.Z1TW 25245twf.doc/n 201035938 六、發明說明： 【發明所屬之技術領域】 本發明是有關於一種顯示面板與顯示器，且特別是有 關於一種具有圓形顯示區域的圓形顯示面板與圓形顯示 器。 【先前技術】 就目前市面上所販售各種形式的液晶顯示器來說，液 ® 晶顯示B的顯示區域大多呈現矩形形狀。然而，隨著國人 生活品質的提升，時尚線型設計的液晶顯示器已逐漸成為 國人在選購電子產品的考量之一。此種時尚線型設計的液 晶顯示器通常會搭配具有特殊造型的顯示螢幕，來強調其 在外型上的流線度與時尚感，例如：具有圓形顯示螢幕的液 晶顯示器。 圖1繪示為習知圓形顯示器的結構示意圖。請參照圖 1，習知圓形顯示器100利用矩形樣式的晝素來形成液晶顯 〇 示面板110。此外，為了產生具有圓形顯示螢幕的特殊效 果，液晶顯示面板110的外部會覆蓋著具有圓形孔洞130 的外框120，以將矩形的顯示區域圍成圓形。值得注意的 是，由外框120所遮覆的晝素將無法顯示畫面。因此，對 液晶顯示面板110而言，其會有浪費顯示區域的問題。此 外，液晶顯示面板110在利用矩形晝素陣列顯示流線型的 圖案時，其將會產生鋸齒狀、缺角等不連續的現象，進而 降低畫面的顯示品質。 201035938 25245twf.doc/n 【發明内容】 、、本發明提供-種圓形_示面板，可有效地降低顯示區 域浪費關題，Φ可減少4面產生鋸餘、缺肖等不連 的現象。 、 本發明提供-種圓形顯示器，利用圓形顯示面板來提 升顯示流線型圖案時的畫面品質。 ❹ 本發明提出-種圓形顯示面板，包括複數條掃描配 線、複數條圓形資料配線與複數個晝素。其中，掃描配線 分散在圓形顯示面板的徑向方向上，以致使每兩相鄰掃描 配線與圓形顯示面板之®心都構成相同關心角。圓形資 料配線以同心_排列方式環繞著圓形顯示面板之圓心，、 =形資做、狀餘互刊目同，㈣合其直彳t由小而大 依f與掃描配線父錯配置。晝素具有實質上相同的面積， 〇 =面Γΐ:由交錯配置的兩相鄰掃描配線與兩相鄰圓形 ，料配線域而成。藉此’ _顯示面板中的晝素，將以 扇形的形狀排列在圓形顯示面板中。 鬥二另本發明提出—種圓形顯示器，包括 =形顯不面板1光她、閘極鴨H與祕驅動器。而 ==ίΓϊΓ條掃插配線、複數條圓形資料配 ’背光模組用以提供圓形顯示面板 f不影賴f要的綠。閘_動||㈣依相啟所述掃 形顯示面板中的晝素。閘極轉狀操作來驅動圓 201035938. 值得-提的是，對於圓形顯示面板而言，掃描配線分 散在圓形齡面㈣徑向方向上，以致使每兩相鄰掃描配 線都與圓形顯示面板之圓心構成—特定圓心角。此外 形育料配線以一 _排列方式環繞著圓形顯示面板之圓 〜’且其直#互不相同，㈣合其直彳£由小而大依序盘該 些掃描配線交錯配置。再者，圓形顯示面板中的晝料有 Ο Ο f質上相__ ’且其_相妓錯喊的兩相鄰掃 描配線與兩祖鄰圓形資料配線環繞而成。藉此，圓 面板中的晝素’將料形的形狀制在_顯示面板中、。 本發明藉由面積相同且具有扇形樣式的晝素，來形成 κ形顯示面板將可利用圓形的顯示 :域”不旦面’進而提升顯示流線形圖案時的晝面品 知技術相較之下，本發明之圓形顯示面板 面：：ΐ，員不區域的問題’故能有效地降低圓形顯示 面板與應用此面板之圓形顯示㈣製造成本。. 為讓本發明之上述特徵和優點能更 舉較佳實施例，並配合所附圖式，作抽說=下 【實施方式】 本發明的主要技術特徵是刺用面積相同且 形顯示面板。藉此，圓形顯示面板將 =降低和晝叫所產生姆狀、缺角等不連續的 進而提升顯不流線形圖宰時曹 術相較之下，時的4質外，與習知技 車柄明之圓形顯示面板將不具有 >、良費顯示區 5 201035938 ^ZITW 25245twf.doc/n 域的問題:以下將列舉說明本發明之圓形顯示面板與應用 此面板的圓升/顯示盗，但其並非用以限定本發明，熟悉此 技術者可依照本發明之精神對下述實施例稍作修飾，，惟其 仍屬於本發明之範圍。 圖2、、.a示為依照本發明—實施例之圓形顯示 器的示意 圖。圖3/會不為依照本發明—實施例之圓形顯示面板的示 =圖。请麥照圖2’圓形顯示器2〇〇包括圓形顯示面板21〇、 0 为光杈組220、閘極驅動器230以及源極驅動器240。而圓 形顯示面板210則包括複數條掃描配線、複數條圓形資料 配線、複數條週邊訊號配線與複數個晝素，其中關於圓形 顯不面板210中晝素與配線的配置將詳述於下文。在此， 背光模組220用以提供圓形顯示面板21〇顯示影像所需要 的光源Lb。閘極驅動器230用以依序開啟圓形顯示面板210 中的掃描配線。源極驅動器240用以配合閘極驅動器230 之操作來提供訊號給圓形顯示面板210中的晝素。 此外，如圖3所示的，圓形顯示面板210可以劃分成 〇 顯示區域310與非顯示區域320。其中，顯示區域310用 以顯示圓形顯示器200所產生的晝面，而非顯示區域320 則為不透光之區域。因此，在實體配置上，顯示區域310 内佈滿了晝素、掃描配線、圓形資料配線以及週邊訊號配 線，而閘極驅動器230與源極驅動器240則可設置在非顯 示區域320中。值得一提的是，熟悉此技術者可在非顯示 區域320設置黑矩陣來達到不透光之效果。 6 201035938』1TW 25245twf.doc/n 更進一步來看’本實施例所述之圓形顯示面板210， 其外邛形狀為圓形，且用以顯示晝面的顯示區域310也呈 現，形的樣式。此外，為了配合圓形樣式的顯示區域310， 本貫施例採用了扇形樣式的晝素結構。舉例來說，圖4綠 示為圖3中區域a的局部放大圖。其中，區域a中的晝素 P41〜P43都以扇形的形狀排列在圓形顯示面板21〇中。 為了使熟悉此技術者能更了解本實施例之精神，以下 〇 將針對圓形顯示面板210中晝素與配線之間的相對配置關 係作更進一步的解s兒。圖5繪示為圓形顯示面板中晝素與 配線的配置示意圖，其中，51〇a〜51〇c用以表示掃描配線， 520a〜520c用以表示圓形資料配線，530a〜530c用以表示晝 素’ 540a〜540c用以表示週邊訊號配線，且550a〜55〇c用 以表示接觸電極。 請參照圖5 ’掃描配線510a〜510c分散在圓形顯示面 板210的徑向方向上，以致使每兩相鄰掃描配線與圓形顯 示面板210之圓心都構成相同的圓心角。舉例來說’掃描 〇 配線510a、510b與圓形顯示面板210之圓心所構成圓心 角，和掃描配線510b、510c與圓形顯示面板210所構成圓 心角，兩者的角度相同。另一方面，圓形資料配線 520a〜520c皆以同心圓的排列方式環繞著圓形顯示面板 210之圓心，且圓形資料配線520a〜520c之直徑互不相同， 以配合其直徑由小而大依序與掃描配線520a〜520c交錯配 置。 ^ZITW 25245twf.doc/n 201035938 再者’晝素530a〜530c具有相同的面積，且其面積分 別由父錯配置的兩相鄰掃描配線與兩相鄰圓形資料配線環 繞而成。舉例來說，晝素530a是由掃描配線51〇b、51〇c 與圓形資料配線520a、520b環繞而成，而晝素530b則是 由％描配線510b、510c與圓形資料配線520b、520c環燒 而成。藉此，晝素530a〜530c將以如圖4所繪示之晝素結 構排列在圓形顯示面板中。 0 值得注意的是，由於晝素530a〜530c的面積實質上大 小相同’因此晝素530a〜530c各自所包括的晝素電容將具 有貫質上相同的電容值，而沿著圓形顯示面板210之圓心 至其圓周的方向來看’圓形貧料配線的直徑將依序遞增， 且兩相鄰圓形資料配線之間的間距也將依序遞減。 