此則不再贅述，其中2與4 不會互質，因此在本實施例中2不會帶來進行運算。 最後，選取大於晝面輸入頻率的這些晝面參考頻率的 ，亚據此調整色序顯示器的色場切換頻率（步驟 )。假設輸人信號的畫面輸人頻率為 ^器的色魏為3,依製算式求得时面參;^ Hz > 40 Hz . 8〇 Hz . 1〇〇 Ηζ ^ 14〇 Ηζ Γ . Γ：^ 〇 8〇Ηζ、100Ηζ、14〇Ηζ、...等 …專二:會選取 畫面參考頻率調整色場切換減之一，並依據選取的 貝手I色场切換頻率。若選取的晝201234345 107199ITW 36830twf.doc/I RGBG RGBG RG", the color field cycle of the next face is "Β〇RGBG RGBG RGBG R", the following is the same as the J. J. It is assumed that the input frequency of the input signal is 60 Hz. The number of color fields of the color sequential display is 3. When η and k are equal to 1, the reference frequency calculated by the above formula is 40 Hz, 80 Hz; when n is equal to i and k is equal to 2, then The reference frequency calculated by the above formula is 2〇Hz, 100 Hz; when η is equal to 2 and k is equal to 丨, the reference frequency calculated by the above formula is 100 Hz, 140 Hz, and the remaining values can be It is obtained by taking the calculation formula by itself, and will not be described here. Suppose the input frequency of the input signal is 6〇Hz, and the number of color fields of the color sequence display is 4. When n and k are equal to 1, then according to the above The reference frequency calculated by the calculation formula is 45 Hz, 75 Hz; when η is equal to ! and let it be equal to 3, the reference frequency calculated by the above formula is 15 Hz, 105 Hz; when n is equal to 2 and When k is equal to 〗, the reference frequency of the picture calculated according to the above expression is 1〇5Hz, L35Hz, the remaining values ^ can be obtained by bringing the calculation into the equation, and will not be described here. 2 and 4 will not be mutually homogeneous, so in this embodiment, 2 will not bring the operation. Finally, the selection is greater than 昼According to the face-to-face reference frequency of the input frequency, the color field switching frequency of the color-sequence display is adjusted according to the step (step). It is assumed that the input frequency of the input signal is the color of the device, and the color is 3, according to the calculation formula. Time ginseng; ^ Hz > 40 Hz . 8〇Hz . 1〇〇Ηζ ^ 14〇Ηζ Γ . Γ:^ 〇8〇Ηζ, 100Ηζ, 14〇Ηζ,...etc...Special 2: will select the screen The reference frequency adjusts the color field switching minus one, and switches the frequency according to the selected sheller I color field.

201234345 107199ITW 36830twf.doc/I 為8〇 HZ，則色序顯示器的色場切換頻率會調整為240 Hz (即8〇x3) ’亦即每一秒會顯*24〇個色場。以晝面更新 率為60 Hz而言’則每個晝面期間會顯示⑽色場。 假設輸入錢的畫面輸人頻率為⑹&，色序顯示器 的色場數為4，依據運算式求得的晝面參考頻率為i5 Hz、 45Hz 75Hz 1〇5出、135 1^、...等，接著會選取75112、 1〇5 Hz l35 Hz、...等的其中之一，並依據選取的晝面來 考頻率調整色場切換頻率。若選取的晝面參考頻率為乃 Hz ’則色序顯示器的色場切換頻率會調整為3〇〇出（即 75x4)，亦即每一秒會顯示3〇〇個色場。以晝面更新率為 60Hz而言，則每個晝面期間會顯示5個色場。 . 此外，若考慮色序顯示器的顯示面板的寫入時間（即 像素的充電時間）的話，則可以選取大於晝面輸入頻率且 靠近晝面輸入頻率的晝面參考頻率，並依據選取的晝面泉 考頻率調整色場切換頻率。假設輪入信號的晝面輸入頻率 為60 Hz，以及色場數為3時運算式求得的晝面參考頻率 為 20 Hz、40 Hz、80 Hz、100 Hz、140 Hz、...等，則可選 取80 Hz來調整調整色場切換頻率。假設輸入信號的晝面 輸入頻率為60 Hz，以及色場數為4時運算式求得的書面 參考頻率為 15 Hz、45 Hz、75 Hz、l〇5Hz、135 Hz、...等， 則可選取75 Hz來調整調整色場切換頻率。 圖2為依據本發明一實施例的多個畫面期間的場序示 意圖。