舉例來說，圖6繪示為圖5中區域B的局部放大圖。 請參照圖6,其中，晝素P1、P2、P3分別由掃描配線510a、 510b與圓形資料配線520g、520h、520i所圍繞而成，且 Θ用以表示掃描配線510a、510b與圓形顯示面板210之圓 Ο 心所構成的圓心角，而則分別用以表示圓形資料 配線520g、520h、520i的半徑。在整體配置上，半徑rf 半控r2〈半徑r3，以致使圓形資料配線520g~520i以同心圓 的架構環繞圓形顯示面板210的圓心。此外，為了致使晝 素PI、P2、P3的面積大小相同，圓形資料配線520 h與 520i之間的間距(Γ2_ ri)，將大於圓形資料配線520 g與520h 之間的間距(r3- r2)。 8 201035938^1TW 25245twf.doc/n 請繼續參照圖5,週邊訊號配線540a~540c耦接至圖2 之源極驅動器240，以傳送驅動晝素530a〜530c所需的訊 號。值得注意的是，週邊訊號配線540a〜540c與圓形資料 配線520a〜520c分屬於不同的佈局層。因此，在電性連接 上，週邊訊號配線與圓形資料配線會一對一對應，並各自 透過接觸電極與所對應之圓形資料配線電性相連。舉例來 說，週邊訊號配線540a是透過接觸電極550a與圓形資料 配線520a電性相連，週邊訊號配線540b是透過接觸電極 ❹ 55〇b與圓形資料配線520b電性相連，而週邊訊號配線54〇c 則是透過接觸電極550c與圓形資料配線520c電性相連。 從另一角度來看，圓形資料配線都是透過週邊訊號配 線’接收到來自源極驅動器240的驅動訊號。換而言之， 當源極驅動器240透過週邊訊號配線540b傳送一驅動訊號 至圓形資料配線520b時，此驅動訊號會以接觸電極55〇b 為起點’分左右兩傳遞路徑對圓形資料配線550b上的晝素 進行驅動。如此一來，驅動訊號在圓形資料配線55〇b上的 〇 傳遞路徑將可以大幅地減少。 舉例來說，以距離接觸電極550b最遠的晝素530d為 例’驅動信號只需透過一半的圓形資料配線520b，就可以 被Ϊ送至晝素53〇d。此外，隨著信號傳輸路徑的縮減，寄 生％阻與寄生電容所引發的延遲效應將可有效地被降低。 另二方面，由於圓形顯示面板中的晝素都可透過兩條傳遞 ^牷來接收驅動訊號，故當圓形資料配線中的某一處出現 斷路時，晝素依舊可透過圓形資料配線接收到驅動訊號。 丨…Z1TW 25245twf.doc/n 藉此，本實施例之圓形顯示面板的製程良率將可有效地被 提升。 此外，因為圓形資料配線長度會與距離圓形顯示面板 210之圓心呈正比的關係，所以當距離圓心愈遠，配線長 度愈長，因此配線的阻抗愈大。為了讓來自源極驅動器240 的驅動訊號不會因為圓形資料配線長度不同而有衰減程度 不一的情況發生，本發明在實施時更可以在圓形顯示面板 210上設計不同圓形資料配線的寬度。換句話說，可以將 ® 距離圓形顯示面板210之圓心較遠的圓形資料配線設計成 較大的寬度，距離圓形顯示面板210之圓心較近的圓形資 料配線設計成較小的寬度，來達到平衡的效果。 I示上所述，本發明是利用面積相同且具有扇形樣式的 晝素，來形成圓形顯示面板。藉此，圓形顯示面板將可降 低顯示晝面時所產生鋸齒狀、缺角等不連續的現象。此外， 由於本發明是利用圓形資料配線來傳遞驅動晝素所需的訊 5虎，因此圓形顯示面板的製程良率將可有效地被提升。另 〇 —方面’與習知技術相較之下，本發明之圓形顯示面板將 不具有浪費顯示區域的問題。 雖然本發明已以較佳實施例揭露如上，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， 口此本發明之保魏JU當視後附之中請專利範圍所 201035938 Z1TW 25245twf.doc/n 【圖式簡皁說明】 圖1繪示為習知圓形顯示器的結構示意圖。 圖2繪示為依照本發明一實施例之圓形顯示器的方塊 圖。 圖3繪示為依照本發明一實施例之圓形顯示面板的示 意圖。 圖4繪示為圖3中區域A的局部放大圖。 圖5繪示為圓形顯示面板中晝素與配線的配置示意 圖。 圖6繪示為圖5中區域B之局部放大圖。 【主要元件符號說明】 100 習知圓形顯示器 110 液晶顯示面板 120 外框 130 圓形孔洞 200 圓形顯示器 210 圓形顯示面板 220 背光模組 230 閘極驅動器 240 源極驅動器 310 顯示區域 320 非顯示區域 510a〜510c :掃描配線 11 _Z1TW 25245twf.doc/n 520a〜520c、520g〜520i :圓形資料配線 530a〜530d、PI〜P3、P41 〜P43 :畫素 540a〜540c :週邊訊號配線 550a〜550c :接觸電極 5、r2、r3 :半徑 0 :圓心角 _Z1TW 25245twf.doc/nBACKGROUND OF THE INVENTION 1. Field of the Invention This invention relates to a display panel and a display, and more particularly to a circular display panel having a circular display area and a circular shape. monitor. [Prior Art] As for various types of liquid crystal displays currently on the market, the display area of the liquid crystal display B mostly has a rectangular shape. However, with the improvement of the quality of life of Chinese people, the LCD display of fashion line design has gradually become one of the considerations for Chinese people to purchase electronic products. This stylish linear design of liquid crystal displays is often matched with a special-shaped display screen to emphasize the streamlined and stylish feel of the exterior, such as a liquid crystal display with a circular display screen. FIG. 1 is a schematic structural view of a conventional circular display. Referring to Fig. 1, a circular display 100 is conventionally formed of a rectangular pattern of pixels to form a liquid