清參照圖2，在本貫施例中’假設色序顯示器的色 場數為3，並且選取的晝面參考頻率為80 Hz’因此每—晝 201234345201234345 107199ITW 36830twf.doc/I is 8〇HZ, the color field switching frequency of the color sequence display will be adjusted to 240 Hz (ie 8〇x3) ’, that is, every 24 seconds will display *24 color fields. In the case of a face update rate of 60 Hz, a (10) color field is displayed for each face. Assume that the input frequency of the screen for inputting money is (6) & the number of color fields of the color sequence display is 4, and the reference frequency of the pupil plane obtained according to the calculation formula is i5 Hz, 45 Hz 75 Hz, 1 〇 5 out, 135 1^,... Then, one of 75112, 1〇5 Hz, l35 Hz, ..., etc. is selected, and the color field switching frequency is adjusted according to the selected face. If the selected reference frequency of the face is Hz ′, the color field switching frequency of the color sequence display will be adjusted to 3 ( (ie 75×4), that is, 3 色 color fields will be displayed every second. With a face update rate of 60 Hz, five color fields are displayed for each face. In addition, if the writing time of the display panel of the color sequential display (ie, the charging time of the pixel) is considered, the kneading reference frequency larger than the input frequency of the kneading surface and close to the input frequency of the kneading surface can be selected, and according to the selected kneading surface The spring test frequency adjusts the color field switching frequency. Assume that the input frequency of the input signal of the wheeled signal is 60 Hz, and the reference frequency of the plane obtained by the calculation formula is 20 Hz, 40 Hz, 80 Hz, 100 Hz, 140 Hz, ..., etc. Then select 80 Hz to adjust the color field switching frequency. Assume that the input frequency of the input signal is 60 Hz, and when the number of color fields is 4, the written reference frequency obtained by the calculation is 15 Hz, 45 Hz, 75 Hz, l〇5 Hz, 135 Hz, ..., etc. You can select 75 Hz to adjust the color field switching frequency. 2 is a schematic illustration of a field sequence during a plurality of pictures in accordance with an embodiment of the present invention. Referring to Fig. 2, in the present embodiment, it is assumed that the number of color fields of the color sequence display is 3, and the selected reference frequency of the face is 80 Hz', so each time - 201234345

107199ITW 3 683Otwf.doc/I 面期間（如舰〜FR 5 )中會顯示4個色場（亦 場期間），其中這些色場會依序為紅色色場r、^固色 G及藍色色場B，且據此—直猶環。由圖2中可得、色色場 二晝面期間（如FR1〜FR5)的第—個色場會依序為^每 =、綠色色場G及藍色色場U不斷循環其頭^色 :序。並且，每一晝面期間（如FR 員：示 會依序為綠色色場G、藍色色場b及红色色場^個色場 環，其餘射參照圖示而理解。由於色場規二3斷猶 所Γ㈣’’人眼因為視覺暫留且 、色刀離的感文會接近動態模糊，進而減輕 示二的⑽^ 色場數為4,並且選取的佥:中’:二色序顯示器的 查面湘ρθ ,,、啊叼旦面參考頻率為75Hz，因此备_ 色場G、藍色色尸、^ΐ ^ 序為紅色色場尺、綠色 圖3中可得知，^佥亲色色場G，且據此-直循環。由 .母一晝面期間（如FR6〜FR10)的笛t 色场會依序為紅色色場R ^的弟—個 色色場G且不斷# 監色及綠 面期間（如FR6 ρρ1Λ 順序。並且，每一書 〇、藍色色會依序為綠色色場 其餘則可參照圖示而黯色色場R且不斷循環， 且切換的色場同揭 由於色場同樣會規律的切換，， 分離的現象。7 所有的色場’以致於同樣可減輕色During the period of 107199ITW 3 683Otwf.doc/I (such as ship to FR 5), four color fields (also during the field) will be displayed. These color fields will be red color field r, ^ fixed color G and blue color field. B, and according to this - straight to the ring. The first color field obtained by the second color period (such as FR1~FR5) in Fig. 2 will sequentially cycle the head color of each =, green color field G and blue color field U: . Moreover, each facet period (such as FR member: the display is in order of green color field G, blue color field b and red color field ^ color field ring, the rest of the shot is understood with reference to the figure.