crystal display panel 110. Further, in order to produce a special effect having a circular display screen, the outer portion of the liquid crystal display panel 110 is covered with the outer frame 120 having the circular holes 130 to enclose the rectangular display area in a circular shape. It is worth noting that the pixels covered by the outer frame 120 will not be able to display the picture. Therefore, there is a problem that the liquid crystal display panel 110 wastes the display area. Further, when the liquid crystal display panel 110 displays a streamlined pattern by using a rectangular pixel array, it will cause a zigzag or missing angle phenomenon, thereby reducing the display quality of the screen. 201035938 25245twf.doc/n [Summary of the Invention] The present invention provides a circular-display panel, which can effectively reduce the waste of the display area, and can reduce the phenomenon of non-continuous sawing and missing of the four sides. The present invention provides a circular display using a circular display panel to improve the picture quality when displaying a streamlined pattern. ❹ The invention proposes a circular display panel comprising a plurality of scanning lines, a plurality of circular data lines and a plurality of elements. Wherein, the scanning wiring is dispersed in the radial direction of the circular display panel such that each of the two adjacent scanning wires and the center of the circular display panel form the same angle of interest. The circular material wiring surrounds the center of the circular display panel in a concentric arrangement, and the shape is the same as that of the circular display panel. (4) The straight line t is small and large. The halogen has substantially the same area, 〇 = facet: two adjacent scan lines arranged in a staggered manner and two adjacent circular, material wiring domains. Thereby, the pixels in the display panel are arranged in a fan shape in the circular display panel. The second invention of the present invention is a circular display, including: a display of the non-panel 1 light she, the gate duck H and the secret drive. And == ί ΓϊΓ sweeping wiring, a plurality of circular data with ‘backlighting module to provide a circular display panel f does not affect the green color.闸_动||(4) According to the phase, the halogen in the display panel is scanned. The gate rotates to drive the circle 201035938. It is worth mentioning that for the circular display panel, the scanning wiring is dispersed in the radial direction of the circular age plane (4), so that every two adjacent scanning wirings are circular The center of the display panel consists of a specific central angle. In addition, the shape material wirings surround the circle of the circular display panel in a _ arrangement and the straight lines are different from each other, and (4) the straight lines are arranged in a staggered arrangement by the small and large sequential scanning wires. Furthermore, the material in the circular display panel has Ο Ο f upper phase __ ′ and the two adjacent scanning wires which are erroneously shouted are surrounded by two adjacent circular data lines. Thereby, the halogen in the circular panel is formed in the shape of the display panel. The invention realizes that the κ-shaped display panel can utilize the circular display by using the same area and the fan-shaped pattern of the scorpion-shaped display panel: the domain "uneven surface" is further improved when the display of the streamlined pattern is improved. In the following, the circular display panel surface of the present invention: ΐ, the problem of the area of the member is not able to effectively reduce the circular display panel and the circular display (4) manufacturing cost of the panel. In order to make the above features of the present invention Advantages can be more preferred embodiments, and with reference to the drawings, assorted = lower [Embodiment] The main technical feature of the present invention is to use the same area and shape display panel. Thereby, the circular display panel will = Reduced and squeaked by the m-shaped, missing corners and other discontinuous and then improved the simplification of the line-shaped figure when compared with Cao Shu, when the 4th quality, and the circular display panel of the known skill handle will not Problem with >, good display area 5 201035938 ^ZITW 25245twf.doc/n domain: The circular display panel of the present invention and the round-up/display pirate to which the panel is applied will be enumerated below, but it is not intended to limit the present Invention, familiar with this technology The following embodiments are slightly modified in accordance with the spirit of the present invention, but still fall within the scope of the present invention. Figures 2, .a are schematic views of a circular display in accordance with the present invention - Figure 3/ In accordance with the present invention, a circular display panel is shown in Fig. 2. The photo display 2' circular display 2 includes a circular display panel 21, 0 is a pupil group 220, a gate driver 230, and a source. The circular display panel 210 includes a plurality of scanning wires, a plurality of circular data wires, a plurality of peripheral signal wires, and a plurality of pixels, wherein the configuration of the wires and wires in the circular display panel 210 will be The backlight module 220 is used to provide the light source Lb required for displaying the image on the circular display panel 21. The gate driver 230 is used to sequentially turn on the scan wiring in the circular display panel 210. The driver 240 is used to cooperate with the operation of the gate driver 230 to provide signals to the pixels in the circular display panel 210. Further, as shown in FIG. 3, the circular display panel 210 can be divided into a display area 310 and a non-display area. 320. The display area 310 is used to display the facet generated by the circular display 200, and the non-display area 320 is the opaque area. Therefore, in the physical configuration, the display area 310 is covered with sin, The scan wiring, the circular data wiring, and the peripheral signal wiring, and the gate driver 230 and the source driver 240 may be disposed in the non-display area 320. It is worth mentioning that those skilled in the art may set black in the non-display area 320. The matrix is used to achieve the effect of opacity. 