犹 Γ Γ 四 四 四 四 四 四 四 四 四 四 四 ' ' ' ' 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为The reference frequency of the face ρθ , , , 叼 面 面 is 75 Hz, so the preparation _ color field G, blue color corpse, ^ ΐ ^ order is red color field ruler, green figure 3 can be known, ^ 佥 color color Field G, and according to this - straight cycle. From the mother's face (such as FR6 ~ FR10), the flute t color field will be sequentially the red color field R ^ the younger color field G and constantly # monitor color and During the green period (such as FR6 ρρ1Λ order. Also, each book and blue color will be in the green color field in sequence. The rest of the color field R can be referenced and the color field is continuously circulated, and the color field of the switch is the same due to the color field. The same will be the regular switching, the phenomenon of separation. 7 all color fields 'so that the same color can be reduced

201234345 107199ITW 36830twf.doc/I 在本發明的實施例中，設定運算式中的k :二】為若k及s不為互質，則色序顯示器的每—晝面 個色場可能為部分色彩的色場來進行循環:以致 輕色分離。以色場數為4的色序顯示器為 H t 騎算絲得的晝岭考頻㈣3服、 = …等。若選取的畫面參考頻率為贿， 貝J色序顯不器的場序圖會如圖4所示。 圖4為依據一對照實施例的多個畫面期間的場序示音 ::參照圖4，在此對照實施例中’色序顯示器的色； 且選取的畫面參考辭為9_，即色場切換頻率 （即90x4)，因此每-晝面期間（如fru〜fri5) 中1 2顯不3個色場（亦即有6個色場期間），豆中這些色 序為紅色色場R、綠色色場G、藍色色場B及綠色 ^ ，且據此一直循環。由圖4中可得知，每一書面期 1 2 lR1卜而4)的第—個色場會依序為紅色色i R及 2 ^色场B來循環，其如箭頭所示順序，而每一晝面期間 如mi〜FR15)的第二個色場為綠色色場G，其餘可參 3 綜上所述，本發明實施例的色序顯示器的色場切換頻 ^的控制方法，其透.過運算式fix(n±k/s)來求得晝面參考頻 ，並選取大於晝面輸入頻率的晝面參考頻率的其中之 ’以依據選取的畫面參考頻率膽色場切換頻率。藉此， 人眼會因為視覺暫留’對於色分觀象的感受接近動態模 4 3不自行理解。依據上述，人眼仍會感受到洋紅色（即 、’工色與藍色的混色）及綠色的色分離現象。 201234345201234345 107199ITW 36830twf.doc/I In the embodiment of the present invention, k: two in the calculation formula is set: if k and s are not mutually prime, the color field of each color-surface display may be partial color The color field is looped: so that the light color separates. The color-sequence display with the number of color fields is 4, which is the 考 考 考 ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( If the selected picture reference frequency is bribe, the field sequence diagram of the shell J color sequence display will be as shown in Fig. 4. 4 is a sound sequence display during a plurality of pictures according to a comparative embodiment: Referring to FIG. 4, in this comparative embodiment, the color of the color sequential display; and the selected picture reference word is 9_, that is, color field switching Frequency (ie 90x4), so in every -昼 period (such as fru~fri5), 1 2 shows no 3 color fields (that is, there are 6 color fields), these color sequences in the beans are red color field R, green The color field G, the blue color field B, and the green color ^ are circulated accordingly. As can be seen from FIG. 4, the first color field of each writing period of 1 2 lR1 and 4) is sequentially circulated for the red color i R and the 2 ^ color field B, which are in the order indicated by the arrows. The second color field of each of the kneading periods, such as mi to FR15, is the green color field G, and the rest can be referred to as the control method of the color field switching frequency of the color sequential display according to the embodiment of the present invention. Through the arithmetic formula fix(n±k/s), the reference frequency of the kneading plane is obtained, and one of the kneading reference frequencies greater than the input frequency of the kneading plane is selected to switch the frequency according to the selected frame reference frequency. In this way, the human eye will not understand the dynamic mode because of the persistence of vision. According to the above, the human eye still feels the color separation of magenta (i.e., 'color mixture of work color and blue color') and green color. 201234345