6 201035938 』1TW 25245twf.doc/n Further, the circular display panel 210 of the present embodiment has a circular outer shape and is used to display the surface of the circular display panel 210. The display area 310 also presents a shape of the shape. Further, in order to fit the display area 310 of the circular pattern, the present embodiment employs a fan-shaped structure of a halogen structure. For example, Figure 4 is greened as a partial enlarged view of area a in Figure 3. Among them, the halogens P41 to P43 in the area a are arranged in a fan shape in the circular display panel 21A. In order to make the spirit of the embodiment more familiar to those skilled in the art, the following will further solve the relative arrangement relationship between the pixel and the wiring in the circular display panel 210. 5 is a schematic view showing the arrangement of pixels and wirings in a circular display panel, wherein 51〇a~51〇c are used to indicate scan lines, and 520a to 520c are used to indicate circular data lines, and 530a to 530c are used to indicate The halogens '540a to 540c are for indicating peripheral signal wiring, and 550a to 55〇c are for indicating contact electrodes. Referring to Fig. 5, the scanning wirings 510a to 510c are dispersed in the radial direction of the circular display panel 210 so that the center of each of the two adjacent scanning wirings and the circular display panel 210 constitute the same central angle. For example, the center angle formed by the scanning 510 wirings 510a and 510b and the center of the circular display panel 210, and the central angle formed by the scanning wirings 510b and 510c and the circular display panel 210 are the same. On the other hand, the circular data lines 520a to 520c are arranged in a concentric arrangement around the center of the circular display panel 210, and the diameters of the circular data lines 520a to 520c are different from each other to match the diameter thereof. The scanning lines 520a to 520c are alternately arranged in this order. ^ZITW 25245twf.doc/n 201035938 Furthermore, the cells 530a to 530c have the same area, and their areas are respectively surrounded by two adjacent scanning wires arranged by the parent and two adjacent circular data wires. For example, the halogen 530a is surrounded by the scanning wirings 51〇b, 51〇c and the circular data wirings 520a and 520b, and the halogen 530b is composed of the % drawn wirings 510b and 510c and the circular data wiring 520b. The 520c is fired. Thereby, the halogens 530a to 530c are arranged in a circular display panel in a halogen structure as shown in FIG. It is worth noting that since the areas of the halogens 530a to 530c are substantially the same size, the halogen capacitors included in each of the pixels 530a to 530c will have the same capacitance value in the cross, and along the circular display panel 210. From the center of the circle to the direction of its circumference, the diameter of the circular poor wiring will increase sequentially, and the spacing between two adjacent circular data wirings will also decrease sequentially. For example, FIG. 6 is a partial enlarged view of a region B in FIG. 5. Referring to FIG. 6, the pixels P1, P2, and P3 are respectively surrounded by the scanning wires 510a and 510b and the circular data wires 520g, 520h, and 520i, and are used to indicate the scanning wires 510a and 510b and the circular display. The central angle formed by the center of the panel 210 is used to indicate the radius of the circular data lines 520g, 520h, and 520i, respectively. In the overall configuration, the radius rf is half controlled r2 <radius r3 such that the circular data lines 520g to 520i surround the center of the circular display panel 210 in a concentric circle. In addition, in order to make the area of the elements PI, P2, and P3 the same, the distance between the circular data lines 520 h and 520i (Γ2_ ri) will be larger than the distance between the circular data lines 520 g and 520h (r3- R2). 8 201035938^1TW 25245twf.doc/n Continuing to refer to FIG. 5, the peripheral signal wirings 540a-540c are coupled to the source driver 240 of FIG. 2 to transmit signals required to drive the pixels 530a-530c. It is to be noted that the peripheral signal wirings 540a to 540c and the circular data wirings 520a to 520c belong to different layout layers. Therefore, in the electrical connection, the peripheral signal wiring and the circular data wiring are in one-to-one correspondence, and each of them is electrically connected to the corresponding circular data wiring through the contact electrode. For example, the peripheral signal wiring 540a is electrically connected to the circular data wiring 520a through the contact electrode 550a, and the peripheral signal wiring 540b is electrically connected to the circular data wiring 520b through the contact electrode ❹55〇b, and the peripheral signal wiring 54 is connected. 〇c is electrically connected to the circular data wiring 520c through the contact electrode 550c. From another point of view, the circular data wiring receives the driving signal from the source driver 240 through the peripheral signal wiring. In other words, when the source driver 240 transmits a driving signal to the circular data wiring 520b through the peripheral signal wiring 540b, the driving signal starts from the contact electrode 55〇b as a starting point. The halogen on the 550b is driven. As a result, the 传递 transmission path of the drive signal on the circular data wiring 55〇b can be greatly reduced. For example, taking the pixel 530d farthest from the contact electrode 550b as an example, the driving signal can be sent to the pixel 53〇d by only half of the circular data wiring 520b. In addition, as the signal transmission path is reduced, the delay effects caused by the parasitic capacitance and parasitic capacitance can be effectively reduced. On the other hand, since the pixels in the circular display panel can receive the driving signals through the two transmissions, when there is an open circuit in one of the circular data wirings, the pixels can still pass through the circular data wiring. Received a drive signal.