107199ITW 3683〇tWf.doc/I 糊:減輕色分離的現象。並且，可選取大於晝面輸入頻率 且靠近晝面輸入頻率的畫面參考頻率，以避免顯示面板的 寫入時間不足而影響顯示的晝質。 雖然本發明已以實施例揭露如上，然其並非用以限定 本發明，任何所屬技術領域中具有通常知識者，在不脫離 本發明之精神和範圍内，當可作些許之更動與潤飾，故本 發明之保護範圍當視後附之申請專利範圍所界定者為準。 【圖式簡單說明】 圖1為依據本發明一實施例的色序顯示器的色場切換 頻率的控制方法的流程圖。 圖2為依據本發明一實施例的多個晝面期間的場序示 意圖。 圖3為依據本發明另一實施例的多個晝面期間的場序 示意圖。 圖4為依據一對照實施例的多個晝面期間的場序示音 • 圖。 心 【主要元件符號說明】 S110、S120、S130 :步驟 FR1〜FR15 :晝面期間 R:紅色色場 G:綠色色場 B:藍色色場107199ITW 3683〇tWf.doc/I Paste: Reduces the phenomenon of color separation. Moreover, a picture reference frequency greater than the input frequency of the face and close to the input frequency of the face can be selected to avoid the insufficient write time of the display panel and affect the quality of the display. Although the present invention has been disclosed in the above embodiments, it is not intended to limit the invention, and any one of ordinary skill in the art can make some modifications and refinements without departing from the spirit and scope of the invention. The scope of the invention is defined by the scope of the appended claims. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a flow chart showing a method of controlling a color field switching frequency of a color sequential display according to an embodiment of the present invention. 2 is a schematic illustration of a field sequence during a plurality of facets in accordance with an embodiment of the present invention. 3 is a schematic diagram of a field sequence during a plurality of kneading surfaces in accordance with another embodiment of the present invention. Figure 4 is a plot of a field sequence during a plurality of kneading periods in accordance with a comparative embodiment. Heart [Description of main component symbols] S110, S120, S130: Steps FR1 to FR15: Kneading period R: Red color field G: Green color field B: Blue color field

Claims (1)

201234345 1071991TW 36S30twf.doc/l 七、申請專利範固·· 括：！.種色L器的色場切換頻率的控制方法，包 偵測一輸入信號的一佥 依據-運算式進行，：J入頻率’· 中該運算式為該晝面輪得f個晝面參考頻率，其 考值^關於該色序顯示器的—色個2值，且該些參 序顯示器的-色場的射之―，並據此調整該色 切換頻^申利圍第1項所述之色序顯示器的色場 控制方法，其t該運算式為flx = 為忒畫面輸入頻率，盔 /、f ίι 並且s與。為。色城，nAk分別為正整數， 3.如申*專利範圍第2項所述之色序 切換頻率的控制方法，其中以i。 、〜勺色場 4·如申請專利範圍第1項所述之色序 =:的控制方法’其中選取該些晝面參， 選取大於該晝面輸入頻率的晝面參考頻率。 5.如申請專利範圍第丨項所述之色序_ =的控制方法，其中選取該些畫面參心= 畫面該畫面輪人頻率且靠近該畫面輪入頻率的 12201234345 1071991TW 36S30twf.doc/l VII. Applying for a patent, including: The control method of the color field switching frequency of the color L device, the packet detecting an input signal is performed according to an arithmetic expression, and the J input frequency is in the equation of the face wheel. The frequency, the value of the test is about the color value of the color-sequence display, and the color field of the sequel display is adjusted, and the color switching frequency is adjusted accordingly. The color field control method of the color sequence display, which is the operation type of flx = 忒 screen input frequency, helmet /, f ίι and s and. for. Color city, nAk is a positive integer, respectively, 3. The color sequence switching frequency control method described in the second paragraph of the patent scope of the patent, i. , ~ spoon color field 4 · If the color sequence =: control method described in item 1 of the patent application range, wherein the face parameters are selected, and the kneading reference frequency greater than the input frequency of the kneading surface is selected. 5. The control method of the color sequence _ = as described in the scope of the patent application, wherein the screen parameters are selected = the picture is rotated by the picture and the frequency of the picture is 12