丨...Z1TW 25245twf.doc/n Thereby, the process yield of the circular display panel of the present embodiment can be effectively improved. Further, since the length of the circular data wiring is proportional to the center of the circular display panel 210, the farther the distance from the center of the circle is, the longer the wiring length is, and the greater the impedance of the wiring. In order to prevent the driving signal from the source driver 240 from being different due to the difference in the length of the circular data wiring, the present invention can design different circular data wirings on the circular display panel 210 during implementation. width. In other words, the circular data wiring farther from the center of the circular display panel 210 can be designed to have a larger width, and the circular data wiring closer to the center of the circular display panel 210 is designed to have a smaller width. To achieve a balanced effect. As indicated above, the present invention uses a halogen having the same area and a fan-shaped pattern to form a circular display panel. Thereby, the circular display panel can reduce the phenomenon of zigzag, missing corners and the like which are generated when the kneading surface is displayed. In addition, since the present invention utilizes circular data wiring to transmit the signals required to drive the pixels, the process yield of the circular display panel can be effectively improved. In addition, the circular display panel of the present invention will have no problem of wasting the display area as compared with the prior art. Although the present invention has been disclosed in the above preferred embodiments, it is not intended to limit the invention, and the invention may be modified and modified without departing from the spirit and scope of the invention. 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 2 is a block diagram of a circular display in accordance with an embodiment of the present invention. 3 is a schematic illustration of a circular display panel in accordance with an embodiment of the present invention. 4 is a partial enlarged view of a region A in FIG. 3. Fig. 5 is a schematic view showing the arrangement of a pixel and a wiring in a circular display panel. FIG. 6 is a partial enlarged view of a region B in FIG. 5. [Main component symbol description] 100 conventional circular display 110 liquid crystal display panel 120 outer frame 130 circular hole 200 circular display 210 circular display panel 220 backlight module 230 gate driver 240 source driver 310 display area 320 non-display Regions 510a to 510c: scan wirings 11_Z1TW 25245twf.doc/n 520a to 520c, 520g to 520i: circular data wirings 530a to 530d, PI to P3, P41 to P43: pixels 540a to 540c: peripheral signal wirings 550a to 550c : contact electrode 5, r2, r3: radius 0: central angle _Z1TW 25245twf.doc/n
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